SENTRON 3WL5 Air Circuit Breakers/ Non-Automatic Air Circuit Breakers according to UL 489/IEC

SENTRON 3WL5 Air Circuit Breakers/ Non-Automatic Air Circuit Breakers according to UL 89/IEC Catalog Technical Information SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Introduction / - Overview General data /6 - Benefits /6 - Application 3-pole, fied-mounted versions /7 - Selection and ordering data 3-pole, withdrawable versions /8 - Selection and ordering data Options /9 - Selection and ordering data Accessories and spare parts /5 - Overview /6 - Selection and ordering data /8 - Options SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A General data /9 - Design /35 - Function / - Configuration /5 - Technical specifications roject planning aids /5 - Characteristic curves /5 - Dimensional drawings /6 - Schematics /6 - More information Siemens LV 6 9

According to UL 89/IEC 697- for AC up to 5 A Introduction Overview Size I Size II Size III Air circuit breakers 3WL air circuit breakers/non-automatic air circuit breakers according to UL 89 up to 5 A Size I, II, III Rated current I n A, 6,, 5, 3,, 5 Number of poles 3-pole, -pole on request Rated operational Up to 6 */37 voltage U e V AC Up to 6 */37 Up to 6 */37, Up to 6 Rated ultimate short-circuit breaking capacity at 5 V AC ka Size I 65 (8 V) Size II (8 V) Size III (8 V) Endurance Operating 5 cycles Mounting position Degree of protection With cover Without cover (with door sealing frame) Dimensions 3-/-pole W D H NSS_535 Fied mounting Withdrawable 5 - $ 5 - $ I55 I W mm 3/ 6/59 7/9 H mm 3 3 3 D mm 9 9 9 H mm 65.5 65.5 65.5 D mm 7 7 7 Type ETU5B ETU5B Electronic trip units for SENTRON 3WL circuit breakers Overload protection Short-time delayed short-circuit protection Instantaneous short-circuit protection Neutral conductor protection -- Ground-fault protection -- Zone Selective Interlocking -- LCD, -line -- LCD, graphic -- -- Communication through -- ROFIBUS D Measurement function lus -- Selectable parameter sets -- -- arameters freely programmable -- -- CubicleBUS -- Standard -- Not available Optional NSE_9 NSE_9 / Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Introduction Size I II III Type 3WL5 3WL5 3WL53 Switching capacity class S H H Short-circuit breaking capacity I cu = I cs acc. to UL 89 ) Covered by 6 V AC (delta) test. S H H Up to 8 V AC ka 65 Up to 6 V AC */37 V AC ka 5 85 ) 85 Up to 6 V AC ka -- 85 -- Rated short-time withstand current acc. to UL 89 At ma. delay time t sd =, s ka 65 85 85 Short-circuit breaking capacity I cu = I cs acc. to IEC 697- Up to 5 V AC ka 65 I cm at 5 V AC ka 3 Up to 69 V AC ka 5 85 85 I cm at 69 V AC ka 5 87 87 Rated short-time withstand current I cw acc. to IEC 697-.5 s ka 65 85 85 s ka 5 8 8 S H Circuit breakers with standard switching capacity S (I cu = I cs up to 65 ka at 8 V) Circuit breakers with high switching capacity H (I cu = I cs up to ka at 8 V) The circuit breakers are indicated in the technical specifications by orange backgrounds. Siemens LV 6 9 /3

According to UL 89/IEC 697- for AC up to 5 A Introduction SENTRON 3WL5: Superior individual products integrated into uniform power distribution systems up to and including industry-specific industrial and infrastructure solutions 6 7 3 8 5 5 9 9 3 8 3 7 6 5 NSE_9 $Guide frames (pages /6) %Main circuit connection front, flange, horizontal, vertical (pages /6 and /7) &osition indicator switches (pages / and /) )Shutters (page /5) *COM5 ROFIBUS modules or COM6 MODBUS modules (page /8) +Eternal CubicleBUS modules (page /7),Closing solenoids, auiliary trip units (page /) -Auiliary conductor plug-in systems (page /3).Auiliary switch blocks (page /) /Door sealing frames (page /5) Interlocking sets for base plate (page /9) Transparent panels, function insert (page /9) EMERGENCY-STO pushbuttons, key operated (page /) 3Motorized operating mechanisms (page /) Operating cycles counters (page /) 5Breaker status sensors (BSS) (page /8) 6rotective devices with device holder, electronic trip units (ETU) (page /7) 7Remote reset solenoids (page /9) 8Breaker data adapters (BDA) (page /7) 9Four-line displays (page /7) :Ground-fault protection modules (page /7) ;Rated current modules (page /7) <Measuring function modules (page /8) =Circuit breakers (pages /7 to /9) / Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Communication-capable circuit breakers (ETU5B electronic trip units) Introduction Ethernet 9 ROFIBUS 5 5 6 7 8 7 8 6 CubicleBUS 3 3 NSE_5h 9 3 5 6 7 8 9 SENTRON 3VL LCD ETU electronic trip unit ETU electronic trip unit COM ROFIBUS module including Zone Selective Interlocking COM ROFIBUS module ) including Zone Selective Interlocking Breaker Data Adapter (BDA) BDA lus with Ethernet interface Browser-capable I/O device (e.g. notebook) SENTRON 3WL COM5 ROFIBUS module ) Breaker Status Sensor (BSS) 3 5 6 7 8 9 ETU electronic trip unit Measurement function lus Zone Selective Interlocking module Digital output module with relay contacts Digital output module with relay contacts, configurable Analog output module Digital input module Switch ES ower on C LC e.g. SIMATIC S7 SIMATIC powercontrol SENTRON AC ) For a MODBUS connection you need the COM6 module. ) For a MODBUS connection you need the COM module. Features Coordinated communication concept using the ROFIBUS D or MODBUS, ranging from 6 A to 5 A with SENTRON 3VL and SENTRON 3WL5 The high level of modularity of circuit breakers and accessories allows easy retrofitting of all communication components Significant additional benefits for the switchboard due to the possibility of linking up eternal input and output modules to the circuit breaker-internal CubicleBUS of the SENTRON 3WL5 Innovative software products for parameterization, operation, monitoring, and diagnostics of SENTRON circuit breakers, both locally or via ROFIBUS D, MODBUS or Ethernet/Intranet/ Internet Complete integration of the SENTRON circuit breakers into the Totally Integrated ower and Totally Integrated Automation solutions Communication: For air circuit breakers with optional communication function (ETU5B electronic trip units) see pages /7 and /8. For accessories see pages /7 and /8. For further information, see also Catalog LV "Low-Voltage Controls and Distribution SIRIUS, SENTRON, SIVACON", chapter "ower Management System" and "Software for ower Distribution". Siemens LV 6 9 /5

According to UL 89/IEC 697- for AC up to 5 A General data Benefits Low space requirements The SENTRON 3WL5 devices require very little space. Size I devices (up to 6 A) fit into a mm wide switchgear panel. Size III devices (up to 5 A) are the smallest of their kind and with their construction width of 7 mm fit into a 8 mm wide switchgear panel. Modular design Components like auiliary trip units, motorized operating mechanisms, electronic trip units, current sensors, auiliary circuit signaling switches, automatic reset devices, interlocks or engagement operating mechanisms can all be echanged or retrofitted at a later stage, thus allowing the circuit breaker to be adapted to new, changing requirements. Retrofittable modules for electronic trip units Modularity is one of the main features of the new SENTRON 3WL5 circuit breakers. Special LCDs, ground-fault modules, rated current modules and communication modules for the electronic trip units are available for fast and easy retrofitting and adaptation to changing requirements. Communication The use of modern communication-capable circuit breakers opens up completely new possibilities in terms of start-up, parameterization, diagnostics, maintenance and operation. This allows many different ways of reducing costs and improving productivity in industrial plants, buildings and infrastructure projects to be achieved. Timely information and response can prevent plant stoppages Effective diagnostics management Measured values are the basis for efficient load management, for drawing up power demand profiles and for assigning energy to cost centers reventive maintenance reduces the risk of epansive plant down-times Application As incoming-feeder, distribution, tie, and outgoing-feeder circuit breakers in electrical installations For switching and protecting motors, capacitors, generators, transformers, busbars and cables Due to the reinforced use of electronic I&C systems, the demands made on air circuit breakers in terms of operator control and monitoring of network processes have increased. The etensive, coordinated SENTRON range of devices covers all applications between 6 A and 5 A with compact and air circuit breakers. Standards SENTRON 3WL5 circuit breakers comply with: UL 89 IEC 697- DIN VDE 66 art Climate-proof according to IEC 668--3. /6 Siemens LV 6 9

According to UL 89/IEC 697- for AC up to 5 A Selection and ordering data 3-pole, fied-mounted versions Size Ma. rated circuit Rated current ) Switching capacity 8 V U S* G Weight breaker current I n Order No. rice (UNIT, per U I n ma. Order No. supplements, per U SET, M) appro. A A ka DT see page /9 kg Horizontal main circuit connection I 65 B 3WL5-3@@3-... unit 3 3. I 6 6 65 B 3WL5 6-3@@3-... unit 3 3. II B 3WL5 -@@3-... unit 3 56. II 5 5 B 3WL5 5-@@3-... unit 3 59. II 3 3 B 3WL5 3-@@3-... unit 3 6. III C 3WL53 -@@3-... unit 3 8. III 5 5 C 3WL53 5-@@3-... unit 3 8. Vertical main circuit connection I 65 B 3WL5-3@@3-... unit 3 3. I 6 6 65 B 3WL5 6-3@@3-... unit 3 3. II B 3WL5 -@@3-... unit 3 56. II 5 5 B 3WL5 5-@@3-... unit 3 59. II 3 3 B 3WL5 3-@@3-... unit 3 6. III C 3WL53 -@@3-... unit 3 8. III 5 5 C 3WL53 5-@@3-... unit 3 8. Front main circuit connection, single hole I 65 B 3WL5-3@@33-... unit 3 3. I 6 6 65 B 3WL5 6-3@@33-... unit 3 3. II B 3WL5 -@@33-... unit 3 56. II 5 5 B 3WL5 5-@@33-... unit 3 59. II 3 3 B 3WL5 3-@@33-... unit 3 6. III C 3WL53 -@@33-... unit 3 8. Front main circuit connection, double hole I 65 B 3WL5-3@@3-... unit 3 3. I 6 6 65 B 3WL5 6-3@@3-... unit 3 3. II B 3WL5 -@@3-... unit 3 56. II 5 5 B 3WL5 5-@@3-... unit 3 59. II 3 3 B 3WL5 3-@@3-... unit 3 6. III C 3WL53 -@@3-... unit 3 8. Non-automatic air circuit breakers ) Order No. supplements Additional price Without electronic trip unit AA None Electronic trip units Versions without ground-fault protection ETU5B: rotection functions LSI CB ETU5B: rotection functions LSIN 3) EB ETU5B: rotection functions LSIN 3) with -line display FB Versions with ground-fault protection ETU5B: rotection functions LSING 3)) EG ETU5B: rotection functions LSING 3)) with -line display FG Standard Order No. supplements (for further Order No. supplements, see page /9) Manual operating mechanism with mechanical closing Without st and nd auiliary trip units; auiliary switch NC + NO AA None = additional price -pole version on request. Order No. supplements required, see page /9. Note: Ma. voltage for auiliary circuits V. ) The rated current is determined by the rated current module. For the standard version, the supplied module is equal to the rated current. If a lower rated current is required, adaptation by rated current module on page /7. ) For permissible rated short-time current I cc and rated short-circuit making capacity I cm for non-automatic air circuit breakers see "Technical Specifications", page /5. 3) Current transformers for protection of the N conductor and current transformers for detection of the ground-fault current in the grounded neutral point of the transformer are to be ordered separately, see page /8. ) For ETU5B with ground-fault protection module GFM AT (alarm and tripping) see page /7. * You can order this quantity or a multiple thereof. Siemens LV 6 9 /7

According to UL 89/IEC 697- for AC up to 5 A 3-pole, withdrawable versions Selection and ordering data Size Ma. rated circuit Rated current ) Switching capacity 8 V U S* G Weight breaker current I n Order No. rice (UNIT, per U I n ma. Order No. supplements, per U SET, M) appro. A A ka DT see page /9 kg Without guide frames (for guide frames, see page /6) I 65 B 3WL5-3@@35-... unit 3 5. I 6 6 65 B 3WL5 6-3@@35-... unit 3 5. II B 3WL5 -@@35-... unit 3 6. II 5 5 B 3WL5 5-@@35-... unit 3 63. II 3 3 B 3WL5 3-@@35-... unit 3 68. III C 3WL53 -@@35-... unit 3 88. III 5 5 C 3WL53 5-@@35-... unit 3 88. With guide frames, horizontal main circuit connection I 65 B 3WL5-3@@36-... unit 3 7. I 6 6 65 B 3WL5 6-3@@36-... unit 3 7. II B 3WL5 -@@36-... unit 3 9. II 5 5 B 3WL5 5-@@36-... unit 3. II 3 3 B 3WL5 3-@@36-... unit 3 3. III C 3WL53 -@@36-... unit 3 8. III 5 5 C 3WL53 5-@@36-... unit 3 8. With guide frames, vertical main circuit connection I 65 B 3WL5-3@@37-... unit 3 7. I 6 6 65 B 3WL5 6-3@@37-... unit 3 7. II B 3WL5 -@@37-... unit 3 9. II 5 5 B 3WL5 5-@@37-... unit 3. II 3 3 B 3WL5 3-@@37-... unit 3 3. III C 3WL53 -@@37-... unit 3 8. III 5 5 C 3WL53 5-@@37-... unit 3 8. With guide frames, connecting flanges I 65 B 3WL5-3@@38-... unit 3 7. I 6 6 65 B 3WL5 6-3@@38-... unit 3 7. II B 3WL5 -@@38-... unit 3 9. II 5 5 B 3WL5 5-@@38-... unit 3. II 3 3 B 3WL5 3-@@38-... unit 3 3. III C 3WL53 -@@38-... unit 3 8. Non-automatic air circuit breakers ) Order No. supplements Additional price Without electronic trip unit AA None Electronic trip units Versions without ground-fault protection ETU5B: rotection functions LSI CB ETU5B: rotection functions LSIN 3) EB ETU5B: rotection functions LSIN 3) with -line display FB Versions with ground-fault protection ETU5B: rotection functions LSING 3)) EG ETU5B: rotection functions LSING 3)) with -line display FG Standard Order No. supplements (for further Order No. supplements for circuit breakers and guide frames, see page /9) Manual operating mechanism with mechanical closing Without st and nd auiliary trip units; auiliary switch NC + NO AA None = additional price -pole version on request. Order No. supplements required, see page /9. Note: Ma. voltage for auiliary circuits V. ) The rated current is determined by the rated current module. For the standard version, the supplied module is equal to the maimum rated current. If a lower rated current is required, adaptation by rated current module on page /7. ) For permissible rated short-time current I cc and rated short-circuit making capacity I cm for non-automatic air circuit breakers see "Technical Specifications", page /5. 3) Current transformers for protection of the N conductor and current transformers for detection of the ground-fault current in the grounded neutral point of the transformer are to be ordered separately, see page /8. ) For ETU5B with ground-fault protection module GFM AT (alarm and tripping) see page /7. /8 Siemens LV 6 9 * You can order this quantity or a multiple thereof.

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Options Selection and ordering data Operating mechanisms Order No. supplement 3WL 5... -..... -7 7 7 7 Manual operating mechanism with mechanical closing None Manual operating mechanism with mechanical and electrical closing, closing solenoid suitable for uninterrupted duty, % ON period Closing solenoid AC 5/6 Hz V V DC 5 3 Additional price Manual/motorized operating mechanism with mechanical and electrical closing, closing solenoid suitable for uninterrupted duty, % ON period Motor Closing solenoid AC 5/6 Hz V V DC AC 5/6 Hz V V DC 8...... 5... 7... 5 5 5 -- -- 6 To order different voltages for motorized operating mechanism and closing solenoid or closing solenoid for synchronization purposes: "" at the 3th position of the Order No. and order codes, see page /. st auiliary trip units Without st auiliary trip unit A None Shunt trip unit suitable for uninterrupted duty, % ON period Operating range.85.... U s U s AC 5/6 Hz V U s V DC -- B -- 3 C -- 8 D -- 6 E 5 F G nd auiliary trip units Without nd auiliary trip unit A None Shunt trip unit suitable for uninterrupted duty, % ON period Operating range.85.... U s U s AC 5/6 Hz V U s V DC -- B -- 3 C -- 8 D -- 6 E 5 F G Undervoltage release, instantaneous ( 8 ms), short-delay ( ms) Operating range.85.... U s U s AC 5/6 Hz V U s V DC -- J -- 3 K -- 8 L -- 6 U 5 M 5 N Undervoltage release, can be delayed between. s and 3. s Operating range.85.... U s U s AC 5/6 Hz V U s V DC -- 8 Q 5 R 5 S Auiliary switches st auiliary switch block NO + NC None st + nd auiliary switch block NO + NC 6 NO + NC 7 5 NO + 3 NC 8 = additional price Siemens LV 6 9 /9

According to UL 89/IEC 697- for AC up to 5 A Options Add " Z" to the complete Order No. and indicate the appropriate order code(s). = additional price ) Only possible with motorized operating mechanism. ) Not possible with communications connection option, order code "F" or "F". 3) Only for circuit breakers with motorized operating mechanism, not possible with order codes "C", "C". Order No. with " Z" 3 5 6 7 8 9 3 5 6 3WL 5... -..... -.... - Z and additional order code(s) @ @ @ +... +... Additional price Code for "Further versions" Z Special packaging Additional price Special packaging for etended technical requirements Cardboard packaging with wa coating (moisture protection), A 6 internal bracing, tilt indicators Rated current modules/rating plugs Additional price Rated current I n A Only one module is possible per For size I, II 5 B None circuit breaker. 35 B 3 None As standard the overcurrent trip units are equipped with a B None rated current module which is 5 B 5 None equal to the maimum rated current circuit breaker (I n ma ). 63 B 6 None The rated current of the selected 8 B 8 None rated current module must be smaller than I n ma. B None For size I, II, III 5 B None 6 B 6 None For size II, III B None 5 B 5 None 3 B 3 None For size III 3 B 3 None B None 5 B 5 None Indication/operator control elements, door sealing frames 5-digit mechanical operating cycles counter ) C Electrical ON button Button with sealing cap C in the operator panel ) possible only for circuit breakers Key operation with lock CES C with closing solenoid Storage status NO C signaling switches ) (S) Ready-to-close signaling NO C switch (S) Signal switches ) For the first auiliary trip unit (S) C 6 For the second auiliary trip unit (S3) C 7 Motor shutdown switch in the operator panel 3) S 5 EMERGENCY-STO pushbuttons Mushroom pushbutton instead of S the mechanical OFF pushbutton Door sealing frames T / Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Options Add " Z" to the complete Order No. and indicate the appropriate order code(s). Order No. with " Z" 3 5 6 7 8 9 3 5 6 3WL 5... -..... -.... - Z and additional order code(s) @ @ @ +... +... Code for "Further versions" Z Lockout devices and remote resets Automatic reset of the lockout device K Additional price Tripped signal switches )) CO contact K 7 Remote reset solenoid for displays and reset buttons including automatic reset of the lockout device AC 5/6 Hz V V DC -- K -- 8 K K...... K 3 Motorized operating mechanisms and closing/opening solenoids Motorized operating mechanisms Only possible if the 3th position of the Order No. = "" Motor AC 5/6 Hz V V DC --... 3 M -- 8... 6 M 3... 7... 5 M 5 8...... 5 M 6 Closing solenoids suitable for uninterrupted duty, % ON period Only possible if the 3th position of the Order No. = "" Activation solenoids AC 5/6 Hz V V DC -- M -- 3 M -- 8 M 3 -- 6 M 5 M 5 M 6 Closing solenoids 3) unsuitable for uninterrupted duty, 5 % ON period Only possible if the 3th position of the Order No. = "" Activation solenoids AC 5/6 Hz V V DC -- M 3 -- 8 M 3 3 5 M 3 5 5 M 3 6 Opening solenoids (shunt trip unit) 6) unsuitable for uninterrupted duty, 5 % ON period Activation solenoids AC 5/6 Hz V V DC -- M -- 8 M 3 5 M 5 5 M 6 Communication and measurement functions Breaker status sensor (BSS) F ROFIBUS communications interfaces ) F including COM5 and breaker status sensor (BSS) MODBUS communications interfaces ) F including COM6 and breaker status sensor (BSS) Measurement function lus (without ROFIBUS/MODBUS F 5 communications interface) 5) = additional price ) Not possible with communications connection option, order code "F" or "F". ) Not available for non-automatic air circuit breakers. 3) Overecited, i.e. closing time 5 ms (standard > 8 ms). ) If ordering withdrawable circuit breaker and guide frame separately, specify order code "F" or "F" for withdrawable circuit breaker only. 5) Additional voltage transformers are required for connection of the measurement function lus, see page /8. 6) Only possible if the th position of the Order No. for the circuit breaker is "A", i.e. "without st auiliary trip unit". Siemens LV 6 9 /

According to UL 89/IEC 697- for AC up to 5 A Options Add " Z" to the complete Order No. and indicate the appropriate order code(s). Order No. with " Z" 3 5 6 7 8 9 3 5 6 3WL 5... -..... -.... -Z and additional order code(s) @@@ +... +... Code for "Further versions" -Z Order code for fiedmounted version Order code for withdrawable version Interlocks, covers, position indicator switches @@@ @@@ Mutual mechanical interlockings (interlocking module with Bowden wire m) Fied-mounted circuit breakers For withdrawable circuit breakers with guide frame S 5 5 -- -- -- -- R 5 5 Additional price For guide frames -- R 5 6 For withdrawable circuit breakers -- R 5 7 Shutters -part lockable with padlocks ) osition indicator switches for guide frames 3-pole Size I Size II Size III Connected position Test position Disconnected position -- -- -- R R R CO 3 CO CO CO CO CO -- -- R R 5 6 Add " Z" to the complete Order No. and indicate the appropriate order code(s). EMC filters EMC filters = additional price ) adlocks not included in scope of supply. Common-mode interference suppressor filters (e.g. in IT networks, caused by frequency converters) Insertion loss (asymmetric) in the range khz to MHz > db. Order No. with " Z" 3 5 6 7 8 9 3 5 6 3WL 5... -..... -.... - Z and additional order code(s) @ @ @ +... +... Code for "Further versions" Z F 3 Additional price / Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Options Add " Z" to the complete Order No. and indicate the appropriate order code(s). Order No. with " Z" 3 5 6 7 8 9 3 5 6 3WL 5... -..... -.... -Z and additional order code(s) @@@ +... +... Code for "Further versions" -Z Order code for fied mounting Additional price for fied-mounted version Order code for withdrawable version Locking devices @@@ @@@ Locking devices against unauthorized closing, in the operator panels The disconnector unit fulfills the requirements for main control switches acc. to EN 6 (VDE 3) and UL 89. Made by CES Made by IKON Assembly kit FORTRESS or Castell ) Assembly kit for padlocks ) Made by Ronis Made by rofalu S S 3 S 5 S 7 S 8 S 9 S S 3 S 5 S 7 S 8 S 9 Additional price for withdrawable version EMERGENCY-STO pushbuttons Locking devices against unauthorized closing, for withdrawable circuit breakers The disconnector unit fulfills the requirements for main circuit breakers acc. to EN 6 (VDE 3) and UL 89, consisting of lock in the cabinet door, active in connected position, the function is retained when the circuit breaker is replaced Locking devices for operating mechanism handles with padlock ) Locking devices to prevent movement of the withdrawable circuit breakers Safety lock for mounting on the circuit breaker Locking devices Locking devices to prevent movement of the withdrawable circuit breakers in disconnected positions, consisting of Bowden wire and lock in the cabinet door Locking devices ) Locks must be ordered from the manufacturer. ) adlock not included in the scope of supply. Mushroom pushbutton instead of the mechanical OFF pushbutton Made by CES Made by Ronis Made by rofalu Made by CES Made by rofalu Made by Ronis Made by CES Made by rofalu Made by Ronis To prevent opening of the cabinet door in: ON position (fied-mounted version)/ in connected position (withdrawable version) To prevent movement with the cabinet door open Connection methods for auiliary conductors Connections for screwless terminals (tension spring) = additional price S S -- R 6 -- R 6 8 -- R 6 S 3 3 S 3 3 -- -- -- S 7 S 7 S 7 5 6 -- R 8 -- R 8 5 -- R 8 6 S 3 R 3 -- R 5 N 6 6 Siemens LV 6 9 /3

According to UL 89/IEC 697- for AC up to 5 A Options Add " Z" to the complete Order No. and indicate the appropriate order code(s). For withdrawable circuit breakers with guide frames or without guide frames To select this connection method, the th position of the Order No. for the circuit breaker must be a "6" Connection methods for main circuit connections Top and bottom: Accessible from front, single hole Top and bottom: Accessible from front, double hole Top: Horizontal, double hole Bottom: Accessible from front, single hole Top: Vertical Bottom: Horizontal Top: Connecting flange Bottom: Horizontal Top: Horizontal Bottom: Vertical For fied-mounted circuit breakers To select this connection method, the th position of the Order No. for the circuit breaker must be a "" Connection methods for main circuit connections Top: Horizontal Bottom: Accessible from front, single hole Top: Vertical Bottom: Horizontal Top: Horizontal Bottom: Vertical Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size III, up to 5 A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size III, up to 5 A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size III, up to 5 A Size I, up to 6 A Size II, up to A Size II, up to 5 A Size II, up to 3 A Size III, up to A Size III, up to 5 A Order No. with " Z" 3 5 6 7 8 9 3 5 6 3WL 5... -..... -.... -Z and additional order code(s) @ @ @ +... +... N N N N N N N N N N N N N N N N N 7 7 7 7 7 8 8 8 8 8 8 9 9 9 9 9 3 3 3 3 3 3 Code for "Further versions" Z Additional price 3-pole Additional price 3-pole = additional price / Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Overview Determination of the number of auiliary supply connectors required This selection is only required if the guide frame is ordered under a separate Order No. NSE_ X8 X7 X6 X5 The required number of auiliary supply connectors depends on: Operating mechanism type Electronic trip unit with/without current transformer Type and number of auiliary trip units Number of auiliary switches COM5/COM6 communication interface Number of Terminal auiliary supply connectors a First auiliary supply connector X6 always required. X6 b b b b3 c c c Operating mechanisms Manual operating mechanism with stored-energy feature with mechanical closing Manual operating mechanism with stored-energy feature with mechanical and electrical closing Manual/motorized operating mechanism with stored-energy feature with mechanical and electrical closing Electronic trip units Electronic trip units ETU5B Electronic trip units ETU5B(internal CubicleBUS) + + X6 X5 X8 c3 c d d d e e e f f f g g g g3 g g5 g6 g7 g8 Connections for eternal current transformers for overload protection in the N conductor and ground-fault protection Current transformer installed in the N conductor (required with 3-pole circuit breakers if c is not selected) Current transformer in the neutral point of the transformer (required if c or c3 is not selected) Auiliary trip units With/without st auiliary trip unit (shunt trip unit F) nd auiliary trip unit (shunt trip unit F, undervoltage release F3, delayable undervoltage release F) Auiliary switch blocks st auiliary switch block NO + NC st and nd auiliary switch block NO + NC or 6 NO + NC or 5 NO + 3 NC (required if b3 or d is not selected) Communications modules Without communication module COM5/COM6 With communication module COM5/COM6 occupies the entire terminal strip X7, making the following options no longer possible: Tripped signal switch S Stored-energy status indication S Electrical ON button S Signaling switch on first and second auiliary trip unit S + S3 Optional signals/accessories Tripped signal switch S (only possible if f is not selected) + Stored-energy status indication S (only possible if f is not selected, required if g is not selected) + Electrical ON button S (only possible if f is not selected, required if g or g is not selected) + Signal switch on first auiliary trip unit S (only possible if f is not selected, required if g, g or g3 is not selected) + Signal switch on second auiliary trip unit S3 (only possible if f is not selected, required if g, g, g3 or g is not selected) + Ready-to-close signaling switch S Motor shutdown switch S (only possible if motorized operating mechanism is selected) Remote reset magnet F7 (required if c is not selected) + h Total number of auiliary supply connectors (ma. ) + + + + X8 X8 X6 X5 X6 X5 + X7 X7 X7 X7 X7 X7 X6 X5 X8 Siemens LV 6 9 /5

According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Selection and ordering data Guide frames for circuit breakers according to UL 89 Size = additional price -pole version on request. Ma. rated circuit breaker current I n ma. A DT Guide frames for 3-pole circuit breakers Order No. (Order No. supplements required acc. to table below) rice per U U (UNIT, SET, M) S* G Weight per U appro. Front main circuit connection, single hole I B 3WL9 5-AA@@-@@A unit 3 5. I 6 B 3WL9 5-AA@@-@@A unit 3 5. II B 3WL9 5-3AA@@-@@A unit 3 3. II 5 B 3WL9 5-AA@@-@@A unit 3 39. II 3 B 3WL9 5-5AA@@-@@A unit 3 5. III B 3WL9 53-6AA@@-@@A unit 3 6. Front main circuit connection, double hole I B 3WL9 5-AB@@-@@A unit 3 5. I 6 B 3WL9 5-AB@@-@@A unit 3 5. II B 3WL9 5-3AB@@-@@A unit 3 3. II 5 B 3WL9 5-AB@@-@@A unit 3 39. II 3 B 3WL9 5-5AB@@-@@A unit 3 5. III B 3WL9 53-6AB@@-@@A unit 3 6. Horizontal main circuit connection I B 3WL9 5-AC@@-@@A unit 3 5. I 6 B 3WL9 5-AC@@-@@A unit 3 5. II B 3WL9 5-3AC@@-@@A unit 3 3. II 5 B 3WL9 5-AC@@-@@A unit 3 39. II 3 B 3WL9 5-5AC@@-@@A unit 3 5. III B 3WL9 53-6AC@@-@@A unit 3 6. III 5 B 3WL9 53-7AC@@-@@A unit 3 6. Vertical main circuit connection I B 3WL9 5-AD@@-@@A unit 3 5. I 6 B 3WL9 5-AD@@-@@A unit 3 5. II B 3WL9 5-3AD@@-@@A unit 3 3. II 5 B 3WL9 5-AD@@-@@A unit 3 39. II 3 B 3WL9 5-5AD@@-@@A unit 3 5. III B 3WL9 53-6AD@@-@@A unit 3 6. III 5 B 3WL9 53-7AD@@-@@A unit 3 6. Main circuit connection connecting flanges I B 3WL9 5-AE@@-@@A unit 3 5. I 6 B 3WL9 5-AE@@-@@A unit 3 5. II B 3WL9 5-3AE@@-@@A unit 3 3. II 5 B 3WL9 5-AE@@-@@A unit 3 39. II 3 B 3WL9 5-5AE@@-@@A unit 3 5. III B 3WL9 53-6AE@@-@@A unit 3 6. Number of auiliary supply connectors Order No. supplements Additional price None connector connectors 3 connectors connectors For required number of auiliary supply connectors, see table on page /5 Type of auiliary circuit connections None With screw connections (SIGUT) With screwless connection method (tension spring) 3 None None osition indicator switches None None Option Connected position CO contact, Test position CO contact, Disconnected position CO contact Option Connected position 3 CO contacts, Test position CO contacts, Disconnected position CO contact Shutters None With shutter, -part, Lockable Size I Size II Size III A B None All other accessory parts must be ordered by specifying "-Z" and the corresponding order code, see page / "Interlocks, Covers, osition Indicator Switches". kg /6 Siemens LV 6 9 * You can order this quantity or a multiple thereof.

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Electronic trip units Type Designation DT Order No. rice per U With protection function U (UNIT, SET, M) S* G Weight per U appro. kg ETU5B LSI C 3WL9 35-5AA-AA unit 3.7 ETU5B without measurement LSIN(G) C 3WL9 35-5AA-AA unit 3.7 function lus ETU5B with measurement LSIN(G) C 3WL9 35-5AA-AA unit 3.7 function lus Rated current modules/rating plugs ) For size Rated current I n (A) I, II 5 B 3WL9 -AA5-AA unit 3. 35 B 3WL9 -AA5-AA unit 3. B 3WL9 -AA53-AA unit 3. 5 B 3WL9 -AA5-AA unit 3. 63 B 3WL9 -AA55-AA unit 3. 8 B 3WL9 -AA56-AA unit 3. B 3WL9 -AA57-AA unit 3. I, II, III 5 B 3WL9 -AA58-AA unit 3. 6 B 3WL9 -AA6-AA unit 3. II, III B 3WL9 -AA6-AA unit 3. ) 5 B 3WL9 -AA63-AA unit 3. 5 - ' ' > 3 B 3WL9 -AA77-AA unit 3. 3WL9 -AA65-AA III 3 B 3WL9 -AA6-AA unit 3. B 3WL9 -AA65-AA unit 3. 5 B 3WL9 -AA66-AA unit 3. Ground-fault modules ) GFM AT 5B (only for ETU5B) alarm and tripping B 3WL9 -AT53-AA unit 3. Displays -line displays for ETU5B B 3WL9 -AT8-AA unit 3.6 CubicleBUS modules 3) Digital output modules with rotary coding switches, C 3WL9 -AT6-AA unit 3.35 relay outputs Digital output modules, configurable, C 3WL9 -AT-AA unit 3. relay outputs Digital input modules C 3WL9 -AT7-AA unit 3.3 Analog output modules C 3WL9 -AT3-AA unit 3.3 Zone Selective Interlocking modules C 3WL9 -AT-AA unit 3. 5 - = 3WL9 -AT3-AA Tools for parameterization, operation and monitoring 5 - " = 3WL9 -AT8-AA Breaker Data Adapters (BDA) ) BDA lus ) Connection cables for BDA lus Switch ES ower parameterization software arameterization, control, diagnostics, and test of SENTRON circuit breakers via local interface; Breaker Data Adapter, connection cable to SENTRON circuit breakers and to the programming device (e.g. notebook); can be run with Internet Eplorer with JAVA VM and higher Same as BDA, but with additional Ethernet interface for connection to Ethernet/ Intranet/Internet Connection cable for connection of BDA lus to terminal X8 of the SENTRON 3WL circuit breaker. Required if neither COM5 nor COM6 nor other eternal CubicleBUS modules are available, length m. Calibration, operation, monitoring, and diagnostics of SENTRON circuit breakers via ROFIBUS D; runs under Windows 95, Windows 98, Windows NT, Windows and Windows X rofessional, requires additional ROFIBUS card e.g. C563 ) With the rated current module selected, the maimum rated current I n ma of the circuit breaker must not be eceeded. Following applies I n < I n ma. ) For direct measurement of the ground-fault current, e.g. in the neutral point of the transformer, a A/ A current transformer, class, is required. The internal load of the SENTRON 3WL is. m. If the ground-fault current B 3WL9 -AT8-AA unit 3.8 B 3WL9 -AT33-AA unit 3. B 3WL9 -BC-AA unit 3.35 A 3ZS 3-CC-YA unit 33. is to be determined using the vectorial sum of the phases, a transformer must be installed in the neutral conductor. 3) Every CubicleBUS module is supplied with a factory-fitted. m cable. ) A V DC power supply unit is required. * You can order this quantity or a multiple thereof. Siemens LV 6 9 /7

According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U U (UNIT, SET, M) S* G Weight per U appro. Retrofitting and spare parts for communication through ROFIBUS/MODBUS COM5 ROFIBUS modules B 3WL9 -AT65-AA unit 3.56 COM6 MODBUS modules C 3WL9 -AT5-AA unit 3.8 Breaker status sensor (BSS) C 3WL9 -AT6-AA unit 3.37 3WL9 -AT65-AA Measurement function lus ) (voltage transformer required) B 3WL9 -AT3-AA unit 3.3 kg 3WL9 -AT6-AA All communication components, CubicleBUS modules and measurement functions are available for the ETU5B trip units. Accessories for communications reassembled cables for CubicleBUS modules SENTRON manuals for communication solutions ). m long, for connection to SENTRON 3WL with COM5/COM6 m long, for connection to SENTRON 3WL with COM5/COM6 m long, for connection to SENTRON 3WL with COM5/COM6 m long, for connection to SENTRON 3WL without COM5/COM6 Detailed description of the communication functions for SENTRON circuit breakers with ROFIBUS D. Installation, connection, start-up and description of Switch ES ower and BDA. GermanToken fee. EnglishToken fee. Free download from: http://www.siemens.com/lowvoltage/manuals B 3WL9 -BC-AA unit 3. B 3WL9 -BC-AA unit 3.5 B 3WL9 -BC3-AA unit 3.6 B 3WL9 -BC5-AA unit 3.7 A5E537- A5E5353- Voltage transformers, 3-pole, for SENTRON 3WL with measurement function lus 38... 69 V/ V, class.5 B 3WL9 -BB68-AA unit 3.6 Transformers for neutral conductor protection 5 - ' ' 3WL9 -AA.-AA Eternal transformers for N conductors (T5, see Technical Information "General Data", "Functions", "Measurement Method", page /39) Eternal transformers for N conductors with copper connection pieces (T5, see Technical Information "General Data", "Functions", "Measurement Method", page /39) Size I B 3WL9 -AA-AA unit 3.3 Size II B 3WL9 -AA-AA unit 3.38 Size III B 3WL9 -AA3-AA unit 3.68 Size I B 3WL9 -AA3-AA unit 3.6 Size II B 3WL9 -AA3-AA unit 3.6 Size III B 3WL9 -AA33-AA unit 3 8.5 5 - ' ' = 3WL9 -AA3.-AA EMC filters EMC filters Common-mode interference suppressor filters (e.g. in ungrounded networks, caused by frequency converters) X 3WL9 -AK3-AA unit 3.8 Insertion loss (asymmetric) in the range khz to MHz > db ) If retrofitted, a measuring accuracy of 3 % is achieved. ) Manual for MODBUS communication solution available on request. /8 Siemens LV 6 9 * You can order this quantity or a multiple thereof.

= J E C K C 6-5 6 3 7 - ; + - ) SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts More accessories for electronic trip units Sealable covers - 6 7 # * 5 - ' 3WL9 -AT5-AA. % Designation DT Order No. rice per U For ETU5B, ETU5B U (UNIT, SET, M) S* G Weight per U appro. B 3WL9 -AT5-AA unit 3.5 Automatic reset of the lockout devices Spare part for option K, see "-Z" + order code, page /. B 3WL9 -AK-AA unit 3.5 Remote reset solenoids ) V DC B 3WL9 -AK3-AA unit 3. For mechanical tripped indicator Spare part for option K to K3, see "-Z" + order code, page /. 8 V DC B 3WL9 -AK-AA unit 3. V AC/ B 3WL9 -AK5-AA unit 3. 5 V DC 8-5 V AC/ B 3WL9 -AK6-AA unit 3. 8-5 V DC Retrofittable internal CubicleBUS wiring For ETU5B B 3WL9 -AK3-AA unit 3.5 for connection to terminal X8 (without male connector ) ) Retrofittable internal wiring for connection of the eternal N- and G-transformers to terminal X8 (without male connector) D 3WL9 -AK3-AA unit 3. kg 5 - ' ' ' = 3WL9 -AK.-AA Locking devices 3WL9 -BA-AA 3WL9 -BA3-AA 3WL9 -BA53-AA 3WL9 -BA7-AA rotective covers for mechanical ON/OFF Consisting of transparent covers each for sealing or for attaching padlocks ), cover with 6.35 mm hole (for tool actuation), lock mount for safety lock for key operation Locking devices against unauthorized closing, in the operator panel The disconnector unit fulfills the requirements for main circuit breakers acc. to EN 6 (VDE 3) and UL 89 Spare part for option S to S9, see "-Z" + order code, page /3. Locking devices against unauthorized closing, for withdrawable circuit breakers The disconnector unit fulfills the requirements for main circuit breakers acc. to EN 6 (VDE 3) and UL 89 consisting of lock in the cabinet door, active in connected position; function is retained when circuit breaker is replaced Spare part for option R6, R6, R68, see "-Z" + order code, page /3. Locking devices for operating mechanism handle with padlock ) Spare part for option S33, see "-Z" + order code, page /3. Locking devices against movement of the withdrawable circuit breakers Safety lock for mounting on the circuit breaker. Spare part for option S7, S75, S76, see "-Z" + order code, page /3. Interlocking system of the same keys for 3 switches, Locking device OFF position, Key-operated switch on operator panel. A maimum of switches can be switched on. Without safety lock Made by CES Made by IKON Assembly kit FORTRESS or CASTELL 3) Made by Ronis Made by KIRK- Key Made by rofalu Made by CES Made by IKON Assembly kit for padlocks ) Made by CES Made by IKON Made by KIRK- Key Made by Ronis Made by rofalu Made by CES Made by IKON Made by rofalu Made by Ronis Made by KIRK- Key B B B B B B B B B B B B B B B 3WL9 -BA-AA 3WL9 -BA-AA 3WL9 -BA-AA 3WL9 -BA3-AA 3WL9 -BA33-AA 3WL9 -BA3-AA 3WL9 -BA35-AA 3WL9 -BA36-AA 3WL9 -BA38-AA 3WL9 -BA-AA 3WL9 -BA5-AA 3WL9 -BA53-AA 3WL9 -BA57-AA 3WL9 -BA58-AA 3WL9 -BA5-AA unit unit unit unit unit unit unit unit unit unit unit unit unit unit unit 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3..3.3...7.5...36.3.3.3.3.7 B 3WL9 -BA7-AA unit 3.8 B B B B B 3WL9 -BA73-AA 3WL9 -BA75-AA 3WL9 -BA76-AA 3WL9 -BA77-AA 3WL9 -BA8-AA unit unit unit unit unit 3 3 3 3 3.3..3.3. Made by CES B 3WL9 -BA3-AA unit 3.36 3WL9 -BA76-AA ) Can only be used in conjunction with "automatic reset of lockout device", e.g. " Z" + "K", 3WL9 -AK-AA ) Required if communication is retrofitted. 3) Locks must be ordered from the manufacturer. ) adlock not included in the scope of supply. Start of delivery on request. * You can order this quantity or a multiple thereof. Siemens LV 6 9 /9

According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts 3WL9 -BB-AA Interlocking Interlocks Designation DT Order No. rice per U Locking devices To prevent movement of the withdrawable circuit breakers in disconnected positions, consisting of Bowden wire and lock in the cabinet door 3WL9 -BA83-AA Spare part for option R8, R85, R86, see "-Z" + order code, page /3. To prevent opening of the cabinet door in ON position (can be defeated) NSE989 3WL9 -BB-AA NSE_886 3WL9-8HA7-AA Spare part for option S3, see "-Z" + order code, page /3. To prevent opening of the cabinet door (can be defeated) Spare part for option R3, see "-Z" + order code, page /3. To prevent movement with the cabinet door open Spare part for option R5, see "-Z" + order code, page /3. Mutual mechanical interlocking, with mm Bowden wire (one required for each circuit breaker) Couplings on the circuit breaker (with ring) for mutual interlocking Can be used in all circuit breakers Made by CES Made by IKON Made by rofalu Made by Ronis B B B B 3WL9 -BA8-AA 3WL9 -BA83-AA 3WL9 -BA85-AA 3WL9 -BA86-AA U (UNIT, SET, M) S* G Weight per U appro. kg unit unit unit unit 3 3 3 3.8.8.8.8 Fied mounting B 3WL9 -BB-AA unit 3.6 Guide frames B 3WL9 -BB3-AA unit 3.5 Guide frames B 3WL9 -BB5-AA unit 3.5 Fied-mounted circuit breaker Spare part for option S55, see "-Z" + order code, page /. B 3WL9 -BB-AA unit 3.7 Module for withdrawable B 3WL9 -BB-AA unit 3.3 circuit breaker with frame Spare part for option R55, see "-Z" + order code, page /. When ordered separately Module for guide frame Spare part for option R56, see "-Z" + order code, page /. B 3WL9 -BB-AA unit 3. Module for withdrawable B 3WL9 -BB3-AA unit 3.5 circuit breaker Spare part for option R57, see "-Z" + order code, page /. Adapter for size III Withdrawable circuit breaker B 3WL9 -BB3-AA unit 3. B 3WL9-8AH7-AA unit 3.6 Bowden wires mm B 3WL9 -BB5-AA unit 3.5 3 mm B 3WL9 -BB6-AA unit 3. 5 mm B 3WL9 -BB7-AA unit 3.36 / Siemens LV 6 9 * You can order this quantity or a multiple thereof.

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U U (UNIT, SET, M) S* G Weight per U appro. kg Test devices Manual testers for electronic trip units B 3WL9 -AT3-AA unit 3. ETU5B and ETU5B For testing the electronic trip unit functions Function testers C 3WL9 -AT-AA unit 3 8. For testing the tripping characteristics for electronic trip unit ETU5B and ETU5B Capacitor storage devices Capacitor storage devices For shunt trip unit Storage time 5 min Rated control supply voltage must match the rated control supply voltage of the shunt trip unit Suitable also for 3VL circuit breakers. Rated control supply voltage/ rated operational voltage AC 5/6 Hz V V DC...... B 3WL9 -BA-AA unit 3.5 * You can order this quantity or a multiple thereof. Siemens LV 6 9 /

According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U Indicators, control elements Ready-to-close indicator switches NO contact Spare part for option C, see "-Z" + order code, page /. Signal switches )) 5 - ' ' = 3WL9 -AH-AA 5 - ' ' " > 3WL9 -AH-AA 5 - ' ' # = 3WL9 -AH7-AA 5 - ' ' $ = 3WL9 -AH-AA 5 - ' ' % = 3WL9 -AJ.-AA 3WL9 -BA7-AA Spare part for option C6 and C7, see "-Z" + order code, page /. st or nd auiliary trip units Tripped signaling switches )) CO Spare part for option K7, see "-Z" + order code, page /. Operating cycles counters, mechanical 3) Spare part for option C, see "-Z" + order code, page /. Stored energy status signaling switches )) NO contact Spare part for option C, see "-Z" + order code, page /. osition indicator st block switches for guide frames (3 CO contacts) Spare part for option R5 and R6, see "-Z" + order code, page /. Electrical ON buttons )) (button+wiring) ), for operator panel. ossible only for circuit breakers with closing solenoid. Spare part for option C and C, see "-Z" + order code, page /. Motor shutdown switches 5) (mounting on operator panel) Spare part for option S5, see "-Z" + order code, page /. EMERGENCY-STO pushbuttons Mushroom pushbutton instead of the mechanical OFF pushbutton Spare part for option S, see "-Z" + order code, page /. nd block (6 CO contacts) ) Not possible with communications connection option, order code "F" or "F". ) X7 manual connector required for circuit breakers or guide frames. If this is not already available, please order additionally (see pages /5 and /3). U (UNIT, SET, M) 3) Only in conjunction with motorized operating mechanism. ) Not possible with motor shutdown switch. 5) Not possible with electrical ON button. S* G Weight per U appro. kg B 3WL9 -AH-AA unit 3. B 3WL9 -AH-AA unit 3. B 3WL9 -AH-AA unit 3.8 B 3WL9 -AH7-AA unit 3. B 3WL9 -AH8-AA unit 3.3 B 3WL9 -AH-AA unit 3. B 3WL9 -AH-AA unit 3. With sealing cap B 3WL9 -AJ-AA unit 3.5 With CES assembly kit B 3WL9 -AJ3-AA unit 3. With BKS assembly kit B 3WL9 -AJ-AA unit 3. With IKON assembly kit B 3WL9 -AJ5-AA unit 3. B 3WL9 -AJ6-AA unit 3. B 3WL9 -BA7-AA unit 3.8 / Siemens LV 6 9 * You can order this quantity or a multiple thereof.

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U U (UNIT, SET, M) S* G Weight per U appro. kg Auiliary conductor connections Male connectors for circuit breakers $ B 3WL9 -AB-AA unit 3. Etensions for the V male connector versions (male connector must be ordered separately) B 3WL9 -AB-AA unit 3.5 3WL9 -AB-AA Male connectors for etension for V B 3WL9 -AB-AA unit 3. 5 - $ & 3WL9 -AB3-AA Auiliary supply connectors for circuit breakers or guide frames % Screw connection (SIGUT) Screwless connection method (tension spring) B 3WL9 -AB3-AA unit 3.7 B 3WL9 -AB-AA unit 3.7 5 - $ ' 3WL9 -AB-AA Coding kits for fied-mounted version (X5 to X8) & B 3WL9 -AB7-AA unit 3. 3WL9 -AB7-AA Sliding contact modules for guide frames ( B 3WL9 -AB8-AA unit 3. 5 - ' % % = 3WL9 -AB8-AA NSE_586 One-part sliding contact modules for guide frames Screw connection (SIGUT) ) B 3WL9 -AB8-AA unit 3. 3WL9 -AB8-AA Blanking blocks for circuit breakers B 3WL9 -AB-AA unit 3.3 For a complete auiliary current connection you must order: Fied-mounted version: $ + % + & Withdrawable version: $ + ( + % or $ + ) * You can order this quantity or a multiple thereof. Siemens LV 6 9 /3

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Auiliary trip units 3WL9 -AD6-AA Designation DT Order No. rice per U U (UNIT, SET, M) S* G Weight per U appro. kg Closing solenoids/shunt trip units V DC % ON period B 3WL9 -AD-AA unit 3.7 3 V DC B 3WL9 -AD-AA unit 3.7 8 V DC B 3WL9 -AD3-AA unit 3.7 6 V DC B 3WL9 -AD-AA unit 3.7 V DC/5 V AC B 3WL9 -AD5-AA unit 3.7 V DC/3 V AC B 3WL9 -AD6-AA unit 3.7 3WL9 -AE.-AA V DC 5 % ON period B 3WL9 -AD-AA unit 3.7 8 V DC B 3WL9 -AD-AA unit 3.7... 5 V DC/... 7 V AC B 3WL9 -AD3-AA unit 3.7 V DC/ V AC B 3WL9 -AD-AA unit 3.8 Undervoltage releases Instantaneous V DC B 3WL9 -AE-AA unit 3.73 3 V DC B 3WL9 -AE-AA unit 3.73 8 V DC B 3WL9 -AE3-AA unit 3.73 6 V DC B 3WL9 -AE7-AA unit 3.73 V DC/5 V AC B 3WL9 -AE-AA unit 3.73 V DC/5 V AC B 3WL9 -AE5-AA unit 3.73 3WL9 -AE.-AA Delayed 8 V DC B 3WL9 -AE-AA unit 3.7 V DC/5 V AC B 3WL9 -AE-AA unit 3.7 V DC/5 V AC B 3WL9 -AE3-AA unit 3.7 Operating mechanisms Motorized operating mechanisms )... 3 V DC B 3WL9 -AF-AA unit 3.5 8... 6 V DC B 3WL9 -AF-AA unit 3.5 V DC/5 V AC B 3WL9 -AF3-AA unit 3.5 V DC/ V AC B 3WL9 -AF-AA unit 3.5 5 - = 3WL9 -AF.-AA Auiliary contacts Auiliary switch blocks NO + NC B 3WL9 -AG-AA unit 3.8 NO B 3WL9 -AG-AA unit 3.8 NO + NC B 3WL9 -AG3-AA unit 3.7 3WL9 -AG3-AA ) X7 manual connector required for circuit breakers or guide frames. If this is not already available, please order additionally (see pages /5 and /3). / Siemens LV 6 9 * You can order this quantity or a multiple thereof.

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U U (UNIT, SET, M) S* G Weight per U appro. kg Door sealing frames, covers, shutters Door sealing frames B 3WL9 -A-AA unit 3.36 Spare part for option T, see "-Z" + order code, page /. rotective covers, I55 Cannot be used in conjunction with door sealing frames, cover removable and can be opened on both sides B 3WL9 -A3-AA unit 3.69 NSE_8a Shutters Spare part for option R, 3WL9 -A-AA see "-Z" + order code, page /. 3-pole Size I B 3WL9 -A-AA unit 3.5 Size II B 3WL9 -A6-AA unit 3.63 Size III B 3WL9 -A7-AA unit 3.86 3WL9 -A.-AA Withdrawable part coding Withdrawable part coding B 3WL9 -AR-AA unit 3. By customer, for 36 coding variants 3WL9 -AR-AA Support brackets Support brackets For mounting fied-mounted circuit breakers on vertical plane, only for sizes I and II ( set = units) B 3WL9 -BB5-AA unit 3 7. 3WL9 -BB5-AA * You can order this quantity or a multiple thereof. Siemens LV 6 9 /5

According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U Main conductor connections, fied mounting Specified for each connection 3WL9 -AL6-AA Front-accessible main circuit connections, single hole at top 3WL9 -AL56-AA 3WL9 -AL-AA 3WL9 -AL6-AA U (UNIT, SET, M) S* G Weight per U appro. kg Size I, A B 3WL9 -AL-AA unit 3. Size I, 6 A B 3WL9 -AL-AA unit 3.6 Size II, up to A B 3WL9 -AL3-AA unit 3. Size II, up to 5 A B 3WL9 -AL-AA unit 3 3.6 Size II, up to 3 A B 3WL9 -AL5-AA unit 3 3.5 Size III, up to A B 3WL9 -AL6-AA unit 3 6. Front-accessible Size I, A B 3WL9 -AL5-AA unit 3. main circuit Size I, 6 A B 3WL9 -AL5-AA unit 3.3 connections, Size II, up to A B 3WL9 -AL53-AA unit 3.8 single hole at bottom Size II, up to 5 A B 3WL9 -AL5-AA unit 3 3. Size II, up to 3 A B 3WL9 -AL55-AA unit 3 3. Size III, up to A B 3WL9 -AL56-AA unit 3 5. Front-accessible main circuit connections, acc. to DIN 3673, double hole at top Front-accessible main circuit connections, acc. to DIN 3673, double hole at bottom Rear vertical main circuit connections Size I, A B 3WL9 -AL7-AA unit 3. Size I, 6 A B 3WL9 -AL8-AA unit 3. Size II, up to A B 3WL9 -AL-AA unit 3. Size II, up to 5 A B 3WL9 -AL-AA unit 3.5 Size II, up to 3 A B 3WL9 -AL3-AA unit 3. Size III, up to A B 3WL9 -AL-AA unit 3 7.8 Size I, A B 3WL9 -AL57-AA unit 3.3 Size I, 6 A B 3WL9 -AL58-AA unit 3.7 Size II, up to A B 3WL9 -AL6-AA unit 3. Size II, up to 5 A B 3WL9 -AL6-AA unit 3 3.7 Size II, up to 3 A B 3WL9 -AL63-AA unit 3 3.6 Size III, up to A B 3WL9 -AL6-AA unit 3 6. Size I ), up to 6 A B 3WL9 -AM-AA unit 3.5 Size II ), up to 3 A B 3WL9 -AM-AA unit 3. Size III, up to 5 A B 3WL9 -AM3-AA unit 3 5. 3WL9 -AM3-AA ) In the case of vertical connection size I, up to A one 3WL9 AM-AA vertical connection is required, up to 6 A two 3WL9 -AM-AA vertical connections are required. ) In the case of vertical connection size II, up to 5 A one 3WL9 AM-AA vertical connection is required, up to 3 A two 3WL9 -AM-AA vertical connections are required. /6 Siemens LV 6 9 * You can order this quantity or a multiple thereof.

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Designation DT Order No. rice per U Main conductor connections, withdrawable versions Specified for each connection 3WL9 -AN6-AA 3WL9 -AN-AA 3WL9 -AN-AA 3WL9 -AN-AA Front-accessible main circuit connections, single hole at top or at bottom ) Front-accessible main circuit connections, acc. to DIN 3673, double hole at top or at bottom ) U (UNIT, SET, M) S* G Weight per U appro. kg Size I, A B 3WL9 -AN-AA unit 3. Size I, 6 A B 3WL9 -AN-AA unit 3.3 Size II, up to A B 3WL9 -AN3-AA unit 3.8 Size II, up to 5 A B 3WL9 -AN-AA unit 3 3. Size II, up to 3 A B 3WL9 -AN5-AA unit 3 3. Size III, up to A B 3WL9 -AN6-AA unit 3 5. Size I, A B 3WL9 -AN7-AA unit 3.3 Size I, 6 A B 3WL9 -AN8-AA unit 3.7 Size II, up to A B 3WL9 -AN-AA unit 3. Size II, up to 5 A B 3WL9 -AN-AA unit 3 3.7 Size II, up to 3 A B 3WL9 -AN3-AA unit 3 3.6 Size III, up to A B 3WL9 -AN-AA unit 3 6. Supports for front and DIN connecting bars 3-pole for 3 bars Size I B 3WL9 -AN-AA unit 3.7 Size II B 3WL9 -AN-AA unit 3.35 Size III B 3WL9 -AN3-AA unit 3. Rear vertical main circuit connections Rear horizontal circuit connections Size I, A B 3WL9 -AN5-AA unit 3.66 Size I, 6 A B 3WL9 -AN6-AA unit 3.87 Size II, up to A B 3WL9 -AN7-AA unit 3.5 Size II, up to 5 A B 3WL9 -AN8-AA unit 3.9 Size II, up to 3 A B 3WL9 -AN-AA unit 3.58 Size III, up to 5 A B 3WL9 -AN-AA unit 3 6.38 Size I, A B 3WL9 -AN3-AA unit 3.63 Size I, 6 A B 3WL9 -AN33-AA unit 3.77 Size II, up to A B 3WL9 -AN3-AA unit 3. Size II, up to 5 A B 3WL9 -AN35-AA unit 3. Size II, up to 3 A B 3WL9 -AN36-AA unit 3.7 Size III, up to 5 A B 3WL9 -AN37-AA unit 3 3.86 Connecting flanges Size I, A B 3WL9 -AN-AA unit 3.6 Size I, 6 A B 3WL9 -AN5-AA unit 3.6 Size II, up to A B 3WL9 -AN6-AA unit 3.98 Size II, up to 5 A B 3WL9 -AN7-AA unit 3. Size II, up to 3 A B 3WL9 -AN8-AA unit 3.3 Size III, up to A B 3WL9 -AN3-AA unit 3.37 3WL9 -AN-AA Conversion sets For converting fied-mounted circuit breakers into withdrawable circuit breakers Guide frames and sliding contact modules must be ordered separately. Number of poles Size 3-pole I B 3WL9 -BC-AA unit 3 5. II B 3WL9 -BC-AA unit 3 5.9 III B 3WL9 -BC3-AA unit 3 8. ) Supports are required when using front-accessible main circuit connections (withdrawable circuit breakers). * You can order this quantity or a multiple thereof. Siemens LV 6 9 /7

According to UL 89/IEC 697- for AC up to 5 A Accessories and spare parts Options Structure of the Order No. 3WL5 ÔÔÒ ÖáâÕÓ ÓáÜÔ Eample 5th position: Size Size II Ô 6th and 7th position: 8th position: Ma. rated circuit breaker current I n ma Switching capacity class I n ma = A High breaking capacity "H": ka 9th position: Electronic trip units ETU5B with piel graphics display th position: Electronic trip unit supplement... with ground-fault protection ÔÒ th position: Number of poles 3-pole Õ th position: Installation type Fied mounting, main circuit connections on rear, vertical 3th position: Operating mechanism Manual operating mechanism with mechanical closing th position: st auiliary switch Shunt trip units AC 5/6 Hz V 5th position: nd auiliary switch Without nd auiliary trip unit Ü Ö á â Ó Ó á An important prerequisite for computerbased order processing is that order numbers must be structured according to standardized criteria. They are used as an unambiguous means of communication for various purposes: Offer processing Selection and configuration Order processing Ordering Order confirmation Handling warehouse roducts Order processing at the supply bases Delivery and shipment Reporting and planning Service and warranty The standardized structure ensures that only one Order No. has to be administered for one device. This saves time and effort during planning, configuring, ordering and stock keeping, and consequently above all it saves costs. The eample opposite eplains the various positions within an Order No. 6th position: Auiliary switches NO + NC Ô Accessories: with first order (components are already mounted) Eample 3WL5 ÔÔÒ ÖáâÕÓ ÓáÜÕ õ áòô Additional accessory components can be ordered ready-mounted. " Z" with order code Accessories: for retrofitting (components for subsequent fitting) Eample 3WL9 ÓÓÓ ÒÁ ÜÔÓ ÒÜÜÒ rotective cover for mechanical ON/OFF without lock Documentation Manual Communication Free download of documentation from http://www.siemens.com/lowvoltage/manuals Communications connection "Standard" + Breaker Status Sensor (BSS) + communication module COM5 for connection to ROFIBUS D German Order No. A5E537- English Order No. A5E5353- õ áòô These supplements are identified by "-Z". Even with additional components, one Order No. is sufficient. Additional accessories which are not intended to be ready-mounted in the factory, such as spare parts for storage, can also be ordered separately from the circuit breaker. Accessories for retrofitting are identified by the Order No. stem 3WL9. /8 Siemens LV 6 9

According to UL 89/IEC 697- for AC up to 5 A Design General data Ma. circuit breaker current (A) n ma Switch-off capacity cu at 8 V AC (ka) Dimensions Fied mounting Withdrawable 3-/-pole ) ) 3-/-pole 7 / 9 7 / 9 Width Size III 5 H 3 / 3 6 / 6 9 / 9 385 / 385 Height Depth 3 6 / 59 6 / 59 Width Size I Size II 5 6 6 S 65 H 3 / 3 6 / 6 9 / 9 385 / 385 3 / 3 / 3 / 3 6 / 6 9 / 9 385 / 385 Height Depth Width Height Depth The dimension for the depth of the circuit breakers is specified from the circuit breaker rear panel to the inside surface of the closed cabinet door. ) -pole version on request NSE_93a Overview of SENTRON 3WL5 circuit breakers/non-automatic air circuit breakers Versions Rated currents: 63 A to 5 A 3 sizes for different rated current ranges (see illustration "Overview of SENTRON 3WL5 Circuit Breakers/Non-Automatic Air Circuit Breakers") 3-pole version, -pole version on request Rated operational voltage up to 6 V AC different switching capacity classes in the range from 65 ka to ka at 8 V AC The SENTRON 3WL5 circuit breakers are supplied complete with operating mechanism (manual operating mechanism with mechanical closing), electronic trip unit and auiliary switches ( NO contacts + NC contacts in the standard version), and can be equipped with auiliary trip units. Installation types Fied-mounted or withdrawable version Ambient temperatures The SENTRON 3WL5 circuit breakers are climate-proof according to IEC 668--3. They are intended for use in enclosed areas where no severe operating conditions (e.g. dust, corrosive vapors, damaging gases) are present. When installed in dusty and damp areas, suitable enclosures must be provided. Coordinated dimensions The dimensions of SENTRON 3WL5 circuit breakers only differ in terms of the width of the device which depends on the number of poles and the size. Due to the nature of the design, the dimensions of devices with a withdrawable version are determined by the dimensions of the guide frames, which are slightly larger. Non-automatic air circuit breakers One special version of circuit breaker is utilized as a non-automatic air circuit breaker. The non-automatic air circuit breakers are designed without an electronic trip unit system and do not perform any protection functions for the system. One potential application is the use as a bus coupler in systems with parallel feed-ins. The versions and features can be selected according to those of the circuit breakers. Operating mechanisms The circuit breakers are available with various optional operating mechanisms: Manual operating mechanism with mechanical closing (standard design) Manual operating mechanism with mechanical and electrical closing Motorized operating mechanism with mechanical and electrical closing. The operating mechanisms with electrical closing can be used for synchronization tasks. Siemens LV 6 9 /9

According to UL 89/IEC 697- for AC up to 5 A General data Fied-mounted circuit breaker 5 - ' $ % > Horizontal connection Horizontal connection Front connection with single hole or double hole Vertical connection Main circuit connections connection types 5 - ' $ & > Vertical connection Withdrawable circuit breaker, withdrawable guide frame 5 - ' $ % > Flange connection Main circuit connections All circuit breakers are equipped with horizontal main circuit connections on the rear for up to 5 A as standard (horizontal connection to busbars). The following options are available, with all combinations of top and bottom connections possible: Accessible from the front, single hole (for vertically installed busbars, only for fied mounting) Accessible from the front, double hole (holes according to DIN 3673) (for vertically installed busbars, only for fied mounting) At the rear, vertical (for vertically installed busbars) Connecting flange (for direct connection to guide frame up to A). 5 - ' % # > 5 - ' % > Connection using screw connection system (SIGUT) (standard) Connection options for auiliary circuit connections Auiliary circuit connections The type of connection for the auiliary switches depends on the type of installation: Withdrawable version: The internal auiliary switches are connected to the male connector on the switch side. When fully inserted, the connector makes a connection with the sliding contact module (see the graphic "Guide Frame" in "Design") in the guide frame. Various adapters can then be used to complete the wiring (see the graphic "Connection options for auiliary circuit connections"). Fied mounting: In this case the auiliary supply connectors are engaged directly onto the circuit breaker. The connectors are equipped with coding pins that prevent them being mistakenly interchanged. Operator panel The operator panel is designed to protrude from a cut-out in the door providing access to all control elements and displays with the control cabinet door closed. The operator panels for all circuit breakers (fied-mounted/ withdrawable versions, 3-/-pole) are identical. The operator panel ensures degree of protection I. 5 - ' % > 5 - ' $ ' > 5 - ' % $ > 5 - ' % ' = Screwless connection method (tension springs) (optional) Safety and reliability To protect the circuit breakers and plant against unauthorized switching as well as the maintenance and operator personnel, the system contains many locking devices. Others can be retrofitted. Other safety features include: Infeed from above or below, as required Locking of the guide frame with the circuit breaker removed, as standard Locking of the withdrawable circuit breaker against movement, as standard High degree of protection with cover (enclosure rating) Mechanical closing lockout after overload or short-circuit tripping as standard The circuit breaker is always equipped with the required number of auiliary supply connectors Standard version SENTRON 3WL5 circuit breakers are equipped with the following features as standard: Mechanical ON and OFF pushbutton Manual operating mechanism with mechanical closing Switch position indicator Ready-to-close indicator Memory status indicator Auiliary switches NO + NC Rear horizontal main circuit connections for fied-mounted and withdrawable versions up to 5 A For -pole circuit breakers, the fourth pole (N) is installed on the left and is % loadable with the rated current Contact erosion indicator for the main contacts Auiliary circuit plug-in system with SIGUT screw terminals. Delivery inclusive of all auiliary circuit connectors to internal features including coding device for the prevention of incorrect installation of auiliary supply connectors for fied-mounted circuit breakers Mechanical tripped indicator for electronic trip unit system Mechanical closing lockout after tripping operation Operator panel cannot be taken off with the circuit breaker in the ON position Additional features of the withdrawable version: Main contacts: Laminated receptacles in the guide frame, penetration blades on the withdrawable circuit breaker osition indicator in the operator panel of the withdrawable circuit breaker Captive manual crank handle for moving the withdrawable circuit breaker Guide frame with guide rails for easy moving of the withdrawable circuit breaker The withdrawable circuit breaker can be locked to prevent it being pushed out of position The withdrawable circuit breaker cannot be moved when it is in the ON position Coding of the rated current between the guide frame and the withdrawable circuit breaker. Standards SENTRON 3WL5 circuit breakers comply with: UL 89 IEC 697- DIN VDE 66 art Climate-proof according to IEC 668--3. /3 Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A General data Auiliary trip units Up to two auiliary trip units can be installed at the same time. The following are available: shunt trip unit or undervoltage release or shunt trip units or shunt trip unit + undervoltage release. Signal switch for auiliary trip units One signaling contact is used for each auiliary trip unit to determine the switch positions of the auiliary trip units. Shunt trip unit When the operational voltage is connected to the shunt trip unit, the circuit breaker is opened immediately. The shunt trip unit is available in the versions 5 % ON period for overecitation and % ON period for permanent ecitation. This means that it is also possible to block the circuit breaker against being jogged into closing. An energy storage device for shunt trip units allows the circuit breaker to be opened even if the control voltage is no longer available. Undervoltage release The undervoltage release causes the circuit breaker to be opened if the operational voltage falls below a certain value or is not applied. The circuit breaker cannot be closed manually or by means of an electrical ON command if the undervoltage release is not connected to the operational voltage. The undervoltage release has no delay as standard. A delay can be set by the customer in the range between t d < 8 ms and t d < ms. In addition, an undervoltage release with a delay in the range from. to 3. s is available. Closing solenoid The closing solenoid is used to close the circuit breaker electrically by means of a local electrical ON command or by a remote unit. Motorized operating mechanism The operating mechanism is used to load the spring energy store automatically. The operating mechanism is activated if the spring energy store has been unloaded and the control voltage is available. It is switched off automatically after loading. This does not affect manual operation of the stored-energy feature. Indicators, signals and control elements Motor shutdown switch Control switch for switching off the motorized operating mechanism (automatic loading). Operating cycles counter The motorized operating mechanism can be supplied with a 5-digit operating cycles counter. The display is incremented by "" as soon as the spring energy store is fully loaded. Resetting the manual tripped signal When the circuit breaker has tripped, this is indicated by the protruding red mechanical tripped indicator on the ETU. When the mechanical tripped indicator is activated, the tripping solenoid and tripped signal are reset. If this display is to be reset remotely, the reset button can be equipped with a reset solenoid. This option allows the circuit breaker to be reset both manually and electrically. Automatic resetting of closing lockout When the ETU is activated, reclosing of the circuit breaker is prevented until the trip unit is either electrically or manually reset. If the "Automatic resetting of closing lockout" option is used, the pre-tensioned circuit breaker is ready to close immediately after tripping. Resetting the manual tripped indicator is not included in this option. Tripped signal switch If the circuit breaker has tripped due to an overload, short-circuit, ground fault or etended protection function, the tripped signal switch can indicate this. This signal switch is available as an option. If the circuit breaker is used for communication, this option is supplied as standard. Ready-to-close indicator switches The SENTRON 3WL5 circuit breakers are equipped with an optical ready-to-close indicator as standard. In addition, the ready-toclose status can be transmitted by means of a signal switch as an option. If the switch is used for communication, the signal switch is supplied as standard. Siemens LV 6 9 /3

According to UL 89/IEC 697- for AC up to 5 A General data Circuit breakers (8) (7) (6) (5) () (3) () () () (9) (8) (7) (6) NSE_9 () () (3) () (5) (6) (7) (8) (9) () () () (3) () (5) () Arc chutes () Carrying handle (3) Labeling plates () Motor shutdown switch (option) or "Electrical ON" (option) (5) Name plate for UL and IEC circuit breaker (6) Memory status indicator (7) "Mechanical ON" button (8) Rated current indication (9) ositioning pictogram () Operating cycles counter (option) () Hand-operated lever () Crank handle (3) Withdrawable unit drive shaft () Equipment plate (5) Ground terminal (6) osition indicator (7) Table for ground-fault protection (8) Safety lock for crank handle (option) (9) Mechanical unlocking of crank handle (option) () Electronic trip units () Rated current modules () "Mechanical OFF" button or "EMERGENCY- STO" mushroom pushbutton (option) (3) Ready-to-close indicator () Switch position indicator (5) Tripped indicator (reset button) (6) "Secure OFF" locking device (option) (7) Operator panel (8) Male connector for auiliary circuit connections Guide frames & % $ # " " # $ % & () Arc chute cover (option) () Blow-out openings (3) Opening for crane hook () Shutter (option) (5) Locking device (shutter) (option) (6) Type plate for guide frame (7) Isolating contacts (8) Ground terminal Ø mm (9) Locking device for racking rail () Locking device against movement when control cabinet door is open (option) () Door interlocking for guide frame (option) () Racking rail (3) Factory-set rated current coding () Sliding contact for breaker grounding (option) (5) Equipment-dependent coding (option) (6) Shutter actuator (optional) (7) osition indicator switch (optional) (8) Sliding contact module for auiliary conductors (number depends on equipment) 5 - ' $ $ > ' /3 Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A General data Locking devices Locking device in OFF position This function prevents closing of the circuit breaker and complies to the specifications for main switches to EN 6 (VDE 3) and UL 89 disconnector unit. This lockout only affects this circuit breaker. If the circuit breaker is replaced, closing is no longer prevented unless the new circuit breaker is also protected against unauthorized closing. To activate the locking device, the circuit breaker must be opened. The locking device is disabled when the circuit breaker is closed. The lock is only activated when the key is removed. The safety key can be removed only in the "OFF" position. Locking device for "Electrical ON" (see graphic "Circuit breakers") This prevents unauthorized electrical closing from the operator panel. Mechanical closing and remote closing remain possible. The lock is only activated when the key is removed. Locking device for "Mechanical ON" (see graphic "Circuit breakers") This prevents unauthorized mechanical closing. The mechanical ON button can only be activated if the key is inserted (key operation). Closing with the "Electrical ON" button and remote closing remain possible. The lock is only activated when the key is removed. "Secure OFF" circuit breaker-independent locking device against unauthorized closing This special switch-independent function for withdrawable circuit breakers prevents closing and fulfills the specifications for main switches to EN 6 (VDE 3) and UL 89 disconnector unit. Unauthorized closing remains impossible even after the circuit breaker has been echanged. To activate the lock, the circuit breaker must be opened. The locking device is disabled when the circuit breaker is closed. The lock is only activated when the key is removed. The safety key can be removed only in the "OFF" position. Locking device for crank handle revents removal of the crank. The circuit breaker is protected against movement. The lock is only activated when the key is removed. Locking device for "Mechanical OFF" revents unauthorized mechanical opening from the operator panel. The "Mechanical OFF pushbutton" can only be activated if the key is inserted (key operation). Remote opening remains possible. The lock is only activated when the key is removed. Locking device for hand-operated lever The hand-operated lever can be locked with a padlock. The spring energy store cannot be loaded manually. Locking device against resetting the tripped indicator A lockable cover prevents manual resetting of the tripped indicator after overcurrent tripping. This locking device is supplied together with the transparent cover for electronic trip units. Sealing devices Sealing cap for "Electrical ON" button The "Electrical ON button" is equipped with a sealing cap as standard. Sealing cap for "Mechanical ON" and "OFF" button The locking set contains covering caps which can be sealed. Sealing device for electronic trip units The transparent cover can be sealed. The parameter setting sections are covered to prevent unauthorized access. Openings allow access to the query and test button. Locking devices Locking device against movement for withdrawable circuit breakers when the control cabinet door is open The crank handle is blocked when the control cabinet door is open and cannot be removed. The withdrawable circuit breaker cannot be moved. The lock only affects the inserted crank handle. Locking of the control cabinet door The control cabinet door cannot be opened if The fied-mounted circuit breaker is closed (the blocking signal is transmitted via the Bowden wire) or The withdrawable circuit breaker is in the connected position. Blocking mechanism using "Mechanical ON" and "OFF" buttons The "Mechanical ON" and "OFF" buttons are covered with a cap which only allows actuation with a tool. These covering caps are part of the locking set. Optional equipment for guide frames Shutters The sealing strips of the shutter seal the laminated contacts of the guide frame when the withdrawable circuit breaker is removed and therefore implement touch protection. The sealing strips can be manually opened using the strip levers. The position of the sealing strips can be locked in various positions using padlocks for securing against tampering. Siemens LV 6 9 /33

According to UL 89/IEC 697- for AC up to 5 A General data Rated current coding unit between circuit breaker and guide frame Withdrawable circuit breakers and guide frames are equipped with a rated current coding unit as standard. This ensures that only circuit breakers whose penetration blades are suited to the laminated contacts of the guide frame can be inserted into a guide frame (see diagram below). 5 - = () Guide frame, interior of l/h side; interior of r/h side similar () Coding pin on racking rail in guide frame (3) Racking rail () Withdrawable circuit breaker, r/h side; l/h side similar (5) Coding pin on guide frame Rated current coding unit between circuit breaker and guide frame 5 - " # Equipment-dependent coding Withdrawable circuit breakers and guide frames can be retrofitted with an equipment-dependent coding unit. This allows different designs of circuit breakers and guide frames to be uniquely assigned. If the circuit breaker and guide frame have been assigned different codes, the circuit breaker cannot be inserted. 36 different coding options can be selected. osition indicator switches for guide frame The guide frame can be equipped with position indicator switches. These can be used to determine the position of the circuit breaker in the guide frame. Two versions are available: Option Connected position changeover contact Test position changeover contact Disconnected position changeover contact Option Connected position 3 changeover contacts Test position changeover contacts Disconnected position changeover contact ositions of the withdrawable circuit breaker in the guide frame Display osition indicator Main circuit Auiliary circuit Control cabinet door Shutters Maintenance position Disconnected Disconnected Open Closed " 5 - = Disconnected position Disconnected Disconnected Closed Closed 5 - " = Test position Disconnected Connected Closed Closed 5 - # = Connected position Connected Connected Closed Open 5 - $ = () Auiliary circuit () Main circuit (3) Control cabinet door () Shutter hase barriers The plant engineering company can manufacture phase barriers made of insulating material for the arcing fault barriers. The rear panel of the fied-mounted circuit breakers or guide frames are equipped with guide grooves. Arc chute cover The arc chute cover is included as standard in orders with guide frame. It protects switchgear components which are located directly above the circuit breaker. Door sealing frame and cover SENTRON 3WL5 circuit breakers have degree of protection I as standard. However, if the switchgear is to be equipped with a higher degree of protection, a door sealing frame with I and a cover with I55 are available. /3 Siemens LV 6 9

= SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A Function General data Rating lug NSE_95 NSE_96 I @ J I @ Functions of the electronic trip units Basic protection functions 5 - ' # > ETU5B Overload protection L Short-time delayed short-circuit protection S Instantaneous short-circuit protection I Neutral conductor protection N -- Ground-fault protection G -- ETU5B Additional functions N-conductor protection can be switched on/off -- N-conductor protection adjustable -- Instantaneous short-circuit protection can be switched on/off -- Instantaneous short-circuit protection can be switched on/off -- Thermal image can be switched on/off -- Load monitoring -- Short-time delayed short-circuit protection switchable to I t -- Instantaneous short-circuit protection adjustable -- Overload protection switchable to I t -- Overload protection can be switched on/off -- -- Selectable parameter sets -- -- arameterization and display arameterization through rotary coding switches ( steps) arameterization through communication (absolute values) -- -- arameterization through user interface of ETU (absolute values) -- -- arameterization of the etended protection functions -- LCD alphanumerical -- Graphic LCD -- -- Measurement function Measurement function lus -- Communication CubicleBUS -- Communication through ROFIBUS D -- Communication through MODBUS -- Communication through Ethernet -- Standard -- Not available Optional Detailed information about the functions of the electronic trip units is given in the following. Siemens LV 6 9 /35

According to UL 89/IEC 697- for AC up to 5 A General data Electronic trip units (ETU) The electronic trip unit is controlled by a microprocessor and operates independently of an auiliary voltage. It enables systems to be adapted to the different protection requirements of distribution systems, motors, transformers and generators. Communication capabilities The international standard ROFIBUS D or MODBUS can be used to transmit data such as current values, switching states, reasons for tripping etc. to central computers. Data acquisition and energy management are possible in conjunction with the lus measurement function. A new internal circuit breaker data bus allows switchboard panel communication between the circuit breaker and secondary devices in the circuit breaker panel: Actuation of analog displays Facility to test the communication build-up with circuit breakers Display of tripping state and tripping reasons Input module for reading in further switchgear panel signals and for transmission of these signals to the ROFIBUS D or MODBUS Various output modules for displaying measured values. This means that it is not only possible to monitor the device remotely, but also to transmit current values from the entire system and perform switching operations remotely. I t and I t characteristic curve for overload protection The best protection for the whole switchgear is achieved by setting the tripping characteristic curve to an optimum value. In order to achieve optimal discrimination for upstream fuses or medium voltage protection systems, the inclination of the characteristic curve can be selected for the overload range. The overload protection L (long time protection) for the electronic trip units ETU5B allows the characteristic curve to be switched between I t and I t. The I t characteristic improves discrimination for downstream circuit breakers and fuses. Electronic trip units ETU Modularity has also been strictly emphasized during the development of the electronic trip units. These are some of the modules which can be easily retrofitted at any time: Ground-fault protection module Communication Measurement function Display Rated current module (Rating lug) This allows quick adaptation to new local mains specifications. In addition, innovative functions have been included in the ETUs. Rated current module/ rating plug Ground-fault protection module (retrofittable) Eample of configuration for ETU5B Tripped indicator/ Reset button LCD alphanumeric with 5 inclination and rotatable through 8 Sliding-dolly for switchable overload characteristic curve Rated current modules / Rating plugs The rated current module is an echangeable module which allows the user to reduce the rated device current so as to adapt it optimally to the plant; e.g. if a new plant section is taken into operation. The rated current module must be selected to fit the rated current of the system. /36 Siemens LV 6 9

According to UL 89/IEC 697- for AC up to 5 A ETU5B electronic trip unit General data Mechanisches Mechanical RESET für Wiedereinschaltsperre for reclosing lockout und and mechanische mechanical Ausgelöstanzeige tripped indicator Anzeige Indicator: Überstromauslöser overcurrent release activated aktiviert Indicator: Anzeige overload Überlastalarmalarm Bemessungsstrommodul Rated current module Drehschalter Rotary switch Einstellwert for setting value, Überlastauslösung overload release Drehschalter Rotary switch Einstellwert for setting value, kurzzeitverzögerte instantaneous Kurzschlussauslösung short-circuit release Short-circuit Kurzschlussschutz protection festeingestellt fied setting Query Taster pushbutton Abfrage Test Taster pushbutton rüfung Rating lug ETU5B Option: Sicherheitsschloss safety lock verhindert prevents pressing Drücken of des Resetknopfes reset button after nach Überstromauslösung overcurrent release Indicator: Anzeige Fehler fault inim overcurrent Überstromauslöser release Indicator: Anzeigen cause Auslöseursache of release Drehschalter Rotary switch Verzögerung for delay, Kurzschlussauslösung short-circuit release NSE_97 lombieröse Sealing ring Taster Clear pushbutton Löschen rüfbuchse Test socket Application: Classical building, motor and system protection with time-selective coordination for up to 5 A Features: Adjustable overload protection with I t characteristic curve Delay time t R = seconds at 6 I R Short-time delayed short-circuit protection adjustable in the range.5... I n and Instantaneous short-circuit protection preset to I n, ma. 5 ka Can be adapted at any time to the required plant currents through retrofittable rated current module, thus ensuring overload protection in the range from A to 5 A. Overload display Indicates the reason for tripping by means of an LED Test facility for the trip unit rotection functions are set by means of the rotary coding switch For technical details see the table "Functional Overview of the Electronic Trip Unit System" under "Technical Specifications". Siemens LV 6 9 /37

According to UL 89/IEC 697- for AC up to 5 A General data ETU5B electronic trip unit Mechanical RESET for reclosing lockout and mechanical tripped indicator Scroll up Indicators: Overcurrent release activated Overload alarm COMMUNICATION EXANDED Rated current module Rotary switch for setting value, overload release Rotary switch for setting value, instantaneous short-circuit release Rotary switch for setting value, short-circuit protection Selector for earth-fault protection Rotary switch for setting value, earth-fault protection Rotary switch for setting value, earth-fault alarm Test pushbutton Query pushbutton Rating lug SI g NSE_98 ETU5B = OFF ON Option: safety lock prevents pressing of reset button after overcurrent release Option: alphanumeric display Scroll down Indicator: fault in overcurrent release Thermal memory on/off N-conductor protection on/off Setting value N-conductor overload Transfer of overload characteristic t / t Rotary switch for delay, overload release Rotary switch for delay, short-circuit release Indicator: cause of release Sealing ring Option: earth-fault module Indicator: earth-fault alarm Indicator: earth-fault tripped Rotary switch for delay, earth-fault protection t g/ Clear pushbutton Test socket t g Application: Low-cost all-round system for intelligent buildings and all types of industrial applications "CubicleBUS integrated" Features: The same as ETU5B but also Adjustable time-lag class for overload protection Selectable characteristic for overload and short-delayed short-circuit range (current discrimination) for more accurate discrimination adaptation to upstream fuses and protective devices Thermal image as restart protection for tripped motor outgoing feeders Reversible and adjustable neutral conductor protection Modular ground-fault protection module with alarm and tripping functions which can be adjusted separately Communication interface, measurement function lus, optional connection of eternal modules or for retrofitting Storage of events and causes for tripping for detailed fault analysis Etended protection function possible with measurement function Optional high-contrast display with viewing angle adjustment option The protection functions can be set by means of a rotary coding switch or slide switch For technical details see the table "Functional Overview of the Electronic Trip Unit System" under "Technical Specifications". Ground-fault protection Selector for earth-fault detection Rotary switch for setting value, earth-fault protection I g TRI ALARM G A B C D OFF E Rotary switch for setting value earth-fault alarm GFM AT 5B ground-fault module ALARM t g (s).5. TRI.3.. NSE_96a Indicators: GFM AT 5B I tg...3..5 Earth-fault alarm Earth-fault tripped Rotary switch for setting value, earthfault protection delay t g /I t g Ground-fault releases "G" sense fault currents that flow to ground and that can cause fire in the plant. Multiple circuit breakers connected in series can have their delay times adjusted so as to provide graduated discrimination. When setting the parameters for the electronic trip unit it is possible to choose between "alarm" and "trip" in the event that the set current value is eceeded. The reason for tripping is indicated by means of an LED when the query button is activated. The ETU5B electronic trip unit version can be retrofitted with a ground-fault protection module. /38 Siemens LV 6 9

SENTRON 3WL5 Air Circuit Breakers/Non-Automatic Air Circuit Breakers According to UL 89/IEC 697- for AC up to 5 A General data Measurement method Vectorial summation current formation (measurement method ) The three phase currents and the N-conductor current are measured directly. The electronic trip unit determines the ground-fault current by means of vectorial summation current formation for the three phase currents and the N conductor current. Direct measurement of the ground-fault current (measurement method ) A standard transformer with the following data is used for measurement of the ground-fault current: A/ A, Class (the internal load of SENTRON 3WL5 is. Ω). The transformer can be installed directly in the grounded neutral point of a transformer. 3-pole circuit breakers, current transformers in the N conductor T6: A/ A 3-pole circuit breakers, current transformers in the grounded neutral point of the transformer. Setting How the module is set depends on the measurement method used (see above): Measurement method : in position. Measurement method : in position. Ground-fault protection with I t characteristic curve All versions of the ground-fault modules are supplied with an I t characteristic curve which can be activated. Selection criteria for SENTRON 3WL circuit breakers Basic criteria for selecting circuit breakers are: Ma. short-circuit current at place of installation of circuit breaker I k maẋ This value determines the short-circuit breaking capacity or short-circuit current carrying capacity of the circuit breaker. It is compared with the value I cu, I cs, I cw of the circuit breaker and essentially determines the size of the circuit breaker. See illustration "Overview of SENTRON 3WL5 Circuit Breakers/ Non-Automatic Air Circuit Breakers". Rated current I n which is to flow through the branch circuit. This value must not be larger than the maimum rated current for the circuit breaker. The rated current for the SENTRON 3WL5 is set with the rated current module. See "Design", illustration "Overview of SENTRON 3WL5 Circuit Breakers/Non-Automatic Air Circuit Breakers". Ambient temperature for the circuit breaker. This is usually the control cabinet internal temperature. Design of the circuit breaker Minimum short-circuit current which flows through the switching device. The trip unit must still detect this value as a short-circuit and must respond by tripping. rotection functions of the circuit breaker. These are determined by the selection of the corresponding electronic trip unit, see the table "Functions of the Electronic Trip Units" under "Functions". T6: A/ A -pole circuit breakers, current transformers in the grounded neutral point of the transformer. Siemens LV 6 9 /39

According to UL 89/IEC 697- for AC up to 5 A General data Configuration Mutual mechanical circuit breaker interlocking The module for mutual mechanical interlocking can be used for one or two SENTRON 3WL5 circuit breakers and can be adapted easily to the corresponding versions. The fiedmounted and withdrawable circuit breaker versions are fully compatible and can therefore be used in a mied configuration in an installation. The circuit breakers can be mounted alongside each other or one above the other, whereby the distance of the circuit breakers is determined solely by the length of the Bowden wire (lengths: m/3 m/.5 m). Interlock signals are looped through using the Bowden cables. Interlocking is only effective in the connected position in the case of withdrawable circuit breakers. The mechanical endurance of the Bowden cables is operating cycles. Minimum requirements must be fulfilled in the switchgear for the interlocking to function: Bowden cables must be installed as far as possible in a straight line with minimum bending. Mutual mechanical interlocking of circuit breakers eamples The bending radii of the Bowden wire must be greater than 5 mm. The sum of all bending angles along the Bowden wire must not eceed 6. In a vertical arrangement of circuit breakers to be interlocked, the interlocking mechanisms must be in line. Circuit breakers to be interlocked must be arranged so that Bowden cables can be optimally installed in compliance with the conditions mentioned in the above points. The installed Bowden cable must be fied (with cable ties or the like) before the interlock is adjusted. Select the width of switchgear cubicle to allow enough freedom of movement for adjusting the interlock Openings and cut-outs in system elements must be designed so that Bowden cables are not changed in direction or obstructed when they are passed through. Mutual interlocking of two circuit breakers Interlocking between three circuit breakers Mutual interlocking of three circuit breakers Interlocking of three circuit breakers, two of them mutual / Siemens LV 6 9

According to UL 89/IEC 697- for AC up to 5 A Communication-capable circuit breakers General data LC e.g. SIMATIC S7 data acquisition and processing C with Switch ES ower SENTRON 3WL/3VL parameterization and visualization tool through ROFIBUS D Ethernet/ Intranet/ Internet BDA BDA lus Output device e.g. notebook with browser COM5 BSS ETU Measurementfunction lus NSE_8a Zone Selective Interlocking module Digital output module Relay Digital output module Relay, configurable Analog output module Digital input module Communication with ROFIBUS D MODBUS Master LC or monitoring software Configuration and display software MODBUS Ethernet/ Intranet/ Internet BDA BDAlus Output device e.g. notebook with browser COM6 BSS ETU Measurement function lus NSE_89 Zone Selective Interlocking module Digital output module Relay Digital output module Relay, configurable Analog output module Digital input module Communication with MODBUS The requirements for power distribution in terms of communication capability, data transparency, fleibility and integration are constantly increasing. An integrated and modular communication architecture was designed for the SENTRON 3WL5 to ensure that it can satisfy these requirements. The core component of this architecture is the CubicleBUS, which links together all of the intelligent components within the SENTRON 3WL5 and enables the easy and safe connection of other additional eternal components to the circuit breaker. The CubicleBUS is already incorporated and pre-connected in all complete circuit breakers with ETU5B trip units. The high level of modularity of the system allows communication functions to be retrofitted at any time (e.g. the measurement function). Similarly, the upgrade of a non-communication-capable SENTRON 3WL5 (e.g. changeover from ETU5B to ETU5B with CubicleBUS) can be carried out easily on site in the plant. All modules connected to the CubicleBUS can directly access the eisting source data of the circuit breaker, which guarantees the quickest possible access to information and response to events. Furthermore, additional eternal modules (including digital inputs/ outputs, analog outputs) can be connected to the CubicleBUS to provide cost-effective solutions for the automation of further devices in the switchgear. Siemens LV 6 9 /

According to UL 89/IEC 697- for AC up to 5 A General data SENTRON 3WL5 communication-capable circuit breakers Function Electronic trip unit version Breaker status sensors ROFI- BUS/ MOD- BUS communication ports Measurement function lus Analog output Digital output Digital input ZSI module modules modules modules Breaker Breaker Data Data Adapters Adapters lus ETU5B Functions of the communication-capable SENTRON 3WL circuit breakers Indication of measured values in trip unit (current only) Indication of measured values in trip unit (U, I,, S, Q, p.f., etc.) Output of measured values (current only) to rotary coil instruments in control cabinet door Output of measured values (U, I,, S, Q, p.f., etc.) to rotary coil instruments in control cabinet door Output of digital signals (e.g. reason for tripping, alarm signals, status) through contacts Read in digital signals and forward to ROFIBUS/ MODBUS Transmission of switch information on HTML basis locally to a C Transmission of switch information on HTML basis through Ethernet Short-time grading control for S tripping and G protection Local storage of harmonic analysis and waveform memory and transmission through ROFIBUS Read out protection parameters through ROFIBUS/MODBUS Required Not necessary for this function, optionally combinable Function can optionally be taken over by one of these modules. / Siemens LV 6 9

According to UL 89/IEC 697- for AC up to 5 A Data that can be transmitted over the ROFIBUS D/MODBUS or the Breaker Data Adapter All SENTRON 3WL5s with ETU5B (CubicleBUS integrated) General data Transmittable circuit breaker data Order code (Order No. of circuit breaker + " Z") Order No. otential applications Transmission of circuit breaker data to ROFIBUS D or MODBUS and integration into higher-level visualization systems are possible e.g. in CS7, ower Management Systems, WinCC (including add-ons like the tet message radio server) Transmission of circuit breaker data and software (i.e. HTML pages with data) to a local output device, or remotely through Ethernet/Intranet/Internet (without the possibility of integration into higher-level visualization systems) e.g. for monitoring, diagnostics, maintenance and parameterization of individual circuit breakers Utilization of the functionality of all CubicleBUS modules e.g. configuration of the configurable digital output module, status check of the digital input modules, diagnostics Transmittable circuit breaker data without integrated measurement function Device identification Communication address, Order No., circuit breaker in delivery status, circuit breaker parameters (size, number of poles, rated current module etc.), identification numbers, release type, free tet for plant code and comments Operating statuses On/off status message, spring energy store, tripped, readiness Switching position (connected, test and disconnected position, not present) for withdrawable circuit breakers, ROFIBUS/MODBUS write protection on/off, free user input Control commands Switch circuit breaker on/off, switch free user output on/off Reset tripped signal Delete event and history memory Reset the min./ma. measured values, reset the maintenance information BSS BDA BSS COM5/COM6 F +"BDA/BDALUS" Order No. F/ F -- -- History Read out the event protocol, read out the release protocol -- ) Maintenance information Number of tripping operations L, S/I and in total, contact wear Number of operating cycles under load and in total, number of operating hours Event signals Tripped signal with details of the tripping current Alarm signals (e.g. overload) with incoming/outgoing information All of the named event signals with time stamp -- ) -- ) -- ) -- ) -- ) -- ) arameterization of the protection functions Reading out of the protection function parameters Measured values hase currents, each with min./ma. value Temperature in the circuit breaker with min./ma. value Temperature in the control cabinet with min./ma. value All of the named measured values with time stamp -- ) -- ) -- ) -- ) -- ) Order code F+... or F or F+... Additional transmittable circuit breaker data with integrated measurement function Additional event signals Threshold value alarms (e.g. over/underfrequency, over/undervoltage) arameterization of the etended protection functions and setpoints (threshold values) Reading out the parameters of the etended protection functions Settings for the etended protection function parameters can be changed Reading out and adjusting threshold values Additional measured values Voltages, power, energy, power factor, frequency, each with min./ma. value Harmonic analysis Recording of currents and voltages for configurable events in the curve form memory ) Data only available in conjunction with the COM5/COM6 module (BUS connection not required). Available -- Not available Measurement function lus F5 Siemens LV 6 9 /3

According to UL 89/IEC 697- for AC up to 5 A General data CubicleBUS modules Digital output modules with rotary coding switch 6 items of binary information concerning the state of the circuit breaker (reasons for tripping and warnings) can be output via this module to eternal signaling devices (e.g. LED, horn) or be used for the selective shut-down of other system components (e.g. frequency converters). Digital output modules are available in versions with and without a rotary coding switch. On modules with a rotary coding switch it is possible to choose between two signaling blocks each with 6 defined assignments and to set an additional response delay. All the digital output modules are available as a version with relay outputs (CO contacts, up to A). Up to two modules of this type can be connected to one SENTRON 3WL5. Analog output module Digital input modules With the digital input module, up to 6 additional binary signals ( V DC) in the circuit breaker environment can be connected to the system. It is thus possible to send messages concerning the state of a switch disconnector or a control cabinet door to the ROFIBUS D or MODBUS. One module each of this type can be used for holding the si items of digital information and for automatically switching over the parameters. Digital output module with rotary coding switch Digital output modules, configurable The configurable output module is available for higher-performance solutions. With this module, random events on the CubicleBUS can be switched directly to one of si available outputs or three of these outputs can be assigned with up to si events. In other words, up to si events can be placed on one physical output with OR operation. Either BDA/BDA lus or Switch ES ower is used for configuring. A relay variant is also available here the same as for the output modules with rotary coding switch. Only one module of this type is possible per SENTRON 3WL5. Digital input module ZSI modules (short-time grading control) The use of ZSI modules is recommended when Siemens circuit breakers are arranged in several staggered levels but full grading with the smallest possible delay is to be assured nevertheless. The circuit breakers are interconnected by these modules. In case of a short-circuit, each affected circuit breaker asks the circuit breakers directly downstream whether the short-circuit has also occurred in the net, lower level. The short-circuit is eactly localized as the result, and only the net upstream circuit breaker in the energy flow direction is switched off. Digital output module, configurable Analog output modules The analog output module can be used to output the following measured values to analog indicators in the control cabinet door: I L, I L, I L3, I N or U L, U L3, U L3, U LN or L, L, L3, S tot or p.f., p.f., p.f. 3, ΔI% or f avg, U LLavg, tot, p.f. avg Four --ma/--v interfaces are available for this. The measured values to be output are selected with a rotary coding switch. By using the analog output module it is possible to do without additional converters and their conventional installation/ wiring in the main current path. Up to two modules of this type can be connected to one SENTRON 3WL5. ZSI module (short-time grading control) / Siemens LV 6 9