Siemens AG Switch Disconnectors SENTRON. Configuration. Edition 10/2015. Manual. siemens.com/lowvoltage

SENTRON Configuration Manual Edition 10/2015 siemens.com/lowvoltage

2 Introduction LD main control and EMERGENCY-STOP switches up to 250 A 4 Introduction 7 Front mounting 10 Floor mounting 11 Distribution board mounting 12 Molded-plastic enclosures 1 Accessories 5TE1 switch disconnectors up to 200 A 15 Introduction 16 General data KD switch disconnectors up to 1600 A 18 Introduction 19 General data 24 Technical features 6 Dimensions and typical circuit diagrams KA, KE switch disconnectors up to 1000 A 80 Introduction 8 Floor mounting VT switch disconnectors up to 1600 A 86 Introduction 88 VT1 switch disconnectors up to 160 A 96 VT2 switch disconnectors up to 250 A 117 VT switch disconnectors up to 60 A 17 VT4 switch disconnectors up to 1000 A 18 VT5 switch disconnectors up to 1600 A KL switch disconnectors with fuses up to 800 A 146 Introduction 148 Floor mounting 150 Fuses KM switch disconnectors with fuses and isolating plug connector up to 400 A 152 Introduction 154 For snapping onto busbar system 157 Fuses 8UD1 door-coupling rotary operating mechanisms 159 For KD switch disconnectors 8UC7 door-coupling rotary operating mechanisms 161 For K switch disconnectors 164 Individual parts 165 Operating mechanisms for fixed mounting NJ62 in-line switch disconnectors with fuses up to 60 A 166 Introduction 169 General data NP1 fuse switch disconnectors up to 60 A 182 Introduction 185 Fuses 188 Dimensions, hole drilling templates, circuit diagrams NP5 fuse switch disconnectors up to 60 A 194 Introduction 198 Fuses NJ4, NJ5 in-line fuse switch disconnectors up to 2000 A 201 Introduction 205 1-pole, switchable 206 -pole, switchable 207 Accessories For further technical product information: Siemens Industry Online Support: www.siemens.com/lowvoltage/productsupport, Entry type: Application example Certificate Characteristic Download FAQ Manual Product note Software archive Technical data Siemens 10/2015

Introduction Overview Type 1) DC isolators Available -- Not available or value on request LD20 LD21 LD22 LD25 LD27 D28 LD2 LD24 5TE1 KD KA KE Main and EMERGENCY-STOP switches Switch disconnectors Rated uninterrupted current I u At 5 C ambient temperature A 16 / 25 /2 / 6 100 / 125 160 / 250 200 160 to 1600 Up to 1000 160 to 1600 Rated operational voltage U e 50/60 Hz AC V 690 690 690 690 690 690 690 DC V Up to 800 1) -- -- Up to 440 Up to 440 Up to 440 Up to 440 Number of poles -pole 4-pole 6-pole -- -- -- -- Rated operational power as AC- motor load switches Operational switching of individual motors At 220... 240 V kw.0 / 4.0 / 5.5 / 11.0 18.5/22.0 5.0 / 55.0 -- -- -- -- At 80... 440 V kw 5.5 / 7.5 / 9.5 / 18.5 0.0 / 7.0 50.0 / 110.0 -- -- -- -- At 660/690 V kw 5.5 / 7.5 / 9.5 / 15.0 15.0 / 22.0 7.0 /.0 -- -- -- -- Rated operational power as AC-2A main control switches, repair switches Frequent, but not operational switching of single motors At 220... 240 V kw 4.0 / 5.0 / 6.0 / 11.0 18.5 / 22.0.0 / 75.0 -- -- -- -- At 80... 440 V kw 7.5 / 9.5 / 11.5 / 22.0 7.0 /.0 75.0 / 12.0 46 / 72 / 92 -- -- -- At 660/690 V kw 7.5 / 9.5 / 11.5 / 18.5 0.0 / 7.0.0 / 55.0 6 / 60 / 76 -- -- -- Mounting Standard mounting rail -- -- -- -- acc. to EN 60715 Busbar mounting -- -- -- -- -- Front mounting Centralized -- -- -- -- -- -- Four-hole -- -- -- Floor mounting Centralized -- -- -- -- -- -- Four-hole Distribution board mounting Molded-plastic enclosures -- -- -- Switch accessories 4th pole (N conductor) (leading switch-on, lagging switch-off) N terminals PE terminals Auxiliary contact elements VT 2 Siemens 10/2015

Introduction Overview (continued) Type KL KM NJ62 NP1 NP5 NJ4 NJ5 Switch disconnectors with fuses Fuse switch disconnectors Rated uninterrupted current I u At 5 C ambient temperature A 6 to 800 6 to 400 160 to 690 160 to 60 160 to 60 160 to 2000 Rated operational voltage U e 50/60 Hz AC V 690 690 Up to 690 690 690 690 DC V Up to 440 Up to 440 Up to 440 Up to 440 Up to 440 -- Number of poles 1-pole -- -- -- -- -- 2-pole -- -- -- -- -- -pole 4-pole -- -- -- -- AC-21 At 400 V At 500 V At 690 V AC-22 At 400 V At 500 V At 690 V AC-2 At 400 V At 500 V At 690 V -- Mounting Front mounting -- -- -- -- Floor mounting -- -- Busbars 40 mm -- -- -- -- 60 mm -- -- -- 185 mm -- -- -- -- Molded-plastic enclosures -- -- -- -- Switch accessories Auxiliary contact elements 1 NO or 2 NO -- -- -- 1 NC or 2 NC -- -- -- 1NO + 1NC -- -- 1 CO or 2 CO -- -- Fuse monitoring With circuit breakers -- -- -- With electronics -- Current transformers -- -- -- -- Available -- Not available Siemens 10/2015

LD Main Control and EMERGENCY-STOP Switches up to 250 A Introduction Overview 7 8 2 6 1 5 NSG0_00112b 4 1 4th contact (N conductor) 2 N or PE/ground terminal, continuous Auxiliary switch 1 NO + 1 NC 4 Rotary operating mechanism, red/yellow 5 Rotary operating mechanism, black 6 Front plate, English/German 7 Terminal cover, three-pole 8 Terminal cover, single-pole The LD main and EMERGENCY-STOP switches are manually operated switch disconnectors according to IEC 60947-/ VDE 0660 Part 107 (EN 60947-) and comply with the conditions for switch disconnectors. In EN 60204-1 (VDE 011 Part 1), main control switches are called "disconnector units", while EMERGENCY-STOP switches are termed "devices for emergency shutdown". The LD switches for 16 to 250 A are approved according to UL 508 and can be used as "manual motor controllers" and "motor disconnects". In addition, the LD switch disconnectors have CCC certification. Maintenance personnel can protect themselves against unauthorized startup with padlocks (up to three can be fitted). The LD switches can be used in any mounting position. Application The LD switches are used for switching main and auxiliary circuits, but also for switching induction motors and other loads during maintenance and repair work. The LD switches can be used as: ON-OFF switches EMERGENCY-STOP switches Main control switches according to EN 60204-1 4 Siemens 10/2015

LD Main Control and EMERGENCY-STOP Switches up to 250 A Introduction Design Design of the contacts Each switch has three adjacent contact elements 1). A 4th leading contact for switching the N conductor, a continuous PE terminal, and an auxiliary switch (1 NO + 1 NC) can be fitted to each side of the switch. The auxiliary switches operate as leading contacts on opening. On opening, the NO contact opens before the main contacts, so that a contactor carries the switching capacity in the circuit and the maintenance or safety switch switches at zero current. On closing, the auxiliary switch switches later than or at the same time as the main contacts. Design of rotary operating mechanisms The rotary operating mechanisms of the switches for front or floor mounting are mounted on control cabinet doors, or on front or side panels with four-hole or center-hole mounting with a standard diameter of 22.5 mm and are operated from the outside. In their OFF position, they can be locked with up to three padlocks with a hasp thickness of 8 mm. Controls with defeatable doorcoupling rotary operating mechanism are available in addition. Switching position indicator: The switch position is clearly marked with direction arrows and an "O" for OFF and a "I" for ON at the front. Switches for front mounting: The switches for front mounting are connected directly to the rotary operating mechanism through the fixing screws or in the case of center-hole mounting a special-purpose coupling. Switches for floor mounting: The switches for floor mounting are snapped onto 5 mm standard mounting rails according to EN 60715 or screwmounted on mounting plates. The actuators are connected to the lower section of the switch through a door coupling, which can be released in its zero position, and a 00 mm long switch shaft. When the control cabinet door is open, the switch can be protected against inadvertent operation by removing the switch shaft from the lower section of the switch. The mounting depth can be adapted to individual requirements by adjusting the switch shaft length. Switches for distribution board mounting: The switches for distribution board mounting are suited for operation in distribution boards and for switching inside control cabinets or distributors. They have cap and mounting dimensions to DIN 4880 and can be fitted under the same cover together with miniature circuit breakers. The selector switches can be locked in their OFF position with up to 2 padlocks with a hasp thickness of 6 mm. Switches in molded-plastic enclosure: For surface mounting of individual main control and EMERGENCY-STOP switches, molded plastic-enclosed switches to degree of protection IP65 are used. The actuators can be locked in their OFF position with three padlocks with a hasp thickness of 8 mm. The molded-plastic enclosures each contain an N and/or a PE terminal. 1) 16 A versions have four contact elements; -pole changeover switches and 6-pole main control switches have six contact elements. Switch for front mounting with rotary operating mechanism, LD2704-0TK5 -pole changeover switch for front mounting with knob, LD2122-7UK01 Switch for floor mounting with rotary operating mechanism and door coupling, LD2144-0TK5 Switch in molded-plastic enclosure, LD2264-0TB5. Switch for front mounting with knob, LD2222-0TK1 6-pole switch for front mounting with rotary operating mechanism, LD210-VK5 Switch for distribution board mounting with knob, LD250-0TK11 Switch for floor mounting with rotary operating mechanism and defeatable door coupling, LD2217-1TL1 DC isolators, LD2265-8VQ51-0AF6 Switch for floor mounting 250 A, with rotary operating mechanism and door coupling, LD2418-0TK1 Siemens 10/2015 5

LD Main Control and EMERGENCY-STOP Switches up to 250 A Introduction Technical specifications Standards DIN VDE 0660, IEC 60947 Switches Type LD20 LD21 LD22 LD25 LD27 LD28 LD2 LD24 Rated insulation voltage U i V 690 Rated operational voltage U e V AC 690 Rated frequency Hz 50... 60 Rated impulse withstand voltage U imp kv 6 6 6 6 6 6 6 6 Rated short-time withstand current (1 s current, rms value) A 40 640 640 1260 2000 2000 4000 4000 Short-circuit protection, max. back-up fuse (gl) A 20 25 40 6 100 125 160 250 Rated conditional short-circuit current with upstream fuses ka rms 50 50 50 50 50 20 50 50 at 50/60 Hz, 690 V AC Maximum permissible let-through I 2 t value ka 2 s 2.5 4 9 21 64 104 185 557 Permissible let-through current of the fuse ka.5 4.5 6 10 10 15 15 Rated uninterrupted current I u A 16 25 2 6 100 125 160 250 AC-21A load-break switch Rated operational current I e A 16 25 2 6 100 125 160 250 AC- motor load switches In-service switching of individual motors AC-2A main control switch Repair switch Frequent, but not in-service switching of individual motors Rating At 220... 240 V At 80... 440 V At 660/690 V Rating At 220... 240 V At 80... 440 V At 660/690 V LD main control and EMERGENCY-STOP switches for UL/CSA as "manual motor controllers" kw kw kw kw kw kw 1) Depending on the cable infeed, only small cross-sections are possible with devices in molded-plastic enclosures.0 5.5 5.5 4.0 7.5 7.5 Power loss per conducting path at I e W 0.5 1.1 1.8 4.5 7.5 12.0 6.0 6.0 Endurance mechanical Operating cycles 100 000 Switching frequency 1/h 50 Permissible ambient temperature C -25... +55 Isolating features Up to max. V 690 Conductor cross-sections for main conductors 1) Solid or stranded mm 2 1... 6 1.5... 16 1.5... 16 2.5... 5 4...50 4...50 16...185 16... 185 Finely stranded with end sleeve (max.) mm 2 4 10 10 16 5 5 150 150 Conductor cross-sections Copper cable AWG 18... 10 14... 8 14... 8 14... 6 12... 1 12... 1 Torque for terminal Nm 1.5... 2 2... 2.5 2... 2.5 2.5... 2.5... 2.5... 9.5... 10 9.5... 10 Touch protection according to EN 50274 Yes Auxiliary switches Rated insulation voltage U i V 500 Rated operational voltage U e V AC 500 Rated uninterrupted current I u A 10 Rated operational current I e, AC-15 At 120 V A 6 At 220... 240 V A At 80... 415 V A 1.8 At 500 V A 1.4 Short-circuit protection, aux. switch, max. back-up fuse (gl/gg) A 10 Conductor cross-sections for auxiliary conductors Connection type Terminals Solid or stranded mm 2 2 (0.75... 2.5), 1 4 Finely stranded with end sleeve mm 2 2 (0.75... 1.5) 1 x 2.5 Torque for terminal Nm 0.8 Standards UL/CSA Switches Type LD20 LD21 LD22 LD25 LD27 LD28 LD2 LD24 Rated operational voltage U e V AC 600 600 600 600 600 600 600 600 Rated uninterrupted current I u A 10 20 0 60 100 125 160 250 Current rating A 600 A 600 A 600 -- -- -- -- -- Pilot duty P 600 P 600 P 600 -- -- -- -- -- Conventional thermal current I th A 16 25 2 6 100 125 160 250 Maximum rated power (AC-) 120 V HP 1 5 10 15 -- -- Alternating current motors 40... 60 Hz 240 V HP 7.5 10 (7.5) 2) 15 0 40 40 50 (HP = PS) 480 V HP 7.5 10 20 (15) 2) 40 60 75 75 100 600 V HP 10 15 0 (20) 2) 50 75 100 75 75 1 120 V HP 0.5 2 2 -- -- -- -- 240 V HP 1.5 10 -- -- -- -- Conductor cross-sections Cu cable AWG 18... 10 14... 8 14... 8 14... 6 12... 1 12... 1 1... MCM400 Torque Nm 1.5... 2 2... 2.5 2... 2.5 2.5... 2.5... 2.5... 10 10 4.0 7.5 7.5 5.0 9.5 9.5 5.5 9.5 9.5 6.0 11.5 11.5 11.0 18.5 15.0 11.0 22.0 18.5 18.5 0.0 22.0 18.5 7.0 0.0 22.0 7.0 0.0 22.0.0 7.0 5.0 50.0 7.0.0 75.0.0 2) Values in brackets apply to devices in molded-plastic enclosure 55.0 110.0.0 75.0 12.0 55.0 6 Siemens 10/2015

LD Main Control and EMERGENCY-STOP Switches up to 250 A Front mounting Dimensional drawings Switch for center-hole mounting with rotary operating mechanism LD2.54, LD2555 N L K C M G,2 B F 24,1 A NSG0_00206 max. 5,5 mm For LD20 Base element 4-pole 22,5 Type A B C F G K L M 1) N 1) LD2054 67 67 48 50 8 7 74 17 47 LD2154/LD2254 67 67 46 55 44 7 74 17 47 LD2555 90 90 60 64 50 46 81 17 47 1) For additional inscription label, see page 1. Switches for four-hole mounting with rotary operating mechanism LD2.0, LD2.04 M N L K C A1 G D B F A1 A NSG0_00207 max. 5,5 mm Sealing plate behind masking plate Please observe sealing position of the shaft seal For LD20 Base element 4-pole Type A B A1 C D d F G K L M 1) N 1) LD200 67 67 48 48 10 5.0 50 8 7 50 17 47 LD210 67 67 48 46 10 5.0 55 44 7 50 17 47 LD2504 90 90 48 60 10 5.0 64 50 46 59 17 47 LD2704/LD2804 90 90 48 71 10 5.0 8 54 46 61 17 47 1) For additional inscription label, see page 1. Switches for center-hole mounting with knob LD2.50 N M B F G L K C NSG0_00208 Drilling diagram,2 24,1 A max 5,5 mm For LD20 Base element 4-pole Type A B C F G K L M 1) N 1) LD2050 49 49 48 50 8 4 74 17 47 LD2150/LD2250 49 49 46 55 44 4 74 17 47 1) For additional inscription label, see page 1. Siemens 10/2015 7

LD Main Control and EMERGENCY-STOP Switches up to 250 A Front mounting Switches for four-hole mounting with knob LD2.22 M N K C G A1 D B F A1 A NSG0_00209 L d max. 5,5 mm Sealing plate behind masking plate Please observe sealing position of the shaft seal For LD20 Base element 4-pole Type A B A1 C D d F G K L M 1) N 1) LD2022 49 49 6 48 10 5.0 50 8 4 50 17 47 LD2122/LD2222 49 49 6 46 10 5.0 55 44 4 50 17 47 1) For additional inscription label, see page 1. Switches for four-hole mounting with rotary operating mechanism LD210-.V, LD220-.V..., LD2504-.V N L K C Drilling diagram M A1 G D A B F max. 5,5 mm Sealing plate behind masking plate Please observe sealing position of the shaft seal NSG0_00215 A1 d Type A B A1 C D d F G K L M 1) N 1) LD210-.V... 67 67 48 92 10 5.0 55 44 7 50 17 47 LD220-.V... 67 67 48 92 10 5.0 55 44 7 50 17 47 LD2504-.V... 90 90 68 121 10 5.0 64 50 46 59 17 47 1) For additional inscription label, see page 1. Switches for four-hole mounting with knob LD2122-.V N L K C Drilling diagram M A1 G D A B F max 5,5 mm Sealing plate behind masking plate Please observe sealing position of the shaft seal NSG0_00216 A1 d Type A B A1 C D d F G K L M 1) N 1) LD2122-.V... 49 49 6 92 10 5.0 55 44 2 50 17 47 1) For additional inscription label, see page 1. 8 Siemens 10/2015

LD Main Control and EMERGENCY-STOP Switches up to 250 A Front mounting Selector switches LD212-7U, LD222-7U, LD2524-7U, LD2724-7U N L K C Drilling diagram M A1 B F G NSG0_00217 A1 D d A max 5,5 mm Sealing plate behind masking plate Please observe sealing position of the shaft seal Type A B A1 C D d F G K L M 1) N 1) LD212-7U... 67 67 48 92 10 5.0 28 46 4 6.5 17 47 LD222-7U... 67 67 48 92 10 5.0 28 46 4 6.5 17 47 LD2524-7U... 92 92 68 121 10 5.5 2 5 40 7 17 47 LD2724-7U... 92 92 68 141 10 5.5 42 68 40 75 17 47 1) For additional inscription label, see page 1. Siemens 10/2015 9

LD Main Control and EMERGENCY-STOP Switches up to 250 A Floor mounting Dimensional drawings Switches for floor mounting with detachable rotary operating mechanism (four-hole mounting) LD2.1, LD214. N M X = L + 52 mm L1 79 K C Driling diagram Door A1 Base B1 A B F Siemens AG 2016 G F 5 L NSG0_00210 A1 D d B2 e Type A B A1 B1 B2 C D d e F G K L L1 M 1) N 1) X min LD201 67 67 48 22 60 48 10 5.0 4.5 50 8 7 0 58 17 47 18 LD211/LD221 67 67 48 22 60 46 10 5.0 4.5 55 44 7 0 58 17 47 18 LD2514 90 90 48 25 70 60 10 5.5 5.5 64 50 46 8 68 17 47 148 LD2714/LD2814 90 90 48 25 90 71 10 5.5 5.5 8 54 46 40 70 17 47 150 1) For additional inscription label, see page 1. Switches for floor mounting with detachable rotary operating mechanism (center-hole mounting) LD2.44, LD2. N 5 A B M G F X = L + 74 mm L1 101 K L C NSG0_00211 Drilling diagram Door,2 22,5 24,1 Base B1 B2 e Type A B B1 B2 C e F G K L L1 M 1) N 1) X min LD2044 67 67 22 60 48 4.5 50 8 7 0 58 17 47 160 LD2144/LD2244 67 67 22 60 46 4.5 55 44 7 0 58 17 47 160 LD25 90 90 25 70 60 5.5 64 50 46 8 68 17 47 170 1) For additional inscription label, see page 1. Switches for floor mounting with detachable rotary operating mechanism (four-hole mounting) LD211-.V N M B G X = L + 52 mm L1 79 K C NSG0_00218 Driling diagram Door A1 D A1 B2 Base B1 d A 5 L e Type A B A1 B1 B2 C D d e F G K L L1 M 1) N 1) X min LD211-.V... 67 67 48 22 60 92 10 5.0 4.5 55 44 7 0 58 17 47 18 1) For additional inscription label, see page 1. 10 Siemens 10/2015

LD Main Control and EMERGENCY-STOP Switches up to 250 A Distribution board mounting Dimensional drawings Switches for distribution board mounting LD2.0 A L K K1 C B F NSG0_00212 5 Type A B C F K K1 L LD200 5 48 50 41 14 7 LD210 5 46 55 41 14 7 LD220 5 46 55 41 14 7 LD250 64 60 64 4 16 44 LD270 71 71 8 47 19 44 LD280 71 71 8 47 19 44 1) For additional inscription label, see page 1. Siemens 10/2015 11

LD Main Control and EMERGENCY-STOP Switches up to 250 A Molded-plastic enclosures Dimensional drawings Switches with molded-plastic enclosure and rotary operating mechanism Metric screw connection LD2.64, LD2.65, LD2.66 A K H M Drilling diagram LD2.64 LD2.65 Drilling diagram LD2.66 A1 C F E K B B2 B1 N B1 B1 D NSG0_0021 d G Type A B A1 B1 B2 C d D E F G H K M N LD2.64-...5. 100 140 -- 152 164 46 4.5 4 x M25 24 -- 4 x M20 81 67 6 2 x M20, 2 x M40 LD2.65-...5. 146 176 -- 188 199 66 4.5 4 x M2/40 7 -- 4 x M20 104 90 2 x M20, 2 x M40 LD2.66-...5. 212 02 189 28 02 84 6.5 4 x M50/6 57 2 x M20 4 x M20 16 90 2 x M20, 2 x M50 LD2566-.V... 212 02 189 28 02 84 6.5 4 x M2/40 57 2 x M20 4 x M20 16 90 2 x M20, 2 x M50 Switches in molded-plastic enclosure with knob LD2.6.-7U A K H M Drilling diagram LD2.65 Drilling diagram LD2.66 A1 C F E K B B2 B1 N B1 B1 D NSG0_00220 d G Type A B A1 B1 B2 C d D E F G H K M N LD2165-7U... 146 176 -- 188 199 66 4.5 4 x M2/40 7 -- 4 x M20 104 67 2 2 x M20, 2 x M40 LD2265-7U... 146 176 -- 188 199 66 4.5 4 x M2/40 7 -- 4 x M20 104 67 2 2 x M20, 2 x M40 LD2566-7U... 212 02 189 28 02 84 6.5 4 x M2/40 57 2 x M20 4 x M20 16 90 2 x M20, 2 x M50 LD2766-7U... 212 02 189 28 02 84 6.5 4 x M50/6 57 2 x M20 4 x M20 16 90 2 x M20, 2 x M50 12 Siemens 10/2015

LD Main Control and EMERGENCY-STOP Switches up to 250 A Accessories Dimensional drawings Front mounting LD92.0-0B 4th contact (N conductor) for front mounting, leading switch-on, lagging switch-off Front and floor mounting LD92.4-1B, LD92.4-B Rotary operating mechanisms for four-hole mounting, black, red/yellow A G A C B B NSE0_0094 N NSE0_00928a N C Type A B C G LD9220-0B 54.5 40.5 15.5 1.5 LD9250-0BA 64.5 47.0 20.0 7.0 LD9280-0B 8.5 44.0 2.0 20.0 Type A B C LD9224-1B 67.0 67.0 7.0 LD9224-B 67.0 67.0 7.0 LD9284-1B 90.0 90.0 46.0 LD9284-B 90.0 90.0 46.0 LD92.4-1D, LD92.4-D Rotary operating mechanisms for center-hole mounting, black, red/yellow A C LD92.0-2B N or PE terminal For front mounting, leading switch-on, lagging switch-off B A G B NSE0_0095 Type A B C LD9224-1D 67.0 67.0 7.0 LD9224-D 67.0 67.0 7.0 LD9284-1D 90.0 90.0 46.0 LD9284-D 90.0 90.0 46.0 LD92.1-2A Terminal covers as additional touch protection For snap-fitting at top and bottom, 1-pole N NSE0_00929a N C A A-A C Type A B C G LD9200-2B 50.0 40.0 1.0 1.0 LD9220-2B 54.5 40.5 15.5 1.5 LD9250-2BA 64.5 47.0 20.0 7.0 LD9280-2B 8.5 44.0 2.0 20.0 A A B NSE0_0096 LD9286-1A, LD9286-4A Inscription labels German/English, neutral MAIN SWITCH HAUPTSCHALTER NSE0_009a 5 17 47 Type A B C LD9201-2A 4.5 15.0 10.0 LD9221-2A 4.5 20.0 15.0 LD9251-2A 40.5 21.5 20.0 LD9281-2A.0 17.5 2.0 LD92.1-.A Terminal covers as additional touch protection For snap-fitting at top and bottom, 1-pole A A-A A NSE0_0097 A B C Type A B C LD9201-1A 4.5 15.0 46.0 LD9221-0A 4.5 20.0 46.0 LD9251-0A 40.5 21.5 60.0 Siemens 10/2015 1

LD Main Control and EMERGENCY-STOP Switches up to 250 A Accessories Floor and distribution board mounting LD92.0-0C 4th contact (N conductor) For rear mounting, leading switch-on, lagging switch-off A G N N C B NSE0_0098a Type A B C G LD9220-0C 54.5 40.5 15.5 1.5 LD9250-0CA 64.5 47.0 20.0 7.0 LD9280-0C 8.5 44.0 2.0 20.0 LD92.0-2C N or PE terminal continuous A G N N C B NSE0_0099a Type A B C G LD9200-2C 50.0 40.0 1.0 1.0 LD9220-2C 54.5 40.5 15.5 1.5 LD9250-2CA 64.5 47.0 20.0 7.0 LD9280-2C 8.5 44.0 2.0 20.0 LD9200-5.. Auxiliary switches NSJ0_00005 50 11 2 14 Siemens 10/2015

Overview The 5TE1 switch disconnectors are available from 100 A to 200 A in and 4-pole versions and can be used as main control switches, repair switches, outgoing feeder switches and emergency mains switching off device. The series corresponds to the requirements of IEC/EN 60947- and its key features are its compact and robust design, high short-circuit strength, high DC breaking capacity and comprehensive accessories. Its small footprint means it is easy to install in all types of enclosures, distribution boards and control cabinets. The devices are approved to UL 508 and KEMA certified. 5TE1 up to 200 A Introduction Benefits Transparent enclosures ensure that the contact position is always visible Contacts with double breaks ensure reliable insulation characteristics Can be locked in the OFF position to allow for maintenance work With a red knob and yellow cap, it can also be used as an emergency switching off device Technical specifications 5TE1.1 5TE1.2 5TE1. 5TE1.4 Standards IEC/EN 60947-, UL 508 Approvals UL 508 for the following types: 5TE120, 5TE10, 5TE140, 5TE1420, 5TE140 and 5TE1440. UL File No. E02554 Rated operational current I e Per cond. path At U e = 400 V A 100 125 160 200 With utilization category AC-21A 415 V A 100 125 160 200 500 V A 100 125 160 200 690 V A 100 125 160 200 Rated operational current I e Per cond. path At U e = 400 V A 100 125 160 200 With utilization category AC-22A 415 V A 100 125 160 200 500 V A 100 100 160 200 690 V A 6 6 160 200 Rated operational current I e Per cond. path At U e = 400 V A 80 125 160 With utilization category AC-2A 415 V A 80 125 160 500 V A 50 125 125 690 V A 40 6 80 Rated operational current I e 2 poles in series 110 V A 100 160 With utilization category DC-2A 2 poles in series 220 V A -- 100 4 poles in series 220 V A 100 160 Rated operational voltage U e VAC According to UL: 480, acc. to IEC: 690 Rated insulation voltage U i VAC 690 Rated impulse withstand voltage U imp 2000 m kv 8 Impulse test voltage At sea level kv 12. Max. rated operational power At U e = 400 V kw 44 69 88 With utilization category AC-2A 415 V kw 46 72 92 500 V kw 5 86 86 690 V kw 6 60 76 Thermal rated current I th At 40 C, 50 C and 60 C A 100 125 160 200 Rated making capacity At 415 V AC-2A A 1875 200 4000 Rated breaking capacity At 415 V AC-2A A 1000 1920 2400 Rated ultimate short-circuit making capacity I cm Per cond. path At U e = 400 V ka 10 415 V ka 10 500 V ka 6.7 690 V ka 6.7 Rated short-time withstand current I cw Per cond. path 0.25 s ka 5 6 (peak value) 1s ka 2.5 Rated conditional short-circuit current At U e = 400 V ka 50 With back-up protection with back-up fuse 415 V ka 50 With identical rated current 500 V ka 50 690 V ka 20 18 Capacitive load At 400 V kvar 50 60 77 97 Number of poles 2//4 Rated power dissipation P v Per pole VA 2.9 4.5 6.5 10 Frequency Hz 50/60 Conductor cross-sections Solid and stranded mm 2 6... 50 -- AWG cables AWG 10... 1/0 8 Copper busbars mm 2 -- max. 20 6 Endurance Electrical Switch. 1500 1000 Mechanical cycles 20000 10000 Acc. to UL 508 I n A -- 80 100 125 UL 508 General Use 480 V FLA (Full load amperes) A -- 28 4 40 UL 508 Manual Motor Controller 20 V Rating hp -- 10 25 0 UL 508 Manual Motor Controller 480 V Rating hp -- 20 15 15 UL 508 Short-Circuit at 480 V With Class H or K5 fuses ka -- 10 With J fuses ka -- 50 Siemens 10/2015 15

5TE1 up to 200 A General data Dimensional drawings 5TE1 switch disconnectors, 100 A and 125 A 5TE9 auxiliary switches 44 7 90 75 I201_07109a 90 44 90 6 92,5 9 I201_07111c 42 7 5TE1210 5TE1220 5TE110 5TE115 5TE120 5TE125 5TE1410 5TE1415 5TE1420 5TE1425 5TE1610 5TE1620 5TE9005 5TE9006 5TE1 switch disconnectors, 160 A and 200 A 5TE9014 locking units 5 5 5 5,5 44 7 1x 2x x max. 8 mm ON 1 I201_07112a 80 70 OFF 90 I201_07110a 70 144 6 92,5 5TE120 5TE1240 5TE10 5TE15 5TE140 5TE1 5TE140 5TE145 5TE1440 5TE14 5TE160 5TE1640 5TE9 rotary actuators with extension shaft 7 79 19 H 165/65 H+5 L H+100 65 5,5 7 79 19 H 165/65 H+5 L H+100 65 5,5 H-7 2,5 SW16 6 H-7 2,5 SW16 6 I201_07205b 6 0 7,5 2 I201_07206b With 100 A and 125 A switch disconnectors 5TE9010, 5TE9011, 5TE9012, 5TE901 It is possible to open the door in a disconnected state. With 160 A and 200 A switch disconnectors 5TE9010, 5TE9011, 5TE9012, 5TE901 It is possible to open the door in a disconnected state. 16 Siemens 10/2015

5TE1 up to 200 A General data Circuit diagrams Graphical symbols 5TE9 auxiliary switches 1 1 5 1 5 7 1 2 1 2 4 2 4 5TE1210 5TE1220 5TE120 5TE1240 2 4 6 5TE110 5TE120 5TE10 5TE140 2 4 6 8 5TE1410 5TE1420 5TE140 5TE1440 L 5TE9005 L1 L2 5TE9006 1 5 7 1 5 1 5 7 2 4 6 8 5TE1610 5TE1620 5TE160 5TE1640 2 4 6 5TE115 5TE125 5TE15 5TE1 2 4 6 8 5TE1415 5TE1425 5TE145 5TE14 More information Connection of5te1. and 5TE1.4 switches, 160 A and 200 A 10-12 max. 12 Nm SW 5 SW 1 I201_08070b Design From 160 A: Supplied with one terminal cover 160 A and 200 A: Version for connection with cable lug Screw fixing on base plate Installation on standard mounting rail to EN 60715, which is raised at least 5 mm from the base plate 10-12 Ø 8,5 5TE900 5TE9004 SW 5 max. Ø14 20 max. max. 6 Siemens 10/2015 17

KD up to 1600 A Introduction Overview Devices Description Complete assemblies Complete assemblies with direct operating mechanisms Ready-to-install combinations comprising switch disconnectors and operating mechanisms - and 4-pole switch disconnectors with front operating mechanisms Connections in form of box terminal or flat terminal incl. direct operating mechanism with gray handle Basic units Front operating mechanisms 6-pole up to 1200 V DC Switch disconnectors with front operating mechanisms without handle 6-pole versions Connections in form of flat terminal (sizes 2 to 5) or box terminal (sizes 1 and 2) Operating mechanism module in the center of the switch disconnector -/4-pole up to 690 V AC / 440 V DC - and 4-pole versions Connections in form of flat terminal (sizes 2 to 5) or box terminal (sizes 1 and 2) Operating mechanism module in the center or on the left-hand side of the switch disconnector Accessories and spare parts Side operating mechanism Additional poles Switch disconnectors with side operating mechanisms - and 4-pole versions Connections in form of flat terminal (sizes 2 to 5) or box terminal (sizes 1 and 2) Operating mechanism module on the right or left-hand side of the switch disconnector Additional poles for enhanced functionality 4th contact element (switching pole) N terminal (neutral conductor terminal with removable jumper) N/PE terminal (with permanent jumper) Left: Box terminal Right: Flat terminal Direct operating mechanisms Different handles for mounting on basic units Direct operating mechanisms for direct mounting on switch disconnector Handles available in colors gray or red/yellow Door-coupling rotary operating mechanisms Different handles for mounting on basic units Door-coupling rotary operating mechanisms for operation of switch disconnector outside the control cabinet door 8UD1 series or 8UC7/KD9 series Handles available in colors gray or red/yellow 18 Siemens 10/2015

KD up to 1600 A General data Overview Benefits Enhanced touch protection Contact position is clearly visible Locking functions help to prevent unauthorized operation Enhanced protection against inter-phase arcing Safe use in wind farms Compact design saves space Wide variety of applications thanks to a range of different operating mechanism designs Supplementary functions can be retrofitted Various service positions are possible thanks to optimized heat dissipation Test function to ensure safe commissioning Comprehensive support through provision of CAx data KD switch disconnector, complete assembly, -pole Features -pole, 4-pole, and 6-pole versions in 5 different sizes Supplied as a complete assembly including direct operating mechanism or as a basic unit without a handle Direct operating mechanism with handle on switch disconnector Door-coupling rotary operating mechanism for operation of switch disconnector outside the control cabinet door Versions with side operating mechanisms Connections in the form of box terminals or flat terminals Floor mounting or mounting on a standard rail (sizes 1 and 2) Additional poles can be retrofitted: 4th contact element, N or N/PE terminals Auxiliary switches for querying the switch positions Suitable for AC applications up to 690 V + 10 % (wind power) Suitable for DC applications up to 1200 V Application KD switch disconnectors are designed for applications with exacting requirements. They are deployed as main control switches, EMERGENCY-STOP switches and repair switches in industrial plants, infrastructure and buildings. KD switch disconnectors are designed to switch the specified rated current on and off under load. At the same time, they constitute a safety isolating function and isolating distance in all low-voltage circuits. All KD switch disconnectors are climate-proof and meet the requirements of IEC 60947-1, IEC 60947- and VDE 0660-107.. Siemens 10/2015 19

KD up to 1600 A General data Design A KD switch disconnector consists of an operating mechanism module, three, four or six switching poles and a handle to operate the switch disconnector. Handles The direct operating mechanism version of the handle is mounted directly on the switch disconnector. It can also be supplied in the form of a door-coupling rotary operating mechanism for actuation of the switch disconnector outside the control cabinet door. The handle is available in gray, or colored red/yellow for use as an EMERGENCY-STOP switch. Commonly used switch disconnector variants comprising basic unit and handle are available as complete assemblies. I201_1882 Position of operating mechanism modules To allow optimum utilization of the available installation space, units with front operating mechanisms can be supplied with the operating mechanism module in various positions mounted on the left-hand side of the KD switch disconnector or in the center between the switching poles. Number of poles/ application -pole Front operating mechanism on the side Front operating mechanism in the center Handle either as direct operating mechanism or door-coupling rotary operating mechanism On units with side operating mechanisms, the operating mechanism module is positioned on the right or left-hand side of the KD switch disconnector. Side operating mechanism on the left Side operating mechanism on the right 4-pole For 1200 V DC -- -- -- 20 Siemens 10/2015

KD up to 1600 A Additional poles All sizes of the KD switch disconnectors can be retrofitted with additional poles on a modular basis. When installing additional poles, it is important to note that only a -pole KD switch disconnector may be retrofitted with an additional switching pole with contact system (4th contact element). Additional poles (4th contact element, N or N/PE terminal) must always be mounted directly adjacent to the switch disconnector on the left or right, i.e. with sizes 1 and 2, therefore, it is not permissible to install an auxiliary switch module between the basic unit and an additional pole. General data Auxiliary switches Auxiliary switches allow remote interrogation of the contact position of the switch disconnector. Installation of auxiliary switches for sizes 1 and 2 The auxiliary switches used for sizes 1 and 2 are microswitches (changeover contacts) which can be snapped into an auxiliary switch module. This auxiliary switch module is mounted on the side of the switch disconnector in the same way as an additional pole. A maximum of two microswitches can be installed in each auxiliary switch module. I201_1884 I201_1885 Installation of an additional pole Available versions: Fourth contact element: The 4th contact element includes a contact system and is identical to the poles installed at the factory. It can be installed to upgrade a -pole switch disconnector to a disconnector with 4 poles. Auxiliary switches with auxiliary switch module for sizes 1 and 2 Installation of auxiliary switches for sizes to 5 With sizes to 5, the auxiliary switches are directly attached to the operating mechanism module. The auxiliary switch with the leading switch function is always installed in the right-hand mounting location. The other locations are provided for simultaneously switching with the main contacts. N N Fourth contact element as an additional pole N terminal (neutral conductor terminal): The N terminal does not include a contact system. A jumper can be removed in order to interrupt the electrical connection between the two terminals. An N terminal can be installed to add a non-switching N pole to a -pole disconnector. N N N terminal as non-switching pole N/PE terminal: The N/PE terminal is identical to the neutral conductor terminal. However, the electrical connection between the two terminals is permanent and cannot be interrupted by removal of a jumper. The N/PE terminal is normally deployed for applications in which it is vital to ensure that this connection can never be interrupted. 2 2 1 I201_18905 N N N/PE terminal with permanent connections 1 1 1 Auxiliary switch, leading 2 Auxiliary switch, simultaneous Auxiliary switches directly attached to the operating mechanism module with sizes to 5. The leading auxiliary switch is highlighted in the drawing. Siemens 10/2015 21

KD up to 1600 A General data Switching instants of auxiliary switches The auxiliary switches can operate either simultaneously with the main contacts or function as leading switches with all sizes. KD Main circuit Auxiliary switch standard Auxiliary switch leading On Off NO NC NO NC t I201_18906 Types of mounting All KD switch disconnectors are designed for floor mounting. To ensure that the switch can be flexibly adapted to the relevant installation conditions, the mounting bracket can be rotated through 90 with size or larger. I201_18918 One of the possible functions of leading auxiliary switches is to disconnect the circuit with the assistance of a higher-level switching device, such as a circuit breaker, before the main contacts of the KD switch disconnector open. With sizes 1 and 2, the selection of the appropriate auxiliary switch module determines whether the switching instant will be leading or simultaneous. With sizes, 4 and 5, the switching instant is determined by the selection of the mounting location for the auxiliary switch on the operating mechanism module. In this case, only SB auxiliary switches with NO contacts (1 NO or 2 NO) can be used as leading auxiliary switches. Test function for auxiliary switches The test function allows a wiring check to be performed on the auxiliary switches without necessitating closure of the main contacts of the KD switch disconnector. The test function can be used as part of the commissioning process. The test function is activated by turning the handle of a direct operating mechanism in the OFF position by 25 in the counterclockwise direction. The handle must be turned 90 in the clockwise direction in order to switch the main contacts. Floor mounting method Sizes 1 and 2 can be snapped onto a standard mounting rail (TH5 according to EN 60715) as alternative mounting method. Mounting on a standard mounting rail Locking functions KD switch disconnectors can be locked by up to three padlocks in order to prevent unauthorized switch operation. A flat version of the direct operating mechanisms is available for use in confined installation spaces. This can be secured with a lock without increasing the required mounting depth. The auxiliary switch module including test function must be used for sizes 1 and 2. With sizes, 4 and 5, all installed auxiliary switches are switched when the test function is activated. I201_1887 I201_1888 I201_1886 I201_18952 Locking functions involving one or more padlocks 22 Siemens 10/2015

KD up to 1600 A Electrical connection KD switch disconnectors are available with a number of different terminal types. Box terminals Box terminals for sizes 1 and 2 (rated currents 16 A to 160 A) are designed to allow the speedy connection of stripped conductors. Terminal covers General data For KD switch disconnectors erected outside a control cabinet, terminal covers can be installed to provide touch protection for all terminals. Connection via box terminals Flat terminals Sizes 2 to 5 (rated currents 80 A to 1600 A) are available with flat terminals for connection of cable lugs or busbar systems. I201_1889 Terminal covers Phase barriers When long, non-insulated cable lugs are used, phase barriers provide enhanced protection against arcing. I201_18910 I201_18841 I201_18909 Connection via flat terminals Terminal covers and phase barriers can be supplied for KD switch disconnectors with flat terminals. Phase barriers Siemens 10/2015 2

KD up to 1600 A Technical features Overview LD main control and EMERGENCY-STOP switches KD switch disconnectors: Box terminals KD switch disconnectors: Flat terminal Size 1 2 Type LD2 0 LD2 1 LD2 2 LD2 5 KD...-.M LD2 7 LD2 8 LD2 KD...-.N LD main control and EMERGENCY-STOP switches KD switch disconnectors LD main control and EMERGENCY-STOP switches KD switch disconnectors Rated current I n A 16 25 2 6 16 2 6 100 125 160 80 100 125 160 200 Number of poles 4 6 Connection Flat terminals -- -- -- -- -- -- -- -- -- -- Box terminals -- Operating mechanisms Front operating mechanism Side operating mechanism -- -- -- -- -- -- -- Operating and short-circuit behavior Rated short-time withstand current I cw (1 s current, rms value) Rated conditional short-circuit current with upstream fuses at 690 V 1) 1) Valid for the combination of KD switch disconnector and fuse type NA, characteristic gg. Available -- Not available ka 0.4 0.64 0.64 1.26 2 2 4 4 4 4 4 4 ka rms 50 50 50 50 100 100 100 50 20 50 65 65 65 65 50 For further information about LD main control and EMERGENCY-STOP switches, see Catalog LV 10, Chapter 7 Industry Mall, section "Building Technologies and Electrical Distribution" --> "Low-Voltage Components" --> "SENTRON Protection, Switching, Measuring and Monitoring Devices" --> "Switching Devices" --> "" --> "LD Main Control and EMERGENCY-STOP Switches up to 250 A" 24 Siemens 10/2015

KD up to 1600 A Technical features Overview (continued) LD main control and EMERGENCY-STOP switches KD switch disconnectors: Box terminals KD switch disconnectors: Flat terminal Size 4 5 Type LD24 KD...-.P KD...-.Q KD...-.R LD main control and EMERGENCY-STOP switches KD switch disconnectors Rated current I n A 250 200 250 15 400 500 60 800 1000 1250 1600 Number of poles 4 6 Connection Flat terminal -- Box terminals -- -- -- -- -- -- -- -- -- -- Operating mechanisms Front operating mechanism Side operating mechanism -- Operating and short-circuit behavior Rated short-time withstand current I cw (1 s current, rms value) Rated conditional short-circuit current with upstream fuses at 690 V 1) 1) Valid for the combination of KD switch disconnector and fuse type NA, characteristic gg. Available -- Not available ka 4 1 1 1 1 0 0 0 50 50 50 ka rms 50 65 65 5 5 65 65 50 -- -- -- For further information about LD main control and EMERGENCY-STOP switches, see Catalog LV 10, Chapter 7 Industry Mall, section "Building Technologies and Electrical Distribution" --> "Low-Voltage Components" --> "SENTRON Protection, Switching, Measuring and Monitoring Devices" --> "Switching Devices" --> "" --> "LD Main Control and EMERGENCY-STOP Switches up to 250 A" Siemens 10/2015 25

KD up to 1600 A Technical features Overview of components and accessories: KD switch disconnectors, /4-pole, sizes 1 and 2, box terminal 11 9 1 7 6 8 10 11 I201_19466 2 4 5 1 2 4 5 6 KD switch disconnectors Direct operating mechanism (standard version) Direct operating mechanism (suitable for distribution boards) 8UC/KD9 Door-coupling rotary operating mechanism 8UD1 Door-coupling rotary operating mechanism N/PE terminal (with permanent jumper) 7 Neutral conductor terminal (with removable jumper) 8 Mounting bracket (spare part) 9 4th contact element 10 Auxiliary switch module 11 Auxiliary switch 26 Siemens 10/2015

KD up to 1600 A Technical features Overview of components and accessories: KD switch disconnectors, 6-pole for DC applications, sizes 1 and 2, box terminal 9 7 1 8 6 9 I201_19469 2 4 5 1 2 4 KD switch disconnectors Direct operating mechanism (standard version) Direct operating mechanism (suitable for distribution boards) 8UC/KD9 Door-coupling rotary operating mechanism 6 7 8 9 Mounting bracket (spare part) Bridging bar Auxiliary switch module Auxiliary switch 5 8UD1 Door-coupling rotary operating mechanism Siemens 10/2015 27

Siemens AG 2016 KD up to 1600 A Technical features Overview of components and accessories: KD switch disconnectors, /4-pole, size 2, flat terminal 6 8 7 14 12 1 10 9 11 1 6 7 8 2 4 5 1 KD switch disconnectors 8 Cable connection covers 2 Direct operating mechanism (standard version) 9 N/PE terminal (with permanent jumper) Direct operating mechanism (suitable for distribution boards) 10 Neutral conductor terminal (with removable jumper) 4 8UC Door-coupling rotary operating mechanism 11 Mounting bracket (spare part) 5 8UD Door-coupling rotary operating mechanism 12 4th contact element 6 Phase barriers 1 Auxiliary switch module 7 Cable connection cover, short 14 Auxiliary switch 28 I201_18 8 4 4 14 Siemens 10/2015

KD up to 1600 A Overview of components and accessories: KD switch disconnectors, 6-pole, size 2, flat terminal Technical features 8 6 9 10 7 1 1 12 11 1 7 6 I201_19470 2 4 5 8 9 10 1 2 4 5 6 7 KD switch disconnectors Direct operating mechanism (standard version) Direct operating mechanism (suitable for distribution boards) 8UC/KD9 Door-coupling rotary operating mechanism 8UD1 Door-coupling rotary operating mechanism Phase barriers Bridging bar 8 Cable connection cover for bridging bars 9 Cable connection cover, short 10 Cable connection cover 11 Mounting bracket (spare part) 12 Auxiliary switch module 1 Auxiliary switch Siemens 10/2015 29

KD up to 1600 A Technical features Overview of components and accessories: KD switch disconnectors, /4-pole, sizes to 5, flat terminal 4 6 5 10 1 9 8 11 2 4 5 6 7 I201_188 1 2 4 5 6 KD switch disconnectors Direct operating mechanism 8UC/KD9 Door-coupling rotary operating mechanism 8UD1 Door-coupling rotary operating mechanism Phase barriers Cable connection covers, short 7 Cable connection covers 8 N/PE terminal (with permanent jumper) 9 Neutral conductor (with removable jumper) 10 4th contact element 11 Auxiliary switch 0 Siemens 10/2015

KD up to 1600 A Technical features Overview of components and accessories: KD switch disconnectors, 6-pole for DC applications, sizes to 5, flat terminal 7 5 8 9 6 1 10 6 5 I201_19471 2 4 7 8 9 1 2 4 5 KD switch disconnectors Direct operating mechanism 8UC/KD9 Door-coupling rotary operating mechanism 8UD1 Door-coupling rotary operating mechanism Phase barriers 6 Bridging bar Cable connection cover for bridging bars 8 Cable connection cover, short 9 Cable connection cover 10 Auxiliary switch 7 Siemens 10/2015 1

KD up to 1600 A Technical features Technical specifications KD switch disconnectors, /4-pole, sizes 1 and 2 Standards IEC 60947-1, IEC 60947- Type KD16 KD22 KD26 KD28 KD0 KD2 KD4 KD6...N Size 1 1 1 2 2 2 2 2 General technical details Rated uninterrupted current I u A 16 2 6 80 100 125 160 200 1) Conventional free air thermal current I th A 16 2 6 80 100 125 160 200 Rated operational voltage U e At 50/60 Hz AC (tolerance up to + 10 % permissible) V 690 At DC - 2 conducting paths series-connected V 220 At DC - conducting paths series-connected V 440 Rated insulation voltage U i V 1000 Rated impulse withstand voltage U imp kv 8 8 8 8 8 8 8 8 Overvoltage category III III III III III III III III Pollution degree Operating and short-circuit behavior Rated operational current I e At AC-21A, AC-22A, 400... 690 V A 16 2 6 80 100 125 160 200 At AC-2, 400V A 16 2 6 80 100 125 160 160 At AC-2, 500V A 16 2 6 80 100 125 160 160 At AC-2, 690 V A 16 2 6 80 100 125 125 125 At DC-21A, 220/440 V A 16 2 6 80 100 125 160 160 At DC-22A, 220/440 V A 16 2 6 80 100 125 160 160 At DC-2A, 220/440 V A 16 2 6 80 100 125 160 160 Motor switching capacity AC-2A 2) At 400 V kw 7.5 15 0 7 55 55 90 90 At 500 V kw 7.5 18.5 7 55 55 75 110 110 At 690 V kw 11 0 55 75 90 110 110 110 Rated short-time withstand current I cw ka 4 4 4 4 4 (with t = 1 s, rms value, 690 V AC/440 V DC) Rated ultimate short-circuit making capacity I cm ka 7 7 7 12 12 12 12 12 (At 690 V AC/440 V DC) Rated current of upstream fuse ) A 6 6 6 160 160 160 160 200 Rated conditional short-circuit current capacity with upstream fuse ) At 400/500 V AC ka 100 100 100 100 100 100 100 50 At 690 V AC ka 100 100 100 65 65 65 65 50 Let-through current combined with upstream fuse ) At 400/500 V AC ka 7 7 7 17.9 17.9 17.9 17.9 18 At 690 V AC ka 7.5 7.5 7.5 18.7 18.7 18.7 18.7 19 Let-through I 2 t value with upstream fuse ) At 400/500 V ka 2 s 1. 1. 1. 15.6 15.6 15.6 15.6 211 At 690 V ka 2 s 1.7 1.7 1.7 178. 178. 178. 178. 226 Power loss per pole with thermal current I th W 0.2 0.6 2 2 4.5 7 10 Endurance, operating cycles Mechanical 15000 15000 15000 15000 15000 15000 15000 15000 Electrical, at AC-2A, 690 V/50...60 Hz 6000 6000 6000 1500 1500 1500 1500 1500 Electrical, at DC-2A, 220/440 V 1500 1500 1500 1500 1500 1000 1000 1000 Degree of protection With masking plate or cable connection cover IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Without masking plate or terminal cover IP20 IP20 IP20 IP00 4) /IP20 IP00 Ambient conditions Ambient temperature during operation C -25... +70 (no derating of I th at -5 to +55 C) Ambient temperature during storage C -50... +80 Mounting position 5) Any Main conductor connections Conductor cross-section, max. mm 2 5 5 5 70 (95) 6) 70 (95) 6) 70 (95) 6) 70 (95) 6) 95 Busbar systems, max. dimensions (number x width x thickness) Flat terminals mm -- 1 x 20 x 7) Box terminals mm 1 x 9 x 2 1 x 14 x Tightening torque Flat terminals Nm -- 15... 22 Box terminals Nm 5...6.5 6.5...8 1) Configuring note: Max. permissible operating temperature at connections 125 C. 2) Values are provided as a guide only and may vary depending on the make of motor. ) Valid for the combination of KD and fuse type NA8 for I u = 16... 160 A; NA1 for I u = 200 A, characteristic gg. 4) Relevant only for devices with flat terminals. 5) With mounting positions other than the vertical, please contact Technical Support. 6) 95 mm² valid for variants with flat terminals. 7) When using busbars that are 20 mm wide, these must be insulated. 2 Siemens 10/2015

KD up to 1600 A Technical features Technical specifications (continued) KD switch disconnectors, /4-pole, sizes to 5 Standards IEC 60947-1, IEC 60947- Type KD6..-.P KD8 KD40 KD42 KD44 KD46 KD48 KD50 KD52 KD54 Size 4 4 4 5 5 5 General technical details Rated uninterrupted current I u A 200 250 15 400 500 60 800 1000 1250 1600 1) Conventional free air thermal current I th A 200 250 15 400 500 60 800 1000 1250 1600 Rated operational voltage U e At 50/60 Hz AC (tolerance up to + 10 % permissible) V 690 At DC - 2 conducting paths series-connected V 220 At DC - conducting paths series-connected V 440 Rated insulation voltage U i V 1000 Rated impulse withstand voltage U imp kv 12 12 12 12 12 12 12 12 12 12 Overvoltage category IV IV IV IV IV IV IV IV IV IV Pollution degree Operating and short-circuit behavior Rated operational current I 2) ) e At AC-21A, AC-22A, 400... 690 V A 200 250 15 400 500 60 800 1000 1250 1600 At AC-2, 400V A 200 250 15 400 500 60 670 800 800 800 At AC-2, 500 V A 200 250 15 50 500 60 60 800 800 800 At AC-2, 690 V A 200 250 15 15 500 500 500 800 800 800 At DC-21A, 220/440 V A 200 250 15 400 500 60 800 1000 1250 1600 At DC-22A, 220/440 V A 200 250 15 400 500 60 800 -- -- -- At DC-2A, 220/440 V A 200 250 15 400 500 60 800 -- -- -- Motor switching capacity AC-2A 4) At 400 V kw 110 12 160 220 280 55 55 400 400 400 At 500 V kw 12 160 220 250 55 400 400 560 560 560 At 690 V kw 185 220 280 15 500 500 500 800 800 800 Rated short-time withstand current I cw ka 1 1 1 1 0 0 0 50 50 50 (with t = 1 s, rms value, 690 V AC/440 V DC) Rated short-circuit making capacity I cm ka 26 26 26 26 6 6 6 105 105 105 (at 690 V AC/440 V DC) Rated current of upstream fuse 5) A 250 250 400 400 60 60 800 1000 1250 1600 Rated conditional short-circuit current with upstream fuse 5) At 400/500 V AC ka 100 100 65 65 100 100 100 100 80 80 At 690 V AC ka 65 65 5 5 65 65 50 -- -- -- Let-through current combined with upstream fuse 5) At 400/500 V AC ka 25.1 25.1 5.2 5.2 61.6 61.6 6.7 95.9 10.4 110 At 690 V AC ka 22.7 22.7 27.96 27.96 54.5 54.5 70.4 -- -- -- Let-through I 2 t value in combination with upstream fuse 5) At 400/500 V ka²s 427 427 1165 1165 687 687 7471 15400 25960 0900 At 690 V ka²s 48 48 1157 1157 40 40 1000 -- -- -- Power loss per pole with thermal current I th W 4 7 10 17 15 22 5 47 70 120 Endurance, operating cycles Mechanical 10000 10000 10000 10000 8000 8000 8000 6000 6000 6000 Electrical, at AC-2A, 690 V/50...60 Hz 1000 1000 1000 1000 1000 1000 1000 500 500 500 Electrical, at DC-2A, 220/440 V 1000 1000 1000 1000 1000 1000 500 500 500 500 Degree of protection With masking plate or cable connection cover IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Without masking plate or terminal cover IP00 IP00 IP00 IP00 IP00 IP00 IP00 IP00 IP00 IP00 Ambient conditions Ambient temperature during operation C -25... +70 (no derating of I th at -5 to +55 C) Ambient temperature during storage C -50... +80 Mounting position 6) Any Main conductor connections Conductor cross-section, max. mm 2 240 2 x 240 2 x 240 Busbar systems, max. dimensions (number x width x thickness) Flat terminal mm 1 x 0 x 10 2 x 40 x 5 2 x 60 x 10 Box terminals mm 1 x 0 x 10 2 x 40 x 5 2 x 60 x 10 Tightening torque Flat terminal Nm 0... 44 50... 75 50... 75 Box terminals Nm -- -- -- 1) Max. permissible operating temperature at connections 125 C. With size switch disconnectors, phase barriers or terminal covers (accessories) are required for: - Busbar systems at AC-21A, AC-22A and U e >400 V, AC-2A and - When cable lugs are connected With size 4 at AC-2A, phase barriers or terminal covers must 4) Values are provided as a guide only and may vary depending on the make of motor. Valid for the combination of KD and fuse type NA, characteristic gg. Contact Technical Support for other mounting positions. be installed (accessories). Siemens 10/2015

KD up to 1600 A Technical features Technical specifications (continued) KD switch disconnectors, 6-pole for DC applications up to 1200 V, sizes 1 and 2 Standards IEC 60947-1, IEC 60947- Type KD16 KD22 KD26 KD28 KD0 KD2 KD4 Size 1 1 1 2 2 2 2 General technical details Rated uninterrupted current I u A 16 2 6 80 100 125 160 1) Conventional free air thermal current I th A 16 2 6 80 100 125 160 Rated operational voltage U e At DC - with pollution degree 2 V 1200 1200 1200 1200 1200 1200 1200 At DC - with pollution degree V 1000 1000 1000 1000 2) 1000 2) 1000 2) 1000 2) Rated insulation voltage U i At DC - with pollution degree 2 V 1250 1250 1250 1250 1250 1250 1250 At DC - with pollution degree V 1000 1000 1000 1000 ) 1000 ) 1000 ) 1000 ) Rated impulse withstand voltage U imp kv 8 8 8 8 8 8 8 Overvoltage category III III III III III III III Operating and short-circuit behavior Rated operational current I e At DC-21A, 1200 V A 16 2 6 80 100 125 160 At DC-21B, 1200 V A -- -- -- -- -- -- -- Rated short-time withstand current I cw With t = 1 s, rms value, 1200 V DC ka 4 4 4 4 Rated ultimate short-circuit making capacity I cm At 1200 V DC ka 4. 4. 4. 5.7 5.7 5.7 5.7 Power loss per pole with thermal current I th W 0.2 0.6 2 2 4.5 7 Endurance, operating cycles Mechanical 15000 15000 15000 15000 15000 15000 15000 Electrical, at DC-21, 1200 V 1500 1500 1500 1500 1500 1500 1500 Degree of protection With masking plate or cable connection cover IP20 IP20 IP20 IP20 IP20 IP20 IP20 Without masking plate or terminal cover IP20 IP20 IP20 IP00 4) / IP20 Ambient conditions Ambient temperature during operation C -25... +70 (no derating of I th at -5 to +40 C) Ambient temperature during storage C -50... +80 Mounting position Any Main conductor connections Conductor cross-section, max. mm 2 5 5 5 70 70 70 70 Busbar systems, max. dimensions (number x width x thickness) Flat terminal mm -- 1 x 20 x 5) Box terminals mm 1 x 9 x 2 1 x 14 x Tightening torque Flat terminal Nm -- 15... 22 Box terminals Nm 5...6.5 6.5...8 1) Configuring note: Max. permissible operating temperature at connections 110 C Valid for version with box terminal, version with flat terminal max. 1200 V Valid for version with box terminal, version with flat terminal max. 1250 V Relevant only for devices with flat terminals When using busbars that are 20 mm wide, these must be insulated. 4 Siemens 10/2015

Technical specifications (continued) KD switch disconnectors, 6-pole for DC applications up to 1200 V, sizes to 5 KD up to 1600 A Technical features Standards IEC 60947-1, IEC 60947- Type KD6 KD8 KD40 KD42 KD44 KD46 KD48 KD50 KD52 KD54 Size 4 4 4 5 5 5 General technical details Rated uninterrupted current I u A 200 250 15 400 500 60 800 1000 1250 1600 1) Conventional free air thermal current I th A 200 250 15 400 500 60 800 1000 1250 1600 Rated operational voltage U e At DC - with pollution degree 2 V 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 At DC - with pollution degree V 1200 1200 1200 1200 1000 1000 1000 1200 1200 1200 Rated insulation voltage U i At DC - with pollution degree 2 V 1250 1250 1250 1250 1250 1250 1250 1250 1250 1250 At DC - with pollution degree V 1250 1250 1250 1250 1000 1000 1000 1250 1250 1250 Rated impulse withstand voltage U imp kv 12 12 12 12 12 12 12 12 12 12 Overvoltage category IV IV IV IV IV IV IV IV IV IV Operating and short-circuit behavior Rated operational current I 2) e At DC-21A, 1200 V A -- -- -- -- -- -- -- -- -- -- At DC-21B, 1200 V A 200 250 15 400 500 60 800 1000 1250 1600 Rated short-time withstand current I cw With t = 1 s, rms value, 1200 V DC ka 10 10 10 10 20 20 20 20 20 20 Rated ultimate short-circuit making capacity I cm At 1200 V DC ka 14.2 14.2 14.2 14.2 28.4 28.4 28.4 28.4 28.4 28.4 Power loss per pole with thermal current I th W 4 7 10 17 15 22 5 47 70 120 Endurance, operating cycles Mechanical 10000 10000 10000 10000 8000 8000 8000 6000 6000 6000 Electrical, at DC-21, 1200 V 200 200 200 200 100 100 100 100 100 100 Degree of protection With masking plate or cable connection cover IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 IP20 Without masking plate or terminal cover IP00 IP00 IP00 IP00 IP00 IP00 IP00 IP00 IP00 IP00 Ambient conditions Ambient temperature during operation C -25... +70 (no derating of I th at -5 to +40 C) Ambient temperature during storage C -50... +80 Mounting position Any Main conductor connections Conductor cross-section, max. mm 2 240 2 x 240 2 x 240 Busbar systems, max. dimensions (number x width x thickness) Flat terminal mm 1 x 0 x 10 2 x 40 x5 2 x 60 x 10 Box terminals mm -- -- -- Tightening torque Flat terminal Nm 0... 44 50... 75 50... 75 Box terminals Nm -- -- -- 1) Configuring note: Max. permissible operating temperature at connections 110 C 2) For switch disconnectors size and 4, phase barriers or contact connection covers (accessories) are required when connecting cable lugs Siemens 10/2015 5

KD up to 1600 A Dimensions Dimensional drawings Size 1 Complete assemblies with direct operating mechanisms All complete assemblies are equipped with direct operating mechanisms that are mounted on the front and left. Ø 4.5 18 R44.7 46.5 84 119 42 94 109 119.6 9.6 8 I201_18664 44 62 87 18.4 Size 1, complete assembly with direct operating mechanism, front operating mechanism, operating mechanism on the left, -pole, box terminal, KD162-2ME10-0, KD222-2ME10-0, KD262-2ME10-0 Ø 4.5 18 46.5 84 119 42 R44.7 112 127 17.6 9.6 8 I201_18670 44 62 87 18.4 Size 1, complete assembly with direct operating mechanism, front operating mechanism, operating mechanism on the left, 4-pole, box terminal, KD1642-2ME10-0, KD2242-2ME10-0, KD2642-2ME10-0 6 Siemens 10/2015

KD up to 1600 A Size 1 (continued) Basic units without handle Front operating mechanism, operating mechanism on the left Dimensions Ø 4,5 18 Installation depth 20-5 0 of extension shaft 94 109 119,6 9,6 8 44 68 18,4 I201_18680 46,5 84 119 42 Size 1, basic unit without handle, front operating mechanism, operating mechanism on the left, -pole, box terminal, KD160-2ME10-0, KD220-2ME10-0, KD260-2ME10-0 Ø 4,5 18 20 0-5 Installation depth of extension shaft 46,5 84 42 112 127 17,6 9,6 8 I201_18692 44 68 18,4 Size 1, basic unit without handle, front operating mechanism, operating mechanism on the left, 4-pole, box terminal, KD1640-2ME10-0, KD2240-2ME10-0, KD2640-2ME10-0 Siemens 10/2015 7

KD up to 1600 A Dimensions Size 1 (continued) Front operating mechanism, operating mechanism in the center, 6-pole for DC applications Ø 4,5 18 28 46,5 84 119 5, 42 I202_099 6 6 1,5 6,5 148 16 17,6 Size 1, basic unit without handle, front operating mechanism, operating mechanism in the center, 6-pole, box terminal, KD1660-2ME20-0, KD2260-2ME20-0, KD2660-2ME20-0 Side operating mechanism, operating mechanism on the left 44 62 68 Ø 4,5 28 18 29 42 11 15, 6 10, 118, 128,9 1,5 6,5 44 62 68 9,6 2 16,4 46,5 84 119 5, I202_065 Size 1, basic unit without handle, side operating mechanism, operating mechanism on the left, -pole, box terminal, KD164-2ME10-0, KD224-2ME10-0, KD264-2ME10-0 8 Siemens 10/2015

KD up to 1600 A Size 1 (continued) Dimensions 28 18 29 Ø 4,5 42 11 I202_08 9,6 2 16,4 46,5 84 119 5, 15, 121, 16, 146,9 6 1,5 6,5 44 62 68 Size 1, basic unit without handle, side operating mechanism, operating mechanism on the left, 4-pole, box terminal, KD1644-2ME10-0, KD2244-2ME10-0, KD2644-2ME10-0 Siemens 10/2015 9

KD up to 1600 A Dimensions Size 1 (continued) Side operating mechanism, operating mechanism on the right 29 18 28 Ø 4,5 42 11 5, 46,5 84 119 6,5 1,5 6 15, 44 10, 62 118, 68 128,9 9,6 2 16,4 Size 1, basic unit without handle, side operating mechanism, operating mechanism on the right, -pole, box terminal, KD164-2ME40-0, KD224-2ME40-0, KD264-2ME40-0 40 Siemens 10/2015

KD up to 1600 A Size 1 (continued) Dimensions 29 Ø 4,5 18 28 42 11 5, 46,5 84 119 44 62 68 6,5 1,5 6 15, 121, 16, 146,9 9,6 I202_085 2 16,4 Size 1, basic unit without handle, side operating mechanism, operating mechanism on the right, 4-pole, box terminal, KD1644-2ME40-0, KD2244-2ME40-0, KD2644-2ME40-0 Siemens 10/2015 41

KD up to 1600 A Dimensions Size 1 (continued) Accessories Direct operating mechanisms 60 42 57 42 87 Extension shaft 78 Extension shaft 28 79 27 70 I201_18746 I201_18754 25 25 Size 1, accessories: Direct operating mechanism, standard version, KD9101-1, KD9101-2 Size 1, accessories: Direct operating mechanism, flat version (suitable for distribution boards), KD9101-0, KD9101-8 8UD1 door-coupling rotary operating mechanisms 8 75 71 75 I202_0494 Size 1, accessories, 8UD1 door-coupling rotary operating mechanism, inscription 0-I, 8UD1171-2AD11, 8UD1171-2AD15 8 75 71 75 I202_0496 Size 1, accessories, 8UD1 door-coupling rotary operating mechanism, inscription TEST-0-1, 8UD1171-2AF21, 8UD1171-2AF25 42 Siemens 10/2015

KD up to 1600 A Dimensions Size 1 (continued) 8 75 71 8 75 71 75 75 I202_0490 I202_0492 Size 1, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription 0-1 8UD1771-2AD01, 8UD1771-2AD05, 8UD1771-2CD01, 8UD1771-2CD05 Size 1, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription TEST-0-1 8UD1771-2AF01, 8UD1771-2AF05, 8UD1171-2CF01, 8UD1171-2CF05 KD9/8UC7 door-coupling rotary operating mechanisms 75 64,8 75 7,5 I202_2906 Size 1, accessories, door-coupling rotary operating mechanism including 00 mm extension shaft and coupling driver KD9115-1, KD9115-2 75 64,8 I202_2926 75 7,5 Size 1, accessories: Handles without extension shaft and coupling driver, KD9115-, KD9115-4 Siemens 10/2015 4

KD up to 1600 A Dimensions Size 2 Complete assemblies with direct operating mechanisms All complete assemblies are equipped with direct operating mechanisms that are mounted on the front and left. 27 28.75 20 Ø 9 Ø 4.5 R 58 46.5 84 104 10 168 200 226 42 121 16 146.6 8 44 62 97 I201_18660 Size 2, complete assembly with direct operating mechanism, -pole, flat terminal, KD02-0NE10-0, KD22-0NE10-0, KD42-0NE10-0, KD62-0NE10-0 Ø 4.5 27 R 58 42 121 16 146.6 1.4 15.8 46.5 84 126 I201_18665 8 44 97 Size 2, complete assembly with direct operating mechanism, -pole, box terminal, KD282-2NE10-0, KD02-2NE10-0, KD22-2NE10-0, KD42-2NE10-0 44 Siemens 10/2015

KD up to 1600 A Dimensions Size 2 (continued) 27 28.75 20 Ø 9 Ø 4.5 R 58 46.5 84 104 10 168 200 226 42 148 16 17.6 8 44 62 97 I201_18666 Size 2, complete assembly with direct operating mechanism, 4-pole, flat terminal, KD2842-0NE10-0, KD042-0NE10-0, KD242-0NE10-0, KD442-0NE10-0, KD642-0NE10-0 Ø 4.5 27 46.5 84 126 R58 42 148 16 17.6 8 44 97 I201_18671 1.4 15.8 Size 2, complete assembly with direct operating mechanism, 4-pole, box terminal, KD2842-2NE10-0, KD042-2NE10-0, KD242-2NE10-0, KD442-2NE10-0 Siemens 10/2015

KD up to 1600 A Dimensions Size 2 (continued) Basic units without handle Front operating mechanism, operating mechanism on the left 27 Installation depth 28,75 20-5 0 of extension shaft 20 Ø 9 Ø 4,5 46,5 84 104 10 168 200 226 42 121 16 146,6 8 44 62 68 I201_18672 Size 2, basic unit without handle, front operating mechanism, operating mechanism on the left, -pole, flat terminal, KD280-0NE10-0, KD00-0NE10-0, KD20-0NE10-0, KD40-0NE10-0, KD60-0NE10-0 Ø 4,5 27 20 0-5 Installation depth of extension shaft 42 46,5 84 126 121 16 146,6 1,4 I201_18682 8 44 68 15,8 Size 2, basic unit without handle, front operating mechanism, operating mechanism on the left, -pole, box terminal, KD280-2NE10-0, KD00-2NE10-0, KD20-2NE10-0, KD40-2NE10-0 46 Siemens 10/2015

KD up to 1600 A Size 2 (continued) Dimensions 27 28,75 20 0-5 Installation depth of extension shaft Ø 4,5 20 Ø 9 46,5 84 104 10 168 200 226 42 148 16 17,6 8 44 62 68 Size 2, basic unit without handle, front operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD2840-0NE10-0, KD040-0NE10-0, KD240-0NE10-0, KD440-0NE10-0, KD640-0NE10-0 27 Installation depth 20-5 0 of extension shaft Ø 4,5 42 46,5 84 126 148 16 17,6 8 44 68 I201_18694 1,4 15,8 Size 2, basic unit without handle, front operating mechanism, operating mechanism on the left, 4-pole, box terminal, KD2840-2NE10-0, KD040-2NE10-0, KD240-2NE10-0, KD440-2NE10-0 Siemens 10/2015 47

KD up to 1600 A Dimensions Size 2 (continued) Front operating mechanism, operating mechanism in the center, 6-pole for DC applications 27 46,5 84 104 10 5, Ø 4,5 28 42 I202_091 6 6 202 217 227,6 1,5 6,5 44 62 68 Size 2, basic unit without handle, front operating mechanism, operating mechanism in the center, 6-pole, flat terminal, KD2860-0NE20-0, KD060-0NE20-0, KD260-0NE20-0, KD460-0NE20-0 Ø 4,5 18 28 46,5 84 119 5, 42 I202_099 6 6 1,5 6,5 148 16 17,6 Size 2, basic unit without handle, front operating mechanism, operating mechanism in the center, 6-pole, box terminal, KD2860-2NE20-0, KD060-2NE20-0, KD260-2NE20-0, KD460-2NE20-0 44 62 68 48 Siemens 10/2015

KD up to 1600 A Dimensions Size 2 (continued) Side operating mechanism, operating mechanism on the left 20 27 9 26,25 2,5 4,5 28 46,5 84 104 10 42 11 5, I202_055 15, 6 10, 1, 155,9 29 1,5 6,5 44 62 68 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the left, -pole, flat terminal, KD284-0NE10-0, KD04-0NE10-0, KD24-0NE10-0, KD44-0NE10-0, KD64-0NE10-0 28 27 29 Ø 4,5 42 11 46,5 84 126 I202_069 5, 15, 6 10, 1, 155,9 1,5 6,5 44 62 68 1,4 2,5 1, Size 2, basic unit without handle, side operating mechanism, operating mechanism on the left, -pole, box terminal, KD284-2NE10-0, KD04-2NE10-0, KD24-2NE10-0, KD44-2NE10-0 Siemens 10/2015 49

KD up to 1600 A Dimensions Size 2 (continued) 27 20 Ø9 26,25 2,5 Ø 4,5 28 I202_07 42 11 46,5 84 104 10 5, 15, 6 157, 172, 182,9 29 1,5 6,5 44 62 68 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD2844-0NE10-0, KD044-0NE10-0, KD244-0NE10-0, KD444-0NE10-0, KD644-0NE10-0 28 27 29 Ø 4,5 11 46,5 84 126 5, 42 15, 6 157, 172, 182,9 1,5 6,5 44 62 68 1,4 2,5 1, I202_087 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the left, 4-pole, box terminal, KD2844-2NE10-0, KD044-2NE10-0, KD244-2NE10-0, KD444-2NE10-0 50 Siemens 10/2015

KD up to 1600 A Dimensions Size 2 (continued) Side operating mechanism, operating mechanism on the right 20 27 Ø 9 26,25 2,5 46,5 84 104 10 Ø 4,5 I202_057 42 11 5, 6 28 15, 10, 1, 155,9 29 1,5 6,5 44 62 68 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the right, -pole, flat terminal, KD284-0NE40-0, KD04-0NE40-0, KD24-0NE40-0, KD44-0NE40-0, KD64-0NE40-0 29 27 28 Ø 4,5 42 11 5, 46,5 84 126 6,5 44 62 68 1,5 6 15, 10, 1, 155,9 1,4 2,5 1, I202_071 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the right, -pole, box terminal, KD284-2NE40-0, KD04-2NE40-0, KD24-2NE40-0, KD44-2NE40-0 Siemens 10/2015 51

KD up to 1600 A Dimensions Size 2 (continued) 20 27 Ø 9 26,25 2,5 46,5 84 104 10 Ø 4,5 I202_075 42 11 5, 6 28 15, 157, 172, 182,9 29 1,5 6,5 44 62 68 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the right, 4-pole, flat terminal, KD2844-0NE40-0, KD044-0NE40-0, KD244-0NE40-0, KD444-0NE40-0, KD644-0NE40-0 29 27 28 Ø 4,5 42 11 5, 46,5 84 126 6,5 44 62 68 1,5 6 15, 157, 172, 182,9 1,4 2,5 1, I202_089 Size 2, basic unit without handle, side operating mechanism, operating mechanism on the right, 4-pole, box terminal, KD2844-2NE40-0, KD044-2NE40-0, KD244-2NE40-0, KD444-2NE40-0 52 Siemens 10/2015

KD up to 1600 A Size 2 (continued) Accessories Direct operating mechanisms Dimensions 7 55 7 55 89 25 97 28 28 89 I201_18708 I201_18710 25 97 Size 2, accessories: Direct operating mechanism, standard version, KD9201-1, KD9201-2 Size 2, accessories: Direct operating mechanism, flat version (suitable for distribution boards), KD9201-0, KD9201-8 8UD1 door-coupling rotary operating mechanisms 8 75 71 75 I202_0494 Size 2, accessories, 8UD1 door-coupling rotary operating mechanism, inscription 0-I, 8UD1171-2AD11, 8UD1171-2AD15 8 75 71 75 I202_0496 Size 2, accessories, 8UD1 door-coupling rotary operating mechanism, inscription TEST-0-1, 8UD1171-2AF21, 8UD1171-2AF25 Siemens 10/2015 5

KD up to 1600 A Dimensions Size 2 (continued) 8 75 71 8 75 71 75 75 I202_0490 I202_0492 Size 2, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription 0-1 8UD1771-2AD01, 8UD1771-2AD05, 8UD1771-2CD01, 8UD1771-2CD05 Size 2, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription TEST-0-1 8UD1771-2AF01, 8UD1771-2AF05, 8UD1171-2CF01, 8UD1171-2CF05 KD9/8UC7 door-coupling rotary operating mechanisms 8 75 71 75 I202_0496 Size 2, accessories, door-coupling rotary operating mechanism including 00 mm extension shaft and coupling driver KD9115-1, KD9115-2 75 6 56 65 1 I201_18756 75 Size 2, accessories, handles without extension shaft and coupling driver, KD9115-, KD9115-4 54 Siemens 10/2015

KD up to 1600 A Size 2 (continued) Other accessories Dimensions 71 48 I201_18725 226 200 168 240 78 81 52 I201_18727 Size 2, accessories, phase barriers KD9108-6, KD9108-8 Size 2, accessories, cable connection covers, standard version, KD9204-6, KD9204-8 55 I201_18728 194 81 52 Size 2, accessories: Cable connection covers, short version, KD9204-7, KD9204-5 Siemens 10/2015 55

KD up to 1600 A Dimensions Size Complete assemblies with direct operating mechanisms All complete assemblies are equipped with direct operating mechanisms that are mounted on the front and the left. 44 0 Ø11 4 40 Dimension Ø4,2 Auxiliary switch type A B C SB400-0B, 126 7 6, 47 SB400-0D, 19 2, 65 100 110 11 164 SB400-0C, 126 7 6, A SB400-0E, 19 2, 4 6 SB400-0A, 19 2, I201_18661 Auxiliary switches see table R92,8 167 190 200 208 C B 85,5 10,5 Size, complete assembly with direct operating mechanism, -pole, flat terminal, KD62-0PE10-0, KD82-0PE10-0, KD402-0PE10-0, KD422-0PE10-0 Ø4,2 47 44 0 Ø11 65 4 100 110 11 164 40 Auxiliary switch type SB400-0B, SB400-0D, SB400-0C, Dimension A B C 126 19 126 7 6, 2, 7 6, A SB400-0E, 19 2, 4 6 SB400-0A, 19 2, I201_18667 R92,8 Auxiliary switches see table 211 24 244 252 C B 85,5 10,5 Size, complete assembly with direct operating mechanism, 4-pole, flat terminal, KD642-0PE10-0, KD842-0PE10-0, KD4042-0PE10-0, KD4242-0PE10-0 56 Siemens 10/2015

KD up to 1600 A Dimensions Size (continued) Basic units without handle Front operating mechanism, operating mechanism on the left 44 0 Ø11 40 Dimension Ø4,2 A 47 65 4 100 110 11 164 Auxiliary switch type SB400-0B, SB400-0D, SB400-0C, SB400-0E, A B C 126 19 126 19 7 7 6, 2, 6, 2, SB400-0A, 19 2, Auxiliary switches see table 167 190 200 208 4 6 C B 85,5 9,5 47 0-10 Installation depth of extension shaft I201_18674 Size, basic unit without handle, front operating mechanism, operating mechanism on the left, -pole, flat terminal, KD60-0PE10-0, KD80-0PE10-0, KD400-0PE10-0, KD420-0PE10-0 44 0 Ø11 40 Ø4,2 47 65 4 100 110 11 164 Auxiliary switch type SB400-0B, SB400-0D, SB400-0C, Dimension A B C 126 7 6, 19 2, 126 7 6, A SB400-0E, 19 2, 4 6 SB400-0A, 19 2, I201_18686 Auxiliary switches see table 167 190 200 208 C B 85,5 10,5 47 0-10 Installation depth of extension shaft Size, basic unit without handle, front operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD640-0PE10-0, KD840-0PE10-0, KD4040-0PE10-0, KD4240-0PE10-0 Siemens 10/2015 57

KD up to 1600 A Dimensions Size (continued) Front operating mechanism, operating mechanism in the center, 6-pole for DC applications 0 11 44 6 6 4 4 44 47 4,2 I202_09 164 11 110 100 65 7 7 299 22 2 40 85,5 9,5 Size, basic unit without handle, front operating mechanism, operating mechanism in the center, 6-pole, flat terminal, KD660-0PE20-0, KD860-0PE20-0, KD4060-0PE20-0, KD4260-0PE20-0 Side operating mechanism, operating mechanism on the left 0 44 11 6 6 4 8,5 44 4 65 100 110 11 164 47 25 I202_059 4,2 7 7 167 190 200 208 Size, basic unit without handle, side operating mechanism, operating mechanism on the left, -pole, flat terminal, KD64-0PE10-0, KD84-0PE10-0, KD404-0PE10-0, KD424-0PE10-0 9,5 85,5 95 58 Siemens 10/2015

KD up to 1600 A Dimensions Size (continued) 0 44 Ø 11 6 6 4 8,5 44 4 I202_077 65 100 110 11 164 47 25 Ø 4,2 7 7 211 24 244 252 9,5 85,5 95 Size, basic unit without handle, side operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD644-0PE10-0, KD844-0PE10-0, KD4044-0PE10-0, KD4244-0PE10-0 Side operating mechanism, operating mechanism on the right 8 8,5 8 40 Ø14 60 60 Ø 6,6 106,5 I202_2527 25 187 161 1 9 67,5 11 101,5 111,5 4 228 260 276 288 Size, basic unit without handle, side operating mechanism, operating mechanism on the right, -pole, flat terminal, KD64-0PE40-0, KD84-0PE40-0, KD404-0PE40-0, KD424-0PE40-0 Siemens 10/2015 59

KD up to 1600 A Dimensions Size (continued) 8 8,5 8 40 Ø14 60 60 Ø 6,6 106,5 I202_2548 25 187 161 1 9 67,5 11 101,5 111,5 4 288 20 6 48 Size, basic unit without handle, side operating mechanism, operating mechanism on the right, 4-pole, flat terminal, KD4444-0RE40-0, KD4644-0QE40-0, KD4844-0QE40-0 60 Siemens 10/2015

KD up to 1600 A Size (continued) Accessories Dimensions 116 89,25 Extension shaft 44 6 10,5 100 87 47 I201_18747 41,5 Size, accessories, direct operating mechanism, standard version, KD901-1, KD901-2 8UD1 door-coupling rotary operating mechanisms 8UD1 door-coupling rotary operating mechanisms for KD switch disconnectors, size, are available only with the inscription TEST-0-1 100 150 91,4 100 I201_194 Size, accessories, 8UD1 door-coupling rotary operating mechanism, inscription TEST-0-1, 8UD1141-2AF21, 8UD1141-2AF25 100 150 91,4 100 150 91,4 100 I201_19448 I201_19449 100 Size, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription 0-1 8UD1841-2AD01, 8UD1841-2AD05, 8UD1841-2CD01, 8UD1841-2CD05 Size, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription TEST-0-1 8UD1841-2AF01, 8UD1841-2AF05, 8UD1841-2CF01, 8UD1841-2CF05 Siemens 10/2015 61

KD up to 1600 A Dimensions Size (continued) KD9/8UC7 door-coupling rotary operating mechanisms 100 86,8 I202_2910 100 156 Size, accessories, door-coupling rotary operating mechanism including 00 mm extension shaft and coupling driver KD915-1, KD915-2 100 86,8 I202_290 100 156 Size, accessories, handles without extension shaft and coupling driver, KD915-, KD915-4 Other accessories 106,5 I201_18775 1 25 68 Size, accessories, phase barriers KD908-6, KD908-8 62 Siemens 10/2015

KD up to 1600 A Size (continued) Dimensions 17 108,5 218 I201_18778 59 12 81 I201_18781 12 81 Size, accessories: Cable connection covers, standard version, KD904-6, KD904-8 Size, accessories: Cable connection covers, short version, KD904-7, KD904-5 Siemens 10/2015 6

KD up to 1600 A Dimensions Size 4 Complete assemblies with direct operating mechanisms All complete assemblies are equipped with direct operating mechanisms that are mounted on the front and left. 60 40 Ø14 8 8,5 8 Ø 6,6 60 9 1 161 187 25 I202_2522 67,5 R1,5 228 260 276 288 101,5 166,5 Size 4, complete assembly with direct operating mechanism, front operating mechanism, operating mechanism on the left, -pole, flat terminal, KD442-0QE10-0, KD462-0QE10-0, KD482-0QE10-0 60 40 Ø14 46,5 Ø6,6 A 9 4 1 161 187 25 Auxiliary switch type SB400-0B, SB400-0D, SB400-0C, SB400-0E, Dimension A B C 171 184 171 184 7 49,15,15 7 49,15,15 8 SB400-0A, 184,15 I201_18668 R140 Auxiliary switches see table 288 20 29 51 4 C B 101,5 166,5 Size 4, complete assembly with direct operating mechanism, front operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD4442-0QE10-0, KD4642-0QE10-0, KD4842-0QE10-0 64 Siemens 10/2015

KD up to 1600 A Size 4 (continued) Basic units without handle Front operating mechanism, operating mechanism on the left Dimensions Ø6,6 A 67,5 60 40 Ø14 9 4 1 161 187 25 46,5 Auxiliary switch type SB400-0B, SB400-0D, SB400-0C, SB400-0E, Dimension A B C 171 184 171 184 7 49,15,15 7 49,15,15 Auxiliary switches see table 228 260 279 291 4 8 C B 101,5 110 SB400-0A, Installation depth 60 0 of extension shaft -10 184,15 I201_18676 Size 4, basic unit without handle, front operating mechanism, operating mechanism on the left, -pole, flat terminal, KD440-0QE10-0, KD460-0QE10-0, KD480-0QE10-0 Ø6,6 67,5 60 40 Ø14 9 4 1 161 187 25 46,5 Auxiliary switch type SB400-0B, SB400-0D, SB400-0C, Dimension A B C 171 184 171 7 49,15,15 7 49,15 A SB400-0E, 184,15 4 SB400-0A, 184,15 Auxiliary switches see table 288 20 9 51 8 C B 101,5 110 Installation depth 60 0 of extension shaft -10 I201_18688 Size 4, basic unit without handle, front operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD4440-0QE10-0, KD4640-0QE10-0, KD4840-0QE10-0 Siemens 10/2015 65

KD up to 1600 A Dimensions Size 4 (continued) Front operating mechanism, operating mechanism in the center, 6-pole for DC applications 40 14 60 8 8,5 8 60 6,6 25 187 161 1 9 67,5 I202_095 10 10 408 440 6 468 101,5 110 Size 4, basic unit without handle, front operating mechanism, operating mechanism in the center, 6-pole for DC applications, flat terminal, KD4460-0QE20-0, KD4660-0QE20-0, KD4860-0QE20-0 66 Siemens 10/2015

KD up to 1600 A Size 4 (continued) Side operating mechanism, operating mechanism on the left Dimensions 60 40 Ø 14 8 8,5 8 11 60 9 1 161 187 25 67,5 8,5 I202_061 Ø 6,6 10 10 228 260 276 288 4 101,5 111,5 Size 4, basic unit without handle, side operating mechanism, operating mechanism on the left, -pole, flat terminal, KD444-0QE10-0, KD464-0QE10-0, KD484-0QE10-0 60 40 Ø 14 8 8,5 8 11 60 9 1 161 187 25 I202_079 67,5 8,5 Ø 6,6 10 10 288 20 6 48 4 101,5 111,5 Size 4, basic unit without handle, side operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD4444-0QE10-0, KD4644-0QE10-0, KD4844-0QE10-0 Siemens 10/2015 67

KD up to 1600 A Dimensions Size 4 (continued) Side operating mechanism, operating mechanism on the right 8 8,5 8 40 Ø14 60 60 Ø 6,6 106,5 I202_2527 25 187 161 1 9 67,5 11 101,5 111,5 4 228 260 276 288 Size 4, basic unit without handle, side operating mechanism, operating mechanism on the right, -pole, flat terminal, KD444-0QE40-0, KD464-0QE40-0, KD484-0QE40-0 8 8,5 8 40 Ø14 60 60 Ø 6,6 106,5 I202_2548 25 187 161 1 9 67,5 11 101,5 111,5 4 288 20 6 48 Size 4, basic unit without handle, side operating mechanism, operating mechanism on the right, 4-pole, flat terminal, KD4444-0QE40-0, KD4644-0QE40-0, KD4844-0QE40-0 68 Siemens 10/2015

KD up to 1600 A Dimensions Size 4 (continued) Accessories Direct operating mechanisms 171,5 140±0,2 Extension shaft 60 46 166,5 I201_18748 1 128 55 67,5 Size 4, accessories, direct operating mechanism, standard version, KD9401-1, KD9401-2 8UD1 door-coupling rotary operating mechanisms 8UD1 door-coupling rotary operating mechanisms for KD switch disconnectors, size 4, available only with inscription TEST-0-1 100 190 91,4 100 I201_19446 Size 4, accessories, 8UD1 door-coupling rotary operating mechanism, inscription TEST-0-1, 8UD1151-AF21, 8UD1151-AF25 100 190 91,4 100 I201_190 Size 4, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription 0-1 8UD1851-AD01, 8UD1851-AD05, 8UD1851-CD01, 8UD1851-CD05 100 190 91,4 100 I201_191 Size 4, accessories, 8UD1 door-coupling rotary operating mechanism, handle with lighting without extension shaft and coupling driver, inscription TEST-0-1 8UD1851-AF01, 8UD1851-AF05, 8UD1851-CF01, 8UD1851-CF05 Siemens 10/2015 69

KD up to 1600 A Dimensions Size 4 (continued) KD9/8UC7 door-coupling rotary operating mechanisms 100 86,8 I202_2912 100 190 Size 4, accessories, door-coupling rotary operating mechanism including 00 mm extension shaft and coupling driver KD9415-1, KD9415-2 100 140 Size 4, accessories, handles without extension shaft and coupling driver, KD9415-, KD9415-4 Other accessories 122 I201_18776 89 17 78 86 1 100 I201_18758 75 Size 4, accessories, phase barriers, KD9408-6, KD9408-8 70 Siemens 10/2015

KD up to 1600 A Size 4 (continued) Dimensions 128 I201_18779 401 180 9.5 Size 4, accessories, cable connection covers, standard version, KD9404-6, KD9404-8 67.5 I201_18782 280 180 9.5 Size 4, accessories, cable connection covers, short version, KD9404-7, KD9404-5 Siemens 10/2015 71

KD up to 1600 A Dimensions Size 5 Complete assemblies with direct operating mechanisms All complete assemblies are equipped with direct operating mechanisms that are mounted on the front and left. Ø8,4 90 60 Ø14 61 Dimension 10 Auxiliary switch type A B C 220 A 80 180 218 241 270 10 SB400-0B, SB400-0D, SB400-0C, 206 219 206 7 7 81,5 77,5 81,5 SB400-0E, 219 77,5 1 SB400-0A, 219 77,5 I201_1866 Auxiliary switches see table R200 90 40 60 66 82 C B 140,5 212,5 Size 5, complete assembly with direct operating mechanism, front operating mechanism, operating mechanism on the left, -pole, flat terminal, KD502-0RE10-0, KD522-0RE10-0, KD542-0RE10-0 Ø8,4 90 60 Ø14 61 Dimension 10 Auxiliary switch type A B C 220 A 80 180 218 241 270 10 SB400-0B, SB400-0D, SB400-0C, 206 219 206 7 7 81,5 77,5 81,5 SB400-0E, 219 77,5 1 SB400-0A, 219 77,5 I201_18669 R200 90 Auxiliary switches see table 40 0 6 472 C B 140,5 212,5 Size 5, complete assembly with direct operating mechanism, front operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD5042-0RE10-0, KD5242-0RE10-0, KD5442-0RE10-0 72 Siemens 10/2015

KD up to 1600 A Size 5 (continued) Basic units without handle Front operating mechanism, operating mechanism on the left Dimensions Ø84 90 60 Ø14 61 Dimension 10 Auxiliary switch type A B C 220 A 80 180 218 241 270 10 SB400-0B, SB400-0D, SB400-0C, 206 219 206 7 7 81,5 77,5 81,5 SB400-0E, 219 77,5 1 SB400-0A, 219 77,5 I201_18678 90 Auxiliary switches see table 40 60 66 82 C B 140,5 152,5 Installation depth 88 0 of extension shaft -10 Size 5, basic unit without handle, front operating mechanism, operating mechanism on the left, -pole, flat terminal, KD500-0RE10-0, KD520-0RE10-0, KD540-0RE10-0 Ø14 90 60 Ø14 61 Dimension 10 Auxiliary switch type A B C 220 A 80 180 218 241 270 10 SB400-0B, SB400-0D, SB400-0C, 206 219 206 7 7 81,5 77,5 81,5 SB400-0E, 219 77,5 1 SB400-0A, 219 77,5 I201_18690 90 Auxiliary switches see table 40 0 465 472 C B 140,5 152,5 Installation depth 88 0 of extension shaft -10 Size 5, basic unit without handle, front operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD5040-0RE10-0, KD5240-0RE10-0, KD5440-0RE10-0 Siemens 10/2015 7

KD up to 1600 A Dimensions Size 5 (continued) Front operating mechanism, operating mechanism in the center, 6-pole for DC applications 10 270 218 180 90 90 Ø 8,2 80 10 220 1 I202_097 11 11 90 610 60 66 652 140,5 152,5 Size 5, basic unit without handle, front operating mechanism, operating mechanism in the center, 6-pole for DC applications, flat terminal, KD5060-0RE20-0, KD5260-0RE20-0, KD5460-0RE20-0 Side operating mechanism, operating mechanism on the left 90 90 60 Ø14 1 51 10 Ø 8,4 12.5 80 10 180 218 220 270 10 I202_06 11 11 90 40 60 66 82 Size 5, basic unit without handle, side operating mechanism, operating mechanism on the left, -pole, flat terminal, KD504-0RE10-0, KD524-0RE10-0, KD544-0RE10-0 60,5 140,5 154 74 Siemens 10/2015

KD up to 1600 A Dimensions Size 5 (continued) 90 90 60 Ø 14 1 51 10 Ø 8,4 12,5 80 180 218 10 220 270 10 I202_081 11 11 90 40 0 6 472 60,5 140,5 154 Size 5, basic unit without handle, side operating mechanism, operating mechanism on the left, 4-pole, flat terminal, KD5044-0RE10-0, KD5244-0RE10-0, KD5444-0RE10-0 Side operating mechanism, operating mechanism on the right 28 18 29 Ø 4,5 42 11 I202_08 9,6 2 16,4 46,5 84 119 5, 15, 121, 16, 146,9 6 1,5 6,5 44 62 68 Size 5, basic unit without handle, side operating mechanism, operating mechanism on the right, -pole, flat terminal, KD504-0RE40-0, KD524-0RE40-0, KD544-0RE40-0 Siemens 10/2015 75

KD up to 1600 A Dimensions Size 5 (continued) 61 Ø14 60 90 Ø8,4 10 Auxiliary switch type Dimension A B C 15 10 270 218 180 64 0-10 80 220 A SB400-0B, SB400-0D, SB400-0C, 206 219 206 7 7 81,5 77,5 81,5 60,5 B A 140,5 154 1 90 40 0 6 472 484,5 Auxiliary switches see table SB400-0E, SB400-0A, Installation depth of extension shaft 219 219 77,5 77,5 I201_18701 Size 5, basic unit without handle, side operating mechanism, operating mechanism on the right, 4-pole, flat terminal, KD5044-0RE40-0, KD5244-0RE40-0, KD5444-0RE40-0 76 Siemens 10/2015

KD up to 1600 A Size 5 (continued) Accessories Direct operating mechanisms Dimensions 247 200 Extension shaft I201_18749 90 74 212,5 180 160 84 80 Size 5, accessories, direct operating mechanism, standard version, KD9501-1, KD9501-2 8UD1 door-coupling rotary operating mechanisms: 8UD1 door-coupling rotary operating mechanisms for KD switch disconnectors, size 5, available only with inscription TEST-0-1 100 250 91,4 100 I201_19447 Size 5, accessories, 8UD1 door-coupling rotary operating mechanism, inscription TEST-0-1, 8UD1161-4AF21, 8UD1161-4AF25 100 250 91,4 100 I201_192 Size 5, accessories, 8UD1 door-coupling rotary operating mechanism, handle without extension shaft and coupling driver, inscription 0-1 8UD1861-4AD01, 8UD1861-4AD05, 8UD1861-4CD01, 8UD1861-4CD05 100 250 91,4 100 I201_192 Size 5, accessories, 8UD1 door-coupling rotary operating mechanism, handle with lighting without extension shaft and coupling driver, inscription TEST-0-1, 8UD1861-4AF01, 8UD1861-4AF05, 8UD1861-4CF01, 8UD1861-4CF05 Siemens 10/2015 77

KD up to 1600 A Dimensions Size 5 (continued) KD9/8UC7 door-coupling rotary operating mechanisms 100 86,8 I202_2914 100 250 Size 5, accessories, door-coupling rotary operating mechanism including 00 mm extension shaft and coupling driver KD9515-1, KD9515-2 100 200 78 86 15 100 Size 5, accessories, handles without extension shaft and coupling driver, KD9515-, KD9515-4 Other accessories 15 I201_18777 15 I201_18780 0 0 I201_18759 96 270 117,5 Size 5, accessories, phase barriers, KD9508-6, KD9508-8 Size 5, accessories, cable connection covers, standard version, KD9504-6, KD9504-8 78 Siemens 10/2015

KD up to 1600 A Typical circuit diagrams Circuit diagrams AC applications 1 2 4 5 N 6 N N N 1 2 4 5 6 I201_18788 1 2 4 5 N 6 N N N 1 2 4 5 6 I201_18790 AC applications, -pole Note: The 4th contact element is an optional accessory AC applications, 4-pole N N N N N N I201_18789 Options for additional poles DC applications P N P N 1 2 1 2 LOAD LOAD I201_18791 DC applications, 2 series-connected switching poles - max. 220 V DC P N P N P N LOAD 1 2 1 2 1 2 LOAD LOAD I201_18792 DC applications, series-connected switching poles - max. 440 V DC Siemens 10/2015 79

KA, KE up to 1000 A Introduction Overview 1 2 5 9 NSE0_0191d 4 6 7 8 2 1 Auxiliary switch (SB for KA; KX for KE) 2 IP20 terminal cover (Operator side) K switch disconnector 4 Arcing contacts (only for KE) 5 Extension shaft 6 7 Coupling driver 8UC7 door-coupling rotary operating mechanism in standard version (ti-grey) or EMERGENCY-STOP version (red/yellow). 8 9 8UC9 handle for fixed mounting in standard version (black) or EMERGENCY-STOP version (red). 4th pole (optional, only for KA) All components from the switch to the actuator are provided with non-interchangeability features. For the KA switch disconnectors, complete kits for standard and EMERGENCY-STOP application are available for installation in the side and rear panels of control cabinets. A changeover operating mechanism is available for the use of two switch disconnectors of the KE series as load changeover switches. Application KA and KE switch disconnectors are used as main control, EMERGENCY-STOP, maintenance and transfer switches in distribution boards for residential and non-residential buildings as well as industrial switchgear. As three and four-pole versions, they ensure making and breaking of the specified rated current under load. At the same time, they constitute a safety isolating function and isolating distance in all low-voltage circuits. A switch coupling permits simultaneous switching of two KE switch disconnectors with identical or different rated operational currents. Identical accessories for KA switch disconnectors and for KL and KM switch disconnectors with fuses simplify stock keeping. All K switch disconnectors are climate-proof and meet the requirements of IEC 60947-1, IEC 60947- and VDE 0660 Part 107. Switch disconnectors in the type-tested 8HP moldedplastic distribution board enclosure (IP65 degree of protection) are available for use as safety switches. For additional data, see catalog LV 10, chapters "Distribution boards" and "ipo installation terminals". 80 Siemens 10/2015

KA, KE up to 1000 A Introduction Technical specifications Standards IEC 60947-1, IEC 60947-, VDE 0660 Part 107 Type KA50 KA51 KA52 1) KA5 1) KA55 1) KA57 1) KA58 1) Rated uninterrupted current I u A 6 80 125 160 250 400 60 ) Conventional free air thermal current I 2) th A 6 80 125 160 250 400 60 ) Rated insulation voltage U i V 690 690 1000 1000 1000 1000 1000 Rated impulse withstand voltage U imp kv 6 6 8 8 8 8 8 Rated operational voltage U e 50/60 Hz AC V 690 DC V 440 ( conducting paths series-connected) V 220 (2 conducting paths series-connected) V 110 (1 conducting path) Rated short-circuit making capacity I cm ka 220 220 220 220 with upstream fuses 4) 176 176 105 At 50/60 Hz, 690 V AC, peak value Rated conditional short-circuit current ka 100 100 100 100 80 80 50 with upstream fuses 4) At 50/60 Hz AC, 690 V, rms value Max. rated current I n of fuses A 6 80 160 160 400 400 60 Permissible let-through current of the fuses ka 8 10 17 17 0 5) 0 5) 40 5) Maximum permissible let-through I 2 t value ka 2 s 55 55 22 22 1000 1000 2600 Permissible let-through current of an upstream ka 7 8 8 15 25 25 2 circuit breaker At 50/60 Hz, 690 V AC, peak value Rated short-circuit making capacity without fuses ka 7 7 7 9 20 25 5 At AC 50 Hz/60 Hz 690 V, peak value Breaking capacity (infeed from the top or bottom) At 400 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 650 1000 1280 2000 200 5040 Rated operational current I e at - AC-21A, AC-22A, AC-2A A 6 80 125 160 250 400 60 6) Motor switching capacity AC-2A kw 0 40 65 80 12 200 50 At 500 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 640 1000 1280 2000 200 200 Rated operational current I e at - AC-21A, AC-22A A 6 80 125 160 250 400 60 - AC-2A A 6 80 125 160 250 400 400 Motor switching capacity AC-2A kw 40 50 90 110 185 280 280 At 690 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 500 1000 1280 2000 200 200 Rated operational current I e at - AC-21A, AC-22A A 6 80 125 160 250 400 60 - AC-2A A 6 6 125 160 250 400 400 Motor switching capacity AC-2A kw 50 50 110 150 220 75 75 At 440 V DC ( conducting paths series-connected) 7) Breaking current I c (L/R = 15 ms) A 250 260 500 640 1000 8) 1600 1600 Rated operational current I e at DC-2A A 6 6 125 160 250 9) 400 400 Rated short-time current I cw (1 s current, rms value) ka 2.5 2.5.2.2 8 11 15 Permissible ambient temperature C -25... +55 for operation ) C -50... +80 during storage Mechanical endurance, operating cycles 15 000 15 000 15000 15 000 12 000 12 000 12 000 Degree of protection IP00/IP20 (from the operator side, with busbar and terminal covers) Power loss of the switch at I th W 7 12 22 22 72 170 Main conductor connection Busbar systems, max. dimensions (W x T) mm 25 x 9 25 x 9 x 10 x 10 40 x 12 40 x 12 40 x 15 Cable lug, max. conductor cross-section (stranded) mm 2 5 5 70 120 150 2 x 150 or 1 2 x 240 x 240 Tightening torque Nm 6... 7.5 6... 7.5 7... 10 18... 22 5... 5... 5... Terminal screws M6 M6 M6 M8 M10 M10 M10 Protective conductor connection Flat bars mm -- -- -- -- 20 x 2.5 20 x 2.5 20 x 2.5 Cable lug, max. conductor cross-section (stranded) mm 2 -- -- -- -- 70 120 120 1) Technical specifications for approval on request. 2) Configuring note: Max. permissible operating temperature at connections 100 C. ) With KA58 for operation -25 C... +5 C, 570 A at 55 C. 4) Only available with fuses NA 8, NA 2 or ND1 8, ND1 2 (otherwise only 105 ka/50 ka). 5) ND1 switchgear protection fuse. 6) AC-2B. 7) 220 V DC (L1 and L series-connected) or 110 V DC (one conducting path) at DC-2A. 8) At 440 V L/R = 4 ms, at 220 V L/R = 15 ms. 9) At 440 V DC-22A, at 220 V DC-2A. Siemens 10/2015 81

KA, KE up to 1000 A Introduction Standards IEC 60947-1, IEC 60947-, VDE 0660 Part 107 Type KE42 KE4 KE44 KE Rated uninterrupted current I u A 250 400 60 1000 Rated insulation voltage U i V 1000 AC, 1200 DC Rated impulse withstand voltage U imp kv 8 8 8 8 Rated operational voltage U e 50/60 Hz AC V 690 DC V 440 ( conducting paths series-connected) V 220 (2 conducting paths series-connected) Rated short-circuit making capacity I cm ka 5 5 60 60 At 50/60 Hz AC, 690 V (peak value) Rated short-circuit making capacity with upstream fuses ka 105 105 105 84 At 50/60 Hz AC, 690 V (peak value) Rated conditional short-circuit current A 50 50 50 40 with upstream fuses At 50/60 Hz AC, 690 V (rms value) Maximum permissible let-through I 2 t value ka 2 s 2150 2150 5400 19000 Permissible let-through current of an upstream circuit breaker At 50/60 Hz AC, 690 V (peak value) ka 5 5 60 60 Max. rated current I n of fuse A 400 400 60 1000 Permissible let-through current of the fuses (peak value) ka 8 8 60 75 Breaking capacity (infeed from the top or bottom) At 400 V AC Breaking current I c (rms value at p.f. = 0.5) A 1000 1000 2520 2520 Rated operational current I e at - AC-21A A 250 400 60 1000 - AC-22A A 250 0 60 800 - AC-2A A 125 125 15 15 at 500 V AC Breaking current I c (rms value at p.f. = 0.5) A 1000 1000 2520 2520 Rated operational current I e at - AC-21A A 250 400 60 1000 - AC-22A A 250 0 60 800 - AC-2A A 125 125 15 15 At 690 V AC Breaking current I c (rms value at p.f. = 0.5) A 1 000 1000 2520 2520 Rated operational current I e at - AC-21A A 250 400 60 1000 - AC-22A A 250 0 60 800 - AC-2A A 125 125 15 15 ND1 switchgear protection fuse. Breaking current I c (L/R = 5 ms) A 1000 1000 2520 2520 Rated operational current I e at - DC-21A A 250 400 60 1000 - DC-22A A 250 250 60 60 Rated short-time current I cw (1 s current, rms value) ka 12.5 12.5 21 21 Permissible ambient temperature C -25... +55 for operation C -50... +80 during storage Mechanical endurance, operating cycles 10 000 Degree of protection IP00 Power loss of the switch at I th W 15 78 180 Main conductor connections Busbar systems, max. dimensions (W x T) mm 25 x 10 25 x 10 2 x 40 x 10 2 x 40 x 10 Cable lug, max. conductor cross-section (stranded) mm 2 2 x 150 2 x 150, 1 x 240 2 x 240 2 x 240 82 Siemens 10/2015

KA, KE up to 1000 A Floor mounting Dimensional drawings KA50, 6 A, KA51, 80 A, -pole KA50 and KA51: Dimensional drawing for 4-pole version corresponds to KA52 Without shaft, without operating mechanism 4,5 4,5 15 80 KA50, 6 A, KA51, 80 A, -pole KA50 and KA51: Dimensional drawing for 4-pole version corresponds to KA52 With shaft and 8UC7 operating mechanism 105 0 90 90 4,5 6,6 25 22,5 2,5 120 NSE0_0005a M 6x20 2 2 150 KA50, KA51 NSE0_00291 6-0,1 R2 Shaft (profile) Engaged length: min. 70 mm max. 150 mm a Shaft length Max. 80 00; unchanged shaft from 8UC71 Min. 175 175-80 ; shaft from 8UC71 short 175... 80 a -80 KA52, 125 A KA5, 160 A KA50, KA51, 4-pole Without shaft, without operating mechanism 15 85 55 6 91 25 c g i KA52, 125 A KA5, 160 A KA50, KA51, 4-pole With shaft and 8UC7 operating mechanism 8 60 42-50 h 100 5 125 110 1,5...4 66 75 Ø4,5 65 l e 5 8 90 185 4th pole KX52-0AA For KA5, KA52 NSE0_00279c 46 N N 16,5 h n d 14 Type c h n KA52 KA5 15 20 91 105 106 125 4th pole 15 91 106 KA52, KA5 a Shaft length NSE0_00281 Shaft (profile) Max. 50 00; unchanged shaft from 8UC72 R2 Engaged length: min. 70 mm Min. 165 165-50 ; shaft from 8UC72 short 8-0,1 max. 150 mm 165... 50 a -50 Type c d e g h i l n KA52 KA5 15 20 M6 20 M8 25 7 9 42 9.5 91 105.5 6.6 9 4th pole 15 M6 20 -- 48 91 6.6 10 10 12 l 215 0 c KA55, 250 A, KA57, 400 A Without shaft, without operating mechanism 107 65 a 26,5 86 25 11 b c KA55, 250 A, KA57, 400 A, KA58, 60 A With shaft and 8UC7 operating mechanism NSE0_001 10 140 6-65 160 41 16 15 10 1,5...4 88 100 Ø5,5 88 a Ø11 20 7 17 100 240 NSE0_0012a 12 207 KA55, KA57, KA58 NSE0_0028 Shaft (profile) R2 Engaged length: min. 170 mm 10-0,1 max. 205 mm a Shaft length Max. 5 00; unchanged shaft from 8UC7 Min. 20 20-5 ; shaft from 8UC7 short 20... 5 a -5 Siemens 10/2015 8

f t t Siemens AG 2016 KA, KE up to 1000 A Floor mounting KA58, 60 A Without shaft, without operating mechanism 26,5 86 107 65 0 11 a b c KA58 4th pole KX55-0AA For KA55, KA57, KA58 55,5 NSE0_00285b 180 41 16 20 7 17 100 240 150 NSE0_0014a 10 128 207 Type a b c KA55, KA57 KA58 40 8 4 6 M10 0 M10 5 4th pole 80 4 M10 0 29 N N 25 5 100 15 160 c KE4 FRONT OPERATING MECHANISM with handle 14,5 w 128 24 22,5 2 x 90 46,5 e m KX2210-0H Coupling socket NSE0_0020 111 b d n g 12 NSE0_0018a 7 152 k 8 c 187 p 1 h 4,5 z l 254 5 12 y KE4 Rear rotary operating mechanism without handle Keep this Keep this space free m 1 space free b (arc exit) (arc exit) d 14,5 6,5 y x KX2 210-0H 12 4,5 12 19 v c 40 92 2 h 1 z l o p 1 w1 5 20 11 7 29 7 8 195 n 1 e g 90 128 152 k f NSE0_0019b Caution! Must not be used as a drive. 68 97 s u 209 100 Type b c d e f g h h 1 k l m m 1 n n 1 o p p 1 s t u v w w 1 x y z KE42 155 170 140 25 200 40 60 92 175 M10 0 194 194 129 121 4 150 182 15 -- 105 140 170 172 M10 18 50 50 KE4 155 170 140 25 200 47 60 92 175 M10 0 194 194 129 121 4 150 182 15 -- 105 140 170 172 M10 18 50 50 KE44 170 192 155 40 278 55 65 97 28 M12 5 209 208 144 16 5 161 19 2.5 121 200 172 172 M10 18 -- -- KE 170 192 155 40 290 65 68 100 250 M12 50 209 208 144 16 8 161 19 2.5 121 200 172 172 M12 25 -- -- KE4. 0-0EA With shaft and 8UC7 operating mechanism 100 NSE0_0021 q 1,5...4 r 88 88 6 5,5 to 65 Type r Shaft length q KE42, KE4 Max. 4 00; unchanged shaft from 8UC7 140 Min. 200 67; shortened shaft from 8UC7 140 200... 4 r 1 140 KE44, KE Max. 4 00; unchanged shaft from 8UC74 140 Min. 210 77; shortened shaft from 8UC74 140 210... 4 r 1 140 84 Siemens 10/2015

KX2210 changeover operating mechanism e 212 f 12 KA, KE up to 1000 A KX2250-1A operating linkage 12 Floor mounting 209 248,5 44 72 40 25 b c a 7 58 212 NSE0_002 122 90 NSE0_0022 d 57 152 Version For type a b c d e f q Breakbeforemake Without interruption KE42, KE4 KE44 KE KE42, KE4 KE44 KE 52 67 67 52 67 67 140 155 155 140 155 155 427 442 442 417 42 42 92.5 92.5 92.5 74.5 74.5 74.5 115 115 115 97 97 97 55 5 5 5 200 200 200 200 200 200 Circuit diagrams Internal circuit diagram for KA Internal circuit diagram for KE 1 2 4 5 6 1 11 14 12 2 21 24 22 NSE0_00185 1 2 4 5 6 17 25 18 26 NSE0_00186 (for KA50 and KA51, only one auxiliary switch possible; 4th pole possible as main contact) Internal circuit diagram for KA and KE (Auxiliary switch not included in scope) Use for DC voltage at DC-2A 440 V) NSE0_01528 P 1 N 5 Circuit diagram for changeover switch with break-before-make feature I L1 L2 L NSE0_00188 L1 2 4 6 II L2 L I 0 II Siemens 10/2015 85

VT up to 1600 A General data Overview 2 4 5 6 7 9 10 11 1 8 12 1 14 I202_02420a 15 17 18 19 20 16 2 27 22 26 21 24 25 1 2 4 5 6 7 8 9 Switch disconnector Circular conductor terminal Front connection Rear connection Auxiliary conductor terminal Front connecting bus with increased pole spacing Insulating barriers Lateral rotary operating mechanism Shunt release 10 11 12 1 14 15 16 17 18 Undervoltage release Adapter to install on 5 mm DIN rail Locking device type lever Signal switch Auxiliary switch Mechanical parallel switching Mechanical interlocking Front rotary operating mechanism Front rotary operating mechanism 19 20 21 22 2 24 25 26 27 Lateral rotary operating mechanism (right) Lateral rotary operating mechanism (left) Non lockable knob Coupling driver Telescopic extension shaft Lockable knob Lockable knob Coupling driver Extension shaft 86 Siemens 10/2015

VT up to 1600 A General data Application VT switch disconnectors can be used as main control switches for sub-distribution boards, repair and transfer switches for cables, busbars or unit combinations. As three and four-pole versions, they ensure making and breaking of the specified rated current under load. At the same time, they constitute a safety isolating function and isolating distance in all low-voltage circuits. The position of the operating toggle lever always matches that of the contacts (positive operation). All VT switch disconnectors meet the requirements of IEC 60947-1 and IEC 60947-. Technical specifications Standards A IEC 60947-1, IEC 60947- Rated uninterrupted current I u A 160 250 60 1000 1600 Number of poles and 4 and 4 and 4 Rated insulation voltage U i V 690 Utilization category 690 V AC AC-2A AC-2B 440 V DC DC-22A DC-2B Rated operational voltage U e 50/60 Hz AC V 690 DC 440 ( conducting paths series-connected) Rated short-time withstand current I cw ka rms 2/1s /5s 7.5/5s 15/1s 20/1s Rated impulse withstand voltage U imp kv 8 Rated short-circuit making capacity I cm At 415 V AC ka 2.8 4 14 0 40 At 440 V DC ka 2.8 4 14 0 40 Endurance Mechanical Operating cycles 20,000 0,000 20,000 10,000 10,000 Electrical at 415 V AC Operating cycles 6,000,000 5,000 4,000 4,000 Switching frequency Switching cycles/h 120 120 120 120 120 Power loss per pole W 15 18 75 100 120 Siemens 10/2015 87

TEST TEST Siemens AG 2016 VT up to 1600 A VT1 switch disconnectors up to 160 A Dimensional drawings -pole, fixed-mounted versions Fixed-mounted version, front-accessible connection 7 111 18 12 Ø 6.4 ON OFF 1.5 9 100 118 10 98 68.5 20 2 8 14 2 1 100 6 25 25 20 25 25 75 70 80 Fixed-mounted version, front-accessible connection (connection combination VT9100-4TF0) R54.6 40.5 NSO0_00018 4 x Ø 4 15 25 25 25 ON 100 111 154 186 202 220 OFF NSO0_00020 16 168 75 1 20 68.5 2 x Ø 16.2 88 Siemens 10/2015

TEST TEST Siemens AG 2016 Fixed-mounted version, front-accessible connection with connection combination VT9100-4ED0 VT up to 1600 A VT1 switch disconnectors up to 160 A Ø 10.5 22 4 25 ON 75 OFF 100 111 10 18 NSO0_00026 4 x Ø 4 15 100 6.5 25 25 10 20 20 25 7.5 7.5 Fixed-mounted version, rear-accessible connection with connection combination VT9100-4RC0 25 25 25 25 5.5 25 Ø 1.2 87 42 Ø 15 25 ON 100 10 111 100 OFF 12 80 Ø 6.4 5 NSO0_0002 2 x Ø 4 75 9.5 70 2 Siemens 10/2015 89

TEST TEST TEST Siemens AG 2016 VT up to 1600 A VT1 switch disconnectors up to 160 A Fixed-mounted version, rotary operating mechanism 75 1 NSO0_00029 2 1 VT1 2 VT9100-HA.0, -HB.0 VT9100-HE.0, HF.0 6 22.5 22.5 27.5 90 98 29 Fixed-mounted version, rotary operating mechanism with adjustable handle 75 1 NSO0_0001 22,5 22,5 2 6 5 4 1 VT1 2 VT9100-HA.0, -HB.0 VT9100-HJ.0 4 VT9100-HE.0, -HF.0 5 VT9100-HG.0, -HH.0 6 Outside surface of cabinet door 6 27,5 90 98 124... 448 (-HJ10) 297... 0 (-HJ20) Dimensions of door cutout min.50 ø7 ø6 2 2 Fixed-mounted version, lateral rotary operating mechanism right 2 6 5 90 NSO0_0005a 1 VT1 2 VT9100-HD10 VT9100-HJ.0 4 VT9100-HE.0, -HF.0 5 VT9100-HG.0, -HH.0 6 Outside surface of cabinet door 6 1 4 26.6 50 114.5.5... 69.5 (HJ10) 218.5... 71.5 (HJ20) 90 Siemens 10/2015

TEST TEST Siemens AG 2016 VT up to 1600 A Fixed-mounted version, lateral rotary operating mechanism left VT1 switch disconnectors up to 160 A 75 5 6 2 NSO0_0006 1 VT1 2 VT9100-HC10 VT9100-HJ.0 4 VT9100-HE.0, -HF.0 5 VT9100-HG.0, -HH.0 6 Outside surface of cabinet door 4 1 6 90 49.9 46.6 65.5... 89.5 (HJ10) 28.5... 91.5 (HJ20) 114.5 Dimensions of door cutout ø7 2 ø6 2 Fixed-mounted version, mounting on standard mounting rail, width 5 mm 86 ON 10 67 OFF 2.7 NSO0_0004 2 72 82 40.5 Fixed-mounted version and lateral motorized operating mechanism 10 10 150 150 NSO0_00555 NSO0_00555 Siemens 10/2015 91

TEST TEST Siemens AG 2016 VT up to 1600 A VT1 switch disconnectors up to 160 A 4-pole, fixed-mounted version Fixed-mounted version, front-accessible connection 7 111 18 12 Ø 6.4 ON OFF 1.5 9 100 118 10 98 68.5 20 2 8 2 14 1 100 25 25 100 6 R54.6 25 20 50 25 70 80 40.5 NSO0_00014 M 15 Fixed-mounted version, front-accessible connection with connection combination VT9100-4FT40 25 25 25 25 25 25 5.5 25 Ø 1.2 87 42 Ø 15 25 ON 100 111 100 OFF 12 80 Ø 6.4 5 NSO0_00016 M 100 9.5 70 2 Fixed-mounted version, rear-accessible connection with connection combination VT9100-4RC00 25 25 25 25 25 25 5.5 25 ø1.2 87 42 ø15 25 10 100 10 111 100 111 80 12 ø6.4 5 M 100 9.5 70 NSO0_00557 NSO0_00559 2 92 Siemens 10/2015

TEST Siemens AG 2016 VT up to 1600 A VT1 switch disconnectors up to 160 A Fixed-mounted version, front rotary operating mechanism 100 75 1 NSO0_00028 2 1 VT1 2 VT9100-HA.0, -HB.0 VT9100-HE.0, HF.0 6 22,5 22,5 52,5 90 98 29 Fixed-mounted version, front operating mechanism with adjustable handle 100 1 NSO0_00525 2 6 5 4 1 VT1 2 VT9100-HA.0, -HB.0 VT9100-HJ.0 4 VT9100-HE.0, -HF.0 6 22.5 22.5 5 VT9100-HG.0, -HH.0 6 Outside surface of cabinet door 52.5 90 98 124... 448 (-HJ10) 297... 0 (-HJ20) Dimensions of door cutout min.50 ø7 ø6 2 2 NSO0_0055 Siemens 10/2015 9

TEST TEST TEST Siemens AG 2016 VT up to 1600 A VT1 switch disconnectors up to 160 A Fixed-mounted version, lateral rotary operating mechanism right 100 2 6 5 90 1 VT1 2 VT9100-HD10 VT9100-HJ.0 4 VT9100-HE.0, -HF.0 5 VT9100-HG.0, -HH.0 6 Outside surface of cabinet door 6 1 4 NSO0_0002 62.5 26.6 49.9.5... 69.5 (HJ10) 218.5... 71.5 (HJ20) 114.5 Fixed-mounted version, lateral rotary operating mechanism left 100 5 6 2 NSO0_000a 1 VT1 2 VT9100-HC10 VT9100-HJ.0 4 VT9100-HE.0, -HF.0 5 VT9100-HG.0, -HH.0 6 Outside surface of cabinet door 4 1 6 90 49.9 46.6 7.5 65.5... 89.5 (HJ10) 28.5... 91.5 (HJ20) 114.5 Dimensions of door cutout ø7 2 ø6 2 NSO0_00554 Fixed-mounted version, mounting on standard mounting rail, width 5 mm 86 ON 10 67 OFF 2.7 NSO0_0008 2 72 82 40.5 94 Siemens 10/2015

T TEST TEST Siemens AG 2016 VT up to 1600 A Arrangement of switch disconnectors with mechanical interlock VT9100-8LA00 VT1 switch disconnectors up to 160 A Arrangement of switch disconnectors with mechanical interlock for parallel switching VT9100-8LA00 NSO0_0009 148.2 NSO0_00041 148.2 Fixed-mounted version and lateral motorized operating mechanism NSO0_00044 10 175 Siemens 10/2015 95

VT up to 1600 A VT2 switch disconnectors up to 250 A Dimensional drawings -pole, fixed-mounted versions Fixed-mounted version, front-accessible connection 5 5 10 2 25 4 18 150... > AC 415 V 100... < AC 415 V Drilling plan 5 48 ON OFF 154 162 167 19 21 225 60 29.5 65 26 17 2 4 x Ø 5.5 162 TEST R 88 5.5 NSO0_0050 1.5 121 16 26 Ø 8.5 105 20 105 117 5 5 5 Fixed-mounted version, front-accessible connection with connection combination VT9224-4TD0 42 5 5 25 5 ON OFF 162 19 225 248 27 5 22 TEST 0 NSO0_00107 105 Ø 22 105 96 Siemens 10/2015

Fixed-mounted version, front-accessible connection with connection combination VT9215-4TF0 VT up to 1600 A VT2 switch disconnectors up to 250 A 5 5 40 24 25 5 ON OFF 162 19 225 244 281 01 5 224 261 TEST 25 105 NSO0_00109 Ø 18 Ø 18 105 Fixed-mounted version, front-accessible connection with connection combination VT920-4TF0 5 5 24 24 6 24 58 47 5 ON OFF 162 19 22 225 246 269 287 5 21 26 259 TEST 25 11 105 NSO0_0011 6 x Ø 8.4 105 Siemens 10/2015 97

VT up to 1600 A VT2 switch disconnectors up to 250 A Fixed-mounted version, rear-accessible connection with connection combination VT9200-4RC0 5 5 5 48 TEST 105 ON OFF 65 154 162 19 16 4 16 46 6 20 Drilling plan Fixed-mounted version, front-accessible connection with connection combination VT9200-4ED0 105 50 50 5 5 7.5 Ø 8.5 105 NSO0_00115 5 4 x Ø 5.5 5 98 R 6 28 21 2 1.5 8.5 162 19 225 29 4 24 5 ON 27 19 OFF 162 225 TEST 6.5 NSO0_00121 Ø 11 12.5 2 2 98 Siemens 10/2015

Fixed-mounted version, front-accessible connection with connection combination VT9200-4EE0 5 5 VT up to 1600 A VT2 switch disconnectors up to 250 A 25 29 4 5 ON 162 19 08 225 60 OFF TEST 105 2 2 70 70 Ø 11 15 25 81.5 Fixed-mounted version, with rotary operating mechanism NSO0_0012 42.5 1 5 NSO0_00118a 1 2 1 VT2 2 VT9200-HA.0,-HB.0 VT900-HE.0,-HF.0 TEST 1 50 7 2 4 6 25 90 140 50 Siemens 10/2015 99

VT up to 1600 A VT2 switch disconnectors up to 250 A Fixed-mounted version, rotary operating mechanism with adjustable handle 1 2 1 5 70 70 NSO0_00126a 7 5 4 1 VT2 2 VT9200-HA.0,-HB.0 VT900-HE.0,-HF.0 4 VT900-HG.0,-HH.0 5 VT900-HJ.0 6 Outside surface of cabinet door 50 TEST 1 2 4 6 25 90 140 180 495 (-HJ10) 75 540 (-HJ20) 6 Cabinet cutout min. 1 27,5 4 x Ø 6,5 Ø 50 55 NSO0_00128 55 Hinge of cabinet door Fixed-mounted version, motorized operating mechanism VT9200-M..0 Opening dimensions in the switchgear door for an external operating cycle R 487.9 R max 1 MANUAL AUTO Ø 4, max. TEST NSO0_00129 82 14 27 18 195 247 100 Siemens 10/2015

VT up to 1600 A -pole, plug-in technology Plug-in base assembly kit VT9200-4PA0 Drilling plan VT2 switch disconnectors up to 250 A 5 5 25 4 18 1 5 1 L Ø 4+8 mm 2 4 6 5 R 140 162 19 227 22 258 278 290 75 1.5 20 26 4 x Ø 5.5 75 140 NSO0_0012 4 x Ø 5.5 227 1.5 16 26 Ø 8.5 105 20 5 105 5 5 5 5 Plug-in base assembly kit, with terminal cover VT9200-8CB0 1 5 105 11 12 1 14 400 L R Ø 4+6 mm 2 4 6 105 NSO0_0016 5 70 10 Siemens 10/2015 101

VT up to 1600 A VT2 switch disconnectors up to 250 A Plug-in design ON OFF 290 TEST NSO0_00520 105 105 140 157 182 Plug-in design Drilling plan 7.5 4 46 20 105 98 52 21 2 21 2 8.5 98 ON TEST OFF 290 258 16 16 Ø 8.5 4 x Ø 5.5 28 75 140 258 NSO0_0019 4 x Ø 5.5 R 6 1.5 227 258 28 1.5 105 6 5 5 5 5 102 Siemens 10/2015

VT up to 1600 A Plug-in design, rotary operating mechanism VT2 switch disconnectors up to 250 A TEST NSO0_00142 175 225 Plug-in design, motorized operating mechanism VT9200-M..0 MANUAL AUTO Ø 4, max. TEST NSO0_0014 282 1 Siemens 10/2015 10

VT up to 1600 A VT2 switch disconnectors up to 250 A Dimensional drawings -pole, withdrawable version Withdrawable version VT9200-4WA0 Drilling plan 5 5 25 4 18 4 x Ø 5.5 1 5 1 4 x Ø 5.5 L Ø 4+8 mm 2 4 6 16 26 5 Ø 8.5 105 R 140 162 19 227 22 258 278 290 75 1.5 20 26 20 5 105 75 140 NSO0_00148 5 5 227 1.5 Withdrawable version, VT9200-8CB0 terminal cover 180 L 1 5 R 400 5 105 140 10 Ø 4+8 mm NSO0_00151 2 4 6 105 179 70 10 140 27.5 104 Siemens 10/2015

VT up to 1600 A VT2 switch disconnectors up to 250 A Withdrawable version Operating position Maintenance position 179 0 ON 290 65 140 75 65 140 75 OFF TEST NSO0_0015 105 180 105 140 157 182 105 170 187 212 Withdrawable version, rotary operating mechanism Operating position Maintenance position 0 NSO0_00156 140 75 140 75 TEST 175 225 205 255 Siemens 10/2015 105

VT up to 1600 A VT2 switch disconnectors up to 250 A Withdrawable version, motorized operating mechanism VT9200-M..0 0 MANUAL AUTO 140 75 140 75 Ø 4, max. TEST 282 1 Withdrawable version, rear accessible connection (VT9200-4RC00 connection combination) Drilling plan NSO0_00159 12 1 7.5 4 46 20 105 98 52 21 2 ON TEST OFF 258 17 16 Ø 8.5 NSO0_00166 4 x Ø 5.5 28 75 140 258 7 5 5 106 Siemens 10/2015

Withdrawable version, rear-accessible connection (VT9200-4RC00 connection combination) VT up to 1600 A VT2 switch disconnectors up to 250 A Drilling plan 5 5 5 10 2 25 4 18 150... > AC 415 V 100... < AC 415 V 5 48 TEST ON OFF 154 162 167 19 21 225 60 29.5 65 26 17 R 88 2 4 x Ø 5.5 5.5 NSO0_00169 121 162 1.5 16 26 Ø 8.5 140 20 105 117 5 70 5 5 4-pole, fixed-mounted version Fixed-mounted version, front-accessible connection, connection combination VT9224-4TD0 + VT9224-4TD00 5 5 5 N 1 5 5 ON OFF 162 19 225 248 27 5 TEST N 2 4 6 0 140 NSO0_00521 Siemens 10/2015 107

VT up to 1600 A VT2 switch disconnectors up to 250 A Fixed-mounted version, front-accessible connection, connection combination VT9215-4TF0 + VT9215-4TF00 5 5 5 40 24 25 5 ON OFF 162 19 225 244 281 01 5 224 261 TEST 25 140 NSO0_00174 Ø 18 Ø 18 105 Fixed-mounted version, front-accessible connection (connection combination VT9224-4TF0 + VT9224-4TF00) 5 5 5 5 5 5 5 5 ON ON OFF 162 19 225 248 294 19 5 OFF 162 19 225 248 294 19 5 TEST TEST 0 140 0 140 108 Siemens 10/2015

VT up to 1600 A VT2 switch disconnectors up to 250 A Fixed-mounted version, front-accessible connection (connection combination VT920-4TF0 + VT920-4TF00) 5 5 5 58 47 6 24 5 ON OFF 162 19 22 225 246 269 287 5 21 26 259 TEST 25 11 140 NSO0_00178 6 x Ø 8.4 105 Fixed-mounted version, front-accessible connection (connection combination VT9215-4TF0 + VT9215-4TF00) 5 5 5 7.5 4 46 105 5 2 21 8.5 5 48 20 ON OFF 65 154 162 19 162 19 225 TEST 16 16 Ø 8.5 NSO0_00180 4 x Ø 5.5 R 6 1.5 28 140 6 1 5 Fixed-mounted version, with rotary operating mechanism 77.5 N 1 5 NSO0_0018 1 2 1 VT2 2 VT9200-HA.0,-HB.0 VT900-HE.0,-HF.0 TEST 1 50 7 N 2 4 6 90 25 140 50 Siemens 10/2015 109

VT up to 1600 A VT2 switch disconnectors up to 250 A Fixed-mounted version, rotary operating mechanism with adjustable handle N 1 70 5 70 NSO0_00185a 7 1 VT2 2 VT9200-HA.0,-HB.0 VT900-HE.0,-HF.0 4 VT900-HG.0,-HH.0 5 VT900-HJ.0 6 Outside surface of cabinet door 50 TEST 1 N 2 4 6 25 90 140 180 495 (-HJ10) 75 540 (-HJ20) 6 Cabinet cutout min. 1 27,5 4 x Ø 6,5 Ø 50 55 NSO0_00128 55 Hinge of cabinet door Fixed-mounted version, VT9200-M..0 motorized operating mechanism Opening dimensions in the switchgear door for an external operating cycle R 487.9 R max 1 TEST NSO0_00187 82 18 14 MANUAL AUTO 27 Ø 4, max. 195 140 247 110 Siemens 10/2015

VT up to 1600 A 4-pole, plug-in technology Plug-in base assembly kit VT9200-4PA40 Drilling plan VT2 switch disconnectors up to 250 A 5 5 5 5 25 4 18 N 1 5 1 L R 140 162 19 227 22 258 278 290 140 227 Ø 4+8 mm 4 x Ø 5.5 N 2 4 6 75 1.5 20 26 75 NSO0_00189 1.5 4 x Ø 5.5 16 26 Ø 8.5 140 20 5 105 5 5 5 5 Plug-in base assembly kit, with terminal cover VT9200-8CB40 N 1 5 105 L R 400 Ø 4+8 mm N 2 4 6 140 NSO0_0019 5 70 10 Siemens 10/2015 111

VT up to 1600 A VT2 switch disconnectors up to 250 A Plug-in design ON OFF 290 TEST NSO0_0018 140 105 140 157 182 Plug-in design, rear-accessible connection with connection combination VT9200-4RC0 + VT9200-4RC00 Drilling plan 7.5 4 46 20 105 52 21 2 ON 140 TEST OFF 290 258 16 16 Ø 8.5 6 NSO0_00195 4 x Ø 5.5 5 5 5 140 2 28 75 140 258 112 Siemens 10/2015

VT up to 1600 A Plug-in design, rotary operating mechanism VT2 switch disconnectors up to 250 A 290 TEST 140 NSO0_00196 175 225 Plug-in design, with motorized operating mechanism VT9200-M..0 MANUAL AUTO 290 Ø 4, max. TEST 140 NSO0_00198 282 1 Siemens 10/2015 11

VT up to 1600 A VT2 switch disconnectors up to 250 A Withdrawable version, VT9200-4WA40 Drilling plan 214 5 5 5 25 4 18 N 1 5 1 4 x Ø 5.5 4 x Ø 5.5 L Ø 4+8 mm N 2 4 6 16 26 Ø 8.5 140 215 R 140 162 19 227 22 258 278 290 75 1.5 20 26 20 5 105 NSO0_00202 227 5.5 75 140 5 5 Withdrawable version, terminal cover VT9200-8CB40 L N 1 5 R 400 5 105 140 10 Ø 4+8 mm N 2 4 6 NSO0_00200 140 215 70 10 140 27.5 114 Siemens 10/2015

Withdrawable version Operating position 21 Maintenance position VT up to 1600 A VT2 switch disconnectors up to 250 A 0 ON 290 65 140 75 65 140 75 OFF TEST NSO0_0020 140 215 105 140 157 182 105 170 187 212 Withdrawable version, rear-accessible connection, connection combination VT9200-4RC0 + VT9200-4RC00 21 7.5 46 105 21 2 1 140 215 TEST ON OFF 290 258 4 17 16 7 20 Ø 8.5 65 NSO0_00204 2 28 75 140 52 4 x Ø 5.5 5 5 5 Siemens 10/2015 115

VT up to 1600 A VT2 switch disconnectors up to 250 A Withdrawable version, rotary operating mechanism Operating position Maintenance position 21 0 290 65 140 75 65 140 75 TEST 140 175 205 215 225 NSO0_00206 255 Withdrawable version, with motorized operating mechanism VT9200-M..0 21 0 MANUAL AUTO 65 140 75 290 NSO0_00207 65 140 75 290 Ø 4, max. TEST 140 215 282 1 12 1 116 Siemens 10/2015

VT up to 1600 A VT switch disconnectors up to 60 A Dimensional drawings -pole, fixed-mounted versions Fixed-mounted version, front-accessible connection 10 2 18 25 6 150... < AC 415 V 100... < AC 415 V 1 5 60 ON OFF 154 194 201 24 259 275 60 65 75.5 25 17 2 4 x Ø 6.5 194 TEST R 94 2 4 6 14.5 25 Ø 11 20 105 47.5 47.5 140 117 5 Fixed-mounted version, front-accessible connection with connection combination VT924-4TF0, VT915-4TF0 42 28.5 NSO0_00507 40.5 25 1 5 ON OFF 194 24 275 298 44 69 269 19 45 TEST 2 4 6 2 140 NSO0_00261 Ø 22 Ø 18 105 Ø 22 VT924-4TF0 Ø 18 VT915-4TF0 Siemens 10/2015 117

VT up to 1600 A VT switch disconnectors up to 60 A Fixed-mounted version, front-accessible connection with connection combination VT90-4TF0 4 4 60 49 26 8 ON OFF 194 24 262 275 285 08 26 251 274 297 45 TEST 11 25 140 NSO0_00262 6 x Ø 8.4 105 Fixed-mounted version, rear-accessible connection with connection combination VT900-4RC0 95 105 26 11.5 60 6 20 4 x Ø 5 (M 5 x 25) ON 65 154 194 275 OFF TEST 25 NSO0_00264 24 194 24 Ø 11 R 7 5 2.5 140 20.5 40.5 125 118 Siemens 10/2015

Fixed-mounted version, front-accessible connection with connection combination VT900-4ED0 VT up to 1600 A VT switch disconnectors up to 60 A 1 6 ON OFF TEST 194 24 2 275 19.5 14 Ø 1 NSO0_00267 2 50 50 140 12.5 Fixed-mounted version, front-accessible connection with connection combination VT900-4EE0 1 6 140 TEST ON OFF 2 2 70 70 194 15 25 24 25 56.5 275 16.5 08 2 x Ø 11 NSO0_00269 Siemens 10/2015 119

VT up to 1600 A VT switch disconnectors up to 60 A Fixed-mounted version, rotary operating mechanism 60 1 5 NSO0_00271a 1 2 1 2 VT VT900-HA.0,-HB.0 VT900-HE.0,-HF.0 51 TEST 14 7 2 4 6 25 90 140 50 Fixed-mounted version, rotary operating mechanism with adjustable handle 70 1 5 70 NSO0_0027a 7 1 2 5 4 1 VT 2 VT900-HA.0,-HB.0 VT900-HE.0,-HF.0 4 VT900-HG.0,-HH.0 5 VT900-HJ.0 6 Outside surface of cabinet door 51 TEST 14 2 4 6 25 90 140 180 495 (-HJ10) 75 540 (-HJ20) 6 Dimensions, cabinet cutout min. 100 27.5 4 x Ø 6.5 Ø 50 55 NSO0_00275 55 Hinge of cabinet door 120 Siemens 10/2015

VT up to 1600 A Fixed-mounted version, with motorized operating mechanism VT900-M..0 VT switch disconnectors up to 60 A MANUAL AUTO 275 TEST 149 204 2 4 6 NSO0_00276 92 140 247 1 Opening dimensions in the switchgear door for an external operating cycle R max 1 NSO0_002 14 27 -pole, plug-in technology Plug-in base assembly kit VT900-4PA0 Drilling plan 25 6 18 4 x Ø 6.5 1 5 179 4 x Ø 6.5 L 2 R Ø 4+8 mm 4 6 166 194 24 277 284 17 42 58 96 40.5 20 26 96 166 NSO0_00279 277 40.5 25 Ø 11 140 20 5 105 47.5 47.5 Siemens 10/2015 121

VT up to 1600 A VT switch disconnectors up to 60 A Plug-in design, with motorized operating mechanism and terminal cover VT900-8CB0 1 5 105 L R 518 Ø 4+8 mm 2 4 6 140 NSO0_0028 5 70 10 Plug-in design ON 58 OFF TEST 140 NSO0_00285 105 140 157 187 122 Siemens 10/2015

Plug-in design, rear-accessible connection with connection combination VT900-4RC0 Drilling plan VT up to 1600 A VT switch disconnectors up to 60 A 95 6 20 4 x Ø 6.5 ON 17 17 166 67 26 OFF TEST 20.5 25 Ø 11 40.5 105 NSO0_00287 125 47.5 5 58 96 Plug-in design, with rotary operating mechanism TEST NSO0_00290 175 225 Siemens 10/2015 12

VT up to 1600 A VT switch disconnectors up to 60 A Plug-in design, with motorized operating mechanism VT900-M..0 1 5 MANUAL AUTO Ø 4, max. TEST 2 4 6 NSO0_00292 282 1 -pole, withdrawable version Withdrawable version, base with terminal cover VT900-8CB0 Drilling plan 25 6 18 4 x Ø 6.5 1 5 179 4 x Ø 6.5 L 2 R Ø 4+8 mm 4 6 166 194 24 277 284 17 42 58 96 40.5 20 26 NSO0_00298 96 166 277 40.5 25 Ø 11 140 20 5 105 47.5 124 Siemens 10/2015

VT up to 1600 A Withdrawable version, base, with terminal cover VT900-8CB0 VT switch disconnectors up to 60 A 215 L 1 5 R 518 105 140 204 Ø 4+8 mm 2 4 6 NSO0_0002 140 214 5 70 10 140 27.5 Withdrawable version 21 Operating position Test position 0 1 5 ON OFF 65 58 140 124 140 124 TEST 2 4 6 NSO0_0004 140 215 105 140 157 187 105 170 187 217 Siemens 10/2015 125

VT up to 1600 A VT switch disconnectors up to 60 A Withdrawable version, rear-accessible connection with connection combination VT900-4RC0 Operating position Test position 21 95 6 20 105 4xØ6.5 67 26 1 5 65 ON SP SV PS OFF PS PS PS PS 58 17 17 166 TEST 2 4 6 140 215 20.5 25 Ø11 5 140 NSO0_0007 125 47.5 5 58 96 Withdrawable version, with rotary operating mechanism Operating position Test position 0 140 124 140 124 TEST 175 225 NSO0_0009 205 255 126 Siemens 10/2015

VT up to 1600 A Withdrawable version, with motorized operating mechanism Operating position Test position VT switch disconnectors up to 60 A 0 1 5 MANUAL AUTO 124 140 140 124 Ø 4, max. TEST 2 4 6 NSO0_0012 282 1 12 1 4-pole, fixed-mounted version Fixed-mounted version, front-accessible connection 10 2 18 25 6 150... > AC 415 V 100... < AC 415 V N 1 5 60 ON OFF 154 194 201 24 259 275 60 65 75.5 25 17 2 4 x Ø 6.5 194 TEST R 94 N 2 4 6 14.5.5 NSO0_0019 40.5 25 Ø 11 185 20 105 117 5 92.5 47.5 Siemens 10/2015 127

VT up to 1600 A VT switch disconnectors up to 60 A Fixed-mounted version, front-accessible connection With connection combinations VT924-4TF0 + VT924-4TF00, VT915-4TF0 + VT915-4TF00 42 28 25 ON OFF 194 24 275 298 44 69 269 19 45 TEST 2 NSO0_0022 Ø 22 Ø 22 (-HJ10) Ø 18 Ø 18 (-HJ20) 105 Fixed-mounted version, front-accessible connection with connection combinations VT90-4TF0 + VT90-4TF00 8 11 11 26 ON OFF 194 24 262 275 285 08 26 251 274 297 45 TEST 25 11 NSO0_0024 185 6 x Ø 8.5 105 128 Siemens 10/2015

VT up to 1600 A VT switch disconnectors up to 60 A Fixed-mounted version, rear-accessible connection with connection combination VT900-4RC0 + VT900-4RC00 95 105 26 11.5 60 6 20 4 x Ø 6.5 ON 65 154 194 275 OFF TEST 25 NSO0_0026 24 Ø 11 R 7 5 194 24 2.5 185 20.5 40.5 40 170 7.5 Fixed-mounted version, with rotary operating mechanism N 105 1 5 NSO0_00272 1 2 1 2 VT VT900-HA.0,-HB.0 VT900-HE.0,-HF.0 14 51 7 TEST N 2 4 6 25 90 140 50 Fixed-mounted version, with door-coupling rotary operating mechanism N 70 1 5 70 NSO0_00274 7 1 2 5 4 51 TEST 14 1 2 4 5 6 VT VT900-HA.0,-HB.0 VT900-HE.0,-HF.0 VT900-HG.0,-HH.0 VT900-HJ.0 Outside surface of cabinet door N 2 4 6 25 90 140 180 495 (-HJ10) 75 540 (-HJ20) 6 Siemens 10/2015 129

VT up to 1600 A VT switch disconnectors up to 60 A Cabinet cutout min. 1 27.5 4 x Ø 6.5 Ø 50 NSO0_0029 55 55 Hinge of cabinet door Fixed-mounted version, VT900-M..0 motorized operating mechanism MANUAL AUTO Ø 4, max. TEST 204 NSO0_000 149 247 1 92 Opening dimensions in the switchgear door for an external operating cycle NSO0_002 27 R max 1 14 10 Siemens 10/2015

4-pole, plug-in technology VT900-4PA40 Drilling plan VT up to 1600 A VT switch disconnectors up to 60 A 25 6 18 4 x Ø 6.5 N 1 5 179 4 x Ø 6.5 L N 25 2 Ø 11 185 Ø 4+8 mm 4 6 R 166 194 24 277 284 17 42 58 96 40.5 20 26 20 5 105 96 166 NSO0_00 47.5 277 40.5 Plug-in base assembly kit, with VT900-8CB40 N 1 5 105 L R Ø 4+8 mm N 2 4 6 518 185 NSO0_006 5 70 10 Siemens 10/2015 11

VT up to 1600 A VT switch disconnectors up to 60 A Plug-in design ON 58 OFF TEST 185 NSO0_007 105 140 157 187 Plug-in design, rear-accessible connection with connection combination VT900-4RC0 + VT900-4RC00 Drilling plan 95 6 20 67 26 ON 185 OFF TEST 58 17 20.5 25 Ø 11 40.5 105 NSO0_008 4 x Ø 6.5 47.5 170 5 58 96 166 12 Siemens 10/2015

VT up to 1600 A VT switch disconnectors up to 60 A Plug-in design with rotary operating mechanism 58 TEST 185 NSO0_009 175 225 Plug-in design, with motorized operating mechanism VT900-M..0 N 1 5 MANUAL AUTO 58 Ø 4, max. TEST N 2 4 6 NSO0_0029 185 282 1 Siemens 10/2015 1

VT up to 1600 A VT switch disconnectors up to 60 A 4-pole, withdrawable version VT900-4WA40 withdrawable version base 258 Drilling plan 25 6 18 4 x Ø 6.5 N 1 5 179 L N 25 R Ø 4+8 mm 2 4 6 Ø 11 185 260 166 194 24 277 284 17 42 58 96 40.5 20 26 20 5 105 NSO0_0040 47.5 96 166 Withdrawable version with terminal cover VT900-8CB40 L N 1 5 R 105 140 204 Ø 4+8 mm N 2 4 6 NSO0_0042 518 185 260 5 70 10 140 27.5 14 Siemens 10/2015

Withdrawable version 258 Operating position VT up to 1600 A VT switch disconnectors up to 60 A Test position 0 ON OFF 65 58 140 124 140 124 TEST 185 260 105 140 157 187 NSO0_0044 105 170 187 217 Withdrawable version, rear-accessible connection with connection combination VT900-4RC0 + VT900-4RC00 Operating position Test position 258 95 6 20 105 65 67 26 ON 185 260 OFF TEST 58 17 20.5 25 Ø 11 5 140 NSO0_00 4 x Ø 6.5 47.5 170 5 58 96 166 Siemens 10/2015 15

VT up to 1600 A VT switch disconnectors up to 60 A Withdrawable version, with rotary operating mechanism Operating position 258 Test position 0 58 65 140 124 140 124 TEST 185 175 205 260 225 255 NSO0_0047 Withdrawable version, with VT900-M.. Motorized operating mechanism 258 Operating position Test position 0 MANUAL AUTO 65 58 124 140 140 124 Ø 4, max. TEST NSO0_0048 185 260 282 1 12 1 16 Siemens 10/2015

VT up to 1600 A VT4 switch disconnectors up to 1000 A Dimensional drawings For dimensional drawings, see page 18 Siemens 10/2015 17

VT up to 1600 A VT5 switch disconnectors up to 1600 A Dimensional drawing Fixed-mounted versions Fixed-mounted version, front-accessible connection 70 70 5.5 142.5 14.5 VT4 VT5 200 4 x M8 148 80 ON OFF 240 00 50 494 72 51 100 7 15 21 148 NSO0_009 4 x Ø 9 14 56.5 72 18 50 210 5.5 16 14.5 157 7 70 70 Drilling plan NSO0_0097 4 x Ø 10.5 25 +1 0 50 +1 0 12.5 25 Fixed-mounted version, rear-accessible connection Connection combinations VT9500-4RC0, VT9400-4RC0 Openings for cable glands 70 70 84.5 142.5 200 ON OFF 510 46 BL1000S 8 50 BL1600S 16 56 NSO0_0098 60 60 444 R4 82 18 Siemens 10/2015

VT up to 1600 A Fixed-mounted version, box terminal With connection combinations VT9524-4TG0 VT5 switch disconnectors up to 1600 A Two connection combinations VT9524-4TG0 can be used to connect four 70... 240-mm 2 cables. Not for switching unit VT4710-AA0-0AA0. 250 14.5 ON 627 750 50 OFF 18.5 NSO0_00512 200 80 2 1 Fixed-mounted version, box terminal With connection combinations VT9524-4TG0 and VT9524-4TF0 - not for switching unit VT4710-AA0-0AA0. Fixed-mounted version, terminals for circular conductor (VT952-4TF0) 250 14.5 205 5.5 14.5 52.5 200 NSO0_0040 ON 627 200 750 50 OFF 18.5 NSO0_00401 TEST ON OFF 582 750 116 50 80 16 65 75.5 Ø 26 Siemens 10/2015 19

VT up to 1600 A VT5 switch disconnectors up to 1600 A Fixed-mounted version, terminals for circular conductor (VT95-4TF0) 205 5.5 NSO0_00405 14.5 52.5 2 200 Fixed-mounted version, terminals for circular conductor With circular conductor terminals for four VT954-4TF0 cables 14.5 205 52.5 2 5.5 NSO0_00407 200 TEST ON OFF 626 750 18 50 TEST ON OFF 626 750 18 50 65 Ø 26 Ø 26 107.5 65 Ø 26 Ø 26 107.5 Fixed-mounted version, front rotary operating mechanism Handle lockable VT9500-HE10, VT9500-HF10 46 28 NSO0_00409a 1 2 12 148 72 72 R160 40 196 50 1 VT9500-HA10 2 VT9500-H.10 140 Siemens 10/2015

Fixed-mounted version, front rotary operating mechanism Cabinet cutout VT up to 1600 A VT5 switch disconnectors up to 1600 A 46 90 NSO0_00412a 1 2 4 5 min. 200 28 28 28 Ø 40 4 x Ø 5.4 28 1 VT4/VT5 2 VT9500-HA10 VT9500-HJ10 4 VT9500-HG.0 5 VT9500-H.10 6 Control cabinet door Hinge of control cabinet door 19.5 50 90 198 min. 267 max. 500 6 Fixed-mounted version, motorized operating mechanism VT9500-M..0, lockable with up to three padlocks R88 NSO0_00418 25 114 14.5 7 268.5 Siemens 10/2015 141

VT up to 1600 A VT5 switch disconnectors up to 1600 A Withdrawable versions Withdrawable version, front-accessible connection, connection combination VT9500-4EF0 70 70 4 x M8.5 NSO0_00427 494 50.5 72 50 27.5 16 Withdrawable version Connection combination VT9500-4RC0 Rear terminals Drilling plan 106.5 20 max. 140 16 4 x Ø 9 100 50 NSO0_0040 140 5 125 142 Siemens 10/2015

VT up to 1600 A Withdrawable version, box terminal Connection combination VT9524-4TG0 250 VT5 switch disconnectors up to 1600 A Withdrawable version, box terminal Connection combination VT9524-4TG0 and VT9524-4TF0 250 18.5 18.5 NSO0_004 NSO0_0045 627 50 627 50 80 1 1 80 128 Withdrawable version Terminals for circular conductor (VT952-4TF0) Withdrawable version Terminals for circular conductor VT95-4TF0, for cables 205 28 17 205 28 17 2 582 750 116 50 626 750 18 50 NSO0_0047 200 NSO0_0049 65 68 Ø 26 65 100 Ø 26 Ø 26 Siemens 10/2015 14

VT up to 1600 A VT5 switch disconnectors up to 1600 A Withdrawable version Terminals for circular conductor VT954-4TF0, for 4 cables 205 28 17 2 626 750 18 50 NSO0_00441 65 Withdrawable version Connected 100 Disconnected Ø 26 Ø 26 292 295 40 ON 50 180 OFF NSO0_0044 65 508 210 75 75 248 174 174 29 284 144 Siemens 10/2015

Withdrawable version Connected Disconnected Rotary operating mechanism 21 66 VT up to 1600 A VT5 switch disconnectors up to 1600 A NSO0_00446 271 16 VT9500-MQ00 motorized operating mechanism Withdrawable version Connected Disconnected 4.5 88.5 NSO0_00449 282.5 27.5 Siemens 10/2015 1

KL with Fuses up to 800 A Introduction Overview 7 1 10 NSE0_01557f 5 4 6 9 7 8 2 1 KL basic device 2 Fuses, optionally BS 88 or LV HRC fuses Terminal cover, IP20 (vertical to operator side) 4 Coupling driver 5 Extension shaft 6 Standard products from the Siemens SB1 range are used as auxiliary switches. All components from the switch to the actuator are provided with non-interchangeability features. Optional 7 Single-pole terminal cover from 6 A to 60 A, IP20 (vertical to operator side) 8 8UC9 knob for fixed mounting in standard version (black) or EMERGENCY-STOP version (red), or 9 8UC7 door-coupling rotary operating mechanism in standard version (ti-grey) or EMERGENCY-STOP version (red/yellow) 10 4th pole (optional) All switch disconnectors feature double contact interruption and an isolating distance. As a result, the fuses of the switch disconnectors are de-energized in the OFF position. Generally all K.5 switch disconnectors can be secured to the shaft with padlock against unauthorized reclosing. Application KL switch disconnectors with fuses protect against overload and short-circuits as main control and EMERGENCY-STOP switches of switchgear assemblies, distribution boards, power supply and motor outgoing feeders. In conjunction with Siemens SITOR semiconductor fuses, they are also used in UPS systems, frequency converters and capacitor control systems. Identical accessories for KA, KL and KM switch disconnectors with fuses simplify stock keeping. Please inquire about a special variant with reduced values that is particularly resistant to atmospheres high in sulfur, e.g. in the paper and cellulose processing industries. All K switch disconnectors are climate-proof and meet the requirements of IEC 60947-1, IEC 60947- and VDE 0660 Part 107. 146 Siemens 10/2015

KL with Fuses up to 800 A Introduction Technical specifications Standards IEC 60947-1, IEC 60947-, VDE 0660 Part 107 Type KL50 KL52 1) KL5 1) KL55 1) KL57 1) KL61 1) KL62 1) Rated uninterrupted current I u A 6 125 160 250 400 60 800 For fuse links according to DIN 4620 Size 00 and 000 00 and 000 00 and 1 and 2 1 and 2 and 2 and 2 (when SITOR semiconductor fuses are used, 000 a reduction of rated current is necessary; see page 1, reference to technical information) 2) Conventional free air thermal current I th A 6 125 160 250 400 60 800 Rated insulation voltage U i V 690 1000 1000 1000 1000 1000 1000 Rated impulse withstand voltage U imp kv 6 8 8 8 8 8 8 Rated operational voltage U e 50/60 Hz AC V 690 DC V 440 ( conducting paths series-connected) 220 (2 conducting paths series-connected) ) Rated short-circuit making capacity with fuses ka 220 220 220 176 176 105 105 Peak value, at 50/60 Hz 690 V AC Rated conditional short-circuit current with fuses ka 100 100 100 80 80 50 50 Rms value, at 50/60 Hz 690 V AC Max. rated current I n of fuses A 80 160 160 400 400 60 4) 800 Max. permissible power loss of the installed fuse NH W 6 9 11.5 2 48 62 BS W 8 (A2/A) 11.5 (A4) 11.5 2 48 60.5 Permissible let-through current of the fuses ka 8 17 17 0 5) 0 5) 50 50 Maximum permissible let-through I 2 t value ka 2 s 55 22 22 1000 1000 5400 10500 Breaking capacity (infeed from the top or bottom) At 400 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 1000 1280 2000 200 5100 6400 Rated operational current I e at AC-21A, AC-22A, AC-2A A 6 125 160 250 400 60 6) 800 6) Motor switching capacity AC-2A kw 0 65 80 12 200 5 400 At 500 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 1000 1280 2000 200 5100 6400 Rated operational current I e at AC-21A, AC-22A, AC-2A A 6 125 160 250 400 60 6) 800 6) Motor switching capacity AC-2A kw 40 90 110 185 280 425 500 At 690 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 1000 1280 2000 200 5100 6400 Rated operational current I e at AC-21A, AC-22A, AC-2A A 6 125 160 250 400 60 5) 800 5) Motor switching capacity AC-2A kw 50 110 150 220 75 560 700 At 440 V DC ( conducting paths series-connected) 7) Breaking current I c (L/R = 15 ms) A 250 500 640 1000 8) 1600 2520 9) 2520 9) Rated operational current I e at DC-2A A 6 125 160 250 10) 400 60 10) 60 10) Rated short-time current I cw (1-s current, rms value) ka 2.5.2.2 8 11 2 2 Permissible ambient temperature C -25... +55 for operation 4), C -50... +80 during storage Mechanical endurance, operating cycles 15000 15000 15000 12000 12000 000 000 Degree of protection IP00/IP20 (from the operator side, with fuse and terminal covers) Power loss of the switch at I th W 8.5 22 6 86 140 225 (plus power loss of the fuses) Main conductor connections Busbar systems, max. dimensions (W x T) mm 25 x 9 x 10 x 10 40 x 12 40 x 15 40 x 17 40 x 17 Cable lug, max. conductor cross-section (stranded) mm 2 5 70 120 150 2 x 150 or 2 x 240 2 x 240 1 x 240 Tightening torque Nm 6... 7.5 7... 10 18... 22 5... 5... 56 56 Terminal screws M6 M6 M8 M10 M10 M12 M12 Protective conductor connections Flat bars mm -- -- -- 20 x 2.5 20 x 2.5 -- -- Cable lug, max. conductor cross-section (stranded) mm 2 -- -- -- 70 120 -- -- 1) Technical specifications for approval on request. Permissible mounting position 2) Configuring note: Max. permissible operating temperature for fuse blades 15 C, for connections 100 C. 10 ) 110 V (one conducting path). With KL61 for operation -25 C... +5 C, at +55 C: I th = 570 A. 180 180 180 5) With ND1 switchgear protection fuse. 6) AC-2B. 7) 220 V DC (L1 and L series-connected) or 110 V DC (one conducting path) at DC-2A. 8) At 440 V L/R = 4 ms, at 220 V L/R = 15 ms. 9) Only DC-22A (L/R = 2.5 ms). 10) At 440 V DC-22A, at 220 V DC-2A. Mounting position for KL switch disconnectors Note: NSE0_00182 For the KL switch disconnectors, complete kits for standard and EMERGENCY-STOP application are available for installation in the side and rear panels of control cabinets. Siemens 10/2015 147

KL with Fuses up to 800 A Floor mounting Dimensional drawings KL50, 6 A, -pole; Dimensional drawing for 4-pole version corresponds to dimensional drawing for KL52; without operating mechanism, with lyre-shaped contacts 4,5 Ø4,5 15 22,5 1) KL50, 6 A With shaft and 8UC7 operating mechanism NSE0_00275a 6 42-50 6 0 90 105 90 100 a 1,5...4 66 75 Ø 4,5 65 4,5 Ø6,6 25 22,5 2,5 1) To be kept free of conductive parts. Not necessary when using lyre-shaped contacts or covers (accessories). KL50, 0, 6 A -pole; Dimensional drawing for 4-pole version corresponds to dimensional drawing for KL52; without operating mechanism, for BS fuses 4,5 Ø4,5 15 2 2 M 6x20 15 150 NSE0_00274 a Shaft length NSE0_00291 Max. 80 00; unchanged shaft from 8UC R2 Min. 175 175-80 ; shaft from 8UC71 short 175 < a < 80 a -80 6-0,1 KL52, 125 A, KL5, 160 A With shaft and 8UC7 operating mechanism 60 42-50 NSE0_00280 8 Shaft (profile) Engaged length: min. 70 mm max. 150 mm 0 1,5...4 66 75 Ø4,5 65 90 105 90 71,5 a 4,5 Ø 6,6 25 2,5 22,5 120 2 2 M 6x20 15 150 NSE0_00276a a Shaft length Max. 50 00; unchanged shaft from 8UC Min. 165 165-50 ; shaft from 8UC72 short 165 < a < 50 a -50 NSE0_00281 8-0,1 R2 Shaft (profile) Engaged length: min. 70 mm max. 150 mm KL52, 125 A, KL5, 160 A, KL50, 6 A, 4-pole Without operating mechanism, with lyre-shaped contacts n 15 85 55 6 c h NSE0_00277a 5 9 100 110 g i l 14 * 100 22,5 KL52, 125 A, KL5, 160 A, KL50, 6 A, 4-pole Without operating mechanism, for BS fuses 15 85 55 6 c g m 5 9 100 110 14 i l 25 e 5 149 8 90 185 * To be kept free of conductive parts. Not necessary when using lyre-shaped contacts or covers (accessories). Type c e g h n KL52 NH 15 7 42 91 106 KL5 NH 20 9 9.5 105 125 KL52 A2/A 15 7 42 91 106 KL5 A4 20 9 9.5 105 125 4th pole 15 -- 48 91 106 NSE0_00278a d 25 e 5 8 90 185 Type c e g h n 149 KL52 NH 15 7 42 91 106 KL5 NH 20 9 9.5 105 125 KL52 A2/A 15 7 42 91 106 KL5 A4 20 9 9.5 105 125 4th pole 15 -- 48 91 106 IP20 cover for KL A B NSG0_0022 A_4 A_ A_8 A_7 Type for A B C D KX507-0CA02 KL50 210 90 50 10 KX527-0CA02 KL52 260 114 72.5 208 KX57-0CA02 KL5 260 114 72.5 208 KX557-0CA02 KL55 40 142 101 262 KX557-0CA02 KL57 40 142 101 262 C D 148 Siemens 10/2015

KL with Fuses up to 800 A Floor mounting KL55, 250 A, KL57, 400 A Without operating mechanism, with lyre-shaped contacts 26,5 207 107 65 a b 86 25 11 c 41 16 15 160 10 11 20 7 7 17 100 240 NSE0_00282a 195,5 (Gr.1) 20,5 (Gr.2) 209 Type a b c KM55 40 4 M 10 x 0 KM57 8 6 M 10 x 6 4th pole 80 4 M 10 x 0 KL55, 250 A, KL57, 400 A With shaft and 8UC7 operating mechanism NSE0_00284 10 140 6-65 1,5...4 88 100 Ø5,5 88 a a Shaft length Max. 5 00; unchanged shaft from 8UC7 Min. 20 20-5 ; shaft from 8UC7 short 20 < a < 5 a -5 KL61, 60 A, KL62, 800 A Without operating mechanism, with lyre-shaped contacts, with phase barriers 9 20,5 15 NSE0_00286 1 4th pole For KL61 95 78 180 26 12 208 270 20 280 NSE0_00905a 100 155 194 40 95,5 87 87 Total installation depth with handle: 29 + 74,5 + 66,5 = 70 29 M 12 24 29 240 74,5 66,5 99 40 Ø12,5 1 Profile 12 x 12. Shaft length 110. Shaft can be turned by Circuit diagrams Internal circuit diagram for KL 1 5 2 4 6 NSE0_0018 111 1412 2 2 24 2 (For KL50 and KL51, only one auxiliary switch is possible, not included in scope, 4th pole possible as main contact) P 1 2 4 N 5 6 NSE0_00187 (Auxiliary switch not included in scope). Use for DC voltage at DC-2A 440 V Siemens 10/2015 149

KL with Fuses up to 800 A Fuses Overview The KL switch disconnectors with fuses are suitable for all fuses in LV HRC design; see Catalog LV 10, "Fuse systems" SITOR semiconductor fuses in LV HRC design can also be used, although it must be noted that, compared to cable and line protection fuses, these get much hotter during operation. For this reason, the fuse must be operated below the rated current I n of the device (derating) when installed in a closed switching device. The following table shows the permissible load currents of the SITOR semiconductor fuses for installation in KL. The values were determined using the conductor cross-sections specified in the table. SITOR semiconductor fuses for KL fuse switch disconnectors: Assignment table SITOR semiconductor fuse data 1) 2) Type Rated current I n 150 Siemens 10/2015 Rated voltage ) Operational class Size Required conductor crosssection Cu Permissible load currents of fuse when installed in KL for floor mounting Type KL Alternative type KL Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A NC42.. 150 500 gr 70 KL61 1 KL62 150 NC425.. 200 500 gr 95 KL61 180 KL62 190 NC427.. 250 500 gr 120 KL61 225 KL62 240 NC428.. 00 500 gr 185 KL61 255 KL62 270 NC41.. 50 500 gr 240 KL61 0 KL62 NC42.. 400 500 ar 240 KL61 400 KL62 400 NC6-1 60 1000 ar 2x (40x5) KL62 500 KL61 480 NC7-1 710 1000 ar 2x (50x5) KL62 540 -- -- -- NC8-1 800 1000 ar 2x (40x8) KL62 600 -- -- -- NC40-1 900 1000 ar 2x (40x8) KL62 650 -- -- -- NC41-1 1000 1000 ar 2x (50x8) KL62 720 -- -- -- NC42-1 1100 800 ar 2x (50x8) KL62 800 -- -- -- NC4-1 1250 800 ar 2x (50x8) KL62 800 -- -- -- NC40-1 15 1250 ar 2x95 KL61 285 KL62 00 NC42-1 400 1250 ar 2x120 KL61 65 KL62 80 NC44-1 500 1250 ar 2x150 KL61 425 KL62 0 NC46-1 60 1250 ar 2x (40x5) KL61 500 KL62 540 NC48-1 800 1100 ar 2x (40x8) KL62 650 -- -- -- NC842.. 150 660 gr 70 KL61 15 KL62 140 NC8425.. 200 660 gr 95 KL61 180 KL62 190 NC8427.. 250 660 gr 120 KL61 225 KL62 240 NC841.. 50 660 gr 240 KL61 00 KL62 15 NC844.. 500 660 gr 2x 150 KL61 425 KL62 0 NC8444.. 1000 600 ar 2x (60x6) KL62 800 KL61 60 NE1020-2 80 690 gr 00 25 KL52 00 80 KL5 00 80 NE1021-0 100 690 gs 00 5 KL52 00 100 KL5 00 100 NE1021-2 100 690 gr 00 5 KL52 00 100 KL5 00 100 NE1022-0 125 690 gs 00 50 KL52 00 125 KL5 00 125 NE1022-2 125 690 gr 00 50 KL52 00 125 KL5 00 125 NE1224-0 160 690 gs 1 70 KL55 1 160 KL57 2 160 NE1224-2/- 160 690 gr 1 70 KL55 1 160 KL57 2 160 NE1225-0 200 690 gs 1 95 KL55 1 200 KL57 2 200 NE1225-2/- 200 690 gr 1 95 KL55 1 200 KL57 2 200 NE1227-0 250 690 gs 1 120 KL55 1 250 KL57 2 250 NE1227-2/- 250 690 gr 1 120 KL55 1 2 KL57 2 250 NE120-0 15 690 gs 1 2x 70 KL57 2 15 -- -- -- NE120-2/- 15 690 gr 1 2x 70 KL57 2 280 -- -- -- NE11-0 50 690 gs 2 2x 95 KL57 2 0 KL61 50 NE11-2/- 50 690 gr 2 2x 95 KL57 2 00 KL61 50 NE12-0 400 690 gs 2 2x 95 KL57 2 75 KL61 400 NE12-2/- 400 690 gr 2 2x 95 KL57 2 40 KL61 400 NE1-0 0 690 gs 2 2x 120 KL61 0 KL62 0 NE1-2/- 0 690 gr 2 2x 120 KL61 0 KL62 0 NE14-0 500 690 gs 2 2x 120 KL61 500 KL62 500 NE14-2/- 500 690 gr 2 2x 120 KL61 500 KL62 500 NE145-0 560 690 gs 2x 150 KL61 560 KL62 560 NE145-2/- 560 690 gr 2x 150 KL61 560 KL62 560 NE146-0 60 690 gs 2x 185 KL61 60 KL62 60

KL with Fuses up to 800 A Fuses SITOR semiconductor fuse data 1) 2) Type Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu NE146-2/- 60 690 gr 2x 185 KL61 615 KL62 60 NE147-0 710 690 gs 2x (40x5) KL61 60 KL62 710 NE147-1 710 600 gr 2x (40x5) KL61 60 KL62 710 NE147-2/- 710 690 gr 2x (40x5) KL61 60 KL62 700 NE148-0 800 690 gs 2x (50x5) KL61 60 KL62 800 NE148-1 800 600 gr 2x (50x5) KL61 60 KL62 800 NE148-2/- 800 690 gr 2x (50x5) KL61 60 KL62 760 NE1447-2/- 670 690 gr 2x (40x5) KL61 60 KL62 670 NE1448-2/- 850 690 gr 2x (40x8) KL61 60 KL62 790 NE1802-0 40 690 gs 000 10 KL50 00 40 KL52 00 40 NE180-0 5 690 gs 000 6 KL50 00 5 KL52 00 5 NE181-0 16 690 gs 000 1.5 KL50 00 16 KL52 00 16 NE1814-0 20 690 gs 000 2.5 KL50 00 20 KL52 00 20 NE1815-0 25 690 gs 000 4 KL50 00 25 KL52 00 25 NE1817-0 50 690 gs 000 10 KL50 00 50 KL52 00 50 NE1818-0 6 690 gs 000 16 KL50 00 6 KL52 00 6 NE1820-0 80 690 gs 000 25 KL52 00 80 -- -- -- NE221 100 1000 ar 1 5 KL55 1 90 KL57 2 95 NE222 125 1000 ar 1 50 KL55 1 110 KL57 2 115 NE224 160 1000 ar 1 70 KL55 1 140 KL57 2 150 NE225 200 1000 ar 1 95 KL55 1 175 KL57 2 180 NE227 250 1000 ar 1 120 KL55 1 210 KL57 2 220 NE20-0B 15 1000 ar 1 185 KL57 2 240 -- -- -- NE21 50 1000 ar 1 240 KL57 2 265 -- -- -- NE22-0B 400 1000 ar 1 240 KL57 2 290 -- -- -- NE2 0 1000 ar 1 2x 150 KL57 2 20 -- -- -- NE2-0B 400 1000 ar 2 240 KL61 40 KL62 60 NE 0 1000 ar 2 2x 150 KL61 80 KL62 400 NE4-0B 500 1000 ar 2 2x 150 KL61 440 KL62 470 NE5 560 1000 ar 2 2x 185 KL61 500 KL62 50 NE6 60 1000 ar 2 2x 185 KL61 540 KL62 580 NE7-8 710 900 ar 2 2x (40x5) KL61 600 KL62 640 NE8-8 800 800 ar 2 2x 240 KL61 60 KL62 720 NE40-8 900 690 ar 2 2x (40x8) KL61 60 KL62 800 NE4101 2 1000 gr 0 6 KL55 1 2 -- -- -- NE4102 40 1000 gr 0 10 KL55 1 40 -- -- -- NE4117 50 1000 gr 0 10 KL55 1 50 -- -- -- NE4118 6 1000 ar 0 16 KL55 1 6 -- -- -- NE4120 80 1000 ar 0 25 KL55 1 80 -- -- -- NE4121 100 1000 ar 0 5 KL55 1 95 -- -- -- NE4122 125 1000 ar 0 50 KL55 1 120 -- -- -- NE4124 160 1000 ar 0 70 KL55 1 150 -- -- -- NE427-0B 250 800 ar 2 150 KL57 2 175 KL61 200 NE40-0B 15 800 ar 2 240 KL57 2 20 KL61 260 NE4-0B 0 800 ar 2 2x (0x5) KL57 2 40 KL61 70 NE44-0B 500 800 ar 2 2x (0x5) KL61 425 KL62 0 NE47 710 800 ar 2 2x (50x5) KL61 600 KL62 60 NE8015-1 25 690 gr 00 4 KL50 00 25 KL52 00 25 NE800-1 5 690 gr 00 6 KL50 00 KL52 00 5 NE8017-1 50 690 gr 00 10 KL50 00 KL52 00 50 NE8018-1 6 690 gr 00 16 KL50 00 54 KL52 00 60 NE8020-1 80 690 ar 00 25 KL52 00 68 -- -- -- NE8021-1 100 690 ar 00 5 KL52 00 89 -- -- -- NE8022-1 125 690 ar 00 50 KL52 00 106 -- -- -- NE8024-1 160 690 ar 00 70 KL52 00 10 5) -- -- -- 1) Due to the mechanical stress on the relatively long fuse blades, SITOR NE41 semiconductor fuses should only be switched occasionally and only at zero current. 2) For permissible load currents for NE8-0MK, see Configuration Manual "Fuse Systems", or on request ) Fuses with a rated voltage >690 V may only be operated at max. 690 V (rated voltage of the KL) when installed in KL. Permissible load currents of fuse when installed in KL for floor mounting Type KL Alternative type KL Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A 4) In the case of cyclic loads, the currents may have to be further reduced (precise values on request). 5) The fuse can also be operated at a higher rated uninterrupted current than the 125 A current of the KL52. However, in this case, the KL52 must not be switched under load (utilization category AC-20). Siemens 10/2015 151

KM with Fuses and Isolating Plug Connector up to 400 A Introduction Overview 2 NSE0_0211b 4 1 6 5 7 8 10 9 1 KM basic device 2 Plug-in contact strip for KM (part of basic device) Fuses, optionally BS 88 or LV HRC fuses 4 Terminal cover, IP20 (vertical to operator side) 5 Coupling driver 6 Extension shaft 7 Standard products from the Siemens SB1 range are used as auxiliary switches. All components from the switch to the actuator are provided with non-interchangeability features. Optional 8 Single-pole terminal cover from 6 A to 60 A, IP20 (vertical to operator side) 9 8UC9 knob for fixed mounting in standard version (black) or EMERGENCY-STOP version (red), or 10 8UC7 door-coupling rotary operating mechanism in standard version (ti-grey) or EMERGENCY-STOP version (red/yellow) All switch disconnectors feature double contact interruption and an isolating distance. As a result, the fuses are de-energized when the switch disconnectors are in the disconnected position. The KM switch disconnectors with fuses also feature an isolating plug connector. This facilitates mounting and contact establishment in motor control centers (MCCs) in conjunction with vertical busbars. Generally, all K.5 switch disconnectors can Application KM switch disconnectors with fuses protect against overload and short-circuits as main control and EMERGENCY-STOP switches of switchgear assemblies, distribution boards, power supply and motor outgoing feeders. In conjunction with Siemens SITOR semiconductor fuses, they are also used in UPS systems, frequency converters and capacitor control systems. be secured on the shaft with a padlock to prevent unauthorized reclosing. Identical accessories for KA switch disconnectors and KL and KM switch disconnectors with fuses simplify stock keeping. Please inquire about a special variant with reduced values that is particularly resistant to atmospheres high in sulfur, e.g. in the paper and cellulose processing industries. All K switch disconnectors are climate-proof and meet the requirements of IEC 60947-1, IEC 60947- and VDE 0660 Part 107. 152 Siemens 10/2015

KM with Fuses and Isolating Plug Connector up to 400 A Introduction Technical specifications Standards IEC 60947-1, IEC 60947-, VDE 0660 Part 107 Type KM50 KM52 KM5 KM55 KM57 Rated uninterrupted current I u A 6 125 160 250 400 For fuse links according to DIN 4620, Size 00 and 000 00 and 000 00 and 000 1 and 2 1 and 2 (when SITOR semiconductor fuses are used, a reduction of rated current is necessary; see page 1, reference to technical information) 1) Conventional free air thermal current I th A 6 125 160 250 400 Rated insulation voltage U i V 690 1000 1000 1000 1000 Rated impulse withstand voltage U imp kv 6 8 8 8 8 Rated operational voltage U e 50/60 Hz AC V 690 DC V 440 ( conducting paths series-connected) V 220 (2 conducting paths series-connected) 2) Rated short-circuit making capacity with fuses ka 220 220 220 176 176 (peak value, at 50/60 Hz 690 V AC) Rated conditional short-circuit current with fuses ka 100 100 100 80 80 At 50/60 Hz 690 V AC (rms value) Max. rated current I n of fuses A 80 160 160 400 400 Max. permissible power loss of the installed fuse NH W 6 9 11.5 2 BS W 8 (A2/A) 11.5 (A4) 11.5 2 Permissible let-through current of the fuses ka 8 17 17 0 ) 0 ) Maximum permissible let-through I 2 t value ka 2 s 55 22 22 1000 1000 Breaking capacity (infeed from the top or bottom) At 400 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 1000 1280 2000 200 Rated operational current I e at AC-21A, AC-22A, AC-2A A 6 125 160 250 400 Motor switching capacity AC-2A kw 0 65 80 12 200 At 500 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 1000 1280 2000 200 Rated operational current I e at AC-21A, AC-22A, AC-2A A 6 125 160 250 400 Motor switching capacity AC-2A kw 40 90 110 185 280 At 690 V AC Breaking current I c (at p.f. = 0.5, rms value) A 500 1000 1280 2000 200 Rated operational current I e at AC-21A, AC-22A, AC-2A A 6 125 160 250 400 Motor switching capacity AC-2A kw 50 110 150 220 75 At 440 V DC ( conducting paths series-connected) 4) Breaking current I c (L/R = 15 ms) A 250 500 640 1000 4) 1600 Rated operational current I e at DC-2A A 6 125 160 250 5) 400 Rated short-time current (1 s current), rms value ka 2.5.2.2 8 11 Permissible ambient temperature C -25... +55 for operation 6) C -50... +80 during storage Mechanical endurance, operating cycles 15000 15000 15000 12000 12000 Degree of protection IP00/IP20 (from the operator side, with fuse and terminal covers) Power loss of the switch at I th W 8.5 22 6 86 (plus power loss of the fuses) Main conductor connections Busbar systems, max. dimensions (width thickness) mm 25 9 10 10 40 12 40 15 Cable lug, max. conductor cross-section (stranded) mm 2 5 70 120 150 2 150 or 1 240 Busbar systems, max. dimensions (width thickness) mm 25 9 10 10 40 12 40 15 Tightening torque Nm 6... 7.5 7... 10 18... 22 5... 5... Terminal screws M6 M6 M8 M10 M10 Protective conductor connections Flat bars mm -- -- -- 20 2.5 20 2.5 Cable lug, max. conductor cross-section (stranded) mm 2 -- -- -- 70 120 1) Configuring note: Max. permissible operating temperature for fuse blades 15 C, for connections 100 C. 110 V (one conducting path). 220 V DC (L1 and L series-connected) or 110 V DC (one conducting path) at DC-2A. At 440 V L/R = 4 ms, at 220 V L/R = 1 ms. 5) At 440 V DC-22A, at 220 V DC-2A. 6) ND1 switchgear protection fuse. Siemens 10/2015 15

KM with Fuses and Isolating Plug Connector up to 400 A For snapping onto busbar system Dimensional drawings KM50, 6 A With shaft and 8UC7 operating mechanism NSE0_00287a 6 6 42-50 KM50, 6 A Without operating mechanism, with lyre-shaped contacts 120 1) 4,5 22,5 100 a 1,5...4 66 75 Ø4,5 65 150 206 l Siemens AG 2016 2 2 14 15 a Shaft length Max. 80 00; unchanged shaft from 8UC71 Min. 175 175-80 ; shaft from 8UC71 short 175 < a < 80 a -80 71 42 25 25 905-6,4 60 60 172 25 40 9 60 89 NSE0_00288a M 6x20 7,5 1) To be kept free of conductive parts. Not necessary when using lyre-shaped contacts or covers (accessories). KM50, 6 A Without operating mechanism, for BS fuses 120 4,5 100 150 71 42 25 25 90 5-6,4 206 60 60 25 172 40 M 6x20 9 60 7,5 89 NSE0_00289a 2 2 15 Drilling pattern and connector cutout NSE0_00290 5,5 25 25 5,5 90 175 5,5 6 40 1 Shaft middle NSE0_00291 6-0,1 1) To be kept free of conductive parts. Not necessary when using lyre-shaped contacts (included in the scope of supply) or covers (accessory). R2 Shaft (profile) Engaged length: min. 70 mm max. 150 mm KM52, 125 A KM5, 160 A With shaft and 8UC7 operating mechanism NSE0_00290 5,5 25 25 5,5 a 90 175 5,5 6 40 1 Shaft middle Shaft length Max. 50 00; unchanged shaft from 8UC72 Min. 165 165-50 ; shaft from 8UC72 short 165 < a < 50 a -50 KM52, 125 A KM5, 160 A Without operating mechanism, with lyre-shaped contacts (For additional dimensions, see from page 148 onwards, KL52 and KL5) 70 1 41 14 e 25 60 60 172 185 c 5-6,4 22,5 1) 100 149 25 107 g i NSE0_0029b Type c e g i l KM52 15 7 42 Ø 6.6 KM5 20 9 9.5.5 Ø 9 1) To be kept free of conductive parts. Not necessary when using lyre-shaped contacts or covers (accessories). 154 Siemens 10/2015

l i Siemens AG 2016 KM with Fuses and Isolating Plug Connector up to 400 A For snapping onto busbar system KM52, 125 A KM5, 160 A Without operating mechanism, for BS fuses 96 Drilling pattern and cutout in the mounting plate for installation of KM52 175 Cutout in the mounting plate 1 70 149 41 14 c e 5-6,4 25 g 6 5 25 25 60 90 5,5 Shaft middle NSE0_00295a 60 60 172 185 25 107 NSE0_00294b Type c e g i l KM52 15 7 42 Ø 6.6 KM5 20 9 9.5.5 Ø 9 NSE0_00296a 8-0,1 R2 Shaft (profile) Engaged length: min. 90 mm max. 14 mm KM55, 250 A KM57, 400 A With shaft and 8UC7 operating mechanism NSE0_00297a 10 140 6-65 KM55, 250 A KM57, 400 A Without shaft, without operating mechanism, with lyre-shaped contacts (For additional dimensions, see from page 148 onwards, KL55) 7 240 160 1,5...4 88 100 5,5 88 a a Shaft length Max. 5 00; unchanged shaft from 8UC7 Min. 20 20-5 ; shaft from 8UC7 short 20 < a < 5 a -5 207 70 41 25 5-6,4 209 NSE0_00298b y x 195,5 (Gr. 1) 20,5 (Gr. 2) z 60 60 172 25 Type x y z KM55 4 40 M 10 x 0 KM57 6 8 M 10 x 6 Busbar supports KX508-0AA For 0 mm 5 mm busbars NSE0_0028 Shaft (profile) R2 Engaged length: min. 170 mm 10-0,1 max. 205 mm Drilling pattern and cutout in the mounting plate for installation of KM55 and KM57 Drilling pattern and cutout in the mounting plate for mounting KM55 and KM57 175 Cutout in the mounting plate 1 Shaft middle 1,5 75 17,5 25 41 100 7 NSE0_0001a Siemens 10/2015 155

KM with Fuses and Isolating Plug Connector up to 400 A For snapping onto busbar system Cutouts for K.50, KA51 With rear manual operating mechanism KX516-... 4,8 56 Cutouts for K.52, K.5 With rear manual operating mechanism KX526-.../KX56-... 5,8 22,5 4,8 56 22,5 4,8 5,8 12 60 NSE0 0002 NSE0_000 Cutouts for K.55, K.57, K.58 With rear manual operating mechanism KX556-... 22,5 5,8 68 Circuit diagrams Internal circuit diagram for KM 1 5 Note: 2 4 6 NSE0_00184 111 221 1412 2422 For KM50 and KM51, only one auxiliary switch possible 156 Siemens 10/2015

KM with Fuses and Isolating Plug Connector up to 400 A Overview The KL switch disconnectors with fuses are suitable for all fuses in LV HRC design; see Catalog LV 10, chapter "Fuse systems" SITOR semiconductor fuses in LV HRC design can also be used, although it must be noted that, compared to cable and line protection fuses, these get much hotter during operation. For this reason, the fuse must be operated below the rated current I n of the device (derating) when installed in a closed switching device. The following table shows the permissible load currents of the SITOR semiconductor fuses for installation in KM. The values were determined using the conductor cross-sections specified in the table. Note SITOR semiconductor fuses for KM fuse switch disconnectors: Assignment table Fuses If using smaller cross-sections, a considerably higher derating is required due to the lower heat dissipation. SITOR semiconductor fuse data Permissible load currents of fuse when installed in KM for busbar mounting Type KM Alternative type KM Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A NE1020-2 80 690 gr 00 25 KM52 00 80 KM5 00 80 NE1021-0 100 690 gs 00 5 KM52 00 100 KM5 00 100 NE1021-2 100 690 gr 00 5 KM52 00 100 KM5 00 100 NE1022-0 125 690 gs 00 50 KM52 00 125 KM5 00 125 NE1022-2 125 690 gr 00 50 KM52 00 125 KM5 00 125 NE1224-0 160 690 gs 1 70 KM55 1 160 KM57 2 160 NE1224-2/- 160 690 gr 1 70 KM55 1 160 KM57 2 160 NE1225-0 200 690 gs 1 95 KM55 1 200 KM57 2 200 NE1225-2/- 200 690 gr 1 95 KM55 1 200 KM57 2 200 NE1227-0 250 690 gs 1 120 KM55 1 250 KM57 2 250 NE1227-2/- 250 690 gr 1 120 KM55 1 2 KM57 2 250 NE120-0 15 690 gs 1 2x 70 KM57 2 15 -- -- -- NE120-2/- 15 690 gr 1 2x 70 KM57 2 280 -- -- -- NE11-0 50 690 gs 2 2x 95 KM57 2 0 -- -- -- NE11-2/- 50 690 gr 2 2x 95 KM57 2 00 -- -- -- NE12-0 400 690 gs 2 2x 95 KM57 2 75 -- -- -- NE12-2/- 400 690 gr 2 2x 95 KM57 2 15 -- -- -- NE1-0 0 690 gs 2 2x 120 KM57 2 400 -- -- -- NE1-2/- 0 690 gr 2 2x 120 KM57 2 25 -- -- -- NE14-0 500 690 gs 2 2x 120 KM57 2 400 -- -- -- NE14-2/- 500 690 gr 2 2x 120 KM57 2 50 -- -- -- NE1802-0 40 690 gs 000 10 KM50 00 40 KM52 00 40 NE180-0 5 690 gs 000 6 KM50 00 5 KM52 00 5 NE181-0 16 690 gs 000 1.5 KM50 00 16 KM52 00 16 NE1814-0 20 690 gs 000 2.5 KM50 00 20 KM52 00 20 NE1815-0 25 690 gs 000 4 KM50 00 25 KM52 00 25 NE1817-0 50 690 gs 000 10 KM50 00 50 KM52 00 50 NE1818-0 6 690 gs 000 16 KM50 00 6 KM52 00 6 NE1820-0 80 690 gs 000 25 KM52 00 80 -- -- -- NE221 100 1000 ar 1 5 KM55 1 90 KM57 2 95 NE222 125 1000 ar 1 50 KM55 1 110 KM57 2 115 NE224 160 1000 ar 1 70 KM55 1 140 KM57 2 150 NE225 200 1000 ar 1 95 KM55 1 175 KM57 2 180 NE227 250 1000 ar 1 120 KM55 1 210 KM57 2 220 NE20-0B 15 1000 ar 1 185 KM57 2 240 -- -- -- NE21 50 1000 ar 1 240 KM57 2 265 -- -- -- NE22-0B 400 1000 ar 1 240 KM57 2 290 -- -- -- NE2 0 1000 ar 1 2x 150 KM57 2 20 -- -- -- NE2-0B 400 1000 ar 2 240 KM57 2 290 -- -- -- NE 0 1000 ar 2 2x 150 KM57 2 20 -- -- -- NE4-0B 500 1000 ar 2 2x 150 KM57 2 60 -- -- -- NE5 560 1000 ar 2 2x 185 KM57 2 400 -- -- -- Siemens 10/2015 157

KM with Fuses and Isolating Plug Connector up to 400 A Fuses SITOR semiconductor fuse data Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Permissible load currents of fuse when installed in KM for busbar mounting Type KM Alternative type KM Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A NE6 60 1000 ar 2 2x 185 KM57 2 400 -- -- -- NE7-8 710 900 ar 2 2x (40x5) KM57 2 400 -- -- -- NE8-8 800 800 ar 2 2x 240 KM57 2 400 -- -- -- NE40-8 900 690 ar 2 2x (40x8) KM57 2 400 -- -- -- NE4101 2 1000 gr 0 6 KM55 1 2 -- -- -- NE4102 40 1000 gr 0 10 KM55 1 40 -- -- -- NE4117 50 1000 gr 0 10 KM55 1 50 -- -- -- NE4118 6 1000 ar 0 16 KM55 1 6 -- -- -- NE4120 80 1000 ar 0 25 KM55 1 80 -- -- -- NE4121 100 1000 ar 0 5 KM55 1 95 -- -- -- NE4122 125 1000 ar 0 50 KM55 1 120 -- -- -- NE4124 160 1000 ar 0 70 KM55 1 150 -- -- -- NE427-0B 250 800 ar 2 150 KM57 2 175 -- -- -- NE40-0B 15 800 ar 2 240 KM57 2 20 -- -- -- NE4-0B 0 800 ar 2 2x (0x5) KM57 2 40 -- -- -- NE44-0B 500 800 ar 2 2x (0x5) KM57 2 80 -- -- -- NE47 710 800 ar 2 2x (50x5) KM57 2 400 -- -- -- NE8015-1 25 690 gr 00 4 KM50 00 25 KM52 00 25 NE800-1 5 690 gr 00 6 KM50 00 KM52 00 5 NE8017-1 50 690 gr 00 10 KM50 00 KM52 00 50 NE8018-1 6 690 gr 00 16 KM50 00 54 KM52 00 60 NE8020-1 80 690 ar 00 25 KM52 00 68 -- -- -- NE8021-1 100 690 ar 00 5 KM52 00 89 -- -- -- NE8022-1 125 690 ar 00 50 KM52 00 106 -- -- -- NE8024-1 160 690 ar 00 70 KM52 00 10 5) -- -- -- 1) Due to the mechanical stress on the relatively long fuse blades, SITOR NE41 semiconductor fuses should only be switched occasionally and only at zero current. 2) For permissible load currents for NE8-0MK, see Configuration Manual "Fuse Systems", or on request ) Fuses with a rated voltage >690 V may only be operated at max. 690V (rated voltage of the KM) when installed in KM. 4) In the case of cyclic loads, the currents may have to be further reduced (precise values on request). 5) The fuse can also be operated at a higher rated uninterrupted current than the 125 A current of the KM52. However, in this case, the KM52 must not be switched under load (utilization category AC-20). 158 Siemens 10/2015

8UD1 Door-coupling Rotary Operating Mechanisms For KD switch disconnectors Overview 8UD1 rotary operating mechanisms in STANDARD version in gray (ti-gray, left) and EMERGENCY-STOP version in red/yellow (right) With door-coupling rotary operating mechanisms it is also possible to operate switch disconnectors from the outside with the control cabinet doors closed. The rotary operating mechanisms are available in "STANDARD" and "EMERGENCY-STOP" versions with the following differences: STANDARD version: Masking plates in light-gray with black inscription, handles in ti-gray EMERGENCY-STOP version: Masking plates in yellow with black inscription, handles in red Degree of protection Degree of protection when installed is IP65. Standards 8UD1 door-coupling rotary operating mechanisms are in line with the following standards, for example: Standard IEC 60204-1, EN 60204-1 (VDE 011 Part 1) IEC 6049-1, EN 6049-1 (VDE 0660 Part 500) IEC 60947-, EN 60947- (VDE 0660 Part 107) Title Safety of machinery; electrical equipment of machines Low-voltage switchgear and controlgear assemblies Low-voltage switchgear and controlgear: Switches, disconnectors, switch-disconnectors and fuse-combination units Lockability The retractable locking device integrated in the handles is suitable for padlocks with shackle diameters of 4.5 mm to 9.5 mm (locks according to DIN 7465). Up to three padlocks with a shackle diameter of 9.5 mm can be fitted simultaneously. Non-interchangeability To ensure that, when installing switching devices and door-coupling operating mechanisms, all components are assembled in the correct position with respect to one another, the components are provided with non-interchangeability features (rivet and lug). Stops Stops are used to prevent damage occurring as the result of excessive torque. These stops are supplied loose with the rotary operating mechanisms and can be fitted as required. Stops are fitted at the factory to size 1 and 2 rotary operating mechanisms with a 90 operating angle (exception: RV motor starter protectors/circuit breakers). Tolerance compensation 8UD1 rotary operating mechanisms are capable of taking up a radial eccentricity of max. 8 mm between the actuating shaft of the switching device and the door-coupling rotary operating mechanism. Supporting the extension shaft is recommended with greater tolerances. NSE0_009a Coupling drivers With tolerance compensation Without tolerance compensation a b Shaft length ±8 ±5 x +1.5 ±2.5 x+2.5 Permissible radial eccentricity and axial tolerance compensation in mm Pull-out strength The pull-out strength of interlocked operating mechanisms, e.g. pulling off the shaft or destruction of the operating mechanism, amounts to 800 N when the pulling force acts directly onto the operating mechanism in the direction of the shaft. Siemens 10/2015 159

8UD1 Door-coupling Rotary Operating Mechanisms For KD switch disconnectors Design Components The rotary operating mechanisms consist of a masking plate with handle, including seal and fixing screws for door installation, an extension shaft (00 mm) and a coupling driver to be mounted onto the switch shaft. Operating mechanisms for KD switch disconnectors do not have a shaft coupling since the extension shaft is fitted directly into the switch. Extension shafts with a length of 600 mm are also available. Switch position To ensure compliance with locking and interlocking conditions, the controls and operating mechanisms must be installed such that, with two-position switches, the "0" position lies at 9 o'clock and the "I" position at 12 o'clock. 1 90 7 0 2 6 2 10 4 5 1 8 9 NSE0_00022a NSE0_0052 1 12 o'clock position 2 9 o'clock position Positions for two-position switches with 90 operating angle 1 2 4 5 6 7 8 9 10 Handle with masking frame Seal Door Fixing screws Coupling driver Extension shaft Adapter Operating shaft of switching device Switching device Tripped plate (can be glued on if required) Design, schematic representation More information For dimensional drawings of 8UD1 door-coupling rotary operating mechanisms, see from page 18 onwards 160 Siemens 10/2015

Overview 8UC7 rotary operating mechanism in STANDARD version (left) and EMERGENCY-STOP version (right) With door-coupling rotary operating mechanisms it is also possible to operate switch disconnectors from the outside with the control cabinet doors closed. The rotary operating mechanisms are available in "STANDARD" and "EMERGENCY-STOP" versions with the following differences: STANDARD version: Masking plates in light-gray with black inscription, handles in ti-gray EMERGENCY-STOP version: Masking plates in yellow with black inscription, handles in red Available sizes Rotary operating mechanism Size Rated Shaft profile Masking plate torque 1) Nm mm x mm mm x mm 8UC71 1 4 6 x 6 75 x 75 8UC72 2 9 8 x 8 75 x 75 8UC7 25 10 x 10 or 12 x 12 100 x 100 8UC74 4 40/55 2) 12 x 12 100 x 100 1) Operating mechanisms tested with triple torque (according to EN 60947-). They are therefore also suitable for applications in this area. 2) Operation with two hands. Degree of protection Degree of protection when installed is IP65. Standards 8UC7 door-coupling rotary operating mechanisms are in line with the following standards, for example: 8UC7 Door-coupling Rotary Operating Mechanisms For K switch disconnectors Benefits Lockability The retractable locking device integrated in the handles is suitable for padlocks with shackle diameters of 4.5 mm to 8.5 mm (locks according to DIN 7465). Up to three padlocks with a shackle diameter of 8.5 mm and up to five padlocks with a shackle diameter of 6 mm can be fitted simultaneously. Non-interchangeability To ensure that, when installing switching devices and door-coupling operating mechanisms, all components are assembled in the correct position with respect to one another, the components are provided with non-interchangeability features (rivet and lug). Stops Stops are used to prevent damage occurring as the result of excessive torque. These stops are supplied loose with the rotary operating mechanisms and can be fitted as required. Stops are fitted at the factory to size 1 and 2 rotary operating mechanisms with a 90 operating angle (exception: RV motor starter protectors/circuit breakers). Tolerance compensation 8UC7 rotary operating mechanisms are capable of taking up a radial eccentricity of max. mm between the actuating shaft of the switching device and the door-coupling rotary operating mechanism. Supporting the extension shaft is recommended with greater tolerances. NSE0_009a Coupling drivers With tolerance compensation Without tolerance compensation a b Shaft length + ±5 x +1.5 ±2.5 x+2.5 Permissible radial eccentricity and axial tolerance compensation in mm Pull-out strength The pull-out strength of interlocked operating mechanisms, e.g. pulling off the shaft or destruction of the operating mechanism, amounts to 800 N when the pulling force acts directly onto the operating mechanism in the direction of the shaft. Standard IEC 60204-1, EN 60204-1 (VDE 011 Part 1) IEC 6049-1, EN 6049-1 (VDE 0660 Part 500) IEC 60947-, EN 60947- (VDE 0660 Part 107) Title Safety of machinery; electrical equipment of machines Low-voltage switchgear and controlgear assemblies Low-voltage switchgear and controlgear: Switches, disconnectors, switch-disconnectors and fuse-combination units Siemens 10/2015 161

8UC7 Door-coupling Rotary Operating Mechanisms For K switch disconnectors Application Design 8UC7 door-coupling rotary operating mechanisms can be used in electrical controls, distribution boards and switchboards in cases Components where switches have to be mounted behind covers, end pla- tes and doors that must be opened and where they are to be operated manually from outside. Interlocking conditions The basic versions of the rotary operating mechanisms comply with the following interlocking conditions: Operating mechanism and switching device in "0" (OFF) position: The control cabinet door can be opened. With padlocks fitted, the control cabinet door remains locked however. Operating mechanism and switching device in "I" (ON) position: The control cabinet door cannot be opened in 7 this position. However, the interlock can be overridden 6 and the control cabinet door opened by trained personnel for performing checks. No padlocks can be fitted in "I" position. 4 5 Other interlocking conditions: 2 If no door interlock is required, the user can remove the door 10 interlocking plate of the rotary operating mechanism. It is easy for the user to fit padlocks to the rotary operating mechanisms 1 in the "I" position as well. In this case the door can- not be opened, the operating mechanism cannot be actuated and the door interlock cannot be overridden. Operating conditions and ambient conditions The temperature range for operation of the rotary operating mechanisms is between -25 C and +60 C. Thanks to the use of glass fiber-reinforced molded plastic for handles and masking plates as well as metal components 1 Handle with masking frame with surface protection, the rotary operating mechanisms are 2 Seal suitable for rough conditions, high air humidity and aggressive Door atmospheres. 4 Fixing screws 5 Coupling driver 6 Extension shaft 7 Adapter 8 Operating shaft of switching device 9 Switching device 10 Tripped plate (can be glued on if required) The rotary operating mechanisms consist of a masking plate with handle, including seal and fixing screws for door installation, an extension shaft (00 mm) and a coupling driver to be mounted onto the switch shaft. Operating mechanisms for KA/KL/KM switch disconnectors do not have a shaft coupling since the extension shaft is fitted directly into the switch. Extension shafts with a length of 600 mm are also available. NSE0_00022a 8 9 Design, schematic representation Switch position To ensure compliance with locking and interlocking conditions, the controls and operating mechanisms must be installed such that, with two-position switches, the "0" position lies at 9 o'clock and the "I" position at 12 o'clock. 1 90 0 2 NSE0_0052 1 12 o'clock position 2 9 o'clock position Positions for two-position switches with 90 operating angle 162 Siemens 10/2015

8UC7 Door-coupling Rotary Operating Mechanisms For K switch disconnectors Dimensional drawings 8UC71 and 8UC72 door-coupling rotary operating mechanisms, sizes 1 and 2 1 4 5 6 7 AC 9 2 8 22±1 4± P4x11,5 00 1) 5,5 ±1 29±1 1,5... 4 with extension shaft 28 BD SectionSection A - B C - D NSE0_00490c 1 4 5 9 2 6 29±1 ±1 22 4 ± P4x11,5 5,5±1 1,5... 4 4,5 42...50 65 NSE0_00491c with extension shaft without extension shaft Door cutout with fixing holes 8UC7 to 8UC74 door-coupling rotary operating mechanisms, sizes and 4 1 4 5 6 7 2 8 A C ±1,5±1 1,5... 4 ±1 ±1 40 7 22,5 P5x1,5 00 1) B D Section Section A - B C - D NSE0_00492c 1 2 4 5 6 9 $ Handle or twin handle % Coupling driver 1) 7±1 22,5 ±1 ±1 P5x1,5,5 ±1 1,5... 4 5,5 6...65 88 NSE0_0049b & Masking plate ( Seal ) Door * Fixing screw, 4 units + Extension shaft, Shaft coupling - Actuating shaft of the control with extension shaft 1) Length of extension shaft can be cut to fit mounting depth. Extension shaft also available in 600 mm length. without extension shaft Door cutout with fixing holes Siemens 10/2015 16

8UC7 Door-coupling Rotary Operating Mechanisms Individual parts Dimensional drawings 8UC60 coupling driver 8UC92 5 shaft coupling NSE0_009a Coupling drivers With tolerance compensation a b Shaft length +5 ±5 x Without tolerance +1.5 ±2.5 x+2.5 compensation 28 40 W 28 A 6,1 5,1 M5 12,1 NSE0_00494 9 22,5 W 12 5 8 12,1 8 B 8UC71, size 1 NSE0_00495a 75 1 22 1) 6 57 8 1) Lock handle pulled out 8UC72, size 2 75 NSE0_00498 62 8UC7, size NSE0_00496a 100 15 22 1) 8UC74, size 4 100 140 79 8 NSE0_00499 200 Handles with cover frame, sizes 1 to 4 1) Padlock feature of handle pulled out 164 Siemens 10/2015

8UC7 Door-coupling Rotary Operating Mechanisms Operating mechanisms for fixed mounting Dimensional drawings 8UC954, KX 516-1AA operating mechanisms for fixed mounting Size 1 8UC960 to 8UC96, KX 56-1AA operating mechanisms for fixed mounting Size 2 6 NSE0_00486 1 40 NSE0_00487 15 6 28 62 2 8UC965 to 8UC975, KX 176-1E operating mechanisms for fixed mounting Sizes and 4 8UC981 to 8UC982, KX 616-1A operating mechanisms for fixed mounting Size 5 NSE0_00488 25,5 NSE0_00489a Ø54 25,5 a 65 a 65 Size Form a Size Baugröße Form Shape a 140 5 280 4 200 6 400 Siemens 10/2015 165

NJ62 In-Line with Fuses up to 60 A Introduction Overview NJ62 switch disconnectors with fuses Overview of all components and accessory parts All key product features at a glance In-line design Type-tested according to IEC EN 60947- Voltage levels up to 690 V AC/440 V DC 160 A to 60 A for LV HRC and BS 88 fuse links, according to IEC 60269-1/EN 60269-1 2-, - and 4-pole versions available 185 mm phase center distance of plug-in contacts Manually operated or with motorized operating mechanism Electronic fuse monitoring (EFM) Developed for switchgear in plug-in design Horizontal or vertical mounting position Front panel locked in ON position Degree of protection IP41 1 NJ62 switch disconnector basic device here in size 00, open, without front cover 2 Manual operating mechanism Motorized operating mechanism 4 Connection module 5 Blanking cover 6 Guide rails 7 Busbar cover 8 Contact extension 9 Current transformer 10 Current transformer bar 11 12 1 14 15 16 17 18 19 20 21 22 Connection terminals Stud terminal Terminal cover Multifunction plug Holder for measuring device with electronic fuse monotoring (EFM 10) Holder for measuring device with electronic fuse monotoring (EFM 20/25) Holder for measuring device without EFM Bimetal current measuring device Moving-iron current measuring device BS fuse LV MRC fuse Auxiliary switch 166 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A Introduction Benefits Key advantages for switchboard manufacturers thanks to the following: Compact, modular design Simple and efficient mounting due to incoming plug-in contact High packing density in the field Cable connection with cable clamps or cable lugs Can be mounted in different control cabinet depths Comprehensive range of accessories The advantages for users are: Conversion, retrofitting and replacement without switching off the switchgear Dead-state fuse replacement Maintenance-free High personal safety Operating handle can be locked in OFF position Clear and unambiguous switch position indicator Design Compact and modular design All sizes fit busbar systems with a 185 mm center-to-center clearance, have the same width and depth, as well as a uniform 50 mm grid with regard to mounting height (50, 100 and 200 mm). This enables an in-line disconnector panel to be set up with any combinations of different sizes. Application The plug-in NJ6 switch disconnectors with fuses are installed in low-voltage distribution boards where a minimum amount of space is available for a maximum number of cable ducts to the power distribution. They can be easily fitted in all common control cabinets (minimum depth: 400 mm). The plug-in NJ62 switch disconnectors with fuses are available for rated uninterrupted currents from 160 A to 60 A. LV HRC fuse links according to IEC 60269-1/EN 60269-1 (sizes 00 to ) or BS fuse links according to BS 88 provide overload and short-circuit protection up to 690 V AC. The switch disconnectors can be retrofitted at any time with auxiliary switches, an ammeter (48 mm x 48 mm) and current transformers, with no extra space required. For installation in control cabinets with a depth > 400 mm, the mounting depth of the disconnectors can be increased by 200 mm using a contact extension. Further installation accessories, such as guide rails and blanking covers, complete the product range. Subsequent replacement of in-line disconnectors of different sizes is easy. Furthermore, the user-friendly hinged handle is retractable in both the ON and the OFF states, so that the compact design is retained in both switch positions. Size 00, 160 A Size 2, 400 A, size, 60 A Siemens 10/2015 167

NJ62 In-Line with Fuses up to 60 A Introduction Current transformers and current transformer busbar kits Size 00 00 with 1 current transformer 00 with current transformers 00 with 4 current transformers Current transformer busbar kits, 21 mm, Article No. Current transformer busbar kits, 14 mm, Article No. NJ69 20-DB00 NJ69 20-DE00 NJ69 20-DC00 NJ69 20-DF00 NJ69 20-DD00 NJ69 20-DG00 Size 1 1 with 1 current transformer 1 with current transformers 1 with 4 current transformers Current transformer busbar kits, 21 mm, Article No. NJ69 0-DB00 NJ69 0-DC00 NJ69 0-DD00 Size 2/ No current transformer busbar set required 2/ with 1 current transformer Connection methods All plug-in switch disconnectors supplied for cable lug connection as standard. Size Cable lug connection Terminal connection 00 1x(10mm 2... 95 mm 2 ) 1x(10mm 2... 95 mm 2 ) 2x(16mm 2... 70 mm 2 ) 1 1x(25mm 2... 240 mm 2 ) 1x(16mm 2... 00 mm 2 ) 2x(25mm 2... 185 mm 2 2/ 1x(25mm 2... 00 mm 2 ) 2x(16mm 2... 00 mm 2 ) 2x(25mm 2... 240 mm 2 Ammeters According to DIN 4718, an ammeter with dimensions 48 mm x 48 mm can be used to measure the current. It can be a moving-iron measuring instrument or a bi-metal measuring instrument. A holder for the ammeter must be ordered as a separate accessory part. 2/ with current transformers 2/ with 4 current transformers Holders for ammeters Ammeter (moving-iron measuring instrument, left) and (bi-metal measuring instrument, right) 168 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A General data Function Operating principle Operation The plug-in switch disconnectors are fitted with a snap-action mechanism and are switched by turning the handle approx.. Once actuated, the handle is folded against the front panel in the ON or OFF position for safety reasons. A unique switch position indication is output by the indicator in the inspection window of the in-line disconnector (ON "I" = red, OFF "O" = green). The switch position indicator is mechanically linked to the moving switching contacts. Voltage test In the event of a voltage test on the fuse links, the transparent insert in the front panel is opened. Switch position OFF Personnel safety The switch disconnectors are type tested according to IEC 60947- and have IP41 degree of protection in the operating state. The special interlocking mechanism on the handle ensures that the in-line disconnector must be switched off before it is possible to open the cover and remove the fuse. A switchgear key according to DIN 4668 is also required to open the cover. In the OFF position, the handle can also be padlocked to protect against unintentional restarting. Disconnection during the switching operation (snap-action mechanism) is implemented before and after the fuse link. This ensures that, if power is supplied over the busbars or via the cable connecting side, the fuse links are in a dead state when switched off. ON "OFF" position, display "ON" position, display "OFF" position, operating lever in changeable position "ON" position, operating lever in changeable position "OFF" position, operating lever in end position "ON" position, operating lever in end position Siemens 10/2015 169

NJ62 In-Line with Fuses up to 60 A General data Fuse monitoring Fuse monitoring is used to detect, indicate and report faults. The electronic fuse monitors are available in 2 versions. EFM10 electronic fuse monitor: For use up to 690 V AC Operational voltage < 20 V Display: Ready-to-run Individual fault display per phase 1 CO contact as centralized fault signaling unit EFM20/25 electronic fuse monitor and line monitor: EFM20 for use up to 690 V AC, EFM25 for use up to 440 V DC Operational voltage < 1 V (EFM20) < 20 V (EFM25) Test function Closed-circuit principle or open-circuit principle 2 CO contacts as centralized fault signaling unit incl. line monitoring functions with phase failure detection (EFM20), undervoltage/overvoltage detection EFM10 electronic fuse monitor EFM20/25 electronic fuse monitor 170 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A General data Configuration Installation data NJ62 switch disconnectors Rated current Size Height requirements of in-line disconnectors Type A mm NJ62 0 160 00 50 NJ62 1 250 1 100 NJ62 2 400 2 200 NJ62 60 200 Further built-in components Designation Height requirements Type mm NJ69 00-4CB00 Blanking covers for empty compartments / connection module 50 NJ69 15-BA00 400 A connection module for device compartment (without front panel) 50 Rated currents Rated currents of device sizes = 0.8 x I N of the biggest fuse link For summation current of all feeders in the SIVACON cubicle 2000 A Device size Fuses I N A A 00 160 125 125 100 80 64 1 250 200 224 180 125 100 2 400 20 55 284 15 252 60 504 500 400 400 20 Rated current =0.8xI N Configuration rules Configuration rules for ventilated SIVACON cubicles with NJ6 switch disconnectors with fuses For the fully equipped cubicle, the rated diversity factor according to IEC 6049-1 applies. Failure to comply with these instructions may lead to premature aging of fuses and uncontrolled tripping as a result of local overheating. All data refers to an ambient temperature of the switchgear of 5 C (24-hour average value). Rated diversity factor according to IEC 6049-1 Number of main circuits Rated diversity factor 2 and 0.9 4 and 5 0.8 6 to 9 inclusive 0.7 10 and more 0.6 Siemens 10/2015 171

NJ62 In-Line with Fuses up to 60 A General data Conversion factors for other ambient temperatures Ambient temperature of the system C 20 25 0 5 40 50 55 Conversion factor 1.1 1.07 1.04 1.00 0.95 0.9 0.85 0.8 Rated current of the fuse links Summation current of all feeders in the cubicle 2000 A = 0.8 x I N of the fuse In-line disconnector arrangement Blanking covers With ventilation slots, 50 mm high Size in-line disconnectors (group formation not permissible) Permissible exceptions: Summation current of all feeders in cubicle 1500 A Size 00 to 2 = 0.90 x I N Size = 0.85 x I N Group formation is not permitted in this case. Every size 00 and 1 device must be assigned a 50 mm high blanking cover. Equipment in the cubicle, from top to bottom, decreasing from size to size 00 Size 2 in-line disconnectors > 280 A continuous load current As far as possible, size in-line disconnectors > 440 A continuous load current should be distributed over different cubicles. Permissible current Total covered height to be allocated Arrangement of in-line disconnectors + associated blanking covers (continuous load current at 5 C system ambient temperature) 440 A to 500 A of single device (for recommended arrangement of blanking covers, see right) 200 mm = 4 units per in-line disconnector I N = 60 A I N x0.8 = 500A = permissible continuous load current < 440 A of single device 150 mm = units per in-line disconnector e. g. I N = 500 A I N x 0.8 = 400 A = permissible continuous load current Size 2 in-line disconnectors (group formation not permissible) 20 A of single device 50 mm = 1 unit per in-line disconnector I N x 0.8 = 284 A e. g. I N = 55 A = permissible continuous load current Groups of in-line disconnectors Sizes 00 and 1 400 A = summation current of fuse links group x 0.8 100 mm = 2 units per group I Total N = 80 A I N x0.8 400 A I N = 125 A = permissible continuous load current I N = 125 A I N = 160 A Any sized groups of in-line disconnectors of size 00 64 A of single device 100 mm = 2 units per group In combination with size 2 and in one cubicle, the rated currents are 280 A for size 2 and 440 A for size. Devices with size 2 and must be allocated blanking covers (see above). I N = 16 A I N = 20 A I N = 6 A I N = 80 A n n-1 2 1 (Total 1 to I N )xα = permissible continuous load current α =rated diversity factor n=4 and 5α =0.8 n = 6 to 9α =0.7 n 10α =0.6 172 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A Assignment of blanking covers with 50 mm high ventilation slots Group Single device Size 00 Size 1 Size 2 Size Summation current of group 500 A I N = 80 A I N = 125 A I N = 125 A I N = 160 A Permissible continuous load current 400 A Summation current of group 490 A x 0.8 = 92 A 2 blanking covers/group Summation current of group = 500 A I N = 250 A I N = 250 A Permissible continuous load current 40 A Summation current of group 500 A x 0.8 = 400 A 2 blanking covers/group Permissible continuous load current of single device 20 A 0.8 x I N = 280 A e. g. I N = 55 A e. g. I N = 500 A 1 blanking cover/device General data Permissible continuous load current of single device 440 A 0.8 x I N = 400 A blanking covers/device I N = 60 A 440 A >I 500 A = 500 A 4 blanking covers/device Group Permissible continuous load current of single device 64 A Group Example: Size 00 Sizes 00 and 1 Group size 00 and sizes 2 and Size 00 with I N 80 A I N = 20 A I N = 2 A I N = 2 A I N = 40 A I N = 40 A I N = 50 A I N = 50 A I N = 80 A I N = 80 A I N = 80 A I N = 80 A I N = 80 A Any group size, up to in-line disconnectors/ panel 16 A 26 A 26 A 2 A 2 A 40 A 40 A 64 A 64 A 64 A 64 A 64 A 2 blanking covers/group I N = 40 A I N = 100 A I N = 100 A I N = 250 A Summation current of group 490 A x 0.8 = 92 A 2 blanking covers/group I N = 20 A I N = 2 A I N = 2 A I N = 40 A I N = 40 A I N = 50 A I N = 50 A I N = 80 A I N = 80 A I N = 80 A I N = 80 A I N = 80 A Size 2 I N = 400 A When combining size 00 I N 80 A with other sizes, in the case of sizes 2 to, the rated currents must be reduced to 0.7 x I N : The assignment of blanking covers for devices of sizes 1 to must be observed (see adjacent example of an incomplete cubicle). Rated current: 280 A Size I N = 60 A Rated current: 440 A Siemens 10/2015 17

NJ62 In-Line with Fuses up to 60 A General data Technical specifications Main devices of sizes 00 and 1 Size 00 1 Switch disconnectors with fuses Type NJ62... NH...02-...02-4 BS...4-...5-...62-...62-4...0-1...04-1...04-2...0-...0-4...6-...6-4...12-...12-4...72-...72-4...1-1...14-1...14-2...74-1...74-2...1-...1-4...7-...7-4 Breaking capacity H H H S H H S H Rated insulation voltage U i V 1000 Rated impulse withstand voltage U imp V 8000 Rated operational current I e A 6 100 160-160 125 160 125 250 For LV HRC fuse links - - 00 and 000 1 according to IEC 60269 For BS fuse links according to BS 88 A A 00T 1) B2 Rated operational voltage U e At 50/60Hz rated frequency V 690 -- -- 500 690 500 690 690 At DC V -- -- 20 440 -- -- -- -- 20 440 - - Utilization category AC2B DC2B DC21B AC22B AC2B DC2B DC21B AC22B AC2B Rated conditional short-circuit current Short-circuit strength (rms value) ka 100 60 100 100 60 100 Short-circuit making capacity ka 66 60 55 66 60 55 66 (rms value) Rated making capacity P.f. = 0.65 A -- -- -- -- 480 75 -- -- -- -- 750 -- P.f. = 0. A 60 1000 -- -- -- -- -- -- -- -- -- -- P.f. = 0.5 A -- -- -- -- -- -- 1600 1250 -- -- -- 2500 Rated breaking capacity P.f. = 0.65 A -- -- -- -- 480 75 -- -- -- -- 750 -- P.f. = 0. A 504 800 -- -- -- -- -- -- -- -- -- -- P.f. = 0.5 A -- -- -- -- -- -- 1280 1000 -- -- -- 2000 Endurance Operating cycles total 2000 1600 1600 Electrical (690 V, p.f. = 0.65) 00 200 200 Power losses W 7 17 4 78 (without fuse links) Permissible ambient temperature C -5...+55 Permissible mounting position Horizontal and vertical with bottom connection Degree of protection IP41 (in operating state) Connection type Main conductor connections Cable lug connection Conductor cross-section (Al/Cu, solid or stranded) according to DIN 4625 (Cu) and DIN 4629 (Al) mm 2 1x 10-95 2x 16-70 1x 25-240 2x 25-70 Screw size M8 M12 Torque Nm 15 0 Terminal connection Conductor cross-section (Al/Cu), rm mm 2 1x 10-50 1x 16-185 Conductor cross-section (Al/Cu), re mm 2 1x 10-50 1x 16-150 Conductor cross-section (Al/Cu), sm mm 2 1x 16-95 1x 5-240 Conductor cross-section (Al/Cu), se mm 2 1x 16-95 1x 5-00 Required torque Nm 15 25 1) The fuse is available from Lawson fuses (UK) and does not correspond to BS 88. 174 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A Main devices of sizes 2 and General data Size 2 Switch disconnectors with fuses Type NJ62... NH...22-...22-4 BS...82-...82-4...2-1...24-1...24-2...2-...2-4...8-...8-4...2-...2-4...92-...92-4 Screw size 2x M12 2x M12 Torque Nm 0 0 Terminal connection Conductor cross-section (Al/Cu), rm mm 2 2x 16-185 2x 16-185 Conductor cross-section (Al/Cu), re mm 2 2x 16-150 2x 16-150 Conductor cross-section (Al/Cu), sm mm 2 2x 5-240 2x 5-240 Conductor cross-section (Al/Cu), se mm 2 2x 5-00 2x 5-00 Required torque Nm 25 25 1) The fuse is available from Lawson fuses (UK) and does not correspond to BS 88....-1...4-1...4-2...94-1...94-2...-...-4...9-...9-4...-...-4 Breaking capacity H S H H S H Rated insulation voltage U i V 1000 Rated impulse withstand voltage U imp V 8000 Rated operational current I e For fuse links according to A 400 60 500 60 500 IEC 60269/BS88 For fuse links 2 and 1 and 2 according to IEC 60269 For BS fuse links according to BS 88 B4 T 1) Rated operational voltage U e At 50/60Hz rated frequency V -- -- 690 20 440 500 690 500 690 At DC V 20 440 -- -- -- -- -- -- -- Utilization category DC2B DC21B AC22B AC2B DC2B DC21B AC22B AC2B Rated conditional short-circuit current Short-circuit strength (rms value) ka 60 100 60 100 Short-circuit making capacity ka 60 55 66 60 55 66 (rms value) Rated making capacity P.f. = 0.65 A -- -- 1200 -- -- -- 1890 1500 -- -- P.f. = 0. A -- -- -- -- -- -- -- -- -- -- P.f. = 0.5 A -- -- -- 4000 -- -- -- -- 600 5000 Rated breaking capacity P.f. = 0.65 A -- -- 1200 -- -- -- 1890 1500 -- -- P.f. = 0. A -- -- -- -- -- -- -- -- -- -- P.f. = 0.5 A -- -- -- 200 -- -- -- -- 5040 4000 Endurance Operating cycles total 1000 1000 Electrical (690 V, p.f. = 0.65) 200 200 Power losses W 158 57 (without fuse links) Permissible ambient temperature C -5...+55 Permissible mounting position Horizontal and vertical with bottom connection Degree of protection IP41 (in operating state) Connection type Main conductor connections Cable lug connection Conductor cross-section Al/Cu, solid or stranded according to DIN 4625 (Cu) and DIN 4629 (Al) mm 2 1x 25-00 2x 25-240 1x 25-00 2x 25-240 Siemens 10/2015 175

NJ62 In-Line with Fuses up to 60 A General data Auxiliary switches Acc. to IEC 60947-5-1 Rated insulation voltage U i V 690 Rated impulse withstand voltage U imp V 8000 Rated operational current I e At AC 15, U e = 120 V A 8 At AC 15, U e = 20 V A 6 At AC 15, U e = 400 V A 4 At AC 15, U e = 690 V A 2 Electronic fuse monitor, AC version (EFM 10) Size 00 1 2/ Apparent power consumption S VA Approx. 2.5 Internal resist. of measurement circuit MΩ R in > 6 Storage temperature C - 20... + 80 Operating temperature C - 5... + 55 Operating temperature (500 V or 500 A) C - 5... + 5 Protection rating in closed IP40 in-line disconnector Rated operating voltage of the main control switching devices V AC 20... 690 Hz 50/60 Voltage limits % ±15 Signaling relay acc. to IEC 60947-5-1 A I th = 1.5 kv U imp = 4 V U i = 250 Load capacity of the signaling relay U e V 24 125 240 DC - 1; I e A 1 0.2 0.1 AC- 15; I e A 1.5 Short-circuit protection Max. fuse protection DIAZED 2 A glgg Electronic fuse monitor, AC version (EFM 20) Size 00 1 2/ Apparent power consumption S VA Approx. 2.5 Internal resist. of measurement circuit MΩ R in > 6 Storage temperature C - 20... + 80 Operating temperature C - 5... + 55 Operating temperature (500 V or 500 A) C - 5... + 5 Protection rating in closed IP40 in-line disconnector Rated operating voltage of the main control switching devices V AC 20... 690 Hz 50/60 Voltage limits % ±15 Undervoltage V 75 Overvoltage V 425 Voltage drop for faulty fuses V > 1 Delay time s 0.1 Relay 2 Same as relay 1 (fuse monitor) Storage function Off Open/closed-circuit principle Closed-circuit principle Mode Run mode Menu option Display of voltage values/messages Signaling relay acc. to IEC 60947-5-1 A I th = 1.5 kv U imp = 4 V U i = 250 Signaling relay 1 1 changeover contact for fuse monitoring only Signaling relay 2 1 changeover contact as output for central fault OR as signaling relay 1 (presetting) Load capacity of the signaling relay U e V 24 125 240 DC - 1; I e A 1 0.2 0.1 AC- 15; I e A 1.5 Short-circuit protection Max. fuse protection DIAZED 2 A glgg Electronic fuse monitor, DC version (EFM 25) Size 00 1 2 / Apparent power consumption S VA Approx. 2.5 Internal resist. of measurement circuit MΩ R in > 6 Storage temperature C - 20... + 80 Operating temperature C - 5... + 55 Operating temperature (500 V or 500 A) C - 5... + 5 Protection rating in closed IP40 in-line disconnector Rated operating voltage of the main V DC 220... 440 control switching devices Voltage limits % ±15 Undervoltage V 200 Overvoltage V 240 Voltage drop for faulty V > 20 fuses Delay time s 0.1 Relay 2 Same as relay 1 (fuse monitor) Storage function Off Open/closed-circuit principle Closed-circuit principle Mode Run mode Menu option Display of voltage values/ messages Signaling relay acc. to IEC 60947-5-1 A I th = 1.5 kv U imp = 4 V U i = 250 Signaling relay 1 1 changeover contact for fuse monitoring only Signaling relay 2 1 changeover contact as output for central fault OR as signaling relay 1 (presetting) Load capacity of the signaling relay U e V 24 125 240 DC - 1; I e A 1 0.2 0.1 AC- 15; I e A 1.5 Short-circuit protection Max. fuse protection DIAZED 2 A glgg Ammeters Inputs x /1 A or x /5 A Overload Moving-iron measuring instruments 1.2 times Bi-metal measuring instruments 2 times Slave pointer Moving-iron measuring instruments min -- Bi-metal measuring instruments min 15 Power consumption Moving-iron measuring instruments VA 0.6 Bi-metal measuring instruments VA 1 Motorized operating mechanism Size 00 1 2/ Supply voltage V DC 24 ± 2 Power consumption A 1.1 1. 2.8 Endurance (no limitation of switch disconnector according to IEC 60947-) Operating cycles total 1600 Switch cycles under load 200 Signal duration s Min. 0.5 or continuous signal 176 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A General data Dimensional drawings -pole NJ62 switch disconnector, top view 90 550 525 185 185 10 0 200 206 18 NSE0_01874 5 121 590 NJ62 0, size 00 49 24,5 8 590 NSE0_01875 NSE0_00259b NJ62 1, size 1 Plug-in contact Guide pin 99 590 NSE0_01876 49 NSE0_00261b NJ62 and NJ62 4, sizes 2 and 49 49 198 21 21 590 NSE0_01877 21 NSE0_0026b 21 NSE0_00264b Clearance between phases Alternating voltage versions, -pole 12,5 77,5 185 550 525 185 10 L1 L2 L NSE0_01878 Siemens 10/2015 177

NJ62 In-Line with Fuses up to 60 A General data Ammeters Moving-iron measuring instrument Bi-metal measuring instrument 48,2 50 7 5 48 9 28 5 +0,1-0, 48 NSE0_01098 NSE0_01097 7 Snap-on mounting Snap-on mounting Left: View from the front Right: View from the right Current transformers Current transformer for NJ62 switch disconnectors, sizes NH00 and NH1 with feed-through opening Æ 21 mm Left: View from the front Right: View from the right Current transformer for NJ62 switch disconnectors, sizes 2 and 58 71 NSE0_01929 0 NSE0_0190 21 88,5 85,5 10,5 16 0,5 40,5 64,5 65 6,75 27 0 24 44 Top: View from the top Bottom left: View from the front Bottom right: View from the right Current transformer for NJ62 switch disconnectors, sizes 00 and 1 with feed-through opening 14 mm Top: View from the top Bottom left: View from the front Bottom right: View from the right 0 NSE0_01965 14 27 64,5 65 2 40 50 70 24 0 44 178 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A General data Circuit diagrams Typical circuit diagrams L1 L2 L L1 L2 L NSE0_02126 F1 F2 F T1 K L 4 1 2 1 11 12 14 1 2 4 5 6 Typical circuit diagram with 1 current transformer wired on 1 ammeter, with 1 NO and 1 NC Typical circuit diagram with current transformers wired to multi-function plug, with 1 NO contact and 1 NC contact NSE0_02127 NSE0_02124 F1 F2 F T1 K L T2 K L T K L A 4 1 2 1 11 12 14 1 2 4 5 6 L1 L2 L L1 L2 L NSE0_02125 F1 F2 F F1 F2 F T1 K L 4 1 2 1 11 12 14 1 2 T1 K L A 4 1 2 1 11 12 14 1 2 Typical circuit diagram with 1 current transformer wired to 1 ammeter and multi-function plug, with 1 NO contact and 1 NC contact Typical circuit diagram with 1 current transformer wired on 1 ammeter, with 1 NO and 1 NC Siemens 10/2015 179

NJ62 In-Line with Fuses up to 60 A General data L1 L2 L NSE0_02124 F1 F2 F 4 1 2 1 11 12 T1 K L T2 K L T K L A 14 1 2 4 5 6 Typical circuit diagram with current transformers wired on 1 ammeter and multi-function plug, with 1 NO and 1 NC 180 Siemens 10/2015

NJ62 In-Line with Fuses up to 60 A Position of the terminals and current transformers General data L1 L2 L L1 L2 L L1 L2 L NSE0_01926 L L2 L1 Position of the terminals for NJ62 switch disconnectors, size 00 Left: View from the top; Right: View from the right L1 L2 L L2 L1 L1 L2 L L L2 L L1 NSE0_01927 Position of the terminals for NJ62 switch disconnectors, size 1 Left: View from the top; Right: View from the right L1 L2 L L1 L2 L L1 L2 L NSE0_01928 L1 L2 L Positions of the terminals in the case of NJ62 switch disconnectors, sizes 2/ Left: View from the top; Right: View from the right Siemens 10/2015 181

Siemens AG 2016 NP1 Fuse up to 60 A Introduction Overview All key product features at a glance Box terminals available for all sizes Connection of circular conductors and laminated conductors Fuse monitoring possible throughout Busbar supports can be built over Conversion of 5/10 mm thick busbars without parts which can be lost or broken off Convertibility of cable feeder at top/bottom without intervention in the internal conducting paths Optimum integration in various system environments through cover levels and on busbar systems with/without base Touch protection also with rear incoming feeder Fuses are removed using a release shaft without the fuses being touched All units can be sealed and locked NP1 fuse switch disconnectors Overview of all components and accessory parts [ _ Z ` \ X ] Y ^ XW XX Z NSG0_0025 [ YW XZ XY X\ X` X[ X] 182 XX Box terminal XY Auxiliary conductor connection for box terminal Reach-around protection for Siemens busbar system XZ Flat connector [ Reach-around protection for Rittal busbar system X[ Auxiliary conductor connection for flat connector \ Locking device X\ Deep-drawn connection module ] Auxiliary switch with actuator X] Prism terminal ^ Molded-plastic masking frame X^ Auxiliary conductor connection for prism terminal _ Fuse carrier with MFM electromechanical fuse monitoring X_ Saddle terminal ` Fuse carrier with EFM 10 electronic fuse monitoring X` Cable connection cover XW Fuse carrier with EFM 20/25 electronic fuse monitoring YW Cable connection cover with rear reach-around protection X NP1 fuse switch disconnector Y Cover masking frame support Z Siemens 10/2015 X_ X^

NP1 Fuse up to 60 A Introduction Benefits Advantages during planning and configuration Low level of equipment variation due to easy convertibility of cable feeder at top/bottom (delivered from factory with cable feeder at bottom) Only one device variant for applications in industry and infrastructure thanks to touch and reach-around protection as a standard feature Uniform grid sizes for easy configuration Advantages during operation and service The optional rear covers for the cable connections ensure optimum touch protection even for switchgear assemblies with rear access Innovative design enables the highest safety for equipment and personnel Fuses can be released and removed using a release shaft Lockable and sealable design enables safe working and prevents unauthorized access Application Possible uses NP1 fuse switch disconnectors can be used for protecting and switching the most diverse electrical loads: Motor starter combinations In conjunction with SITOR semiconductor fuses for the protection of frequency converters and soft starters Fusing of compensation modules Cable feeders Group fusing of small loads The devices are optimized for operation in all kinds of system environments: Low-voltage switchgear assemblies for power distribution and MCCs (e.g. main and sub-distribution boards) Distribution systems with cover levels of 2 and 70 mm or and 70 mm Mechanical engineering Railway applications Fuse monitoring Fuse monitors are used to detect, indicate and report faults: MFM electromechanical fuse monitoring for AC/DC networks EFM 10 electronic fuse monitoring for AC networks EFM 20 electronic fuse monitoring with line monitoring for AC networks EFM 25 electronic fuse monitoring with line monitoring for DC networks Standards and specifications The NP1 fuse switch disconnectors are compliant with: IEC 60947-1, EN 60947-1 IEC 60947-, EN 60947- Advantages during installation Only one device version is required for cable feeders at top/bottom and there is no need to intervene in the internal conducting paths One device version with very high short-circuit values dispenses with having to order and install arc splitters to increase the electrical values On all sizes it is possible to install two CO contacts for indicating the switching position All devices feature all-round touch protection Box terminals are available for all sizes and shorten the mounting time appreciably Snapping on the sizes NH000 and NH00 shortens the mounting time greatly compared to fixing with screws The screw-fixing method on sizes NH1, NH2 and NH provides for easy positioning and at the same time secure contacting of the larger and heavier device versions Small space requirement through compact devices and busbar supports which can be built over Device versions for busbar mounting can be converted to 5 mm or 10 mm thick busbars without parts which can be lost or broken off Mounting Floor mounting Sizes 000, 00 System cover (alternative) 70 Mounting plate Sizes 1, 2, NP1 fuse switch disconnector for floor mounting Busbar mounting Mounting on Siemens 8US busbar systems with 2/70 mm cover level 70 2 Mounting plate Base Busbar support Busbar support NP1 fuse switch disconnector for busbar mounting NSG0_0026 Mounting on Rittal Riline 60 busbar systems with base NSG0_0027 Siemens 10/2015 18

NP1 Fuse up to 60 A Introduction Technical specifications Standards IEC / EN 60947-1, IEC / EN 60947-, VDE 0660 Part 7 Type NP112... NP11... NP114... NP115... NP116... Rated uninterrupted current I u A 160 1) 160 250 400 60 For fuse links acc. to IEC 60269-2 Size 000 00 and 000 1 and 0 2 and 1 and 2 Conventional free air thermal current I th A 160 160 250 400 60 Rated operational voltage U e At 50 Hz/60 Hz AC V 690 690 690 690 690 With DC ( conducting paths series-connected) V 440 440 440 440 440 With DC (2 conducting paths series-connected) V 220/240 220/240 220/240 220/240 220/240 With utilization category AC-20 or DC-20 Max. V 1000 2) Rated insulation voltage U i V 1000 1000 1000 1000 1000 Rated impulse withstand voltage U imp kv 8 8 8 8 8 Rated cond. short-circuit current with fuses (by fast switch on) Size/A 000/160 00/160 1/250 2/400 /60 Rated current at 500 V/690 V AC ka 80/50 80/50 80/50 80/50 80/50 Permissible let-through current of the fuses, peak value ka 10 15 25 40 50 Short-circuit strength with fuses (with closed disconnector) Size/A 000/160 00/160 1/250 2/400 /60 Rated current at 500 V/690 V, rms value ka 120/100 120/100 120/100 100/100 100/100 Let-through I 2 t value ka 2 s 56 158 780 2150 5400 Permissible let-through current of the fuses, peak value ka 15 2 2 40 60 Rated making capacity ka 2 6 17 17 17 with isolating blades at 500 V AC Rated making and breaking capacity At AC-21B, 22B, 2B 400 V AC A 160 160 250 400 60 At AC-21B 500 V AC A 160 160 250 400 60 At AC-22B 500 V AC A 125 160 250 400 60 At AC-2B 500 V AC A 40 6 200 15 500 At AC-21 B 690 V AC A 160 160 250 400 60 At AC-22B 690 V AC A 50 125 250 400 500 At AC-2B 690 V AC A 25 5 100 125 200 With DC-21B (2 cond. paths series-connected) 240 V DC A 160 160 250 400 60 With DC-22B (2 cond. paths series-connected) 240 V DC A 100 160 250 400 60 With DC-2B (2 cond. paths series-connected) 240 V DC A 80 100 200 250 400 With DC-21B ( cond. paths series-connected) 440 V DC A 100 160 250 400 60 With DC-22B ( cond. paths series-connected) 440 V DC A 50 125 200 15 500 With DC-2B ( cond. paths series-connected) 440 V DC A 25 6 100 160 250 Capacitor switching capacity At 400 V AC Capacitor rating kvar 50 50 50 50 50 Rated current I n A 72 72 72 72 72 At 525 V AC Capacitor rating kvar 50 50 50 50 50 Rated current I n A 55 55 55 55 55 Permissible ambient temperature ) C -25... +55 for operation, -50... +80 during storage Mechanical endurance, operating cycles 2000 2000 1600 1000 1000 Degree of protection (operator side) Without molded-plastic masking frame/cable lug cover IP0 (switch closed) / IP20 (switch open) With molded-plastic masking frame/cable lug cover IP40 (switch closed) / IP20 (switch open) Power loss of the switch at I th (plus fuses) W 9 12 2 4 48 Maximum power loss of the usable fuses (per fuse) 4) W 7.5 5) 12 2 4 48 Max. conductor cross-section of main conductor connection Flat terminals mm 2 Up to 95 (M8) Up to 150 (M10) Permissible mounting position 1) 160 A available in combination with feeder terminal NP1 92-1BD00, otherwise max. 100 A. 2) Up to pollution degree 2, above this U i = 690 V ) Only with isolating links; otherwise, please observe specifications of fuse manufacturer. Up to 240 (M10) Up to 00 (M10) Box terminals mm 2 1.5... 50 6...70 70... 185 120... 240 150... 00 Prism terminal mm 2 -- 5... 95 70... 150 120... 240 150... 00 Saddle terminals mm 2 -- 1.5... 70 70... 120 120... 240 150... 00 Laminated conductors in box terminal mm 8x8 9x8 10 x 20 10 x 2 20 x 2 Rated operational current of auxiliary switch (at max. 250 V AC) NP19...-1FA00 auxiliary switch A 0.25 (I th =5A) NP19...-1FB00 auxiliary switch (solid-state compatible) A 0.1 (I th =0.1A) Vertical and horizontal (no derating) 4) Values are valid when using LV HRC (NH) fuse systems with characteristic gg. If using fuses for semiconductor protection, please refer to the assignment table, see page 185. 5) For operation up to 160 A, max. 9W. 184 Siemens 10/2015

NP1 Fuse up to 60 A Fuses Overview The NP1 fuse switch disconnectors are suitable for all fuses in LV HRC design; see Catalog LV 10, chapter "Fuse Systems". SITOR semiconductor fuses in LV HRC design can also be used, although it must be noted that, compared to cable and line protection fuses, these get much hotter during operation. For this reason, the fuse must be operated below the rated current I n of the device (derating) when installed in a closed switching device. The following table shows the permissible load currents of the SITOR semiconductor fuses for installation in NP1. The values were determined using the conductor cross-sections specified in the table. Note If using smaller cross-sections, a considerably higher derating is required due to the lower heat dissipation. SITOR semiconductor fuses for NP1 fuse switch disconnectors: Assignment table SITOR semiconductor fuse data Permissible load currents of fuse when installed in: NP1 for floor mounting NP1 for busbar mounting Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Type Size Permissible load current 4) Type Size Permissible load current 4) 5) A V AC mm² A A NC2.. 150 500 gr 70 NP116 140 NP116 150 NC2425.. 200 500 gr 95 NP116 175 NP116 190 NC2427.. 250 500 gr 120 NP116 220 NP116 27 NC2428.. 00 500 gr 185 NP116 250 NP116 285 NC241.. 50 500 gr 240 NP116 20 NP116 2 NC242.. 400 500 ar 240 NP116 70 NP116 80 NC6-1 60 1000 ar 2x (40x5) NP116 500 NP116 500 NC40-1 15 1250 ar 2x95 NP116 280 NP116 285 NC42-1 400 1250 ar 2x120 NP116 40 NP116 40 NC44-1 500 1250 ar 2x150 NP116 400 NP116 425 NC46-1 60 1250 ar 2x (40x5) NP116 460 NP116 55 NC842.. 150 660 gr 70 NP116 120 NP116 140 NC8425.. 200 660 gr 95 NP116 160 NP116 190 NC8427.. 250 660 gr 120 NP116 200 NP116 240 NC841.. 50 660 gr 240 NP116 270 NP116 00 NC844.. 500 660 gr 2x 150 NP116 85 NP116 85 NE1020-2 80 690 gr 00 25 NP11 00 80 NP11 00 80 NE1021-0 100 690 gs 00 5 NP11 00 100 NP11 00 100 NE1021-2 100 690 gr 00 5 NP11 00 95 NP11 00 95 NE1022-0 125 690 gs 00 50 NP11 00 120 NP11 00 120 NE1022-2 125 690 gr 00 50 NP11 00 115 NP11 00 115 NE1224-0 160 690 gs 1 70 NP114 1 160 NP114 1 160 NP115 2 160 NP115 2 160 NE1224-2/- 160 690 gr 1 70 NP114 1 150 NP114 1 152 NP115 2 200 NP115 2 200 NE1224-2/- 160 690 gr 1 70 NP114 1 150 NP114 1 152 NP115 2 160 NP115 2 160 NE1225-2/- 200 690 gr 1 95 NP114 1 180 NP114 1 180 NP115 2 190 NP115 2 190 NE1227-0 250 690 gs 1 120 NP114 1 25 NP114 1 28 NP115 2 250 NP115 2 250 NE1227-2/- 250 690 gr 1 120 NP114 1 220 NP114 1 21 NP115 2 25 NP115 2 25 NE120-0 15 690 gs 1 2x 70 NP115 2 290 NP115 2 15 NE120-2/- 15 690 gr 1 2x 70 NP115 2 278 NP115 2 15 NP116 80 NP116 400 NE11-0 50 690 gs 2 2x 95 NP115 2 15 NP115 2 50 NP116 40 NP116 50 NE11-2/- 50 690 gr 2 2x 95 NP115 2 00 NP115 2 0 NP116 0 NP116 50 NE12-0 400 690 gs 2 2x 95 NP115 2 40 NP115 2 80 NE12-2/- 400 690 gr 2 2x 95 NP115 2 28 NP115 2 60 NP116 70 NP116 400 NE1-0 0 690 gs 2 2x 120 NP116 0 NP116 40 NE1-2/- 0 690 gr 2 2x 120 NP116 40 NP116 420 NE14-0 500 690 gs 2 2x 120 NP116 500 NP116 0 NE14-2/- 500 690 gr 2 2x 120 NP116 475 NP116 0 Siemens 10/2015 185

NP1 Fuse up to 60 A Fuses SITOR semiconductor fuse data Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Permissible load currents of fuse when installed in: NP1 for floor mounting NP1 for busbar mounting Type Size Permissible Type Size Permissible load load current 4) 4) 5) current A V AC mm² A A NE145-0 560 690 gs 2x 150 NP116 560 NP116 520 NE145-2/- 560 690 gr 2x 150 NP116 555 NP116 510 NE146-0 60 690 gs 2x 185 NP116 60 NP116 585 NE146-2/- 60 690 gr 2x 185 NP116 620 NP116 570 NE147-0 710 690 gs 2x (40x5) -- -- -- NP116 605 NE147-1 710 600 gr 2x (40x5) -- -- -- NP116 590 NE147-2/- 710 690 gr 2x (40x5) -- -- -- NP116 580 NE148-0 800 690 gs 2x (50x5) -- -- -- NP116 60 NE148-1 800 600 gr 2x (50x5) -- -- -- NP116 610 NE148-2/- 800 690 gr 2x (50x5) -- -- -- NP116 600 NE1447-2/- 670 690 gr 2x (40x5) -- -- -- NP116 575 NE1448-2/- 850 690 gr 2x (40x8) -- -- -- NP116 60 NE1802-0 40 690 gs 000 10 NP112 000 40 NP112 000 40 NP11 00 40 NP11 00 40 NE180-0 5 690 gs 000 6 NP112 000 5 NP112 000 5 NP11 00 5 NP11 00 5 NE181-0 16 690 gs 000 1.5 NP112 000 16 NP112 000 16 NP11 00 16 NP11 00 16 NE1814-0 20 690 gs 000 2.5 NP112 000 20 NP112 000 20 NP11 00 20 NP11 00 20 NE1815-0 25 690 gs 000 4 NP112 000 25 NP112 000 25 NP11 00 25 NP11 00 25 NE1817-0 50 690 gs 000 10 NP112 000 50 NP112 000 50 NP11 00 50 NP11 00 50 NE1818-0 6 690 gs 000 16 NP112 000 6 NP112 000 6 NP11 00 6 NP11 00 6 NE1820-0 80 690 gs 000 25 NP112 000 80 NP112 000 80 NP11 00 80 NP11 00 80 NE221 100 1000 ar 1 5 NP114 1 88 NP114 1 95 NP115 2 95 NP115 2 100 NE222 125 1000 ar 1 50 NP114 1 102 NP114 1 11 NP115 2 110 NP115 2 125 NE224 160 1000 ar 1 70 NP114 1 10 NP114 1 140 NP115 2 140 NP115 2 150 NE225 200 1000 ar 1 95 NP114 1 16 NP114 1 170 NP115 2 175 NP115 2 180 NE227 250 1000 ar 1 120 NP114 1 195 NP114 1 200 NP115 2 210 NP115 2 215 NE20-0B 15 1000 ar 1 185 NP115 2 270 NP115 2 265 NE21 50 1000 ar 1 240 NP115 2 290 NP115 2 280 NE22-0B 400 1000 ar 1 240 NP115 2 20 NP115 2 10 NE2 0 1000 ar 1 2x 150 NP115 2 60 NP115 2 0 NE2-0B 400 1000 ar 2 240 NP115 2 0 NP116 60 NP116 60 -- -- -- NE 0 1000 ar 2 2x 150 NP116 75 NP116 90 NE4-0B 500 1000 ar 2 2x 150 NP116 420 NP116 415 NE5 560 1000 ar 2 2x 185 NP116 475 NP116 460 NE6 60 1000 ar 2 2x 185 NP116 540 NP116 500 NE7-8 710 900 ar 2 2x (40x5) NP116 580 NP116 500 NE8-8 800 800 ar 2 2x 240 NP116 605 NP116 500 NE40-8 900 690 ar 2 2x (40x8) NP116 60 NP116 500 NE4101 2 1000 gr 0 6 NP114 1 0 NP114 1 2 NE4102 40 1000 gr 0 10 NP114 1 5 NP114 1 40 NE4117 50 1000 gr 0 10 NP114 1 42 NP114 1 50 NE4118 6 1000 ar 0 16 NP114 1 55 NP114 1 60 NE4120 80 1000 ar 0 25 NP114 1 71 NP114 1 76 NE4121 100 1000 ar 0 5 NP114 1 84 NP114 1 9 NE4122 125 1000 ar 0 50 NP114 1 107 NP114 1 115 NE4124 160 1000 ar 0 70 NP114 1 14 NP114 1 144 NE427-0B 250 800 ar 2 150 NP115 2 195 NP116 220 NP116 215 NP116 220 NE40-0B 15 800 ar 2 240 NP115 2 240 NP116 255 NP116 270 -- -- -- NE4-0B 0 800 ar 2 2x (0x5) NP116 70 NP116 55 186 Siemens 10/2015

SITOR semiconductor fuse data Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu NP1 Fuse up to 60 A A V AC mm² A A NE44-0B 500 800 ar 2 2x (0x5) NP116 410 NP116 90 NE47 710 800 ar 2 2x (50x5) NP116 540 NP116 500 NE8015-1 25 690 gr 00 4 NP11 00 25 NP11 00 25 NE800-1 5 690 gr 00 6 NP11 00 2 NP11 00 5 NE8017-1 50 690 gr 00 10 NP11 00 4 NP11 00 50 NE8018-1 6 690 gr 00 16 NP11 00 52 NP11 00 60 NE8020-1 80 690 ar 00 25 NP11 00 65 NP11 00 72 NE8021-1 100 690 ar 00 5 NP11 00 85 NP11 00 85 NE8022-1 125 690 ar 00 50 NP11 00 100 NP11 00 100 NE8024-1 160 690 ar 00 70 NP11 00 120 NP11 00 115 1) Due to the mechanical stress on the relatively long fuse blades, SITOR NE41 semiconductor fuses should only be switched occasionally and only at zero current. 2) For permissible load currents for NE8-0MK, see Configuration Manual "Fuse Systems", or on request. ) NP1 fuse switch disconnectors may be operated at up to 1000 V AC/DC with the following restrictions: - Pollution degree 2 (instead of ) - AC20/DC20 - i. e. must not be switched under load 4) In the case of cyclic loads, the currents may have to be further reduced (precise values on request). 5) Values apply if used with 0 x 10 mm rails; for size 00: 12 x 5 mm and top busbar connection values for other configurations available on request. Fuses Permissible load currents of fuse when installed in: NP1 for floor mounting NP1 for busbar mounting Type Size Permissible Type Size Permissible load load current 4) 4) 5) current Siemens 10/2015 187

NP1 Fuse up to 60 A Dimensions, hole drilling templates, circuit diagrams Dimensional drawings Handle positions K M L N F G H I A C E J B A, B C D I201_18926 Dimensions (mm) NP112-1CA20 Handle positions, size 000 A B C D E F G H I J K L M N 76,6 60,6 71,6 88,8 141,7 110,4 188 Siemens 10/2015

NP1 Fuse up to 60 A Dimensions, hole drilling templates, circuit diagrams H I Siemens AG 2016 K M L N F G B A C D E J A, B C D I201_18927 Dimensions (mm) NP11-1CA10 NP11-1CA20 NP11-1BB.0 A B C D E F G H I J K L M N 86,5 6,7 87,7 105,8 202 184 86,5 6,7 87,7 105,8 200 184 111,5 6,7 87,7 105,8 210,2 196 184 70 2 26 51 Handle positions, size 00 Siemens 10/2015 189

NP1 Fuse up to 60 A Dimensions, hole drilling templates, circuit diagrams 70 2 I E 06 298 G J A B C D F H A, B C D Dimensions (mm) NP114-1DA.0 NP115-1DA.0 NP116-1DA.0 I201_18928 A B C D E F G H I J 115 180 186 18,7 275,6 129,9 200 207 209,4 280 90 18,5 200 207 249,4 280 90 Handle positions, sizes 1, 2 and 190 Siemens 10/2015

NP1 Fuse up to 60 A Standard rail mounting Dimensions, hole drilling templates, circuit diagrams Floor mounting 88,8 70 2 I201_18929 184 280 298 64,8 76,9 I201_1891 Standard rail mounting, size 000 Floor mounting in distribution boards Busbar mounting A 2 70 70 2 I201_18929 C Z B 184 194 Busbar mounting, sizes 000 and 00 on the left, sizes 1, 2, and on the right I201_1892 280 298 Abmessungen (mm) NP11-1CA10 NP11-1CA10 NP11-1CA20 NP11-1CA20 NP114-1CA.. NP114-1CA.. Z A B C 150 105,8 26 26 125 105,8 8,5 8,5 150 105,8 25 25 125 105,8 7,5 7,5 150 18,7 9 6 125 18,7 105,5 75,5 Standard rail mounting, size 00 Siemens 10/2015 191

NP1 Fuse up to 60 A Dimensions, hole drilling templates, circuit diagrams Hole drilling templates I201_1895 I201_189 76,8 50 D E 141,7 A C F 5 B G Hole drilling template, size 000 88,8 I201_1894 Dimensions (mm) NP114-1CA.0 NP115-1CA.0 NP116-1CA.0 Hole drilling template, sizess 1, 2 and A B C D E F G 06 18 50 150 10 11 184 06 18 50 166 10 11 210 06 18 50 195 160 11 250 75 101 66 49 202 40 12,5 12,5 Mounting position 50 6 90 90 90 I201_1896 105,8 Hole drilling template, size 00 Mounting position, size 00 192 Siemens 10/2015

NP1 Fuse up to 60 A Dimensions, hole drilling templates, circuit diagrams Circuit diagrams AC applications L1 L2 L I201_1897 Circuit diagram for AC applications DC applications L+ I201_1898 L- Circuit diagram for 220 V/240 V DC applications L+ I201_1899 L- Circuit diagram for 440 V DC applications (floor mounting only) Siemens 10/2015 19

NP5 Fuse up to 60 A Introduction Overview NP5 0 NP5 2 NP5 4 NP5 fuse switch disconnector range NP5 fuse switch disconnectors are controls for the occasional manual switching/isolating of loads and distribution boards. They are able to switch on, control and switch off the specified rated current (including a specific overload). With the NP5 fuse switch disconnectors, all poles of downstream electric loads can be safely disconnected from the system under load. Application The NP5 fuse switch disconnectors are ideally suited for surface mounting and installation in distribution boards (e.g. ALPHA, SIKUS), meter cabinets (e.g. ALPHA 400-ZS), and molded-plastic distribution systems such as 8HP. The ability to mount them on a range of different busbar systems allows their very diverse implementation in switchgear cabinet and control engineering. The NP5 fuse switch disconnectors are ideal for operation in combination with other switching devices, for example in capacitor modules for reactive-power compensation. In conjunction with semiconductor protection fuses (e.g. SITOR), these are used for the effective protection of frequency converters and soft starters. The NP5 fuse switch disconnectors are suitable for use in any climate and comply with standards IEC 60947-1, IEC 60947- and DIN VDE 0660 Part 107. In addition, the NP5 series of fuse switch disconnectors complies with the requirements of BS 5419 and is also approved for operation in marine applications. All NP5 fuse switch disconnectors can be sealed as standard or using accessories. Permissible mounting position 10 180 180 180 NSE0_00182 NP5 194 Siemens 10/2015

NP5 Fuse up to 60 A Introduction Technical specifications Standards IEC 60947-1, IEC 60947-, VDE 0660 Part 107 Type NP50 NP52 NP5 NP54 Rated uninterrupted current I u A 160 250 400 60 For fuse links acc. to IEC 60269-2 Size 00 1 and 0 2 and 1 and 2 Conventional free air thermal current I th A 160 250 400 60 Rated operational voltage U e 50/60 Hz AC V 690 DC V 440 ( conducting paths series-connected), 220 (2 conducting paths in series, fuse monitoring by RV) Rated insulation voltage U i V 690 1) 690 1) 690 1) 690 1) Rated impulse withstand voltage U imp kv 6 6 6 6 Rated conditional short-circuit current with fuses (by fast switch on) Rated current Size/A 00/160 1/250 2/400 /60 At 500 V AC (rms value) ka 50 50 50 50 Permissible let-through current of the fuses (peak value) ka 15 25 40 50 Short-circuit strength with fuses (with closed disconnector) Rated current Size/A 00/160 1/250 2/400 /60 At 500 V AC (rms value) ka 100 100 50 50 Maximum permissible let-through I 2 t value ka 2 s 22 780 2150 5400 Permissible let-through current of the fuses (peak value) ka 2 2 40 60 Rated short-circuit making capacity with isolating blades 2) Size 00 1 2 At 500 V AC (peak value) ka 6 17 17 17 Rated making and breaking capacity 2) (infeed from top or bottom) ) Size 00 1 0 2 1 2 Breaking current I c At p.f. = 0.5, rms value at 500 V A 100 2500 1600 4000 2500 5040 4000 At p.f. = 0.5, rms value at 690 V A 800 1280 1000 2520 1600 200 2520 At p.f. = 0.5 and 400 V AC, with fuse links, rms value A 1600 2500 1600 4000 2500 5040 4000 Rated operational current I e At AC-21B, AC-22B, AC-2B at 400 V AC, with fuse links A 160 250 160 400 250 60 400 At AC-21B, AC-22B, AC-2B at 500 V AC, with fuse links A 160 250 160 400 250 60 400 At AC-21B, AC-22B at AC 690 V A 160 250 160 400 250 60 400 At AC-2B at AC 690 V A 100 160 125 15 200 400 15 At 220 (440) V DC, with 2 () conducting paths series-connected and fuse links: Breaking current I c (L/R = 15 ms) A 640 1000 640 1600 1600 2520 1600 Rated operational current I e at DC-2B A 160 250 160 400 250 60 400 Capacitor switching capacity Capacitor rating at 400 V AC kvar 80 90 150 250 Rated current I n at 525 V AC A 116 10 216 61 Capacitor rating kvar 100 125 200 00 Rated current I n A 110 17 220 0 Permissible ambient temperature C - 25... +55 for operation 4), -50... +80 during storage Mechanical endurance, operating cycles 1600 Degree of protection Without molded-plastic masking frame IP00, for NP52 with terminal clamp connection degree of protection IP10 With molded-plastic masking frame with closed fuse carrier on the operator side IP0 With molded-plastic masking frame with open fuse carrier IP10 Power loss of the switch at I th (without power loss of the fuse links) Without busbar adapter W 7.8 (16.) 5) 7.5 15 9 Maximum power loss of the usable fuses (per fuse) 6) W 12 2 7 50 Main conductor connections Flat terminal for connection of Crimped cable lugs acc. to DIN 4624 (conductor cross-section, stranded) mm 2 2.5... 120 6... 150 6... 240 6... 2 240 Pressed cable lugs acc. to DIN 4625 (conductor cross-section, stranded) mm 2 16... 70 16... 150 16... 240 16... 2 240 Busbars (usable busbar width) mm 16... 22 22... 0 22... 0 22... 0 Clamp terminals mm 2 2.5... 50 7) 5... 120 -- -- Auxiliary switch 1 NO + 1 NC (accessories) The same voltage potential must be applied to the NO and NC contacts At 50 Hz/60 Hz to 400 V AC, rated operational current I e at AC-12/AC-15 A A 16/6 Flat plug-in terminals (DIN 46244) A 6.... 0.8 Permissible mounting position Vertical or horizontal (switching capacity may be reduced with horizontal installation) Signaling contact for solid-state fuse monitoring 2NO + 1NC Rated operational current I e at 250 V, DC-1 A 0.27 Rated operational current I e at 240 V, AC-15 A 1.5 Thermal free-air rated current I th A 5 1) When observing degree of pollution 2 (instead of ) operation is also possible up to U i = 1000 V. 2) Rated making and breaking current according to IEC 60947-: Rated making current I = 10 I e (AC-2); I e (AC-22); 1.5 I e (AC-21); Rated breaking current I e = 8 I e (AC-2); I e (AC-22); 1.5 I e (AC-21). ) When electronic fuse monitors are used, infeed must be from the top. 4) When using isolating blades. If using fuse links, please observe the fuse manufacturer s specifications. 5) With busbar adapter. 6) Values are valid when using LV HRC (NH) fuse systems with characteristic gg. If using fuses for semiconductor protection, please refer to the assignment table, see page 198. 7) When connecting one conductor. For 2 conductors max. 1 x 50 mm 2 and 1 x 5mm 2. Siemens 10/2015 195

NP5 Fuse up to 60 A Introduction Dimensional drawings NP5660, 160 A For surface mounting 6 6 84 116 15 97,5 70 Ø5,8 17 97 196 4 165 1 NSE0_00226a NP5060, 160 A With molded-plastic masking frame for any type of installation NSE0_0021a M8 22 a 2 6 6 14 19 Auxiliary switches 228 Type a b c d NY1105 15 215 95.5 8 NY1115 15 215 95.5 8 NY1106 15 290 144.5 64 NY1108 15 290 144.5 64 NY1208 149 250 115 5.5 c b d 12 Molded-plastic masking frame NY1107 NSE0_00227b 15 6 0 0 20 0 0 NP5660, 160 A With fuse monitoring by RV1 circuit breaker, with connector 161,5 196 00 NSE0_00228b For plastic frame Cutout for NP5660, with and without auxiliary switch NSE0_00229a 70 5,8 10 91 205 Cutout for NY1208 mounting kit NSE0_0020a 126,5 14 191 207,5 6 14 For metal frame Cutouts for NP5 228 B h NSE0_00906b H Type Molded-plastic masking Panel cut-out min. frames Molded-plastic masking frame behind panel Type B H B H h 1) NP566 NY1105 2) 15 215 10 206 115 NP566 NY1125 NP526 NY1210 222 00 210 29 146 NP56 NY1211 2 00 25 29 146 NP546 NY1212 290 00 280 29 146 Molded-plastic masking frame in the front of the panel Type B H B H h 1) NP566 NY1105 15 215 10 205 115 NP566 NY1208 149 250 14 191 -- NP526 NY1210 220 00 210 262 12 NP56 NY1211 2 00 24 262 12 NP546 NY1212 290 00 279 262 12 1) h = Distance from upper edge of panel cut-out to center of disconnector mounting. 2) With standard molded-plastic masking frame behind panel and corresponding panel cutout, the standard switching capacity is reduced to the following AC 2B values: At 400 V I e 160 A, at 500 V from I e 160 A to 125 A and At 690 V from I e 100 A to 50 A Circuit diagrams 196 Siemens 10/2015

NP5 Fuse up to 60 A Introduction Function for auxiliary contacts main contact elements with NP5 Off On Off 1-4 (1 NO) 1-14 (1 NO) 1-2 (1 NC) 21-22 (1 NC) NP40 1, ( NO) NP50 60 ( NO) 15 20 70 NP4. 7 0 5 10 15 20 77 1-14 (1 NO) 21-22 (1 NC) NP52 60 ( NO) NP5 60 ( NO) NP54 60 ( NO) 0 5 10 15 20 61 Auxiliary switch 2 4 1 For NP40 1, and NP4. 7 Contact closed Contact open 1 21 14 22 For NP5 NSE_00174e NP5 fuse switch disconnector with fuse monitoring (with RV1 motor starter protector, with auxiliary switch 1 NO + 1 NC) Circuit diagram of main circuit Circuit diagram of auxiliary circuit!! 0 8 * 7 *!! #! " 1 1 1 " $ " 5 - % # >.! * 9 0 Q1 = Fuse switch disconnector Q2 = Circuit breaker K1 = Contactor S1 = ON button S0 = OFF button F1 = Overload relay F2 = Control cable fuse NP5 fuse switch disconnector with electronic fuse monitoring Block diagram L1 L2 L LED indication Operation Fault F1 Fault F2 Voltages Fault F F1 F2 F Resistor network Microcontroller Switching stage Parameterization Synchronization signals Power supply unit 11 12 2 24 4 L1' L2' L' NSE0_00177a Version "A" (open-circuit principle): Auxiliary switches pick up only if fuse defective and voltage is applied. Version "R" (closed-circuit principle): Auxiliary contact elements pick up only provided voltage is present and fuses are intact. X1 Signal leads 6 5 4 2 BN BK BU GY WH RD 1 Siemens 10/2015 197

NP5 Fuse up to 60 A Fuses Overview NP5 fuse switch disconnectors are suitable for all fuses in LV HRC design, see Catalog LV10, chapter "Fuse Systems". SITOR semiconductor fuses in LV HRC design can also be used, although it must be noted that, compared to cable and line protection fuses, these get much hotter during operation. For this reason, the fuse must be operated below the rated current I n of the device (derating) when installed in a closed switching device. The following table shows the permissible load currents of the SITOR semiconductor fuses for installation in NP5. The values were determined using the conductor cross-sections specified in the table. Note If using smaller cross-sections, a considerably higher derating is required due to the lower heat dissipation. SITOR semiconductor fuses for NP5 fuse switch disconnectors: Assignment table SITOR semiconductor fuse data Permissible load currents of fuse when installed in NP5 for floor mounting Type NP5 Alternative type NP5 Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A NC242.. 150 500 gr 70 NP54 1 -- -- -- NC2425.. 200 500 gr 95 NP54 180 -- -- -- NC2427.. 250 500 gr 120 NP54 225 -- -- -- NC2428.. 00 500 gr 185 NP54 255 -- -- -- NC241.. 50 500 gr 240 NP54 0 -- -- -- NC242.. 400 500 ar 240 NP54 400 -- -- -- NC6-1 60 1000 ar 2x (40x5) NP54 50 -- -- -- NC7-1 710 1000 ar 2x (50x5) NP54 570 -- -- -- NC8-1 800 1000 ar 2x (40x8) NP54 60 -- -- -- NC40-1 900 1000 ar 2x (40x8) NP54 700 5) -- -- -- NC41-1 1000 1000 ar 2x (50x8) NP54 770 5) -- -- -- NC42-1 1100 800 ar 2x (50x8) NP54 800 5) -- -- -- NC4-1 1250 800 ar 2x (50x8) NP54 850 5) -- -- -- NC40-1 15 1250 ar 2x95 NP54 295 -- -- -- NC42-1 400 1250 ar 2x120 NP54 55 -- -- -- NC44-1 500 1250 ar 2x150 NP54 440 -- -- -- NC46-1 60 1250 ar 2x (40x5) NP54 520 -- -- -- NC48-1 800 1100 ar 2x (40x8) NP54 625 -- -- -- NC842.. 150 660 gr 70 NP54 15 -- -- -- NC8425.. 200 660 gr 95 NP54 180 -- -- -- NC8427.. 250 660 gr 120 NP54 225 -- -- -- NC841.. 50 660 gr 240 NP54 00 -- -- -- NC844.. 500 660 gr 2x 150 NP54 425 -- -- -- NC8444-C 1000 600 ar 2x (60x6) NP54 800 5) -- -- -- NE1020-2 80 690 gr 00 25 NP50 00 80 -- -- -- NE1021-0 100 690 gs 00 5 NP50 00 100 -- -- -- NE1021-2 100 690 gr 00 5 NP50 00 100 -- -- -- NE1022-0 125 690 gs 00 50 NP50 00 125 -- -- -- NE1022-2 125 690 gr 00 50 NP50 00 125 -- -- -- NE1224-0 160 690 gs 1 70 NP52 1 160 NP5 2 160 NE1224-2/- 160 690 gr 1 70 NP52 1 160 NP5 2 160 NE1225-0 200 690 gs 1 95 NP52 1 200 NP5 2 200 NE1225-2 200 690 gr 1 95 NP52 1 200 NP5 2 200 NE1225-200 690 gr 1 95 NP52 1 190 NP5 2 200 NE1227-0 250 690 gs 1 120 NP52 1 250 NP5 2 250 NE1227-2 250 690 gr 1 120 NP52 1 250 NP5 2 250 NE1227-250 690 gr 1 120 NP52 1 25 NP5 2 250 NE120-0 15 690 gs 1 2x 70 NP5 2 15 -- -- -- NE120-2/- 15 690 gr 1 2x 70 NP5 2 15 -- -- -- NE11-0 50 690 gs 2 2x 95 NP5 2 50 NP54 50 NE11-2/- 50 690 gr 2 2x 95 NP5 2 50 NP54 50 NE12-0 400 690 gs 2 2x 95 NP5 2 400 NP54 400 NE12-2/- 400 690 gr 2 2x 95 NP5 2 400 NP54 400 198 Siemens 10/2015

NP5 Fuse up to 60 A Fuses SITOR semiconductor fuse data Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Permissible load currents of fuse when installed in NP5 for floor mounting Type NP5 Alternative type NP5 Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A NE1-0 0 690 gs 2 2x 120 NP54 0 -- -- -- NE1-2/- 0 690 gr 2 2x 120 NP54 0 -- -- -- NE14-0 500 690 gs 2 2x 120 NP54 500 -- -- -- NE14-2/- 500 690 gr 2 2x 120 NP54 500 -- -- -- NE145-0 560 690 gs 2x 150 NP54 560 -- -- -- NE145-2/- 560 690 gr 2x 150 NP54 560 -- -- -- NE146-0 60 690 gs 2x 185 NP54 60 -- -- -- NE146-2/- 60 690 gr 2x 185 NP54 625 -- -- -- NE147-0 710 690 gs 2x (40x5) NP54 710 5) -- -- -- NE147-1 710 600 gr 2x (40x5) NP54 690 5) -- -- -- NE147-2/- 710 690 gr 2x (40x5) NP54 685 5) -- -- -- NE148-0 800 690 gs 2x (50x5) NP54 800 5) -- -- -- NE148-1 800 600 gr 2x (50x5) NP54 750 5) -- -- -- NE148-2/- 800 690 gr 2x (50x5) NP54 770 5) -- -- -- NE1447-2/- 670 690 gr 2x (40x5) NP54 655 5) -- -- -- NE1448-2/- 850 690 gr 2x (40x8) NP54 820 5) -- -- -- NE1802-0 40 690 gs 000 10 NP50 00 40 -- -- -- NE180-0 5 690 gs 000 6 NP50 00 5 -- -- -- NE181-0 16 690 gs 000 1.5 NP50 00 16 -- -- -- NE1814-0 20 690 gs 000 2.5 NP50 00 20 -- -- -- NE1815-0 25 690 gs 000 4 NP50 00 25 -- -- -- NE1817-0 50 690 gs 000 10 NP50 00 50 -- -- -- NE1818-0 6 690 gs 000 16 NP50 00 6 -- -- -- NE1820-0 80 690 gs 000 25 NP50 00 80 -- -- -- NE221 100 1000 ar 1 5 NP52 1 95 NP5 2 100 NE222 125 1000 ar 1 50 NP52 1 110 NP5 2 120 NE224 160 1000 ar 1 70 NP52 1 140 NP5 2 150 NE225 200 1000 ar 1 95 NP52 1 175 NP5 2 190 NE227 250 1000 ar 1 120 NP52 1 210 NP5 2 20 NE20-0B 15 1000 ar 1 185 NP5 2 285 -- -- -- NE21 50 1000 ar 1 240 NP5 2 10 -- -- -- NE22-0B 400 1000 ar 1 240 NP5 2 0 -- -- -- NE2 0 1000 ar 1 2x 150 NP5 2 60 -- -- -- NE2-0B 400 1000 ar 2 240 NP54 60 -- -- -- NE 0 1000 ar 2 2x 150 NP54 400 -- -- -- NE4-0B 500 1000 ar 2 2x 150 NP54 0 -- -- -- NE5 560 1000 ar 2 2x 185 NP54 510 -- -- -- NE6 60 1000 ar 2 2x 185 NP54 580 -- -- -- NE7-8 710 900 ar 2 2x (40x5) NP54 60 -- -- -- NE8-8 800 800 ar 2 2x 240 NP54 60 -- -- -- NE40-8 900 690 ar 2 2x (40x8) NP54 60 -- -- -- NE4101 2 1000 gr 0 6 NP52 1 2 -- -- -- NE4102 40 1000 gr 0 10 NP52 1 40 -- -- -- NE4117 50 1000 gr 0 10 NP52 1 50 -- -- -- NE4118 6 1000 ar 0 16 NP52 1 6 -- -- -- NE4120 80 1000 ar 0 25 NP52 1 80 -- -- -- NE4121 100 1000 ar 0 5 NP52 1 95 -- -- -- NE4122 125 1000 ar 0 50 NP52 1 120 -- -- -- NE4124 160 1000 ar 0 70 NP52 1 150 -- -- -- NE427-0B 250 800 ar 2 150 NP5 2 210 NP54 220 NE40-0B 15 800 ar 2 240 NP5 2 270 NP54 285 NE4-0B 0 800 ar 2 2x (0x5) NP5 2 400 NP54 420 Siemens 10/2015 199

NP5 Fuse up to 60 A Fuses SITOR semiconductor fuse data Type 1)2) Rated current I n Rated voltage ) Operational class Size Required conductor crosssection Cu Permissible load currents of fuse when installed in NP5 for floor mounting Type NP5 Alternative type NP5 Type Size Permissible load current 4) Type Size Permissible load current 4) A V AC mm² A A NE44-0B 500 800 ar 2 2x (0x5) NP54 0 -- -- -- NE47 710 800 ar 2 2x (50x5) NP54 600 -- -- -- NE8015-1 25 690 gr 00 4 NP50 00 25 -- -- -- NE800-1 5 690 gr 00 6 NP50 00 -- -- -- NE8017-1 50 690 gr 00 10 NP50 00 -- -- -- NE8018-1 6 690 gr 00 16 NP50 00 54 -- -- -- NE8020-1 80 690 ar 00 25 NP50 00 68 -- -- -- NE8021-1 100 690 ar 00 5 NP50 00 89 -- -- -- NE8022-1 125 690 ar 00 50 NP50 00 106 -- -- -- NE8024-1 160 690 ar 00 70 NP50 00 10 -- -- -- 1) Due to the mechanical stress on the relatively long fuse blades, SITOR NE41 semiconductor fuses should only be switched occasionally and only at zero current. 2) For permissible load currents for NE8-0MK, see Configuration Manual "Fuse Systems", or on request ) NP1 fuse switch disconnectors may be operated at up to 1000 V AC/DC with the following restrictions: - Pollution degree 2 (instead of ) - AC20/DC20 - i. e. must not be switched under load 4) In the case of cyclic loads, the currents may have to be further reduced (precise values on request). 5) The fuse can also be operated at a higher rated uninterrupted current than the 60 A current of the NP54. However, in this case, the NP54 must not be switched under load (utilization category AC-20). 200 Siemens 10/2015

NJ4, NJ5 In-Line Fuse up to 2000 A Introduction Overview All key product features at a glance Compliant with IEC/EN 6049-1, IEC/EN 60947- Voltage levels up to 690 V AC Rated operational current from 160 A to 2000 A Fuse links according to IEC 60269 Part 1 can be used nickel-plated fuse blades are not permissible due to the high transfer resistance In open position safe from touch by the back of the hand (exception NJ56: IP00) Parking position for maintenance 1-pole or -pole switchable Vertical and horizontal mounting position Climate-proof Degree of protection IP0 with closed fuse carriers, IP10 with open fuse carriers (exception NJ56: IP00) NJ4/NJ5 fuse switch disconnectors Overview of all components and accessory parts: NJ4/NJ5 in size 00 1 4 2 6 1 5 6 12 7 8 9 10 1 Cover 2 Terminal strip Busbar terminal 4 Adapter for screw fixing on busbar systems 9 Prism terminal 10 Box terminal 11 Cover 12 NJ4/5 fuse switch disconnector Basic device size 00 11 5 Current transformer 1 Auxiliary switch mounting kit 6 Distance compensation 7 Flat connector 8 Saddle terminal Siemens 10/2015 201