Series G Moulded Case Circuit Breakers A for IEC & NEMA Applications

Transcription

1 15 0 A for IEC & NEMA Applications Product Focus

2 World-class accessories include: Q Circuit breaker W Thermal-magnetic trip unit, integrated on E Frame E Magnetic only trip unit, integrated on E Frame R Electronic protection trip unit, J/L Frame only T Auxiliary/alarm contact Y Shunt trip U Undervoltage release I DIN-rail mounting adapter, E Frame only O Plug-in block P Terminal cover { Terminal end cover } Interphase barrier q Control wire kit w Multiwire connector e Steel cable terminal r Aluminum/copper terminal t Terminal spreader y Endcap kit u Earth leakage module, side mounted on E Frame i Padlockable handle lock hasp o Padlockable handle block p Motor operator [ Direct close coupled handle mechanism ] Through-the-door handle mechanism A Flex Shaft handle mechanism

3 September 2005 Vol. 1, Ref. No. [01] Frame Sizes GE through GR (15 0 Amperes) 1 Description Standards General Information Typical Applications Electrical Characteristics.... Page Multi-Function Electronic Trip Units Electronic Trip Unit Selection Guide Breaker Ordering Information/ Catalogue s/ Termination Accessories GE-Frame, Amperes GJ-Frame, 20 Amperes GL-Frame, Amperes GN-Frame, 00 1 Amperes GN-Frame, 1600 Amperes GR-Frame, Amperes Motor Circuit Protectors ma Ground Fault (Earth Leakage) Modules... 6 Special Features and Accessories Plug-in Blocks and Drawout Cassettes Handle Mechanisms Time Current Curves Current Limiting Curves Dimensions Standards Eaton Moulded Case Circuit Breakers from Eaton s electrical business are designed to conform with the following international standards: Australian Standard AS 218 and AS 97-2 Moulded Case Circuit Breakers. British Standards Institution Standard BS 752: Part 1, Switchgear and Control Gear Part 1, Circuit Breakers. International Electrotechnical Commission Recommendations IEC Circuit Breakers. Japanese T-Mark Standard Moulded Case Circuit Breakers. National Electrical Manufacturers Association Standards Publication No. AB Moulded Case Circuit Breakers. South African Bureau of Standards, Standard SABS 156, Standard Specification for Moulded Case Circuit Breakers. Swiss Electro-Technical Association Standard SEV 97.2, Safety Regulations for Circuit Breakers. Union Technique de l Electricite Standard NF C 6-120, Low Voltage Switchgear and Control Gear Circuit Breaker Requirements. Verband Deutscher Elektrotechnike (Association of German Electrical Engineers) Standard VDE 0660, Low Voltage Switchgear and Control Gear, Circuit Breakers. Trademarks Cutler-Hammer is a federally registered trademark of Eaton Corporation. CSA is a registered trademark of Canadian Standards Association. UL is a registered trademark of Underwriters Laboratories Inc. ISO is the registered trademark and sole property of the International Organization for Standardization. NEMA is the registered trademark and service mark of the National Electrical Manufacturers Association. Global Third Party Certification Certification marks ensure product compliance with the total standard via the third party witnessing of tests by globally recognized independent certification organizations. KEMA is a highly recognized, independent international organization that offers certification and inspection facilities for equipment in many industries. The KEMA-KEUR mark is the highest certification an electrical product can receive from KEMA. Our IEC Moulded Case Circuit Breakers are KEMA tested and certified. These breakers are also listed in accordance with UL 89, as well as CSA C22.2 No KEMA and UL provide ongoing follow-up testing and inspections to ensure that Eaton Moulded Case Circuit Breakers continue to meet their exacting standards. Note: The Eaton Series G Frames GE, GJ, GL, GN and GR, although they are UL and CSA approved, do not carry the UL and CSA labels on the breakers. For applications that require UL/CSA labels, please contact your Eaton representative.

4 2 September 2005 Frame Sizes GE through GR (15 0 Amperes) Vol. 1, Ref. No. [02] General Information Eaton Series G Moulded Case Circuit Breakers provide increased performance in considerably less space than standard circuit breakers or comparable fusible devices. The G signifies global applications: Series G circuit breakers are marked with UL, CSA, CE, IEC and KEMA KEUR listings. Other advantages include: Field-fit accessories. Common accessories through 60 amperes. Electronic trip units from 20 to 0 amperes. UL-listed and IEC-rated, 0 ma ground fault/earth leakage modules. Built-in ground fault protection down to 20 amperes. The GE, GJ and GL frames are new circuit breakers designed around space-saving footprints. The GN and GR use the proven Cutler-Hammer Series C ND and RD designs but use metric threading on their line and load conductors. Eaton Series G Circuit Breakers meet applicable UL 89 and IEC standards. The Eaton Series G family includes five frame sizes in ratings from 15 to 0 amperes. Series G offers a choice of several interrupting capacities up to 100 ka at 80 volts ac (200 ka at 20 volts ac). Standard calibration is 0 C. For applications in high ambient temperature conditions, 50 C factory calibration is available on thermal magnetic breakers. The Most Logically Designed Contact Assembly The flexibility and outstanding performance characteristics of Eaton Circuit Breakers are made possible by the best contact designs in circuit breaker history. Our patented technology creates a high-speed blow-open action using the electromechanical forces produced by high-level fault currents. Eaton Circuit Breakers are operated by a toggle-type mechanism that is mechanically trip-free from the handle so that the contacts cannot be held closed against short circuit currents. Tripping due to overload or short circuits is clearly indicated by the position on the handle. This remarkably fast and dependable contact action is designed to enhance safety. Thorough In-Plant Testing The quality, dependability and reliability of every Eaton Circuit Breaker is ensured by a thorough program of in-plant testing. Two calibration tests are conducted on every pole of every circuit breaker to verify the trip mechanism, operating mechanism, continuity and accuracy. ISO Certification Eaton Circuit Breakers are manufactured in ISO certified facilities. Current Limiting Characteristics Eaton Series G Circuit Breakers are current limiting because of their high repulsion contact arrangement and use of state-of-the-art arc extinguishing technology. Operating Mechanisms Eaton Circuit Breakers have a toggle handle operating mechanism, which also serves as a switching position indicator. The indicator shows the positions of: ON, OFF and TRIPPED. The toggle handle snaps into the TRIPPED position if the breaker is tripped by one of its overcurrent, short circuit, shunt or undervoltage releases. Before the circuit breaker can be reclosed following a trip-out, the toggle handle must be brought beyond the OFF position (RESET). The circuit breaker can then be reclosed. As an additional switching position indicator for GE- to GR-Frame circuit breakers, there are two windows on the right and on the left of the toggle handle, in which the switching state is indicated by means of the colors red, green and white corresponding to the ON, OFF and TRIPPED positions respectively. OFF RESET ON Tripped Figure 1. Positions of the Toggle Handle Drive

5 September 2005 Vol. 1, Ref. No. [0] Frame Sizes GE through GR (15 0 Amperes) Typical Applications Machine Tool Control Panels and Motor Control Centers Designed for these equipment requirements, including new world-class accessories. Panelboards As both main and branch circuit protection devices. Feeder Pillars In distribution systems to provide main and branch circuit protection. Switchgear In distribution systems to provide main and branch circuit protection up to 0 amperes (GR-Frame). Bus Bar Trunking Tap-Offs In bus bar trunking tap-offs to provide circuit protection. Individual Enclosures Completely assembled in enclosures to meet specific customer requirements. Additional Applications Special versions of each Cutler-Hammer frame are available to provide safe equipment control and protection in mining and other applications. Contact your Eaton agent or distributor for additional information. Figure 2. Typical Eaton Applications Table 1. Typical Eaton Applications Frame Continuous Ampere Rating Range Trip Unit Type Adjustable Thermal Fixed Magnetic Bus Bar Trunking Tap-Off Switchboard Fixed Thermal Fixed Magnetic Panelboard Adjustable Thermal Adjustable Magnetic Individual Circuit Breaker Enclosure Machine Tool Control Panel 0 ma Ground Fault/Earth Leakage Digitrip RMS Electronic Trip Units 125 amperes is the maximum NEMA rating for the GE. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL amperes is the maximum NEMA rating for the GN. Moulded Case Switch E J 20 L N R 800 0

6 September 2005 Frame Sizes GE through GL Vol. 1, Ref. No. [0] Electrical Characteristics Table 2. Electrical Characteristics Maximum Rated Current (Amperes) GE GJ GL 125, , 60 Breaker Type B E S H E S H C E S H C of Poles 1 2,, 2,, 1 2,, 1 2,, 2,,, Breaker Capacity (ka rms) ac Hz NEMA, 20 Vac UL, CSA 80 Vac Vac Vdc IEC Vac Icu Ics Vac Icu Ics Vac Icu Ics Vdc Icu Ics Ampere Range A 20 A A Trip Units F= Fixed A= Adjustable T= Thermal M= Magnetic Thermal Magnetic FT-FM AT-FM 125 amperes is the maximum NEMA rating for the GE. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL. Neutral on left side. Two poles in series. Not suitable for dc application. -pole ground fault not available with neutral protection. FT-AM AT-AM Electronic (Digitrip RMS 10) FT-AM AT-AM Electronic (Digitrip RMS 10) Interchangeable Built-in Fixed Thermal Adjustable Thermal Magnetic Fixed Adjustable Adjustable Electronic LS rms LSI Dimensions mm (Inches) LSG LSIG H W D H W D H W D 1-Pole (1.00) Pole (5.50) 50.8 (2.00) (2.99) Pole 76.2 (.00) (7.00) (.1) (.57) (10.1) 10.0 (5.8) -Pole (.00) 15.6 (5.) Weight (approximate) kg (lbs.) 1-Pole 2-Pole -Pole -Pole 2-Pole -Pole -Pole -Pole -Pole 0.5 (1.1) 0.9 (2.0 ) 1. (.1) 1.8 (.9) 5.2 (11.) 5.2 (11.) 7.0 (15.) 7. (16.0) 9.1 (20.0) Utilization Category A A A 18.0 (7.22) 10.0 (.09)

7 September 2005 Vol. 1, Ref. No. [05] Frame Sizes GN and GR 5 Table 2. Electrical Characteristics (Continued) Maximum Rated Current (Amperes) GN GR 800, , 2000, 0 Breaker Type S H C S H H C of Poles 2,, 2,,, Breaker Capacity (ka rms) ac Hz NEMA, 20 Vac UL, CSA 80 Vac Vac IEC Vac Icu Ics Vac Icu Ics Vac Icu Ics Vdc Icu Ics Ampere Range 00 1 A 1600 A A Trip Units Electronic (Digitrip RMS 10) Electronic (Digitrip RMS 10, 610 and 910) Interchangeable Built-in Electronic LI LS LSI LIG LSG LSIG Dimensions H W D H W D mm (Inches) 1-Pole 2-Pole -Pole 06.0 (16.00) (8.25) 10.0 (5.50) 06.0 (16.00) 9.0 (15.50) (9.75) -Pole (11.1) (20.00) Weight (approximate) kg (lbs.) -Pole -Pole -Pole -Pole 21. (6.8) 28. (62.0) 7.0 (10.0) 5.0 (118.) Utilization Category A A The GN and GR MCCBs use metric threading in their line and load terminals. If English (Imperial) threading is needed, use Series C ND and RD MCCBs. Contact Eaton for more information. GN 1600 ampere frame is not NEMA rated. Not KEMA-KEUR listed. Neutral on right side. IEC H.5 Annex H is not KEMA-KEUR tested. Not suitable for dc application. -pole ground fault not available with neutral protection. Available only on Digitrip 610 and 910 trip units.

8 6 September 2005 Frame Sizes GE through GR Vol. 1, Ref. No. [06] Table. GE through GR Electrical Characteristics Technical Data GE GJ GL GN GR Maximum Rated Current I n Depending on the Version Rated Insulation Voltage U, According to IEC Main Conducting Paths Auxiliary Circuits Rated Impulse Withstand Voltage U imp Main Conducting Paths Auxiliary Circuits Rated Operational Voltage U e IEC NEMA 125 amperes is the maximum NEMA rating for the GE. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL amperes is the maximum NEMA rating for the GN. See footnotes for exceptions. Thermal overload release set to the lower value. Thermal overload release set to the upper value. Not suitable for dc switching. 160 A A 00, 60 A 800, 1200, 1600 A 1600, 2000, 0 A 690 Vac 690 Vac 6 kv kv 690 Vac 600 Y/7 Vac 750 Vac 690 Vac 8 kv kv 690 Vac 600 Vac 750 Vac 690 Vac 8 kv kv 690 Vac 600 Vac 750 Vac 690 Vac 8 kv kv 690 Vac 600 Vac UL and CSA Listed Yes Yes Yes Yes Yes 750 Vac 690 Vac 8 kv kv 690 Vac 600 Vac Permissible Ambient Temperature -20 to +70 C -20 to +70 C -20 to +70 C -5 to +60 C -5 to +60 C Permissible Load for Various Ambient Temperatures Close to the Circuit Breaker, Related to the Rated Current of the Circuit Breaker Circuit Breakers for Plant Protection At 0 C At 50 C At 55 C At 60 C At 70 C Circuit Breakers for Motor Protection At 0 C At 50 C At 55 C At 60 C At 70 C Circuit Breakers for Starter Combinations and Isolating Circuit Breakers At 0 C At 50 C At 55 C At 60 C At 70 C Rated Short Circuit Breaking Capacity (dc) Not for Circuit Breakers for Motor Protection (Time Constant = 10 rms) 2 Conducting Paths in Series For GE to GL up to Vdc NEMA (Time Constant = 8 rms) 2 Conducting Paths in Series Vdc Main Switch Characteristics According to IEC in Combination with Lockable Rotary Drives Rated Short Circuit Breaking Capacity According to IEC (at ac 50/60 Hz) 100% 96% 9% 91% 86% 100% 100% 96% 91% 86% 2 ka Max. 2 ka Max. 100% 92% 87% 8% 7% 100% 96% 9% 92% 88% 100% 100% 100% 100% 90% 100% 100% 96% 82% 88% 2 ka Max. 2 ka Max. 100% 9% 90% 87% 80% 100% 96% 9% 90% 8% 100% 100% 100% 100% 90% 100% 100% 95% 90% 8% 2 ka Max. 2 ka Max. 100% 91% 86% 82% 70% 100% 91% 85% 81% 100% 91% 85% 81% 100% 91% 85% 81% 100% 91% 85% 81% Yes Yes Yes Yes Yes Rated Short Circuit Breaking Capacity See Table 2 on Page Endurance (Operating Cycles) 10,000 10,000 8,000,000,000 Maximum Switching Frequency 00 1/h 20 1/h 20 1/h 60 1/h 20 1/h

9 September 2005 Vol. 1, Ref. No. [07] Frame Sizes GE through GR 7 Table. GE through GR Electrical Characteristics (Continued) Technical Data GE GJ GL GN GR Conductor Cross Sections and Terminal Types for Main Conductors Solid or Stranded Finely Stranded with End Sleeve Bus Bar Tightening Torque for Box Terminals Tightening Torque for Bus Bar Connection Pieces Conductor Cross Sections for Auxiliary Circuits with Terminal Connection or Terminal Strip Solid Finely Stranded with End Sleeve With Brought-out Cable Ends Tightening Torque for Fitting Screws Power Loss per Circuit Breaker at Maximum Rated Current l n (The Power Losses of the Undervoltage Releases ( r Releases) Must Be Observed if Necessary) at Three-Phase Symmetrical Load) For Plant Protection As Isolating Circuit Breaker For Starter Combinations For Motor Protection Permissible Mounting Position Box Terminals 2.5 to 95 mm to 50/70 mm Nm 5.6 Nm Box Terminals 50 to 150 mm 2 5 to 120 mm 2 20 Nm 15 Nm 0.75 to 2.5 mm to 2.5 mm to 2.5 mm to 2.5 mm (AWG 18) mm to 1. Nm 50 W 0 W 0 W 75 W 75 W 5 W 75 W Box Terminals 95 to 20 mm 2 70 to 150 mm 2 2 Nm 0 Nm 0.75 to 2.5 mm to 2.5 mm (AWG 18) mm to 1. Nm 255 W 160 W 160 W 120 W Flat Bar Terminals 600 A 1 Nm 6 Nm Flat Bar Terminals Optional 1 Nm 50 Nm Up to 2x mm 2 Up to 2x2.5 mm (AWG 18) mm to 1. Nm 87/210 W 87/210 W Flat Bar Terminals Optional 20 Nm Up to 2x mm 2 Up to 2x2.5 mm (AWG 18) mm to 1. Nm 220/270/00 W 220/270/00 W Arc Spacing Suitable for Reverse-Feed Applications Yes (Except HMCPE) Yes Yes Yes Yes

10 8 September 2005 Frame Sizes GE through GR Vol. 1, Ref. No. [08] Table. GE through GR Electrical Characteristics (Continued) Technical Data GE GJ GL GN GR Auxiliary Switches Rated Thermal Current l th Rated Making Capacity ac (ac-15) Rated Operational Voltage Rated Operational Current dc (dc-1) Rated Operational Voltage Rated Operational Current Backup Fuse Miniature Circuit Breaker 6 A 20 A 20/00/600 V 6//0.25 A 125/ V 0.5/0.25 A 6// A 6/ A Releases Undervoltage Releases ( r Releases) Response Voltage: Drop (Breaker Tripped) U s 5 70% Pickup (Breaker May Be Switched on) U s % Power Consumption in Continuous Operation at: 50/60 Hz 12 Vac 50/60 Hz 2 Vac 50/60 Hz 8 60 Vac 50/60 Hz Vac 50/60 Hz Vac 50/60 Hz Vac 50/60 Hz Vac 12 Vdc 2 Vdc 8 60 Vdc Vdc 220 Vdc Maximum Opening Time Shunt Trips 0.95 VA 0.72 VA VA VA VA VA.. VA 0.88 W 0.70 W W W W 50 ms 6 A 20 A 20/00/600 V 6//0.25 A 125/ V 0.5/0.15 A 6// A 6/ A 5 70% % 1.9 VA.9 VA VA VA VA. 5.8 VA.. VA 1.6 W.1 W W W.1 W 50 ms 6 A 20 A 20/00/600 V 6//0.25 A 125/ V 0.5/0.15 A 6// A 6/ A 5 70% % 1.9 VA.9 VA VA VA VA. 5.8 VA.. VA 1.6 W.1 W W W.1 W 50 ms 6 A 20 A 600 V 6 A 125/ V 0.5/0.25 A 6// A 6/ A 5 70% % 1.9 VA 2. VA 2..1 VA..2 VA VA VA 2.6 W.6 W W W.8 6. W 62 ms 6 A 20 A 600 V 6 A 125/ V 0.5/0.25 A 6// A 6/ A 5 70% % 2.9 VA.1 VA. 6.0 VA..8 VA VA VA. W. W W..8 W W 62 ms Shunt Trips ( f Releases) Response Voltage: Pickup (Breaker Tripped) U s % % % % % Power Consumption in (Short Time) at: 50/60 Hz 2 Vac 50/60 Hz 8 60 Vac 50/60 Hz Vac 50/60 Hz Vac 50/60 Hz 80 0 Vac 50/60 Hz Vac 50/60 Hz Vac 12 2 Vdc 8 60 Vdc Vdc 220 Vdc Maximum Load Duration 10 1 VA VA 8 60 VA VA W W W VA VA 66 2 VA VA 60 VA W W W 0 58 W VA VA 66 2 VA VA 60 VA W W W 0 58 W VA 2 50 VA 67 2 VA VA 19 2 VA W W W 6 55 W Interrupts Automatically Maximum Opening Time 50 ms 50 ms 50 ms 62 ms 62 ms Moulded Case Switch (with High Magnetic Trip) Unfused kaic at 80 Vac (15 Vac) Self-Protected, Will Trip Above: 65 (70) 1 for GE125; 1600 for GE (70) 0 65 (70) 000/ (70) 12, VA VA VA VA 20 8 VA 96 W W W 7 75 W 65 (70) 20,000

11 September 2005 Vol. 1, Ref. No. [09] Frame Sizes GE through GL 9 dc Switching Duty The GE- to GL-Frame circuit breakers are also suitable for switching dc currents. The GN- and GR-Frame circuit breakers are not suitable for dc currents due to the solid-state overcurrent release system. For switching dc currents, however, the maximum permissible dc voltage per conducting path has to be considered. For voltages higher than volts, the series connection of two or three conducting paths is required. As the current has to flow through all conducting paths so as to maintain the thermal tripping characteristics, the following circuit arrangements are recommended. With dc, the trip values of the instantaneous short circuit release ( n release) are increased by 0 to 0%. Table. For - and -Pole Circuit Breakers Proposed Circuit NSI-5178a NSI-5179a NSI-5180 NSI-5181 M M M M Maximum Permissible Vdc Ue Remarks Vdc Double-pole switching. If there is no risk of an earth fault, or if any earth fault which occurs is immediately eliminated (earth fault monitoring), the maximum permissible dc voltage can be 600 volts. 0 Vdc Double-pole switching (earth system). The earthed pole must always be assigned to the individual conducting path, so that two paths are always in series in the event of an earth fault. 600 Vdc Single-pole switching (earthed system). Three conducting paths in series. The earthed pole must be assigned to the nonswitched conducting path. 750 Vdc Single-pole switching (earthed system). Four conducting paths in series. The earthed pole must be assigned to the nonswitched conducting path.

12 10 September 2005 Frame Sizes GJ through GR Vol. 1, Ref. No. [010] Multi-Function Electronic Trip Units for All Applications Digitrip RMS Trip Units True rms Sensing Digitrip RMS Trip Units utilize our patented microprocessor-based intelligence to provide true rms sensing, permitting increased accuracy and reliable system protection. True rms sensing is not susceptible to nuisance tripping when waveforms containing high harmonic currents are present. Digitrip RMS 10 Digitrip RMS 10 Electronic Trip Units are available with Cutler-Hammer Circuit Breakers J-, L-, N- and R- Frames 20 through 0 amperes. Digitrip RMS 10 Trip Units are available in four styles with either fixed or adjustable rating plugs which establishes the continuous ampere rating of the breaker. Note: GJ- and GL-Frames have selectable long time delay (t LD ) and pickup settings (I r ). A rating plug is not required. Rating Plugs If rating plugs are needed, they are marked for 50/60 Hz applications. Both fixed and adjustable rating plugs are available, providing further flexibility when applied to selectively coordinated systems. Note: Digitrip RMS rating plugs are not interchangeable with Seltronic rating plugs. Curve Shaping When selectively coordinated systems are called for, Digitrip RMS 10 will provide a cost-effective solution for a variety of applications. The standard Digitrip RMS 10 includes an adjustable short time pickup setting encompassing an I 2 t ramp function which provides the basic LS curve shaping function. GJ- and GL-Frames have an adjustable long time delay. Note: GJ- and GL-Frames have selectable long time delay (t LD ) and pickup settings (I r ). A rating plug is not required. The optional Digitrip RMS 10 provides additional flat response short time delay adjustments on an instantaneous setting to provide LSI curve shaping capability. Digitrip RMS 10 Trip Units are available with ground fault pickup and flat response ground fault delay which provides the trip unit with full function LSG and LSIG curve shaping flexibility. Note: Contact factory for availability of ground fault for GL-Frame trip unit. Digitrip RMS 10 Trip Units can effectively coordinate with both sophisticated upstream power breakers as well as downstream thermal magnetic breakers making Digitrip RMS 10 Trip Units the cost-effective reliable choice for selectively coordinated systems. Thermal Memory All Digitrip RMS Trip Units incorporate a long delay. Thermal memory prevents the system from cumulative overheating due to repeated overcurrent events that may occur in quick succession. Field Testing A field test kit is available for Digitrip RMS 10 trip units. Digitrip RMS 610 and 910 RMS 610 RMS 910 Digitrip RMS 610 and 910 Trip Units are available with Cutler-Hammer R-Frame Circuit Breakers 800 through 0 amperes. Digitrip 610 and 910 Trip Units provide unparalleled system protection with the added convenience of a local display. Curve Shaping Digitrip RMS 610 and 910 Trip Units are available with up to nine curve shaping choices achieved by adjusting up to seven switches on the front of the unit for optimum system coordination. Maximum curve shaping flexibility is provided by dependent long and short delay adjustments that are long delay pickup (I r ) based, depicted on the front of the unit by the blue portion of the time-current curve. Additional coordination capability can be provided by utilizing the short delay and ground fault zone selective interlocking features available on these trip units.

13 September 2005 Vol. 1, Ref. No. [011] Frame Size GR 11 System Diagnostics Digitrip RMS 610 and 910 models of trip units provide long delay, short delay, instantaneous, and ground fault cause of trip LEDs on the front of the unit. Their display shows a magnitude of trip information, as well as remote signal contacts, for improved system alarming. System Monitoring Digitrip 610 and 910 Trip Units have the capability to monitor phase currents, as well as neutral or ground currents. This information is displayed on a large digital display mounted on the unit. Digitrip RMS 910 Trip Units can also provide the user with power and energy monitoring capability. Peak power demand, present power demand, and total energy, as well as forward and reverse energy can be monitored with this unit. Digitrip RMS 910 Trip Units have the additional capability of monitoring line-to-line voltage, as well as system power factor. Both parameters are displayed in the digital display window and are supported by LEDs to indicate which parameter is being displayed. Harmonics Monitoring Digitrip RMS 910 Trip Units are capable of displaying values of current harmonics in the digital display window. Percentage of harmonic content can be monitored for each phase, up to the 27th harmonic. Additionally, a total harmonic distortion value can be calculated and displayed. Communications Digitrip RMS 910 units have built-in communications options to allow all protection, monitoring, and control information to be transmitted back to a central location via the Cutler-Hammer PowerNet system. Field Testing Integral field testing capability is provided on all 610 and 910 Trip Units. No additional test set is needed to perform both trip and no trip field testing.

14 12 September 2005 Frame Sizes GJ through GR Vol. 1, Ref. No. [012] Digitrip RMS Electronic Trip Unit Selection Guide Table 5. Digitrip RMS Electronic Trip Unit Selection Guide Digitrip RMS 10 RMS 610 RMS 910 GJ GR GL Breaker Type Cutler-Hammer Frame(s) GJ-, GL-, GN- and GR-Frames GR-Frame GR-Frame Ampere Rating 20 0 A A A Interrupting Rating at 15 V 5, 70, 100 ka 70, 100 ka 70, 100 ka Trip Unit Sensing rms Sensing Yes Yes Yes Protection and Coordination Protection Ordering Options LS, LSG LSI, LSIG LI, LS, LSI, LIG, LSG, LSIG LI, LS, LSI, LIG, LSG, LSIG Fixed Rating Plug (I n ) Yes Yes Yes Yes Overtemperature Trip Yes Yes Yes Yes Long Delay Adjustable Rating Plug (l n ) Yes Yes No No Long Delay Setting (l n ) (l n ) x (l n ) x (l n ) Long Delay Time I 2 t at 6x 10 Seconds 10 Seconds 2 2 Seconds 2 2 Seconds Long Delay Thermal Memory Yes Yes Yes Yes High Load Alarm No No 0.85 x I r 0.85 x I r Short Delay Short Delay Setting % x (l n ) % x (l n ) % S1 & S2 x (I r ) % S1 & S2 x (I r ) Short Delay Time I 2 t 100 ms No 100, 00, 500 ms 100, 00, 500 ms Short Delay Time Flat No I 00 ms ms ms Short Delay Time ZSI No No Yes Yes Instantaneous Instantaneous Setting No % x (l n ) % M1 & M2 x (l n ) % M1 & M2 x (l n ) Discriminator No No Yes Yes Ground Fault Instantaneous Override Yes Yes Yes Yes Ground Fault Setting Var/Frame Var/Frame % x (l n ) % x (l n ) Ground Fault Delay I 2 t at.62x No No 100, 00, 500 ms 100, 00, 500 ms Ground Fault Delay Flat I 500 ms I 500 ms ms ms Ground Fault ZSI No No Yes Yes Ground Fault Thermal Memory No No Yes Yes System Diagnostics Cause of Trip LEDs No No Yes Yes Magnitude of Trip Information No No Yes Yes Remote Signal Contacts No No Yes Yes System Monitoring Digital Display No No Yes Yes Current No No Yes Yes Voltage No No No Yes Power and Energy No No No Yes Power Quality Harmonics No No No Yes Power Factor No No No Yes System Communications PowerNet No No No Yes Field Testing Testing Method Test Set Test Set Integral Integral GJ- and GL-Frames have selectable settings instead of a rating plug. GJ- and GL-Frames have adjustable long delay times of 2 2 seconds. 0 ampere GR-Frame % x (I n ). GJ-Frame also has a 1X setting. LS, LSG only. Not to exceed 1200 amperes. GJ- and GL-Frames are Instantaneous, 120 ms. GN- and GR-Frames are Instantaneous, 100, 00 and 500 ms. Note: I n = Rating plug rating. I r = Long delay setting.

15 September 2005 Vol. 1, Ref. No. [01] Frame Size GE, 160 Amperes (125 Amperes NEMA) 1 GE-Frame, 160 Amperes Selection Guide and Ordering Information Table 6. UL 89/IEC Interrupting Capacity Ratings Circuit Breaker Type of Poles Interrupting Capacity (Symmetrical Amperes) (ka) Volts ac (50/60 Hz) Volts dc Y/7 125 I cu I cs I cu I cs I cu I cs I cu I cs I cu I cs GE Frame GEB 1 2,, GEE 2,, GES 1 2,, GEH 1 2,, dc ratings apply to substantially non-inductive circuits. 2-pole circuit breaker, or two poles of -pole circuit breaker. Time constant is milliseconds minimum at 10 ka and 8 milliseconds minimum at 2 ka. Note: Contact Eaton for availability of E125 frame breakers in panelboards and switchboards Table 7.Complete Circuit Breaker Includes Frame, Trip Unit, End Caps and Metric Mounting Hardware Maximum 1-Pole 2-Pole -Pole -Pole Continuous Fixed Thermal Fixed Thermal Fixed Thermal Adjustable Thermal Thermal Ampere Fixed Magnetic Fixed Magnetic Fixed Magnetic Fixed Magnetic Range Rating at 0 C IC Rating: 25 kaic at 20 Vac IC Rating: 18 kaic at 15 and 80 Vac GEB1015FFG GEB1016FFG GEB1020FFG GEB1025FFG GEB100FFG GEB102FFG GEB105FFG GEB100FFG GEB105FFG GEB1050FFG GEB1060FFG GEB106FFG GEB1070FFG GEB1080FFG GEB1090FFG GEB1100FFG GEB1125FFG GEB2015FFG GEB2016FFG GEB2020FFG GEB2025FFG GEB200FFG GEB202FFG GEB205FFG GEB200FFG GEB205FFG GEB2050FFG GEB2060FFG GEB206FFG GEB2070FFG GEB2080FFG GEB2090FFG GEB2100FFG GEB2125FFG GEB015FFM GEB016FFM GEB020FFM GEB025FFM GEB00FFM GEB02FFM GEB05FFM GEB00FFM GEB05FFM GEB050FFM GEB060FFM GEB06FFM GEB070FFM GEB080FFM GEB090FFM GEB100FFM GEB125FFM GEB160FFM IC Rating: 5 kaic at 20 Vac IC Rating: 25 kaic at 15 and 80 Vac GEE2015FFG GEE2016FFG GEE2020FFG GEE2025FFG GEE200FFG GEE202FFG GEE205FFG GEE200FFG GEE205FFG GEE2050FFG GEE2060FFG GEE206FFG GEE2070FFG GEE2080FFG GEE2090FFG GEE2100FFG GEE2125FFG GEE015FFM GEE016FFM GEE020FFM GEE025FFM GEE00FFM GEE02FFM GEE05FFM GEE00FFM GEE05FFM GEE050FFM GEE060FFM GEE06FFM GEE070FFM GEE080FFM GEE090FFM GEE100FFM GEE125FFM GEE160FFM GEB020AFM GEB025AFM GEB02AFM GEB00AFM GEB050AFM GEB06AFM GEB080AFM GEB100AFM GEB125AFM GEB160AFM GEE020AFM GEE025AFM GEE02AFM GEE00AFM GEE050AFM GEE06AFM GEE080AFM GEE100AFM GEE125AFM GEE160AFM Fixed Thermal Fixed Magnetic GEB7015FFM GEB7016FFM GEB7020FFM GEB7025FFM GEB700FFM GEB702FFM GEB705FFM GEB700FFM GEB705FFM GEB7050FFM GEB7060FFM GEB706FFM GEB7070FFM GEB7080FFM GEB7090FFM GEB7100FFM GEB7125FFM GEB7160FFM GEE7015FFM GEE7016FFM GEE7020FFM GEE7025FFM GEE700FFM GEE702FFM GEE705FFM GEE700FFM GEE705FFM GEE7050FFM GEE7060FFM GEE706FFM GEE7070FFM GEE7080FFM GEE7090FFM GEE7100FFM GEE7125FFM GEE7160FFM Adjustable Thermal Fixed Magnetic GEB7020AFM GEB7025AFM GEB702AFM GEB700AFM GEB7050AFM GEB706AFM GEB7080AFM GEB7100AFM GEB7125AFM GEB7160AFM GEE7020AFM GEE7025AFM GEE702AFM GEE700AFM GEE7050AFM GEE706AFM GEE7080AFM GEE7100AFM GEE7125AFM GEE7160AFM Replace suffix M or G with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. 1- and 2-pole breakers include standard terminals. Neutral protection is indicated by the fourth character: =0%, 7=100%. 16, 2, 6, 160 amperes are not NEMA rated. Maximum NEMA rating for GE is 125 amperes. Adjustable thermal trip units are typically used in IEC markets and are not NEMA rated. Thermal Range

16 1 September 2005 Frame Size GE, 160 Amperes (125 Amperes NEMA) Vol. 1, Ref. No. [01] Table 7. Complete Circuit Breaker Includes Frame, Trip Unit, End Caps and Metric Mounting Hardware (Continued) Maximum 1-Pole 2-Pole -Pole -Pole Continuous Fixed Thermal Fixed Thermal Fixed Thermal Adjustable Thermal Thermal Fixed Thermal Adjustable Thermal Ampere Fixed Magnetic Fixed Magnetic Fixed Magnetic Fixed Magnetic Range Fixed Magnetic Fixed Magnetic Rating at 0 C IC Rating: 85 kaic at 20 Vac IC Rating: 0 kaic at 15 Vac, 5 kaic at 80 Vac GES1015FFG GES1016FFG GES1020FFG GES1025FFG GES100FFG GES102FFG GES105FFG GES100FFG GES105FFG GES1050FFG GES1060FFG GES106FFG GES1070FFG GES1080FFG GES1090FFG GES1100FFG GES1125FFG Replace suffix M or G with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. 1- and 2-pole breakers include standard terminals. Neutral protection is indicated by the fourth character: = 0%, 7 = 100%. 16, 2, 6, 160 amperes are not NEMA rated. Maximum NEMA rating for GE is 125 amperes. Adjustable thermal trip units are typically used in IEC markets and are not NEMA rated. Table 8. Moulded Case Switches GES2015FFG GES2016FFG GES2020FFG GES2025FFG GES200FFG GES202FFG GES205FFG GES200FFG GES205FFG GES2050FFG GES2060FFG GES206FFG GES2070FFG GES2080FFG GES2090FFG GES2100FFG GES2125FFG 16, 2, 6, 160 amperes are not NEMA rated. Maximum NEMA rating for GE is 125 amperes. Adjustable thermal trip units are typically used in IEC markets and are not NEMA rated. GES015FFM GES016FFM GES020FFM GES025FFM GES00FFG GES02FFM GES05FFM GES00FFM GES05FFM GES050FFM GES060FFM GES06FFM GES070FFM GES080FFM GES090FFM GES100FFM GES125FFM IC Rating: 100 kaic at 20 Vac IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac Ampere Rating GEH1015FFG GEH1016FFG GEH1020FFG GEH1025FFG GEH100FFG GEH102FFG GEH105FFG GEH100FFG GEH105FFG GEH1050FFG GEH1060FFG GEH106FFG GEH1070FFG GEH1080FFG GEH1090FFG GEH1100FFG GEH1125FFG of Poles Catalogue GEH2015FFG GEH2016FFG GEH2020FFG GEH2025FFG GEH200FFG GEH202FFG GEH205FFG GEH200FFG GEH205FFG GEH2050FFG GEH2060FFG GEH206FFG GEH2070FFG GEH2080FFG GEH2090FFG GEH2100FFG GEH2125FFG GEK125KSM GEK160KSM GEH015FFM GEH016FFM GEH020FFM GEH025FFM GEH00FFM GEH02FFM GEH05FFM GEH00FFM GEH05FFM GEH050FFM GEH060FFM GEH06FFM GEH070FFM GEH080FFM GEH090FFM GEH100FFM GEH125FFM GES020AFM GES025AFM GES02AFM GES00AFM GES050AFM GES06AFM GES080AFM GES100AFM GES125AFM GEH020AFM GEH025AFM GEH02AFM GEH00AFM GEH050AFM GEH06AFM GEH080AFM GEH100AFM GEH125AFM GES7015FFM GES7016FFM GES7020FFM GES7025FFM GES700FFM GES702FFM GES705FFM GES700FFM GES705FFM GES7050FFM GES7060FFM GES706FFM GES7070FFM GES7080FFM GES7090FFM GES7100FFM GES7125FFM GEH7015FFM GEH7016FFM GEH7020FFM GEH7025FFM GEH700FFM GEH702FFM GEH705FFM GEH700FFM GEH705FFM GEH7050FFM GEH7060FFM GEH706FFM GEH7070FFM GEH7080FFM GEH7090FFM GEH7100FFM GEH7125FFM GES7020AFM GES7025AFM GES702AFM GES700AFM GES7050AFM GES706AFM GES7080AFM GES7100AFM GES7125AFM GEH7020AFM GEH7025AFM GEH702AFM GEH700AFM GEH7050AFM GEH706AFM GEH7080AFM GEH7100AFM GEH7125AFM Thermal Range

17 September 2005 Vol. 1, Ref. No. [015] Frame Size GE, 160 Amperes (125 Amperes NEMA) 15 Line and Load Terminals GE-Frame circuit breakers and Moulded case switches have T125EF line and load terminals as standard equipment. Table 9. Line and Load Terminals Maximum Breaker Amperes Terminal Body Material Wire Type Metric Wire Range mm 2 AWG Wire Range Standard Cu/Al Pressure Type Terminals 125 Steel Cu/Al #1-/0 T125EF Aluminum Aluminum Aluminum Aluminum Cu/Al Cu/Al Cu/Al Cu/Al #1-1/0 #6-/0 #- #- Standard line and load terminals included with GE-Frame MCCBs. terminals with terminal shield. terminals with terminal shield. Catalogue Package of Terminals TA125EF TA150EF TA160EFK TA160EFK Control Wire Terminal Kit For use with steel or stainless steel terminals only. Note: Standard line and load terminals included with GE-Frame MCCBs. Figure. Control Wire Terminal Kit Table 10. Control Wire Terminal Kit Description Catalogue Package of 12 (Priced Individually) GCWTK T125EF TA125EF TA150EF Interphase Barriers The interphase barrier is available for extended insulation between circuit breaker poles. Specify quantity when ordering. Table 11. Interphase Barriers Description Catalogue Package of 2 EIPBK TA160EFK Figure. Line and Load Terminals, and End Cap Kits Insert collar enclosing conductor as shown in Figure. Locate nut on top of conductor and tighten securely with screw and washer. Caution: Collar must surround conductor. End Cap Kits EFRTWK, -Pole Metric (for -pole line or load) EFRTWK, -Pole Metric (for -pole line or load) EFRTDK, -Pole Imperial (for -pole line or load) EFRTDK, -Pole Imperial (for -pole line or load) Insert collar enclosing conductor and center on extrusion. Tighten securely with screw and washer. End cap kits are used on the E-Frame breaker line side to connect bus bar or similar electrical connections. Includes hardware. Base Mounting Hardware Metric base mounting hardware is included with a circuit breaker or Moulded case switch. A DIN rail adapter is available. Note: English mounting hardware kit can be supplied: Catalogue BMHE. Table 12. Base Mounting Hardware DIN Rail Adapter - or -Pole EFDIN Catalogue

18 16 September 2005 Frame Size GE, 160 Amperes (125 Amperes NEMA) Vol. 1, Ref. No. [016] Multiwire Connectors Field-installed multiwire connectors for the load side (OFF) end terminals. They are used to distribute the load from the circuit breaker to multiple devices without the use of separate distribution terminal blocks. Multiwire lug kits include mounting hardware, insulators and tin-plated aluminum connectors to replace three mechanical load lugs. UL listed for copper only as used on the load side (OFF) end. Table 1. GE-Frame Multiwire Connectors Ordering Information (Package of ) Maximum Amperes Wires per Terminal 6 Wire Size Range AWG Cu Kit Catalogue TA100EK TA100E6K Terminal Shields The terminal shield is available for line terminal areas in 2-, - and -pole circuit breakers. The standard style number by pole for each terminal shield is for a package of 2 and is priced per each package. Table 1. Terminal Shields of Poles 1P (Load end) 1P (Line end) 2 Standard Package of 2 EFTS1KA EFTS1KB EFTS2K EFTSK EFTSK Terminal End Covers (Gas Barrier) The terminal end cover is available for -pole circuit breakers only. Two conductor opening sizes are available. Specify quantity (one per circuit breaker) when ordering. Table 15. Terminal End Covers (Gas Barrier) Conductor Opening Diameter mm (Inches) IP0 Protection Catalogue Terminal Extensions Table 16. Terminal Extensions of Poles Terminal Spreaders Table 17. Terminal Spreaders of Poles Catalogue EFTES EFTES Catalogue EFTEW EFTEW 6. (0.25) 10. (0.1) EECK EECK Figure 5. Multiwire Connectors Figure 6. Terminal Spreaders

19 September 2005 Vol. 1, Ref. No. [017] Frame Size GJ, Amperes 17 GJ-Frame, Amperes Selection Guide and Ordering Information Table 18. UL 89/IEC Interrupting Capacity Ratings Circuit Breaker Type of Poles Interrupting Capacity (ka Symmetrical Amperes) Volts ac (50/60 Hz) Volts dc I cu I cs I cu I cs I cu I cs I cu I cs GJ Frame GJE 2,, GJS 2,, GJH 2,, GJC 2,, dc ratings apply to substantially non-inductive circuits. 2-pole circuit breaker, or two poles of -pole circuit breaker. Time constant is milliseconds minimum at 10 ka and 8 milliseconds minimum at 22 ka. Note: Contact Eaton for availability of J frame breakers in panelboards and switchboards. Table 19. Complete Circuit Breaker with Thermal-Magnetic Trip Unit Includes Frame, Thermal-Magnetic Trip Units, End Caps and Metric Mounting Hardware Maximum Continuous Ampere Rating at 0 C Magnetic Range IC Rating: 25 kaic at 15 and 80 Vac Pole -Pole -Pole Fixed Thermal Adjustable Magnetic GJE2070FAG GJE2080FAG GJE2100FAG GJE2125FAG GJE2150FAG GJE2175FAG GJE2200FAG GJE2225FAG GJE2FAG IC Rating: 0 kaic at 15 Vac, 5 kaic at 80 Vac GJS2070FAG GJS2090FAG GJS2100FAG GJS2125FAG GJS2150FAG GJS2175FAG GJS2200FAG GJS2225FAG GJS2FAG IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac GJH2070FAG GJH2090FAG GJH2100FAG GJH2125FAG GJH2150FAG GJH2175FAG GJH2200FAG GJH2225FAG GJH2FAG Fixed Thermal Adjustable Magnetic GJE070FAM GJE080FAM GJE100FAM GJE125FAM GJE150FAM GJE175FAM GJE200FAM GJE225FAM GJEFAM GJS070FAM GJS090FAM GJS100FAM GJS125FAM GJS150FAM GJS175FAM GJS200FAM GJS225FAM GJSFAM GJH070FAM GJH090FAM GJH100FAM GJH125FAM GJH150FAM GJH175FAM GJH200FAM GJH225FAM GJHFAM Adjustable Thermal Adjustable Magnetic GJE080AAM GJE100AAM GJE125AAM GJE160AAM GJE200AAM GJEAAM GJS080AAM GJS100AAM GJS125AAM GJS160AAM GJS200AAM GJSAAM GJH080AAM GJH100AAM GJH125AAM GJH160AAM GJH200AAM GJHAAM Thermal Range Fixed Thermal Adjustable Magnetic GJE070FAM GJE080FAM GJE100FAM GJE125FAM GJE150FAM GJE175FAM GJE200FAM GJE225FAM GJEFAM GJS070FAM GJS090FAM GJS100FAM GJS125FAM GJS150FAM GJS175FAM GJS200FAM GJS225FAM GJSFAM GJH070FAM GJH090FAM GJH100FAM GJH125FAM GJH150FAM GJH160FAM GJH175FAM GJH200FAM GJH225FAM GJHFAM Adjustable Thermal Adjustable Magnetic GJE080AAM GJE100AAM GJE125AAM GJE160AAM GJE200AAM GJEAAM GJS080AAM GJS100AAM GJS125AAM GJS160AAM GJS200AAM GJSAAM GJH080AAM GJH100AAM GJH125AAM GJH160AAM GJH200AAM GJHAAM Thermal Range Replace suffix M or G with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. 2-pole includes standard terminals. Adjustable thermal trip units are typically used in IEC markets and are not NEMA rated. Neutral protection is indicated by the fourth character: = 0%, 8 = adjustable 0 or 60% and 9 = 0 or 100%. -pole ground fault option does not have neutral protection.

20 18 September 2005 Frame Size GJ, Amperes Vol. 1, Ref. No. [018] Table 19. Complete Circuit Breaker with Thermal-Magnetic Trip Unit Includes Frame, Thermal-Magnetic Trip Units, End Caps and Metric Mounting (Continued) Maximum Continuous Ampere Rating at 0 C Magnetic Range Replace suffix M or G with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. 2-pole includes standard terminals. Adjustable thermal trip units are typically used in IEC markets and are not NEMA rated. Neutral protection is indicated by the fourth character: = 0%, 8 = adjustable 0 or 60% and 9 = 0 or 100%. Table 20. Complete GJ Breakers with Electronic Trip Unit 2-Pole -Pole -Pole Fixed Thermal Adjustable Magnetic Fixed Thermal Adjustable Magnetic Adjustable Thermal Adjustable Magnetic Thermal Range Fixed Thermal Adjustable Magnetic Adjustable Thermal Adjustable Magnetic IC Rating: Component Frame Only 25 kaic at 15 and 80 Vac GJE2NN GJENN GJENN IC Rating: Component Frame Only 0 kaic at 15 Vac, 5 kaic at 80 Vac GJS2NN GJSNN GJSNN IC Rating: Component Frame Only 70 kaic at 15 Vac, 65 kaic at 80 Vac GJH2NN GJHNN GJHNN Thermal-Magnetic Trip Unit JT2070FA JT2090FA JT2100FA JT2125FA JT2150FA JT2160FA JT2175FA JT2200FA JT2225FA J2TFA JT070FA JT090FA JT100FA JT125FA JT150FA JT175FA JT200FA JT225FA JTFA JT080AA JT100AA JT125AA JT160AA JT200AA JTAA JT070FA JT090FA JT100FA JT125FA JT150FA JT175FA JT200FA JT225FA JTFA JT080AA JT100AA JT125AA JT160AA JT200AA JTAA Ampere Rating LS LSI LSG LSIG Neutral CT for LSG & LSIG -Pole IC Rating: 25 kaic at 15 and 80 Vac GJE050M GJE100M GJE160M GJEM -Pole IC Rating: 25 kaic at 15 and 80 Vac GJE050M GJE100M GJE160M GJEM GJE0502M GJE1002M GJE1602M GJE2M GJE0502M GJE1002M GJE1602M GJE2M -Pole IC Rating: 0 kaic at 15 Vac, 5 kaic at 80 Vac GJS050M GJS100M GJS160M GJSM GJS0502M GJS1002M GJS1602M GJS2M -Pole IC Rating: 0 kaic at 15 Vac, 5 kaic at 80 Vac GJS050M GJS100M GJS160M GJSM GJS0502M GJS1002M GJS1602M GJS2M -Pole IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac GJH050M GJH100M GJH160M GJHM GJH0502M GJH1002M GJH1602M GJH2M -Pole IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac GJH050M GJH100M GJH160M GJHM GJH0502M GJH1002M GJH1602M GJH2M GJE0505M GJE1005M GJE1605M GJE5M GJE0505M GJE1005M GJE1605M GJE5M GJS0505M GJS1005M GJS1605M GJS5M GJS0505M GJS1005M GJS1605M GJS5M GJH0505M GJH1005M GJH1605M GJH5M GJH0505M GJH1005M GJH1605M GJH5M GJE0506M GJE1006M GJE1606M GJE6M GJE0506M GJE1006M GJE1606M GJE6M GJS0506M GJS1006M GJS1606M GJS6M GJS0506M GJS1006M GJS1606M GJS6M GJH0506M GJH1006M GJH1606M GJH6M GJH0506M GJH1006M GJH1606M GJH6M JGFCT050 JGFCT100 JGFCT160 JGFCT JGFCT050 JGJFCT100 JGFCT160 JGFCT JGFCT050 JGFCT100 JGFCT160 JGFCT JGFCT050 JGFCT100 JGFCT160 JGFCT JGFCT050 JGFCT100 JGFCT160 JGFCT JGFCT050 JGFCT100 JGFCT160 JGFCT Thermal Range Replace suffix M or G with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. For ac use only. Neutral CT for LSG and LSIG applied to -wire applications must be ordered as a separate item. Required for -wire systems if neutral protection is desired. For 2-pole applications, use two outer poles. Neutral protection = 0%, 6 = 60%, 7 = 100% electronic trip unit neutral protection is not adjustable. -pole ground fault option does not have neutral protection

21 September 2005 Vol. 1, Ref. No. [019] Frame Size GJ, Amperes 19 Table 21. GJ Electronic Trip Units Ampere Rating -Pole Pole LS LSI LSG LSIG Neutral CT for LSG & LSIG JT050 JT100 JT160 JT JT050 JT100 JT160 JT JT0502 JT1002 JT1602 JT2 JT0502 JT1002 JT1602 JT2 JT0505 JT1005 JT1605 JT5 JT0505 JT1005 JT1605 JT5 JT0506 JT1006 JT1606 JT6 JT0506 JT1006 JT1606 JT6 JGFCT050 JGFCT100 JGFCT160 JGFCT JGFCT050 JGFCT100 JGFCT160 JGFCT Required for -wire systems if neutral protection is desired. Neutral protection = 0%, 6 = 60%, 7 = 100% electronic trip unit neutral protection is not adjustable. Note: Long time pickup no rating plug. Ampere Settings, 225, 200, 175, 160, 150, 125, Ampere Settings 160, 150, 125, 110, 100, 90, 80, Ampere Settings 100, 90, 80, 70, 6, 50, 5, Ampere Settings 50, 5, 0, 2, 0, 25, 20. Note: Adjustable long time delay 2 2 seconds at 6 x I r. Adjustable short time delay Inst., 120, 00 ms. Note: Plug-in test kit Catalogue s MTST120V (120 Vac) or MTST20V (20 Vac). Table 22. Moulded Case Switches (Includes Line and Load Collars) Ampere Rating of Poles Catalogue GJKKSM GJK7KSM For 2-pole applications, use outer poles of a -pole MCS. 100% neutral protection. Digitrip 10+ Test Kit Shown with GJ MCCB Digitrip 10+ Test Kit GJ Digitrip 10+ Electronic Trip Unit

22 20 September 2005 Frame Size GJ, Amperes Vol. 1, Ref. No. [020] Line and Load Terminals GJ-Frame circuit breakers include Cu/Al terminals TFJ as standard. When optional copper only terminals are required, order by catalogue number. Table 2. Line and Load Terminals Maximum Breaker Amperes Terminal Body Material Standard Pressure Type Terminals Stainless Steel Aluminum Wire Type Cu Cu/Al Optional Copper and Cu/Al Pressure Type Terminals Single terminals individually packed. Standard line and load terminals. Contact factory for availability. Metric Wire Range mm End Cap Kit AWG Wire Range/ of Conductors # 50 (1) # 50 (1) Catalogue TFJ TAFJ Copper Cu/Al # 50 (1) TCFJ End cap kits are used on J-Frame breaker line side to connect bus bar or similar electrical connections. Includes hardware. Table 2. Kit Catalogue for Line or Load of Poles Catalogue Metric Imperial Multiwire Connectors Field-installed multiwire connectors for the load side (OFF) end terminals. They are used to distribute the load from the circuit breaker to multiple devices without the use of separate distribution terminal blocks. Multiwire lug kits include mounting hardware, insulators and tin-plated aluminum connectors to replace three mechanical load lugs. UL listed for copper only as used on the load side (OFF) end. Table 28. GJ-Frame Multiwire Connectors Ordering Information (Package of ) Maximum Amperes Wires per Terminal 6 Wire Size Range AWG Cu Kit Catalogue TAJ TAJ6 FJRTWK FJRTWK FJRTDK FJRTDK Figure 7. Standard Pressure Type Terminal TFJ Control Wire Terminal Kit For use with aluminum or copper terminals only. Table 25. Control Wire Terminal Kit Description Package of 1 (Priced Individually) Terminal Extensions Table 26. Terminal Extensions of Poles Catalogue FJCWTK Catalogue Figure 10. GJ-Frame Multiwire Connectors Base Mounting Hardware Base mounting hardware is included with a circuit breaker or Moulded case switch. Table 29. Terminal Shields IP0 Location of Poles Catalogue Package of 1 FJTES FJTES Line or Load 2, FJTSK FJTSK Figure 8. Standard and Optional Pressure Type Terminal TAFJ/TCFJ Terminal Spreaders Table 27. Terminal Spreaders of Poles Catalogue FJTEW FJTEW Table 0. Interphase Barriers Package of 2 of Poles Catalogue FJIPBK FJIPBK Figure 9. Terminal Spreaders

23 September 2005 Vol. 1, Ref. No. [021] GL-Frame, 60 Amperes GL Frame Frame Size GL, 60 Amperes (600 Amperes NEMA) Table 1. UL 89/IEC Interrupting Capacity Ratings Circuit Interrupting Capacity (ka Symmetrical Amperes) Breaker of Poles Volts ac (50/60 Hz) Volts dc Type Vac Vac 80 Vac 600 Vac 690 Vac V I cu I cs I cu I cs I cu I cs I cu I cs GLE, GLS, GLH, GLC, Table 2. Complete Breaker (Includes Frame, Trip Unit, End Caps and Mounting Hardware) Ampere Rating -Pole -Pole (0%) -Pole -Pole (0%) Fixed Thermal Adj. Magnetic Adj. Thermal Adj. Magnetic Fixed Thermal Adj. Magnetic Adj. Thermal Adj. Magnetic Fixed Thermal Adj. Magnetic Adj. Thermal Adj. Magnetic IC Rating: 5 kaic at 15 and 80 Vac IC Rating: 50 kaic at 15 and 80 Vac GLEFAM GLE00FAM GLE50FAM GLE00FAM GLE500FAM GLE600FAM GLEAAM GLE20AAM GLE00AAM GLE500AAM GLE60AAM GLEFAM GLE00FAM GLE50FAM GLE00FAM GLE500FAM GLE600FAM GLEAAM GLE20AAM GLE00AAM GLE500AAM GLE60AAM GLSFAM GLS00FAM GLS50FAM GLS00FAM GLS500FAM GLS600FAM GLSAAM GLS20AAM GLS00AAM GLS500AAM GLS60AAM IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac IC Rating: 100 kaic at 15 and 80 Vac GLHFAM GLH00FAM GLH50FAM GLH00FAM GLH500FAM GLH600FAM GLHAAM GLH20AAM GLH00AAM GLH500AAM GLH60AAM GLHFAM GLH00FAM GLH50FAM GLH00FAM GLH500FAM GLH600FAM GLHAAM GLH20AAM GLH00AAM GLH500AAM GLH60AAM GLCFAM GLC00FAM GLC50FAM GLC00FAM GLC500FAM GLC600FAM GLCAAM GLC20AAM GLC00AAM GLC500AAM GLC60AAM Fixed Thermal Adj. Magnetic GLSFAM GLS50FAM GLS50FAM GLS00FAM GLS500FAM GLS600FAM GLCFAM GLC00FAM GLC50FAM GLC00FAM GLC500FAM GLC600FAM Adj. Thermal Adj. Magnetic GLSAAM GLS20AAM GLS00AAM GLS500AAM GLS60AAM GLCAAM GLC20AAM GLC00AAM GLC500AAM GLC60AAM Replace suffix M with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. For 2-pole applications, use two outer poles. Neutral protection is indicated by the fourth character: = 0%, 7 = 100%, 8 = adjustable 0 60% and 9 = 0 100%. -pole ground fault option does not have neutral protection. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL. Adjustable thermal units are typically used in IEC markets and are not NEMA rated. Table. Thermal Magnetic Trip Unit Ampere Rating Pole Fixed Thermal/ Adj. Magnetic LTFA LT00FA LT50FA LT00FA LT500FA LT600FA Adj. Thermal/ Adj. Magnetic LTAA LT20AA LT00AA LT500AA LT60AA -Pole (0%) Fixed Thermal/ Adj. Magnetic LTFA LT00FA LT50FA LT00FA LT500FA LT600FA Adj. Thermal/ Adj. Magnetic LTAA LT20AA LT00AA LT500AA LT60AA For 2-pole applications, use two outer poles. Neutral protection is indicated by the third character: = 0%, 7 = 100%, 8 = adjustable 0 60% and 9 = 0 100%. -pole ground fault option does not have neutral protection. Adjustable thermal, adjustable magnetic trip units are typically used in IEC markets and are not NEMA rated. Table. Moulded Case Switches Ampere Rating of Poles For 2-pole applications, use two outer poles. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL. Table 5. Components Frame Ampere IC Rating at -Pole Rating 15/80 V /5 50/50 70/65 100/100 Catalogue GLK00KSM GLK00KSM GLK60KSM GLK60KSM GLE60NN GLS60NN GLH60NN GLC60NN -Pole (0%) GLE60NN GLS60NN GLH60NN GLC60NN 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL. For 2-pole applications, use two outer poles.

24 22 September 2005 Frame Size GL, 60 Amperes (600 Amperes NEMA) Vol. 1, Ref. No. [022] Table 6. Electronic Trip Units Digitrip 10+ Ampere Rating -Pole Pole LS LSI LSG LSIG Neutral CT for LSG & LSIG LT LT00 LT600 LT60 LT LT00 LT600 LT60 LT2 LT002 LT6002 LT602 LT2 LT002 LT6002 LT602 LT5 LT005 LT6005 LT605 LT5 LT005 LT6005 LT605 LT6 LT006 LT6006 LT606 LT6 LT006 LT6006 LT606 LGFCT LGFCT00 LGFCT600 LGFCT60 LGFCT LGFCT00 LGFCT600 LGFCT60 Required for -wire systems if neutral protection is desired. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL. Neutral protection: = 0%, 6 = 60%, 7 = 100%. Electronic trip unit neutral protection is not adjustable. -pole ground fault option does not have neutral protection. Note: Long time pickup no rating plug needed. 60 Ampere Settings 60, 600, 500, 00, 50, 15, 00, (15, 60 are IEC ratings only). 600 Ampere Settings 600, 500, 50, 00, 50, 15, 00, (15 is IEC rating only). 00 Ampere Settings 00, 50, 15, 00,, 225, 200, 160 (15 is IEC rating only). Ampere Settings, 225, 200, 175, 160, 150, 125, 100 (160 is IEC rating only). Note: Adjustable long time delay 2 2 seconds at 6 x I r. Adjustable short time delay Inst., 120, 00 ms. Note: Plug-in test kit Catalogue s MTST120V (120 Vac) and MTST20V (20 Vac). Digitrip 10+ Test Kit Digitrip 10+ Test Kit Shown with GJ MCCB GL Digitrip 10+ Electronic Trip Unit

25 September 2005 Vol. 1, Ref. No. [02] Frame Size GL, 60 Amperes (600 Amperes NEMA) 2 Table 7. IC Rating at 15/80 V Complete GL Breakers with Electronic Trip Unit (Includes Frame, Trip Unit, Standard Terminals and Mounting Hardware) Ampere Rating LS LSI LSG LSIG Neutral CT for LSG & LSIG -Pole IC Rating: 5 kaic at 15 and 80 Vac GLEM GLE00M GLE600M GLE60M GLE2M GLE002M GLE6002M GLE602M -Pole IC Rating: 5 kaic at 15 and 80 Vac GLEM GLE00M GLE600M GLE60M GLE2M GLE002M GLE6002M GLE602M -Pole IC Rating: 50 kaic at 15 and 80 Vac GLSM GLS00M GLS600M GLS60M GLS2M GLS002M GLS6002M GLS602M -Pole IC Rating: 50 kaic at 15 and 80 Vac GLSM GLS00M GLS600M GLS60M GLS2M GLS002M GLS6002M GLS602M GLE5M GLE005M GLE6005M GLE605M GLE5M GLE005M GLE6005M GLE605M GLS5M GLS005M GLS6005M GLS605M GLS5M GLS005M GLS6005M GLS605M -Pole IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac GLHM GLH00M GLH600M GLH60M GLH2M GLH002M GLH6002M GLH602M GLH5M GLH005M GLH6005M GLH605M -Pole IC Rating: 70 kaic at 15 Vac, 65 kaic at 80 Vac GLHM GLH00M GLH600M GLH60M GLH2M GLH002M GLH6002M GLH602M GLH5M GLH005M GLH6005M GLH605M GLE6M GLE006M GLE6006M GLE606M GLE6M GLE006M GLE6006M GLE606M GLS6M GLS006M GLS6006M GLS606M GLS6M GLS006M GLS6006M GLS606M GLH6M GLH006M GLH6006M GLH606M GLH6M GLH006M GLH6006M GLH606M LGFCT LGFCT00 LGFCT600 LGFCT60 LGFCT LGFCT00 LGFCT600 LGFCT60 LGFCT LGFCT00 LGFCT600 LGFCT60 LGFCT LGFCT00 LGFCT600 LGFCT60 LGFCT LGFCT00 LGFCT600 LGFCT60 LGFCT LGFCT00 LGFCT600 LGFCT60 Replace suffix M with W for no line and load terminals. Replace suffix M with G for standard cable terminals included. Required for -wire systems if neutral protection is desired. For 2-pole applications, use two outer poles. 60 amperes is not NEMA rated. 600 amperes is the maximum NEMA rating for the GL. Neutral protection: = 0%, 6 = 60%, 7 = 100%. Electronic trip unit neutral protection is not adjustable. -pole with ground fault option does not have neutral protection.

26 2 September 2005 Frame Size GL, 60 Amperes (600 Amperes NEMA) Vol. 1, Ref. No. [02] Line and Load Terminals Table 8. Line and Load Terminals Maximum Breaker Amperes Terminal Body Material Wire Type AWG Wire Range/ of Conductors Metric Wire Range (mm 2 ) of Terminals Included Catalogue Aluminum Aluminum Copper Copper Aluminum Aluminum Copper Copper Aluminum Copper Cu/Al Cu/Al Cu Cu Cu/Al Cu/Al Cu Cu Cu/Al Cu Includes LTSK (-pole) or LTSK (-pole) terminal covers. Standard terminal included with complete breaker (1) (1) (1) (1) (2) (2) (2) (2) (1) (1) (1) (1) (1) (1) 5 20 (2) 5 20 (2) 5 20 (2) 5 20 (2) 5 20 (1) 5 20 (1) 1 1 TA61LK TA61LK T61LK T61LK TA62LK TA62LK T62LK T62LK TA50LK T50LK Table 9. Terminal Covers Description Catalogue Table 1. Terminal Extensions of Poles Catalogue -Pole Terminal Cover -Pole Terminal Cover Included in TA6IL, T6IL, TA62L kits listed above. Table 0. End Cap Kits of Poles LTSK LTSK Catalogue LRTWK LRTWK Table 2. Terminal Spreaders of Poles Table. Interphase Barriers Description LGTEW LGTEW Catalogue LGTES LGTES Catalogue (Pack of 2) (Pack of ) IPB IPB Figure 11. Terminal Spreaders TA50L or T50L Terminal TA61L, T61L, T62L or TA62L step-type terminal kits listed above include LTSK (-pole) or LTSK (-pole) terminal cover and warning label (required for proper application). Warning Label Terminal Cover Figure 12. Terminals and Terminal Cover for the GL Breaker Includes LTSK (-Pole) or LTSK (-Pole) Terminal Covers Note: Extended terminal covers add 5.0 mm (2.1 inches) to breaker length.

27 September 2005 Vol. 1, Ref. No. [025] GN-Frame Frame Size GN, 1/1600 Amperes 50 ka at 80 Vac or 15 Vac 1 Amperes Selection Guide and Ordering Information Table. UL 89/IEC Interrupting Capacity Ratings Circuit Breaker Type of Poles Interrupting Capacity (ka Symmetrical Amperes) Volts ac (50/60 Hz) Volts dc Vac Vac 80 Vac 600 Vac 690 Vac V I cu I cs I cu I cs I cu I cs I cu I cs S 2,, H 2,, C 2,, Neutral on right side. IEC H.5 Annex H is not KEMA-KEUR tested. Not KEMA-KEUR listed. 25 GN Frame 1600 Amperes Selection Guide and Ordering Information Table 5. UL 89/IEC Interrupting Capacity Rating Circuit Breaker Type of Poles Interrupting Capacity (ka Symmetrical Amperes) Volts ac (50/60 Hz) Volts dc Vac Vac 80 Vac 600 Vac 690 Vac V I cu I cs I cu I cs I cu I cs I cu I cs S 2,, H 2,, Neutral on right side. IEC H.5 Annex H is not KEMA-KEUR tested.

28 26 September 2005 Frame Size GN, 1 Amperes 50 ka at 80 Vac or 15 Vac Vol. 1, Ref. No. [026] Table 6. Type GNS Standard Interrupting Capacity U e Max. 690 Vac, 50 ka l cu at 80 Vac or 15 Vac Maximum Continuous of Poles Ampere Rating at 0 C Short Time Range Short Time Delay Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 10 Electronic Trip Unit without Rating Plugs Catalogue L Adj. Long Delay Pickup (By Adj. Rating Plug) S Adj. Short Delay Pickup with Fixed Short Delay Time (I 2 t Response) or Adj. Short Delay Time (Flat Response) I Adj. Instantaneous Pickup by Setting Short Delay Time to Inst. G Adj. Ground Fault Pickup with Adj. Ground Fault Delay (Flat Response) LS LSI LSG LSIG 2 8 x I n 2 8 x I n I 00 ms 2 8 x I n A I 500 ms For ac use only. For 2-pole applications, use outer poles of -pole moulded case switch. 2 8 x I n I 00 ms A I 500 ms Ampere Rating Pole GNS2800TW GNS2800T2W GNS2800T5W GNS2800T6W Pole GNS800TW GNS800T2W GNS800T5W GNS800T6W Pole GNS800TW GNS800T2W NEMA GN 1200 with 1200 A Trip Units is Also Available 1 2-Pole GNS2125TW GNS2125T2W GNS2125T5W GNS2125T6W Pole GNS125TW GNS125T2W GNS125T5W GNS125T6W Pole GNS125TW GNS125T2W Must Add Proper Rating Plug Suffix to Complete Breaker Separate Rating Plugs Fixed Adj. Fixed Adjustable P17 P16 P15 P1 P1 P12 P11 P10 P17 P16 P15 P1 P1 P12 P11 P10 P17 P16 P15 P1 P1 P12 P11 P10 P07 P06 P05 P0 P20 P0 P02 P01 P07 P06 P05 P0 P20 P0 P02 P01 P07 P06 P05 P0 P20 P0 P02 P01 00/500/ 600/800 P18 00/500/ 60/800 P19 00/500/ 600/800 P18 00/500/ 60/800 P19 00/500/ 600/800 P18 00/500/ 60/800 P19 600/800/ 1000/1200 P08 60/800/ 1000/1 P09 600/800/ 1000/1200 P08 60/800/ 1000/1 P09 600/800/ 1000/1200 P08 60/800/ 1000/1 P09 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 12NES600T 12NES60TW 12NES700T 12NES800T 12NES900T 12NES1000T 12NES1200T 12NES1TW 12NES600T 12NES60TW 12NES700T 12NES800T 12NES900T 12NES1000T 12NES1200T 12NES1TW 12NES600T 12NES60TW 12NES700T 12NES800T 12NES900T 12NES1000T 12NES1200T 12NES1TW For ac use only. GN MCCBs are suitable for 0 C or 50 C applications. Order suffix V to eliminate standard 0 C labeling. Order terminals separately. Unprotected left pole neutral. Insert E for 100% neutral or EH for 60% neutral between W and P (e.g., GNS12T2EHP08). -pole with ground fault option does not have neutral protection. Contact Eaton for availability. Note: GN MCCBs have metric threading on line and load conductors. Use ND MCCBs if imperial threading is required. Table 7. Moulded Case Switches Ampere Rating of Poles U e Max. 690 Vac Catalogue 800 -Pole GNK800KSW MCS Only without -Pole GNK800KSW Line and Load Terminals 1 -Pole GNK12KSW MCS Only without -Pole GNK12KSW Line and Load Terminals 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 A12NES1T2 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 A12NES1T2 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 A12NES1T2

29 September 2005 Vol. 1, Ref. No. [027] Frame Size GN, 1 Amperes 65 ka at 80 Vac, 70 ka at 15 Vac 27 Table 8. Type GNH High Interrupting Capacity U e Max. 690 Vac, 65 ka I cu at 80 Vac, 70 ka I cu at 15 Vac Maximum Continuous of Poles Ampere Rating at 0 C Short Time Range Short Time Delay Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 10 Electronic Trip Unit without Rating Plugs Catalogue L Adj. Long Delay Pickup (By Adj. Rating Plug) S Adj. Short Delay Pickup with Fixed Short Delay Time (I 2 t Response) or Adj. Short Delay Time (Flat Response) I Adj. Instantaneous Pickup by Setting Short Delay Time to Inst. G Adj. Ground Fault Pickup with Adj. Ground Fault Delay (Flat Response) LS LSI LSG LSIG 2 8 x I n 2 8 x I n I 00 ms 2 8 x I n A I 500 ms 2 8 x I n I 00 ms A I 500 ms Ampere Rating Pole GNH2800TW GNH2800T2W GNH2800T5W GNH2800T6W Pole GNH800TW GNH800T2W GNH800T5W GNH800T6W Pole GNH800TW GNH800T2W NEMA GN 1200 with 1200 A Trip Units is Also Available 1 2-Pole GNH2125TW GNH2125T2W GNH2125T5W GNH2125T6W Pole GNH125TW GNH125T2W GNH125T5W GNH125T6W Pole GNH125TW GNH125T2W Must Add Proper Rating Plug Suffix to Complete Breaker Separate Rating Plugs Fixed Adj. Fixed Adjustable For ac use only. GN MCCBs are suitable for 0 C or 50 C applications. Order suffix V to eliminate standard 0 C labeling. Order terminals separately. Unprotected left pole neutral. Insert E for 100% neutral or EH for 60% neutral between W and P (e.g., GNS12T2EHP08). -pole with ground fault option does not have neutral protection. Contact Eaton for availability. Note: GN MCCBs have metric threading on line and load conductors. Use ND MCCBs if imperial threading is required. P17 P16 P15 P1 P1 P12 P11 P10 P17 P16 P15 P1 P1 P12 P11 P10 P17 P16 P15 P1 P1 P12 P11 P10 P07 P06 P05 P0 P20 P0 P02 P01 P07 P06 P05 P0 P20 P0 P02 P01 P07 P06 P05 P0 P20 P0 P02 P01 00/500/ 600/800 P18 00/500/ 60/800 P19 00/500/ 600/800 P18 00/500/ 60/800 P19 00/500/ 600/800 P18 00/500/ 60/800 P19 600/800/ 1000/1200 P08 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 12NES600T 12NES60TW 12NES700T 12NES800T 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 P09 12NES900T 12NES1000T 12NES1200T 12NES1TW 60/800/ 1000/1 A12NES1T2 600/800/ 1000/1200 P08 12NES600T 12NES60TW 12NES700T 12NES800T 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 P09 12NES900T 12NES1000T 12NES1200T 12NES1TW 60/800/ 1000/1 A12NES1T2 600/800/ 1000/1200 P08 12NES600T 12NES60TW 12NES700T 12NES800T 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 P09 12NES900T 12NES1000T 12NES1200T 12NES1TW 60/800/ 1000/1 A12NES1T2

30 28 September 2005 Frame Size GN, 1 Amperes 100 ka at 80 Vac or 15 Vac Vol. 1, Ref. No. [028] Table 9. Type GNC Very High Capacity U e Max. 690 Vac, 100 ka I cu at 80 Vac or 15 Vac Maximum Continuous of Poles Ampere Rating at 0 C Short Time Range Short Time Delay Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 10 Electronic Trip Unit without Rating Plugs Catalogue L Adj. Long Delay Pickup (By Adj. Rating Plug) S Adj. Short Delay Pickup with Fixed Short Delay Time (I 2 t Response) or Adj. Short Delay Time (Flat Response) I Adj. Instantaneous Pickup by Setting Short Delay Time to Inst. G Adj. Ground Fault Pickup with Adj. Ground Fault Delay (Flat Response) LS LSI LSG LSIG 2 8 x I n 2 8 x I n I 00 ms 2 8 x I n A I 500 ms 2 8 x I n I 00 ms A I 500 ms Ampere Rating Pole GNC2800TW GNC2800T2W GNC2800T5W GNC2800T6W Pole GNC800TW GNC800T2W GNC800T5W GNC800T6W Pole GNC800TW GNC800T2W NEMA GN 1200 with 1200 A Trip Units is Also Available 1 2-Pole GNC2125TW GNC2125T2W GNC2125T5W GNC2125T6W Pole GNC125TW GNC125T2W GNC125T5W GNC125T6W Pole GNC125TW GNC125T2W Must Add Proper Rating Plug Suffix to Complete Breaker Separate Rating Plugs Fixed Adj. Fixed Adjustable For ac use only. GN MCCBs are suitable for 0 C or 50 C applications. Order suffix V to eliminate standard 0 C labeling. Order terminals separately. Unprotected left pole neutral. Insert E for 100% neutral or EH for 60% neutral between W and P (e.g., GNS12T2EHP08). -pole with ground fault option does not have neutral protection. Contact Eaton for availability. Note: GN MCCBs have metric threading on line and load conductors. Use ND MCCBs if imperial threading is required. P17 P16 P15 P1 P1 P12 P11 P10 P17 P16 P15 P1 P1 P12 P11 P10 P17 P16 P15 P1 P1 P12 P11 P10 P07 P06 P05 P0 P20 P0 P02 P01 P07 P06 P05 P0 P20 P0 P02 P01 P07 P06 P05 P0 P20 P0 P02 P01 00/500/ 600/800 P18 00/500/ 60/800 P19 00/500/ 600/800 P18 00/500/ 60/800 P19 00/500/ 600/800 P18 00/500/ 60/800 P19 600/800/ 1000/1200 P08 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 8NES00T 8NES50T 8NES500T 8NES550T 8NES600T 8NES60T 8NES700T 8NES800T 12NES600T 12NES60TW 12NES700T 12NES800T 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 00/500/ 600/800 A8NES800T1 00/500/ 60/800 A8NES800T2 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 P09 12NES900T 12NES1000T 12NES1200T 12NES1TW 60/800/ 1000/1 A12NES1T2 600/800/ 1000/1200 P08 12NES600T 12NES60TW 12NES700T 12NES800T 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 P09 12NES900T 12NES1000T 12NES1200T 12NES1TW 60/800/ 1000/1 A12NES1T2 600/800/ 1000/1200 P08 12NES600T 12NES60TW 12NES700T 12NES800T 600/800/ 1000/1200 A12NES1200T1 60/800/ 1000/1 P09 12NES900T 12NES1000T 12NES1200T 12NES1TW 60/800/ 1000/1 A12NES1T2

31 September 2005 Vol. 1, Ref. No. [029] Frame Size GN, 1600 Amperes 50 ka/70 ka at 15 Vac 29 Table 50. Type GNS and GNH Standard and High Interrupting Capacity U e Max. 690 Vac, 50 ka I cu /70 ka I cu at 15 Vac Maximum Continuous Ampere Rating at 0 C of Poles Short Time Range Short Time Delay Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 10 Electronic Trip Unit and Adjustable Rating Plugs L Adjustable Long Delay Pickup (By Adjustable Rating Plug) S Adjustable Short Delay Pickup with Fixed Short Delay Time (I 2 t Response) or Adjustable Short Delay Time (Flat Response) I Adjustable Instantaneous Pickup by Setting Short Delay Time to Instantaneous G Adjustable Ground Fault Pickup with Adjustable Ground Fault Delay (Flat Response) LS LSI LSG LSIG 2 8 x I n 2 8 x I n I 00 ms 2 8 x I n A I 500 ms 2 8 x I n I 00 ms A I 500 ms Adjustable Rating Plug Pole -Pole Pole -Pole GNS16TWP5 GNS16TWP5 GNH16TWP5 GNH16TWP5 GNS16T2WP5 GNS16T2WP5 GNH16T2WP5 GNH16T2WP5 GNS16T5WP5 GNH16T5WP5 GN16T6WP5 GNHS16T6WP5 800/1000/1/ /1000/1/1600 For ac use only. GN MCCBs are suitable for 0 C or 50 C applications. Order suffix V to eliminate standard 0 C labeling. No UL or CSA label is available for the 1600 ampere frame size. Unprotected left pole neutral. Insert 1 for 100% protected neutral or 6 for 60% protected neutral before WP suffix (e.g., GNS16T6WP5). -pole with ground fault option does not have neutral protection. Contact Eaton for availability. Note: GN 1600 MCCB uses metric threading on line and load conductors. The GN 1600 is not NEMA rated. Line and Load Terminals N-Frame circuit breakers do not include terminals as standard. When copper or Cu/Al terminals are required, order by catalogue number. Table 51. Line and Load Terminals Maximum Breaker Amperes Terminal Body Material Single terminals individually packed. Not suitable with 1600 ampere frame version. Terminal Extensions Table 52. Terminal Extensions Wire Type Metric Wire Range mm 2 AWG Wire of Conductors Catalogue Standard Cu/Al Pressure-Type Terminals 1 Aluminum Cu/Al /0 500 () TA1200NBM Optional Copper and Cu/Al Pressure Type Terminals 1 Copper Copper /0 00 () T1200NBM Maximum Breaker Amperes of Poles Catalogue GN8TES GN8TES GN16TES GN16TES Base Mounting Hardware Base mounting hardware is included with a circuit breaker or Moulded case switch. Table 5. Base Mounting Hardware of Poles 2-, - and -pole 2-, - and -pole Keeper Nut Not required on N-Frame. Terminals are threaded. Handle Extension Included with breaker. Additional handle extensions are available. Table 5. Handle Extension Description Description Imperial Hardware: x 1.25 Pan-Head Steel Screws and Lock Washers Metric Hardware: M8 Pan-Head Steel Screws and Lock Washers Catalogue BMH5 BMH5M Catalogue Single Handle Extension HEX5 Interphase Barriers The interphase barriers provide additional electrical clearance between circuit breaker poles for special termination applications. Barriers are high dielectric insulating plates that are installed in the Moulded slots between the terminals. (Field installation only.) Table 55. Interphase Barriers Description Catalogue (Pack of 2) (Pack of ) IPB5 IPB5

32 0 September 2005 Frame Size GR, 0 Amperes 65 ka at 80 Vac, 70 ka at 15 Vac Digitrip 10 Trip Unit Vol. 1, Ref. No. [00] GR-Frame, 0 Amperes Selection Guide and Ordering Information Table 56. UL 89/IEC Interrupting Capacity Ratings Circuit Breaker Type of Poles Interrupting Capacity (ka Symmetrical Amperes) Volts ac (50/60 Hz) Volts dc Vac Vac 80 Vac 600 Vac 690 Vac V I cu I cs I cu I cs I cu I cs I cu I cs GR Frame H, C, Neutral on right side. IEC H.5 Annex H is not KEMA-KEUR tested. Not KEMA-KEUR listed.

33 September 2005 Vol. 1, Ref. No. [01] Frame Size GR, 0 Amperes 65 ka at 80 Vac, 70 ka at 15 Vac Digitrip 10 Trip Unit 1 Table 57. Type GRH with Digitrip 10 High Interrupting Capacity U e Max. 690 Vac, 70 ka I cu at 15 Vac Maximum Continuous Ampere Rating at 0 C of Poles Short Time Range Short Time Delay Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 10 Electronic Trip Unit without Rating Plugs Catalogue L Adj. Long Delay Pickup (By Adj. Rating Plug) S Adj. Short Delay Pickup with Fixed Short Delay Time (I 2 t Response) or Adj. Short Delay Time (Flat Response) I Adj. Inst. Pickup by Setting Short Delay Time to Instantaneous G Adj. Ground Fault Pickup with Adj. Ground Fault Delay (Flat Response) LS LSI LSG LSIG 2 8 x I n 2 8 x I n I 00 ms 2 8 x I n A I 500 ms 2 8 x I n I 00 ms A I 500 ms Ampere Rating Pole GRH16TW GRH16T2W GRH16T5W GRH16T6W GRH20TW GRH20T2W GRH20T5W GRH20T6W GRH25TW GRH25T2W GRH25T5W GRH25T6W Pole GRH16TW GRH16T2W GRH20TW GRH20T2W GRH25TW GRH25T2W Must Add Proper Rating Plug Suffix to Complete Breaker Separate Rating Plugs Fixed Adj. Fixed Adj. For SCR application, use 2000 ampere frame. Order terminals separately. Mounting hardware not included. Ground fault equipped trip units available with remote indicating panel. Add R to catalogue number, e.g., GRH16T5RW. Unprotected left pole neutral. Add P to catalogue number for 100% protected left pole neutral, add E for 60% protected, e.g., GRH16TPW, GRH16TEW. Contact Eaton for availability. Note: GR MCCBs have metric threading on line and load conductors. Use RD MCCBs if imperial threading is required. P07 P06 P05 P0 P0 P02 P01 P15 P1 P1 P12 P11 P10 P P5 P6 P7 P8 P07 P06 P05 P0 P0 P02 P01 P15 P1 P1 P12 P11 P10 P P5 P6 P7 P8 800/1000/ 1200/1600 P08 800/1000/ 1/1600 P /1200/ 1600/2000 P /1/ 1600/2000 P /1600/ 2000/0 P9 1/1600/ 2000/0 P0 800/1000/ 1200/1600 P08 800/1000/ 1/1600 P /1200/ 1600/2000 P /1/ 1600/2000 P /1600/ 2000/0 P9 1/1600/ 2000/0 P0 16RES08T 16RES10T 16RES12T 16RES125T 16RES1T 16RES15T 16RES16T 20RES10T 20RES12T A20RES125T A20RES1T A20RES16T A20RES20T 25RES12T 25RES125T A25RES16T A25RES20T A25RES25T 16RES08T 16RES10T 16RES12T 16RES125T 16RES1T 16RES15T 16RES16T 20RES10T 20RES12T A20RES125T A20RES1T A20RES16T A20RES20T 25RES12T 25RES125T A25RES16T A25RES20T A25RES25T 800/1000/ 1200/1600 A16RES16T1 800/1000/ 1/1600 A16RES16T2 1000/1200/ 1600/2000 A20RES20T1 1000/1/ 1600/2000 A20RES20T2 1200/1600/ 2000/0 A25RES25T1 1/1600/ 2000/0 A25RES25T2 800/1000/ 1200/1600 A16RES16T1 800/1000/ 1/1600 A16RES16T2 1000/1200/ 1600/2000 A20RES20T1 1000/1/ 1600/2000 A20RES20T2 1200/1600/ 2000/0 A25RES25T1 1/1600/ 2000/0 A25RES25T2

34 2 September 2005 Frame Size GR, 0 Amperes 100 ka at 80 Vac, 15 Vac Digitrip 10 Trip Unit Vol. 1, Ref. No. [02] Table 58. Type GRC with Digitrip 10 Very High Interrupting Capacity U e Max. 690 Vac, 100 ka I cu at 15 Vac Maximum Continuous Ampere Rating at 0 C of Poles Short Time Range Short Time Delay Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 10 Electronic Trip Unit without Rating Plugs Catalogue L Adj.Long Delay Pickup (By Adj. Rating Plug) S Adj. Short Delay Pickup with Fixed Short Delay Time (I 2 t Response) or Adj. Short Delay Time (Flat Response) I Adj. Inst. Pickup by Setting Short Delay Time to Inst. G Adj. Ground Fault Pickup with Adj. Ground Fault Delay (Flat Response) LS LSI LSG LSIG 2 8 x I n 2 8 x I n I 00 ms 2 8 x I n A I 500 ms 2 8 x I n I 00 ms A I 500 ms Ampere Rating Must Add Proper Rating Plug Suffix to Complete Breaker Separate Rating Plugs Fixed Adj. Fixed Adj Pole GRC16TW GRC16T2W GRC16T5W GRC16T6W GRC20TW GRC20T2W GRC20T5W GRC20T6W GRC25TW GRC25T2W GRC25T5W GRC25T6W Pole GRC16TW GRC16T2W GRC20TW GRC20T2W GRC25TW GRC25T2W For SCR application, use 2000 ampere frame. Order terminals separately. Mounting hardware not included. Ground fault equipped trip units available with remote indicating panel. Add R to catalogue number, e.g., GRH16T5RW. Contact Eaton for availability. Unprotected left pole neutral. Add P to catalogue number for 100% protected left pole neutral, add E for 60% protected, e.g., GRH16TPW, GRH16TEW. Note: GR MCCBs have metric threading on line and load conductors. Use RD MCCBs if imperial threading is required. P07 P06 P05 P0 P0 P02 P01 P15 P1 P1 P12 P11 P10 P P5 P6 P7 P8 P07 P06 P05 P0 P0 P02 P01 P15 P1 P1 P12 P11 P10 P P5 P6 P7 P8 800/1000/ 1200/1600 P08 800/1000/ 1/1600 P /1200/ 1600/2000 P /1/ 1600/2000 P /1600/ 2000/0 P9 1/1600/ 2000/0 P0 800/1000/ 1200/1600 P08 800/1000/ 1/1600 P /1200/ 1600/2000 P /1/ 1600/2000 P /1600/ 2000/0 P9 1/1600/ 2000/0 P0 16RES08T 16RES10T 16RES12T 16RES125T 16RES1T 16RES15T 16RES16T 20RES10T 20RES12T A20RES125T A20RES1T A20RES16T A20RES20T 25RES12T 25RES125T A25RES16T A25RES20T A25RES25T 16RES08T 16RES10T 16RES12T 16RES125T 16RES1T 16RES15T 16RES16T 20RES10T 20RES12T A20RES125T A20RES1T A20RES16T A20RES20T 25RES12T 25RES125T A25RES16T A25RES20T A25RES25T 800/1000/ 1200/1600 A16RES16T1 800/1000/ 1/1600 A16RES16T2 1000/1200/ 1600/2000 A20RES20T1 1000/1/ 1600/2000 A20RES20T2 1200/1600/ 2000/0 A25RES25T1 1/1600/ 2000/0 A25RES25T2 800/1000/ 1200/1600 A16RES16T1 800/1000/ 1/1600 A16RES16T2 1000/1200/ 1600/2000 A20RES20T1 1000/1/ 1600/2000 A20RES20T2 1200/1600/ 2000/0 A25RES25T1 1/1600/ 2000/0 A25RES25T2 Table 59. Moulded Case Switches Ampere Rating of Poles Catalogue Pole -Pole GRK16WK GRK20WK GRK16WK GRK20WK

35 September 2005 Vol. 1, Ref. No. [0] Frame Size GR, 1 Amperes Digitrip 610 & 910 Trip Units Table 60. Type GR with Digitrip 610 and 910 Maximum Continuous Ampere Rating at 0 C of Poles Long Delay Pickup Long Delay Time Short Time Range Short Time Delay Instantaneous Ground Fault Pickup Ground Fault Delay Circuit Breaker Frame Including Digitrip RMS 610 and 910 Electronic Trip Unit with Adjustable Rating Plugs Order as Individual Component Catalogue L Adjustable Long Delay Pickup (I r ) with Adjustable Long Delay Time S Adjustable Short Delay Pickup with Adjustable Short Delay Time (I 2 t or Flat Response) I Adjustable Instantaneous Pickup G Adjustable Ground Fault Pickup with Adjustable Ground Fault Time Delay (I 2 t or Flat Response) Order terminals separately. Mounting hardware not included. Not to exceed 1200 ampere ground fault pickup. Contact Eaton for availability. Note: GR MCCBs have metric threading on line and load conductors. Use RD MCCBs if imperial threading is required. Digitrip RMS Interchangeable Rating Plug (Order as Individual Component) LI LS LSI LIG LSG LSIG Fixed Rating Plug x I n 2 2 Seconds 2 6 x I r 2 6 x M1 & M2 0.5 I.0 n 2 2 Seconds 2 6 x I r ms x I n 2 2 Seconds 2 6 x I r ms 2 6 x M1 & M x I n 2 2 Seconds 2 6 x I r 2 6 x M1 & M x In ms x I n 2 2 Sec. 2 6 x I r ms x In ms x I n 2 2 Seconds 2 6 x I r ms 2 6 x M1 & M x In ms Ampere Rating Type GRH with Digitrip 610 High Interrupting Capacity U e Max. 690 Vac, 70 ka I cu at 15 Vac Pole GRH16T61WP GRH16T6WP GRH16T62WP GRH16T6WP GRH16T65WP GRH16T66WP Includes 1600 A Rating Plug GRH20T61WP9 GRH20T6WP9 GRH20T62WP9 GRH20T6WP9 GRH20T65WP9 GRH20T66WP Includes 2000 A Rating Plug GRH25T61WP5 GRH25T6WP5 GRH25T62WP5 GRH25T6WP5 GRH25T65WP5 GRH25T66WP Includes 0 A Rating Plug Type GRC with Digitrip 610 Very High Interrupting Capacity U e Max. 690 Vac, 100 ka I cu at 15 Vac Pole GRC16T61WP GRC16T6WP GRC16T62WP GRC16T6WP GRC16T65WP GRC16T66WP Includes 1600 A Rating Plug GRC20T61WP9 GRC20T6WP9 GRC20T62WP9 GRC20T6WP9 GRC20T65WP9 GRC20T66WP Includes 2000 A Rating Plug GRC25T61WP5 GRC25T6WP5 GRC25T62WP5 GRC25T6WP5 GRC25T65WP5 GRC25T66WP Includes 0 A Rating Plug Type GRH with Digitrip 910 High Interrupting Capacity U e Max. 690 Vac, 70 ka I cu at 15 Vac Pole GRH16T91WP GRH16T9WP GRH16T92WP GRH16T9WP GRH16T95WP GRH16T96WP Includes 1600 A Rating Plug GRH20T91WP9 GRH20T9WP9 GRH20T92WP9 GRH20T9WP9 GRH20T95WP9 GRH20T96WP Includes 2000 A Rating Plug GRH25T91WP5 GRH25T9WP5 GRH25T92WP5 GRH25T9WP5 GRH25T95WP5 GRH25T96WP Includes 0 A Rating Plug Type GRC with Digitrip 910 Very High Interrupting Capacity U e Max. 690 Vac, 100 ka I cu at 15 Vac Pole GRC16T91WP GRC16T9WP GRC16T92WP GRC16T9WP GRC16T95WP GRC16T96WP Includes 1600 A Rating Plug GRC20T91WP9 GRC20T9WP9 GRC20T92WP9 GRC20T9WP9 GRC20T95WP9 GRC20T96WP Includes 2000 A Rating Plug GRC25T61WP5 GRC25T6WP5 GRC25T62WP5 GRC25T6WP5 GRC25T65WP5 GRC25T66WP Includes 0 A Rating Plu5 0 Catalogue RP6R16A080 RP6R16A100 RP6R16A120 RP6R16A125 RP6R16A160 RP6R20A100 RP6R20A120 RP6R20A125 RP6R20A160 RP6R20A200 RP6R25A160 RP6R25A200 RP6R25A RP6R16A080 RP6R16A100 RP6R16A120 RP6R16A125 RP6R16A160 RP6R20A100 RP6R20A120 RP6R20A125 RP6R20A160 RP6R20A200 RP6R25A160 RP6R25A200 RP6R25A RP6R16A080 RP6R16A100 RP6R16A120 RP6R16A125 RP6R16A160 RP6R20A100 RP6R20A120 RP6R20A125 RP6R20A160 RP6R20A200 RP6R25A160 RP6R25A200 RP6R25A RP6R16A080 RP6R16A100 RP6R16A120 RP6R16A125 RP6R16A160 RP6R20A100 RP6R20A120 RP6R20A125 RP6R20A160 RP6R20A200 RP6R25A160 RP6R25A200 RP6R25A

36 September 2005 Frame Size GR, Amperes Vol. 1, Ref. No. [0] Line and Load Terminals R-Frame circuit breakers use Cu/Al terminals as standard and copper only terminals as an option. Specify if factory installation is required. Table 61. Line and Load Terminals Maximum Breaker Amperes Wire Terminals Rear Connectors Terminal Body Material Aluminum Copper Aluminum Copper Copper Copper Wire Type Cu/Al Cu Cu/Al Hardware Metric Metric Metric AWG/kcmil Wire Range/ of Conductors () () (6) Metric Wire Range mm Catalogue TA1600RDM T1600RDM TA2000RDM Order one per pole single terminals individually packed. Order one TA2000RD kit per -poles. Catalogue number includes bus connection, terminals and hardware for either line side or load side of -pole breaker. Note: GR MCCBs have metric threading on line and load conductors. Use RD MCCBs if imperial threading is required. Conductor (Viewed from Rear of Circuit Breaker and Cut Away for Clarity) Metric Metric Metric Conductor (Viewed from Front of Circuit Breaker) Securing Hardware B2016RDM B2016RDLM B0RDM Cu Only Terminal Catalogue T1600RD (For 1600 A Frame Only) OR Breaker Line/Load Conductors Figure 1. TA2000RD Wire Terminal Note: Order one TA2000R0M kit per -poles. Catalogue number includes bus connection, terminals and hardware for either line side or load side of -pole breaker. Base Mounting Hardware Supplied by customer. Handle Extension Included with breaker. Additional handle extensions are available. Table 62. Handle Extension Description Single Handle Extension NEED ART FROM PG. 29 OF PG.29B.01A.T.U (FEB, 2001) Catalogue HEX6 Al/Cu Terminal Catalogue TA1600RD (For 1600 A Frame Only) Rear Connector (Cu) B2016RD B2016RDL (For 100% Application) (For 1600 A and 2000 A Frames) Securing Hardware Figure 1. GR Rear Connector Exploded View Order one per pole (or two per pole if line and load terminals are required) single terminals individually packed. Note: GR MCCBs have metric threading on line and load conductors. Use RD MCCBs if imperial threading is required.

37 September 2005 Vol. 1, Ref. No. [05] Motor Circuit Protectors 5 Motor Circuit Protectors Selection Guide and Ordering Information Table 6. GE-Frame 600Y/7 Vac Maximum, Vdc Maximum Continuous Amperes A B C D E F 7 A B C D E F 15 A B C D E F 0 A B C D E F 50 A B C D E F 70 A B C D E F 100 A B C D E F 100 A B C D E F Cam Setting Motor Full Load Current Amperes MCP Trip Setting MCP Catalogue UL listed for use with Cutler-Hammer Motor Starters. Motor FLA ranges are typical. The corresponding trip setting is at 1 times the minimum FLA value shown. Where a 1 times setting is required for an intermediate FLA value, alternate cam settings and/or MCP ratings should be used. For dc applications, actual trip levels are approximately 0% higher than values shown. Settings above 10xI n are for special applications. Where the ampere rating of the disconnecting means cannot be less than 115% of the motor full load ampere rating HMCPE00A0C HMCPE007C0C HMCPE015E0C HMCPE00H1C HMCPE050K2C HMCPE070M2C HMCPE100RC HMCPE100TC Table 6. GJ-Frame 600 Vac Maximum, Vdc Maximum Continuous Amperes MCP Trip Range (Amperes) UL listed for use with Cutler-Hammer Motor Starters. Table 65. GL-Frame 600 Vac Maximum, Vdc Maximum Continuous Amperes MCP Trip Range (Amperes) Equipped with an electronic trip device. UL listed for use with Cutler-Hammer Motor Starters. Table 66. GN-Frame 600 Vac Maximum Continuous Amperes 800 A B C D E F G 1200 A B C D E F G Cam Setting Motor Full Load Current Amperes UL listed for use with Cutler-Hammer Motor Starters. Equipped with an electronic trip device. MCP Catalogue HMCPJD5L HMCPJF5L HMCPJG5L HMCPJJ5L HMCPJK5L HMCPJL5L HMCPJW5L MCP Catalogue HMCPL600L HMCPL600N HMCPL600R HMCPL600X HMCPL600Y HMCPL600P HMCPL600M MCP Trip Setting MCP Catalogue HMCP800X7W HMCP12Y8W

38 6 September ma Ground Fault (Earth Leakage) Modules Vol. 1, Ref. No. [06] 0 ma Ground Fault (Earth Leakage) Modules Clockwise from Left: GJ, GL, GE MCCBs Shown with Ground Fault (Earth Leakage) Modules Eaton offers a - and -pole 0 ma ground fault (earth leakage) protection module for GE, GJ and GL breakers. The module does not restrict the use of other breaker accessories. UL-listed modules are available for GJ and GL MCCBs. The IEC-rated GE module is side mounted for circuits up to 125 amperes, while the GJ and GL modules are both bottom mounted for circuits up to 160 and amperes (GJ), or 00 and 60 amperes for the GL. The module is completely self-contained since the current sensor, relay and power supply are located inside the product. Current pickup settings are selectable from amperes for all IEC-rated modules and GJ UL-listed module, and amperes for the GL UL-listed modules. Time delays are also selectable from Instantaneous 1.0 seconds for 0.10 ampere settings and above. A current pickup setting of 0.0 amperes defaults to an Instantaneous time setting regardless of the time dial s position. Two alarm contacts come as standard: a 50% pretrip and a 100% after trip, both based only on earth leakage current levels. Product Selection Table 67. GE-Frame Earth Leakage Modules, IEC (Side Mounted, Vac, 50/60 Hz) Amperes Poles Catalogue ELESE125W ELESE125W Table 68. GJ-Frame Ground Fault Modules, UL-Rated (Bottom Mounted, Vac, 50/60 Hz) Amperes Poles Catalogue ELJBN150W ELJBN150W ELJBNW ELJBNW Table 69. GJ-Frame Earth Leakage Modules, IEC (Bottom Mounted, Vac, 50/60 Hz) Amperes Poles Catalogue ELJBE160W ELJBE160W ELJBEW ELJBEW Table 70. GL-Frame Ground Fault Modules, UL-Rated (Bottom Mounted, Vac, 50/60 Hz) Amperes Poles Catalogue ELLBN00W ELLBN00W ELLBN600W ELLBN600W Table 71. GL-Frame Earth Leakage Modules, IEC (Bottom Mounted, Vac, 50/60 Hz) Amperes Poles Catalogue Figure 15. UL-Rated GL-Frame Earth Leakage Module Faceplate ELLBE00W ELLBE00W ELLBE60W ELLBE60W Figure 16. IEC-Rated GL-Frame Earth Leakage Module Faceplate

39 September 2005 Vol. 1, Ref. No. [07] Special Features and Accessories 7 Special Features and Accessories Internal Accessories Alarm Lockout The alarm switches operate when the circuit breaker is tripped by a short circuit or overcurrent, but also when it is tripped by a shunt trip or undervoltage release. Auxiliary Switches Auxiliary switches are used for signaling and control purposes. The various functions of the auxiliary switches (changeover) are shown in Figure 18. Shunt Trips The shunt trip is used for remote tripping. The coil of the shunt trip is rated only for short-time operation. It is not permissible with the circuit breaker open to apply a continuous opening command to the shunt trip in order to prevent the breaker from closing. This means that interlocking circuits with continuous commands may not be set up with shunt trips. Undervoltage Releases The circuit breaker cannot be closed until the undervoltage release is energized. If the release is not energized, the circuit breaker can only perform an idle switching operation. Frequent idle switching actions should be avoided as they shorten the endurance of the circuit breaker. Accessory Configurations for GE GR Circuit Breakers ➂ ➂ ➁ ➁ ➁ ➁ 1 2 ➂ = For N and R-Frame Circuit Breakers Only Figure 17. Internal Accessory Configurations Figure 18. Contact Making by the Auxiliary and Alarm Switches as a Function of the Switching Position of the Circuit Breaker

40 8 September 2005 Special Features and Accessories Vol. 1, Ref. No. [08] Special Calibration Special non-ul listed calibrations are available for certain ambient temperatures other than 0ºC and for frequencies other than 50/60 Hz or dc. Reduced interrupting ratings will apply for 00 Hz applications. 50ºC Calibration Note: Breakers equipped with electronic trip units can operate reliably in ambient temperatures of 50ºC. Add suffix V to GN MCCBs to remove standard 0 C labeling. Add suffix V to catalogue number for complete thermal magnetic breaker when ordering listed ampere ratings for breakers to be used in 50ºC ambients. 50ºC ambient MCCBs are not UL listed. Contact Eaton for availability. Moisture-Fungus Treatment All Eaton Circuit Breaker cases are Moulded from glass-polyester which does not support the growth of fungus. Any parts which are susceptible to the growth of fungus will require special treatment. Order by description. Table 72. Calibrations and Treatment Description Frame GE GJ GL GN GR Special Calibration Moisture-Fungus Treatment Table 7. External Accessories and Test Kit Description Fit Frame Type GE GJ GL GN GR External Accessories Non-Padlockable Field EFHB LKD Handle Block Padlockable Field EFPHB FJPHB LBHP Handle Block Padlockable Handle Field EFPHBOFF FJPHBOFF LBHPOFF Block Off-Only Padlockable Handle Field EFPHL FJPHL LPHL PLK5 HLK6 Lock Hasp Padlockable Handle Field EFPHLOFF FJPHLOFF LPHLOFF Lock Hasp Off-Only Cylinder Lock Factory Order by Description Key Interlock Kit Field KYKFJ KYKL KYK KYK6 Slide Bar Interlock Field EFSBI FJSBI SBKL SBK5 Walking Beam Factory FJWBI WBLL60 WBL5 WBL6 Interlock Electrical Operator 120 Vac EOPEF20C EOPFJ20C EOPLG20C EOP5T07 EOP6T08 20 Vac EOPEF20C EOPFJ20C EOPLG20C EOP5T11 EOP6T11K 80 Vac 2 Vdc EOPEF2D EOPFJ2D EOPLG2D EOP5T21 EOP6T19K 8 Vdc EOPEF8D EOPFJ8D EOPLG8D EOP5T22 EOP6T21K 125 Vdc EOPEF20C EOPFJ20C EOPLG20C EOP5T26 Plug-In Adapters -Pole PADE PADJ PADLG PAD5 -Pole PADE PADJ PADLG PAD5 Rear Connecting Studs Field Test Kit Electronic Portable Test Kit STK2 STK2 Provision only. Requires two breakers. Contact Eaton for catalogue numbers. Digitrip 10 only. Catalogue s MTST120V (120 Vac) and MTST20V (20 Vac).

41 September 2005 Vol. 1, Ref. No. [09] Accessories 9 Table 7. Accessories Description Pole Frame Location GE, GJ & GL GN GR Field Fit Kit Catalogue s Alarm Lockout Make/Break Left A1L5LPK Right ALM1M1BEPK A1L5RPK A1L6RPK Make 2 Make/2 Break Left A2L5LPK Right ALM2M2BEPK A2L5RPK A2L6RPK Break Auxiliary Switch 1A, 1B Left A1X5LPK Right AUX1A1BPK A1X5RPK a 2A, 2B Left A2X5LPK b Right AUX2A2BPK A2X5RPK A2X6RPK A, B Left AX5LPK Right AX5RPK A, B Left Right AX6RPK Auxiliary Switch /Alarm Lockout Left AA115LPK Right AUXALRMEPK AA115RPK Shunt Trip Standard 120 Vac Left SNT120CPK SNT5LP11K Right SNT6P11K 20 Vac Left SNT120CPK SNT5LP11K ST Right SNT6P11K c 2 Vdc Left SNT060CPK SNT5LP0K Right SNT6P0K 8 Vdc Left SNT060CPK SNT5LP2K Right SNT6P2K Vac Left SNT80APK Right 220 Vdc or 80 0 Vac SNT5LP1K SNT6P1K Vac SNT5LP18K SNT6P18K Shunt Trip Low Energy Left LST5LPK Right LST6RPK Undervoltage Release Mechanism 120 Vac Left UVR120APK UVH5LP08K Right UVH6RP08K Vac Left UVR20APK UVH5LP11K UV Right UVH6RP11K 2 Vdc, Vac Left UVR02CPK UVH5LP21K Right UVH6RP21K 8 Vdc Left UVR08DPK UVH5LP2K Right UVH6RP2K 12 Vdc, Vac Left UVR012CPK Right 8 Vac Left UVR08APK UVHLP05K Right UVHRP05K 120 Vdc Left UVR125DPK UVHLP26K Right UVHRP26K 220 Vdc Left UVRDPK UVHLP28K Right UVHRP28K Vac Left UVR80APK UVHLP29K Right UVHRP29K Vac Left UVR600APK Right 12 Vdc Left UVHLP20K Right UVH6RP20K 12 Vac Left UVHLP02K Right UVH6RP02K Part number for GJ and GL is ALM1M1BJPK. Part number for GJ and GL is ALM2M2BJPK. Part number for GJ and GL is AUXALRMJPK.

42 0 September 2005 Plug-in Blocks and Drawout Cassettes Vol. 1, Ref. No. [00] Plug-in Blocks Plug-in adapters simplify installation and front removal of circuit breakers. Plug-ins are available for rear connection applications on - and -pole circuit breakers. Trip on drawout interlock kits are included. Stabs for GE, GJ and GL plug-ins rotate 90 for flexible installation. Use terminal shields for IP0 protection. GL Breaker with Plug-in Block Product Selection Table 75. Plug-in Blocks Breaker Frame Poles GE-, GJ- and GL-Frame Plug-in Blocks GE GE GJ GJ GL GL Trip-on Drawout Interlock Kit GE GJ GL,,, Terminal Shields IP0 GE GE GJ GJ GL GL Catalogue PADE PADE PADJ PADJ PADL PADL PIILEG PIILJG PIILLG EFTSK EFTSK FJTSK FJTSK LTSK LTSK Included with plug-in block. Trips the breaker when breaker is removed from plug-in block. Drawout Cassette Drawout Cassette The Drawout Cassette is currently for use with the standard -pole 65 and 100 ka/80 Vac, 1600 ampere and 2000 ampere GR circuit breakers only. It consists of two separate components: the movable mechanism which is factory mounted to the circuit breaker frame (shown in photo above) and the stationary mechanism which is housed in the cassette and shipped separately. The drawout mechanism has four positions. Connected The breaker is fully connected to the primary stabs and secondary contacts. Test The breaker is not connected to the primary stab but is connected to the secondary contacts. Disconnected Both the primary stabs and the secondary contacts are disconnected. Withdraw The breaker can be removed from the cassette. Table 76. GR Drawout Cassette Description Catalogue 65 ka/80 Vac Version Movable RD20DOM Mechanism Stationary Mechanism 100 ka/80 Vac Version Movable Mechanism Stationary Mechanism RD20DOS (without shutters) RD20DOSS (with shutters) RD20DOM RD20DOS (without shutters) RD20DOSS (with shutters) List price included in price of the stationary mechanism. Movable mechanism must be ordered with GR circuit breaker and is shipped mounted to circuit breaker frame. Stationary mechanism is ordered separately. All internal accessories must be factory installed for use with drawout.

43 September 2005 Vol. 1, Ref. No. [01] Handle Mechanisms 1 Handle Mechanisms Overview Handle mechanisms are used to operate Moulded case circuit breakers, Moulded case switches and motor circuit protectors. They are available in three basic configurations Flange Mounted, Through-the-Door and Direct (Close-Coupled) providing safe, dependable operation and ease of installation. Flange Mounted Flex Shaft Through-the-Door Universal Rotary Direct (Close Coupled) Universal Direct Euro IEC Handle mechanisms are typically used on enclosed circuit breakers, control panels and motor control centers in many different applications. Eaton Electrical has a handle mechanism for virtually any need. Flange Mounted Handle Mechanisms Flex Shaft comes preset from the factory, requiring only minor field adjustments on installation, which takes about 10 minutes a significant time savings compared to installation of other types of flange handle mechanisms. The Flex Shaft mechanism also takes up less interior enclosure space than competitive designs and the handle fits standard flange cutouts. Flex Shaft handle can be remotely mounted from breaker, where an operator can use it by funneling the cable through conduit. Flex Shaft is UL listed under File E689 and meets CSA requirements. Flex Shaft Ordering Information Table 77. Flex Shaft Ordering Information Breaker Frame GE GJ GL GN GR Note: NEMA X handle mechanisms are available. Add Suffix X to the complete Catalogue. Original narrow handle design (No C Suffix) is available. Remove C from Catalogue. Note: When selecting the length of shaft, ensure minimum bending radius of inches (101.6 mm) is maintained to operate properly. The standard method of shipment includes the mechanism preset at the factory; however, minor field adjustments may be required. Note: Add Suffix L to the complete Catalogue for 152. mm (6-inch) handle. Flex Shaft Accessories (E- through R-Frame) Table 78. Standard Door Hardware (Required Adapter Kit) Latch Flexible Shaft Length in Meters (Feet) Catalogue 0.9 () 1.2 () 1. (5) 1.8 (6) 2.1 (7) 2. (8) 2.7 (9).1 (10) EHMFS0 JHMFS0 N/A N/A EHMFS0 JHMFS0 LHMFS0 F5S0CI F6S0 Panel Height in mm (Inches) EHMFS05 JHMFS05 F5S05CI F6S05 Catalogue EHMFS06 JHMFS06 F5S06CI F6S06 EHMFS07 JHMFS07 LHMFS07 N/A N/A EHMFS08 JHMFS08 N/A N/A EHMFS09 JHMFS09 Table 80. NEMA 12 Safety Door Hardware for Flex Shaft Handle Length in mm (Inches) N/A N/A Catalogue EHMFS10 JHMFS10 LHMFS10 F5S10CI N/A The Flex Shaft Flange Mounted handle mechanisms mount on the flange of an enclosure door. The Flex Shaft is an extra heavy-duty mechanism that includes a flexible shaft in various lengths, 0.9 m ( feet) through m (10 feet) for use with various size enclosures. The Flex Shaft handle will accept up to three padlock shackles, each with a maximum diameter of 9.5 mm (/8 inch). Can be used with NEMA 12 fabricated enclosures. An optional handle is available for Flex Shaft that is suitable for use with NEMA environments. 2 Point 2 Point Point Table 79. Door Hardware Adapter Kit (Required on Standard Door Hardware) Description Door Hardware Adapter Kit Up to (0.00 ) Up to (0.00) Over (0.00) DH1R DH2R DHR Catalogue AMTDHA (.00) 152. (6.00) Roller Latch Customer: Consult with box manufacturer for correct door hardware and any adapters required for assembly. The 6.5 x 12.7 mm (1/-inch x 1/2-inch ) standard mill rectangular locking bar is not supplied with these kits. Third roller latch for use with or 152. mm (- or 6-inch) handle when point latching is required. Table 81. NEMA IP Crossover NEMA Type 1 R 12 /X IP Type IP20 IP55 IP5 IP66 C61KJ C61KJ6 C61KR

44 2 September 2005 Handle Mechanisms Vol. 1, Ref. No. [02] Through-the-Door Handle Mechanisms Universal Rotary The Eaton Universal Rotary is suitable for use with NEMA 12 enclosure types. An optional NEMA /X handle mechanism is also available. All rotary handle mechanisms include a handle Lock Off, to prevent turning the breaker ON while in the OFF position. All Rotary handles indicate ON/OFF/ Tripped/Reset positions, however, Universal Rotary has the added feature of international markings for ON (I) and OFF (O). The Universal Rotary is made of Moulded material. The Universal Rotary mechanisms for GE, GJ and GL MCCBs can be operated by hand with the door open or locked off to prevent operation with the door open. For the GN-Frame MCCBs, a Eaton Rotary with a metal handle (Table 8) is also available. Table 82. Universal Rotary Ordering Information Shaft Length in mm (Inches) GE-Frame 152. (6.00) 0.8 (12.00) (2.00) 152. (6.00) 0.8 (12.00) (2.00) GJ-Frame 152. (6.00) 0.8 (12.00) (2.00) 152. (6.00) 0.8 (12.00) (2.00) GL-Frame 152. (6.00) 0.8 (12.00) (2.00) 152. (6.00) 0.8 (12.00) (2.00) Handle Colour Black Black Black Red Red Red Black Black Black Red Red Red Black Black Black Red Red Red Complete Catalogue EHMVD06B EHMVD12B EHMVD2B EHMVD06R EHMVD12R EHMVD2R FJHMVD06B FJHMVD12B FJHMVD2B FJHMVD06R FJHMVD12R FJHMVD2R KLHMVD06B KLHMVD12B KLHMVD2B KLHMVD06R KLHMVD12R KLHMVD2R GN-Frame 152. (6.00) Black HMVD5B GR-Frame 25.0 (9.00) Black HMVD6B Complete catalogue number includes handle, mechanism, shaft and mounting hardware. Add suffix X for NEMA /X. Table 8. Eaton Rotary Ordering Information GN-Frame Shaft Length in mm (Inches) 152. (6.00) 0.8 (12.00) 06. (16.00) (2.00) Handle Colour Black Black Black Black Complete Catalogue NEMA 1, R, 12 WHM5R06 WHM5R12 WHM5R16 WHM5R2 NEMA /X WHM5R06X WHM5R12X WHM5R16X WHM5R2X Complete catalogue number includes handle, mechanism, shaft and mounting hardware.

45 September 2005 Vol. 1, Ref. No. [0] Handle Mechanisms Direct (Close-Coupled) Handle Mechanisms Universal Direct (GE GL) Direct (Close-Coupled) Handle Mechanisms mount directly to the circuit breaker. They are used in shallow enclosures where the standard variable depth Through-the-Door type mechanism is not practical or cannot be used. They are typically for applications where high volume, standardized enclosures are being fabricated. The Universal Direct handle mechanism is designed exclusively for the new Eaton GE, GJ and GL circuit breakers. It is available as standard with a door interlock to prevent opening the enclosure while the circuit breaker is in the ON position. It is also available without a door interlock. Table 8. Universal Direct Ordering Information Table 85. Euro IEC Direct Ordering Information Frame Catalogue Black Handle The Universal Direct handle mechanism is UL 89 listed, IEC /2 and meets CSA requirements. The Euro IEC Direct handle mechanism is designed for GN and GR MCCBs. The Euro IEC Direct handle mechanism is Frame White Handle Colour Red Handle Colour with Interlock without Interlock without Interlock Catalogue GE GJ GL GN GR HMVD5B HMVD6B EHMCCBI JHMCCBI LHMCCBI EHMCCB JHMCCB LHMCCB EHMCCR JHMCCR LHMCCR

46 September 2005 Vol. 1, Ref. No. [0] Time Current Curves Tripping Characteristics The operating values specified for the inverse time overcurrent releases (thermal overload releases, a releases) are mean values of the scatter bands of all setting ranges from the cold state and with uniform current loading of the conducting paths. The tripping characteristics of the instantaneous (electromagnetic) short circuit releases ( n releases) are based on the rated phase current I n which in the case of circuit breakers with adjustable thermal overload releases is also the upper value of the setting range. With a lower setting current, a correspondingly higher multiple is obtained for the operating current of the n release. Type GE Tripping characteristics of GE circuit breakers for plant protection, n release fixed setting = for breaker 15 5 A; over 50 A = 10x I n. TIME IN SECONDS (a) Max. Trip Time Min. Trip Time (c) (d) Type GJ Tripping characteristics of GJ circuit breakers for plant protection, n release adjustable. TIME IN SECONDS (a) Max. Trip Time Min. 10 Trip Time XIn 10XIn.5. (b).2.1 (c).05 (d) CURRENT IN MULTIPLES OF I n CURRENT IN MULTIPLES OF I n Figure 20. GE Time Current Curve Type GL Figure 21. GJ Time Current Curve for Thermal Magnetic Trip Units Figure 19. Tripping Time Characteristics (Thermal Memory) Figure 22. GL Time Current Curve for Thermal Magnetic Trip Units

47 September 2005 Vol. 1, Ref. No. [05] 5 Figure 2. GL Electronic Trip Unit Long Delay Response and Short Delay with I 2 t Response Curve

48 6 September 2005 Vol. 1, Ref. No. [06] Figure 2. GL Electronic Trip Unit Long Delay Response and Short Delay with Flat Response Curve

49 September 2005 Vol. 1, Ref. No. [07] 7 Figure 25. GL Electronic Trip Unit Ground Fault Delay Response Curve