Motors Automation Energy Transmission & Distribution Coatings DWB Molded Case Circuit Breakers DWB
Molded Case Circuit Breakers
Molded Case Circuit Breakers DWB Summary Presentation 0 General Characteristics 06 Protections and Settings 0 Reference Code Motor Operator Automatic Changeover Coding - CTM Accessories Internal Accessories 0 External Accessories Installation Deratings Thermal Dissipation Characteristic Curves - I x t Short Circuit Limitation Characteristic Curves 0 Dimensions Circuit Breaker List - Reference and Code
MOLDED CASE CIRCUIT BREAKERS Suitable for industrial, commercial and building applications, the new version of the DWB line of WEG molded case circuit breakers was designed and manufactured according to IEC 6097- and IEC 6097-, meeting the operation and protection needs of distribution circuits up to 600 A. The Right Circuit Breaker for our Application The new version of DWB circuit breakers is available with three kinds of protection, that is, circuit breakers with Thermomagnetic protection, Magnetic protection or circuit breakers with Electronic LSI protection specific for each load type. For distribution circuits in general up to 00 A, the circuit breakers with Thermomagnetic element provide enough overload and short circuit protection for both AC and DC applications, allowing the economic and safe assembly of distribution systems. For distribution circuits from 00 A to 600 A, circuit breakers with Electronic LSI protection provide optimization of the protection circuits and higher operation accuracy by means of the following protections: Protection against overload ( L = Long time delay trip) Short-time delay trip for protection against short-circuit ( S = short-time delay), allowing selective action in case of shortcircuit currents Instantaneous short-circuit protection ("I" = Instantaneous) In applications that require the operation and protection of motor circuits, DWB circuit breakers to 00 A have magnetic protection relays especially set for this kind of load, ensuring their correct operation in case of short-circuit currents. The circuit breakers with magnetic protection for motor circuits must be combined with other operation and protection devices, such as overload relays (thermal or electronic). For the operation and protection of generators WEG DWB circuit breakers are also manufactured with protection relays especially set for that kind of load. Protecting and Disconnecting in Frames The new version of the DW line of WEG molded case circuit breakers is available from 6 A to 600 A in only five sizes, according to the maximum rated current of each frame size: DWB60 - maximum rated current of 60 A DWB0 - maximum rated current of 0 A DWB00 - maximum rated current of 00 A Note: ) With Electronic LSI protection. DWB00 and DWB00 ) - maximum rated current of 00 A and 00 A respectively DWB600 ) - maximum rated current of 600 A Molded Case Circuit Breakers
WEG DW molded case circuit breakers are manufactured with Quality and high-performance raw materials in order to ensure high efficiency for your application. Frame made of SMC (Sheet Molding Compound): in addition to high mechanical performance, it also presents high dielectric strength and withstands high temperatures Fixed and moving contacts made with special metal alloys to ensure safe operation and long service life Electrolytic copper terminals with surface treatment (silver-coated terminals) ensuring protection against corrosion and excessive heating of the connections Front cover made of polycarbonate (DWB circuit breakers) providing greater safety for the applications The special laser engraving system used on DWB circuit breakers ensures indelibility of the product information and characteristic along its useful life. FLEIBILIT DWB circuit breakers allow flexibility in the use of internal accessories. Interchangeability of accessories among circuit breakers from 60 A to 00 A. DOUBLE PROTECTION In order to provide greater safety for the operator, DW circuit breakers have double insulation between live parts (except for the terminals) and the front parts of the equipment. The internal accessories are completely separate from the power circuit, avoiding any risks of contact with the live parts. HIGH PERFORMANCE DWB molded case circuit breakers can be used in a wide range of applications with great performance under severe overload and short circuit conditions. When installed in motor circuits combined with WEG contactors (CWB and CWM) and WEG smart relays (SRW), they comply with coordination requirements as per IEC 6097--. Molded Case Circuit Breakers
General Characteristics Frame DWB60 DWB0 Standard IEC 6097- IEC 6097- Number of poles ),, ) ),, ) V ac 690 Rated operational voltage U 7) 690 7) e V dc 00 00 Insulation voltage U i V 00 00 Rated impulse withstand voltage U imp kv Utilization category - - A A Reference temperature T C Pollution degree - - Breaking capacity level ka B N L ) B N L ) 0 V~ 0 0 0 0 V~ 0 ) 0 0 I cu V~ 6 0 ) 0 6 0 0 V~ 0 ) 0 0 0 Rated ultimate short-circuit breaking capacity - I cu 00 V~ 6 6 0 V~ 6 7 690 V~ 6 pole V dc 6-6 - poles in series 0 V dc 6-6 - poles in series 00 V dc 0-0 - ka B N L ) B N L ) 0 V~ 0 0 0 0 0 / 00 V~ 6 6 60 6 7 60 Rated service short-circuit breaking capacity - I cs I cs V~ 6 6 60 6 7 60 0 V~ 60 60 00 V~ 0 0 0 V~ 0 0 690 V~ Type of protection and application )) Thermomagnetic for distribution Thermomagnetic for generator 6, 0,,, 0, 0, 6, 70, 0, 90, 0,,,, 60 6, 0,,,0,0, 6, 70, 0, 90, 0,, Fixed thermal and fixed magnetic I n A Not applicable Adjustable thermal and fixed magnetic I n A 0, 0, 6, 0, 0,, 60-0,, 60, 00, 0 0,, 60, 00 Adjustable thermal and adjustable magnetic I n A Not applicable Not applicable Fixed thermal and fixed magnetic I n A, 7,,,, 0, 60 Not applicable Not applicable Adjustable thermal and fixed magnetic I n A Not applicable,, 60, 00, 0 Not applicable Adjustable thermal and adjustable magnetic I n A Not applicable Not applicable Magnetic for motor Fixed magnetic I n A Not applicable,, 0, 0, 6, 0, 9 Not applicable 0,,,, 00 Adjustable magnetic I n A Not applicable Not applicable Electronic (LSI) for distribution and generator A Not applicable Not applicable Switch-disconnector - without thermal and magnetic protection ) I n A, 60 0 Mechanical lifespan - C-O cycle Number of operations/ operations per hour 000 / 000 / Electrical lifespan - C-O cycle (I n @ 690 V) Number of operations/ operations per hour 00 / 00 / Degree of protection Terminals IP IP Accessory cover IP0 IP0 Maximum air relative humidity 9% 9% Connection with cable )) Recommended mm² See the Connection to Terminals section See the Connection to Terminals section Tightening torque Nm 6 ) Recommended cross section mm x mm See the Connection to Terminals section See the Connection to Terminals section Connection with bar (width x thickness) Tightening torque Nm 6 Resistance to vibration (IEC 6006--6) a. Hz: amplitude ± mm. a 0 Hz: constant of acceleration 0.7 g a. Hz: amplitude ± mm. a 0 Hz: constant of acceleration 0.7 g Resistance to mechanical shocks (IEC 6006--7 - / sine) g for ms g for ms poles: 7 x 7 x poles: x 7 x 6 poles: poles: Dimensions (Width x Depth x Height) mm x mm x mm poles: 7 x 7 x poles: x 7 x 6 7 x 6 x x 7 x 9 poles:. x 7 x poles: x 7 x 6 Net weight kg poles: 0.79 / poles: 0.9 / poles:. poles:. poles:, / poles:. / poles:. poles:.7 Notes: ) poles on the -pole frame, only available with fixed release and breaking capacity level B. ) Only available on -pole frame; not available with protection for generator. ) For I n A: I cu = 0 ka @ 0 V / V. ) For I n A: I cu = ka @ 0 V. ) Recommended torque for the terminal lugs accessory - PC (sold separately). If lug terminal is used directly on the circuit breaker terminal, consider the recommended torque for connection with bar. 6) Product height without terminal cover. 7) For applications above 000 m of altitude, consider the derating indicated in the table of page. ) I n = rated current (fixed thermal release) or maximum setting value (adjustable thermal release). 6 Molded Case Circuit Breakers
General Characteristics DWB00 DWB00 DWB00 DWB600 IEC 6097- IEC 6097- IEC 6097- IEC 6097-, ), ),, 690 7) 690 7) 690 7) 7) 00 00 - - 00 00 00 690 A A A A N H S H S H ka N 0 0 6 0 6 0 0 V ~ 0 6 0 6 0 6 0 V ~ 0 0 6 0 6 V ~ 0 0 0 0 V ~ - 0 00 V ~ - 0 V ~ - 690 V ~ - 6 0 6 - - V dc - 6 0 6 - - 0 V dc - 0 0 - - 00 V dc - N H S H S H ka N 0 0 0 0 0 0 0 V ~ 0 0 V / 00 V ~ 0 V ~ 0 0 V ~ - 0 0 0 0 00 V ~ - 0 V ~ - 690 V ~ - Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable 00, 0, 0, 00 0, 00, 00, 60, 00 Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable 00, 0, 0, 00 Not applicable Not applicable 00, 60, 00, 00 Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable Not applicable,, 0, 0 Not applicable 0, 00 Not applicable Not applicable Not applicable Not applicable 00, 60, 00, 00, 600 00 60, 00 00, 600 000 / 000 / 60 000 / 60 000 / 60 00 / I n 60 A: 00 / I n =00 A: 00 / 60 I n =00 A: 00 / 60 00 / 60 IP IP IP IP IP0 IP0 IP0 IP0 9% 9% 9% 9% See the Connection to Terminals section See the Connection to Terminals section See the Connection to Terminals section See the Connection to Terminals section 0 ) 0 ) 0 ) 0 ) See the Connection to Terminals section See the Connection to Terminals section See the Connection to Terminals section See the Connection to Terminals section 0 0 0 0 (M) / 0 (M) a. Hz: amplitude ± mm. a 0 Hz: constant of acceleration 0.7 g a. Hz: amplitude ± mm. a 0 Hz: constant of acceleration 0.7 g a. Hz: amplitude ± mm. a 0 Hz: constant of acceleration 0.7 g a. Hz: amplitude ± mm. a 0 Hz: constant of acceleration 0.7 g g for ms g for ms g for ms g for ms poles: 7 x 99 x 6 poles: x 99 x 6 poles: x 99 x 6 6) poles: x 99 x 6 6) poles: x 6 x 6) poles: 0 x 99 x 6 6) poles: 0 x 99 x 6 6) poles: 0 x 6 x 6) poles:.6 / poles:.6 poles: 7. / poles: 9. poles: 7. / poles: 9. poles: 6. / poles: 9.9 9) Information on thermal dissipation of the circuit breakers available on page. ) Thermal and magnetic operation range available on the Time x Current characteristic curves. ) See the Installation section. "Connection of cables and bars to terminals", "Direct connection of cables by means of round terminal lugs" and "Direct connection of bar to circuit breaker" tables. ) For ambient temperature different from C, consider the deratings of the "Temperature Derating" Table. ) The IWB switch disconnectors use the same platform as DWB circuit breakers and all their accessories. ) It is recommended to use terminal lugs accessories - PC (optional accessory for the circuit breakers, except for DWB60, which is supplied with terminal lugs) or BE straight extension bar. ) DWB60 and DWB0 circuit breakers are available in the four-pole versions with protection on the four poles and P+N version with protection on three poles and disconnection on the fourth pole. DWB00 and DWB00 circuit breakers are available in the four-pole versions with protections on three poles and disconnection on the fourth pole. Molded Case Circuit Breakers 7
Protections and Settings Protections In order to meet the different requirements of the different types of load of an electrical circuit, DWB has special versions for each type of load, as shown below. Circuit breakers for distribution: thermal and magnetic protection for electric circuits in general; setting of the short circuit protection from to times the circuit breaker rated current, with tripping curve according to the criteria of IEC 6097- standard. Circuit breakers for motors: magnetic protection only. The short circuit tripping curve is set from 7. to times the circuit breaker rated current. Such setting allows starting the motor without premature trip of the protection system. It is necessary to add an overcurrent relay for protection against motor overload. Circuit breakers for generators: the protection against short circuit is set to trip up to five times the circuit breaker rated current, protecting the generator against current surges that may damage its electronics and compromise its regulation. Setting for Circuit Breakers (Motors) DWB60 and DWB0 t Fixed Magnetic Protection The circuit breaker tripping curve is fixed I m l DWB00 and DWB00 t In 0 A. 7. I > x I n I m Adjustable Magnetic Protection 7. to x ln for motors I m l. 7. I > I m. 7. I > I m x I n x I n TEST In 00 A. 7. I > x I n I m Adjustable Magnetic Protection per Phase 7. to x In for motors Molded Case Circuit Breakers
Protections and Settings Settings for Circuit Breakers (Distribution and Generators) DWB60 t Fixed Thermal and Fixed Magnetic The circuit breaker tripping curve is fixed I r i DWB60 and DWB0 Cur 0.9 0. t Adjustable Thermal and Fixed Magnetic I r The thermal protection curve allows setting the thermal element from 0. to x I n I r 0. i 0.9 xi n I r DWB00 and DWB00 0. Adjustable Thermal Protection The thermal protection curve allows setting the thermal element from 0. to x I n 7. 0.9 In 00 A xi n I r I> xi n I m Adjustable Thermal Protection to x In for distribution to x In for generators t Adjustable Thermal Protection The thermal protection curve allows setting the thermal element from 0. to x I n I r I m 0.7 0. i TEST xi n I r I r 6 I> xi n I m 6 I> xi n I m In 00 A 6 I> xi n I m I m Adjustable Magnetic Protection per Phase to x In for distribution to x In for generators Molded Case Circuit Breakers 9
It ON www.weg.net Protections and Settings Settings for Circuit Breakers (Distribution and Generators) DWB00 Electronic LSI Protection Ir.9.9 xin...6 tr 6 at 6 xi r(s) Is 7 x Ir It ON ts... at xi r(s).. Ii x In t I r t r L..7.6 6 S I... I t OFF 6 I s t s 70% % I i DWB600-E i Long Protection (L) Short Protection (S) Instantaneous Protection (I) Setting of the rated current and time delay of the overload protection Setting of the current and time delay of the short-circuit protection Setting of the instantaneous tripping current Protections L (Long): overload protection with reverse time-current curve and adjustable time delay S (Short): short circuit protection with time delay, having settings of tripping current and response time, and possibility to choose between reverse time-current curve (I²t ON) or defined time (I²t OFF) I (Instantaneous): short circuit protection with setting of the tripping current, without setting of the response time Indication LEDs Ir.9.9 xin...6 tr 6 at 6 xi r(s) Is 7 x Ir ts... at xi r(s).. Ii x In L..7.6 6 S... I t OFF I 6 70% % 70% / %: LED ON when 70% of I n is reached LED flashing when % of I n is reached When closing the circuit breaker after a trip, one of the LEDs of L, S and I indicates which of the settings commanded the las trip, flashing ten times. After such indication, the LEDs remain OFF The electronic protection of the circuit breaker is self-supplied. Thus, the relay will be functional for currents equivalent to 0. x In for three-phase circuit or 0. x In for one phase supplied Molded Case Circuit Breakers
Reference Code DWB Line DWB60 DWB0 DWB00 IWB60 IWB0 IWB00 Reference DWB00 DWB00 IWB00 IWB00 Breaking capacity 0 V ac Code ka B 0/ ka N 0 ka L 6 ka H 0 ka S DWB60 B - DF Rated current 6 90 0 9 0 0 0 0 6 6 60 70 7 00 0 0 0 ) 00 00 60 00 00 600 Number of poles ) Type of protection Type of setting Code Fixed thermal and magnetic D Distribution Adjustable thermal, fixed magnetic DF Adjustable thermal and magnetic DA Motor Fixed magnetic MF Adjustable magnetic MA Fixed thermal and magnetic G Generator Adjustable thermal, fixed magnetic GF Adjustable thermal and magnetic GA Distribution generator ) Electronic LSI ET Notes: ) Available for frame DWB00 and DWB600. ) MA release available only. ) Supplied on the -pole frame. Molded Case Circuit Breakers
Motor Operator DWB00 circuit breakers Ref. WEG Description 9 Motor operator V dc 7 Motor operator V dc - 60 V dc 79 Motor operator -7 V ac / - V dc 70 Motor operator 0 V ac / 0 V dc DWB00 and DWB00 circuit Ref. WEG Description 79 Motor operator V dc 79 Motor operator V dc - 60 V dc 796 Motor operator -7 V ac / - V dc 79 Motor operator 0 V ac / 0 V dc DWB600 circuit Ref. WEG Description 79 Motor operator V dc 79 Motor operator V dc - 60 V dc 796 Motor operator -7 V ac / - V dc 79 Motor operator 0 V ac / 0 V dc Note: the motor operator is sold separately from the circuit breaker. Automatic Changeover Coding - CTM Smart Code Base Left circuit breaker Right circuit breaker Poles Accessories Base type - Short-circuit capacity Rated current Trip unit Short-circuit capacity Rated current Trip unit Number of poles - Auxiliary contact Alarm contact Shunt trip Undervoltage release Motor operator Example: Smart Code Base Left circuit breaker Right circuit breaker Poles Accessories - - CTM 00 0 0 IW H 0 DA P E6 0 C Base type BTIM00 P I cu 0/00 V ac Zero Rated current 0 A Trip un. IW: switch disconnector I cu 0/00 V ac Rated current 6 ka 0 A Trip un. DA: adjustable thermal Auxiliary contact Alarm contact Shunt trip Undervoltage release Motor operator NOC NOC V ac/dc None - 60 V dc Base Left circuit breaker Right circuit breaker Accessories Reference CTM Automatic changeover CTM 00 Frame 00: DWB00 / 00: DWB00 / DWB00 / 600: DWB600-0 Maximum breaking capacity N: ka / S: 0 ka / H: 6 ka / L: 0 ka / 0: No capacity 0 Rated current 00 / 0 / 0 / 00 / 00 / 60 / 00 / 00 / / 600 IW Trip unit / protection DA: Adjustable thermal and magnetic (distribution) GA: Adjustable thermal and magnetic (generator) MA: Adjustable magnetic (motor) ET: Electronic trip unit (DWB00/DWB600) E: Electronic trip unit IW: Switch disconnector H Maximum breaking capacity N: ka / S: 0 ka / H: 6 ka / L: 0 ka / 0: No capacity 0 Rated current 00 / 0 / 0 / 00 / 00 / 60 / 00 / 00 / / 600 DA Trip unit / protection DA: Adjustable thermal and magnetic (distribution) GA: Adjustable thermal and magnetic (generator) MA: Adjustable magnetic (motor) ET: Electronic trip unit (DWB00/DWB600) IWB: Switch disconnector P Number of poles P: poles / P: poles - Auxiliary contact / Alarm contact 0 / E6 Shunt release BD 0: none / E6: V ac - V dc / E7: V ac - V dc E: - V ac - V dc / E: 0-0 V ac - V dc 0 Undervoltage release BS 0: none / C0: V dc / C07: V dc / C: V dc D60: - 7 V ac / D66: 0-0 V ac / D70: 0 - V ac D7: 0-0 V ac C Motor operator C0: V dc / C: - 60 V dc E: -7 V ac / - V dc / E6: 0-0 V ac Molded Case Circuit Breakers
Accessories Overview - DWB60 7 6 9 - DWB60 circuit breaker - BS or BD - undervoltage release or shunt release - BC - auxiliary contact block - BFR - DIN rail base - CT - 90 connection extension bars (CP 90 connection extension bars protection cover included) 6 - BE - straight extension bar 7 - PB - phase barrier - PC - terminal lugs (included in the circuit breaker) 9 - MP - escutcheon - BLIM - mechanical interlock - PLW - padlocking device - MR - panel door rotary operating handle - MR - panel door rotary operating handle Note: the IWB60 switch disconnector uses the same accessories as the DWB60 circuit breaker. Molded Case Circuit Breakers
Accessories Overview - DWB0 7 6 9 - DWB0 circuit breaker - BS or BD - undervoltage release or shunt release - BC - auxiliary contact block - BFR - DIN rail base - PC - terminal lugs 6 - CT - 90 connection extension bars (CP 90 connection extension bars protection cover included) 7 - BE - straight extension bar - PB - phase barrier 9 - MP - escutcheon - BLIM - mechanical interlock - PLW - padlocking device - MR - panel door rotary operating handle Note: the IWB0 switch disconnector uses the same accessories as the DWB0 circuit breaker. Molded Case Circuit Breakers
Accessories Overview - DWB00 6 7 9 - DWB00 circuit breaker - PC - terminal lugs - BE - straight extension bar - PLW - padlocking device - AM - motor operator 6 - BLIM - mechanical interlock 7 - MRI - internal rotary operating handle - MP - escutcheon 9 - MR - panel door rotary operating handle - PB - phase barrier - BS or BD - undervoltage release or shunt release - BC - auxiliary contact block - CT - 90 connection extension bars (CP 90 connection extension bars protection cover included) Note: the IWB00 switch disconnector uses the same accessories as the DWB00 circuit breaker. Molded Case Circuit Breakers
Accessories Overview - DWB00 6 7 9 - DWB00 circuit breaker - PC - terminal lugs - CT - 90 connection extension bars (CP 90 connection extension bars protection cover included) - BS or BD - undervoltage release or shunt release - BC/AL - alarm/contact block 6 - BE - straight extension bar 7 - PLW - padlocking device - BLIM - mechanical interlock 9 - MP - escutcheon - AM - motor operator - MRI - internal rotary operating handle - MR - panel door rotary operating handle Note: the IWB00 switch disconnector uses all the accessories of the DWB00 circuit breaker. 6 Molded Case Circuit Breakers
Accessories Overview - DWB00 6 7 9 - DWB00 circuit breaker - PC - terminal lugs - CT - 90 connection extension bars (CP 90 connection extension bars protection cover included) - BS or BD - undervoltage release or shunt release - BC/AL - alarm/contact block 6 - BE - straight extension bar 7 - PLW - padlocking device - BLIM - mechanical interlock 9 - MP - escutcheon - AM - motor operator - MRI - internal rotary operating handle - MR - panel door rotary operating handle Note: the IWB00 switch disconnector uses all the accessories of the DWB00 circuit breaker. Molded Case Circuit Breakers 7
Accessories Overview - DWB600 6 7 9 - DWB600 circuit breaker - PC - terminal lugs - CT - 90 connection extension bars - BS or BD - undervoltage release or shunt release - BC/AL - alarm/contact block 6 - BE - straight extension bar 7 - PLW - padlocking device - BLIM - mechanical interlock 9 - MP - escutcheon - AM - motor operator - MRI - internal rotary operating handle - MR - panel door rotary operating handle Note: The DWB600 circuit breaker does not have the CP 90 connection extension bars protection cover. Molded Case Circuit Breakers
Accessories Overview Description Reference DWB60 DWB0 DWB00 DWB00 DWB00 DWB600 BC-NOC BC-NOC Auxiliary/alarm contact )) BC-NOC - - - - - AL-NOC BC/AL-NOC BC/AL-NOC - - - - - /7 V ac - - 0/0 V ac - - 0- V ac - - 0-0 V ac - - V dc - - Undervoltage release BS ) V dc - - V dc - - - V ac / V dc - - - - V ac / V dc - - - - 60 V ac / V dc - - - - / V ac / V dc - - - - 0/0 V ac / V dc - - - - V ac / V dc V ac / V dc Shunt trip BD ) 60 V ac / V dc - - - - / V ac / V dc 0/0 V ac / V dc Panel door rotary operating handle MR / MR Internal rotary handle MRI - - Din rail base BFR - - - - Front mechanical interlock BLIM Padlocking device PLW 90 connection extension bars CT Straight extension bars BE Terminal lugs PC ) Escutcheon MP Motor operator AM - - Phase barrier PB - - - 90 connection extension bars protection cover CP - Notes: ) For combination of BC + AL, always consider the BC/AL block. It is not possible to assemble individual blocks on the circuit breaker. For example: BC + AL. Replace this combination by the BC/AL block. ) DWB circuit breakers are supplied without accessories. The accessories must be purchased separately and assembled at the customer's. ) Included in the product. ) All accessories indicated can also be used on IWB switch disconnectors. Molded Case Circuit Breakers 9
Internal Accessories Maximum Combinations of Internal Accessories Model DWB60 ) DWB0 ) DWB00 ) DWB00 / DWB00 ) DWB600 ) P / P P P / P P P / P P P / P P P P Auxiliary contacts BC ) 7 7 7 7 Alarm contact AL ) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Model DWB60 ) DWB0 ) DWB00 ) DWB00 / DWB00 ) DWB600 ) P / P P P / P P P / P P P / P P P P Shunt trip BD 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Undervoltage release BS 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Notes: ) Sold separately only. It is not sold assembled on the circuit breaker. ) Sold assembled on the circuit breaker only. Not sold separately. ) For combination of BC + AL, always consider the BC/AL block. It is not possible to assemble individual blocks on the circuit breaker. BC + AL, replace this combination by the BC/AL block. Assembly Position of the Internal Accessories BS / BD BS BD BC BC AL BCAL BS BD BC BC AL BCAL BC BC BS BD BC BC BC AL BCAL BCAL BC / AL BS BD BC BC AL BCAL BS BD BC BC AL BCAL DWB60 DWB0 DWB00 DWB00 / DWB00 DWB600 Auxiliary and Alarm Contact Blocks BC - Auxiliary Contact: signals the open and closed position of the main contacts. Reversing type ( NOC). AL - Alarm Contact: signals the thermal or magnetic release of the circuit breaker. Reversing type ( NOC). BC/AL - Auxiliary + Alarm Contact Set: performs the functions above in different contacts in a single set. Configuration of the contact/ alarm block )) DWB60 Ref. WEG ) DWB0 Ref. WEG ) DWB00 Ref. WEG ) DWB00 Ref. WEG ) DWB00 Ref. WEG ) DWB600 Ref. WEG ) Quantity of contacts Auxiliary BC 66 06 NOC - BC 69 06 NOC - BC - 06 NOC - AL 697 6 - NOC BC/AL 696 66 NOC NOC BC/AL - 677 NOC NOC Alarm Conduction capacity of the contact blocks Voltage Load type DWB60 / DWB0 / DWB00 / DWB00 / DWB00 DWB600 0 V ac Resistive 6 A A Inductive ) A A V ac Resistive 6 A A Inductive ) A A 0 V dc Resistive 0. A 0. A Inductive ) 0. A 0. A V dc Resistive 0. A 0.6 A Inductive ) 0. A 0.6 A Notes: ) For combinations of BC and AL ( or BCs and BC + AL) always consider the assembled set (BC, BC, BC/AL or BC/AL). It is not possible to assemble individual blocks of BC and AL on the circuit breaker. ) It must not be used to drive motors. ) Sold separately only. It is not sold assembled on the circuit breaker. ) For cable connection, consider maximum cross section of. mm² and torque of 0. Nm. 0 Molded Case Circuit Breakers
Internal Accessories Auxiliary and Alarm Contact Blocks Wiring Diagrams of the DWB Circuit Breaker ON OFF TRIP Wiring Diagrams of the DWB600 Circuit Breaker ON OFF TRIP BC AL BC AL Blue Blue Black Red Black Red Blue Blue Black Red Black Red Undervoltage Release and Shunt Trip BS - Undervoltage release: it trips the circuit breaker when its operating voltage is below % of its rated value. That is, when the undervoltage release power supply is U e 0. x U e, the opening of the circuit breaker is ensured. When the voltage is within the range 0. < U e < 0.7, trip may occur, and above 0.7 x U e trip will not occur. Guaranteed trip Possible trip 0 0. 0.7. U e BD - Shunt Trip: when the shunt trip is energized by a voltage pulse, the circuit breaker trips. The trip is endured when the shunt trip command voltage is U e > 0.. That is, when its operating range is 0. < U e <. of the rated voltage, the circuit breaker will trip. Guaranteed trip 0 0.. U e Note: to close the circuit breaker, BS must be energized. BS - Undervoltage Release and BD - Shunt Trip Undervoltage release BS Shunt trip BD ) Rated Voltage (U e ) Voltage code DWB60 DWB0 Ref. WEG ) Consumption DWB00 Ref. WEG ) Consumption DWB00 DWB00 Ref. WEG ) -7 V ac D60 - - 677, VA 9 VA 0677 VA 0-0 V ac D66 - - 6779 VA 9 VA 0677 VA 0- V ac D70 - - 670 VA 9 VA 0676 VA 0-0 V ac D7 - - 67 9 VA 96 VA 0676 VA V dc C0 - - 67 W 90 W 067 W V dc C07 - - 676 W 9 W 0676 W V dc C - - - - - - - - V ac / V dc E6 0. VA - - - - - - V ac / V dc E7.0 VA - - - - - - 60 V ac / V dc E 6. VA - - - - - - - V ac / V dc E. VA - - - - - - 0-0 V ac / V dc E 66. VA - - - - - - V ac / V dc E6 7 0. VA 67 VA 9 90 VA 067 90 VA V ac / V dc E7 0. VA 676 0 VA 9 90 VA 067 90 VA 60 V ac / V dc E 7 0, VA - - - - - - - V ac / V dc E 0. VA 67 6 VA 9 90 VA 067 90 VA 0-0 V ac / V dc E 099 0. VA 67 6 VA 9 90 VA 067 90 VA 0.-. mm² 0-6 AWG 0.-. mm² 0-6 AWG 0.-. mm² 0-6 AWG 0.-. mm² 0-6 AWG Min./max cable Length to strip the wire min./max. -6 mm -7 mm -7 mm -7 mm Tightening torque of the terminal (N.m) 0. 0. 0. 0. Fixing tightening torque (N.m) 0. 0. Snap fit 0. Consumption DWB600 Ref. WEG ) Consumption Notes: ) It has a device to keep the coil de-energized after the trip pulse. ) Sold separately only. It is not sold assembled on the circuit breaker. Wiring Diagrams C BD C BS D D Molded Case Circuit Breakers
External Accessories MR - Panel Door Rotary Operating Handle The operator can use the handle to open the panel door in the ON position (thermometry) Total padlocking (circuit breaker + panel door) in the OFF position with up to three padlocks MR Reference handle type Handle color Degree of protection MR Black IP MR Black IP6 MR_E Red IP6 Shaft length (mm) DWB60 Ref. WEG DWB0 Ref. WEG DWB00 Ref. WEG DWB00 DWB00 Ref. WEG DWB600 Ref. WEG 799 60006 799 - - 66 - - - 77 6 0 7990 606 799 - - 6 - - - 76 6 79 - - - - 0 79 - - - - 79 - - - - 0 79 - - - - MR_E Notes: ) MR and MR allow opening the panel door with the circuit breaker OFF only. The door can be opened with the circuit breaker ON if the operator releases the handle safety lock. ) Sold separately only. It is not sold assembled on the circuit breaker. ) Padlocks... mm may be fit to the handles. MRI - Rotary Operating Handle for Direct Operation of the Circuit Breaker It allows rotary operation of the circuit breaker Padlocking in the OFF position with up to three padlocks Circuit Ref. WEG MRI DWB00 DWB00 7996 MRI DWB00-00 DWB00 DWB00 76 MRI DWB600 DWB600 0679 Note: MRI accessory may be used on frames P and P. Mounting BFR - DIN Rail Base It allows fast assembly of the circuit breaker on DIN rail mm Circuit Ref. WEG BFR DWB60 DWB60 7009 BFR DW B0 DWB0 906 Note: BFR accessory may be used on frames P and P. Lock BLIM - Front Mechanical Interlock Mechanical lock between two circuit breakers, preventing simultaneous closing (ON) It allows the use of to padlocks of... mm Circuit Ref. WEG BLIM DWB60 P DWB60 69 BLIM DWB60 P DWB60 7999 BLIM DWB0 P DWB0 697 BLIM DWB0 P DWB0 7999 BLIM DWB00 P DWB00 79996 BLIM DWB00 P DWB00 0007 BLIM DWB00-600 P DWB00 / DWB00 / DWB600 7 BLIM DWB00-600 P DWB00 / DWB00 / DWB600 7 BLIM DWA00-600 P DWB600 0679 BLIM DWA00-600 P DWB600 0007 PLW - Padlocking Device It allows padlocking the circuit breaker in the OFF position. It complies with the requirements of Regulatory Standard - NR It allows the use of to padlocks of... mm Circuit Ref. WEG PL DWB60 P DWB60 7 PL DWB60 P DWB60 7999 PL DWB0 DWB0 (three poles and four poles) 60 PL DWB00 DWB00 (three poles and four poles) 7 PL DWB00-600 DWB00 / DWB00 / DWB600 (three poles and four poles) 7 PL600 DWB600 (three poles and four poles) 60 Molded Case Circuit Breakers
External Accessories ) Connection CT - 90 Connection Extension Bars It allows direct connection of bars or cables from the back side of the circuit breaker CP - 90 Connection Extension Bars Protection Cover Accessory only used with 90 connection extension bars to protect terminals and bars It protects the operators and everyone involved in the process against inadvertent contact Circuit Cable / bar Ref. WEG CT DWB60 P ) DWB60 Use the same 7007 CT DWB0 P ) DWB0 cable cross section CT DWB00 P ) DWB00 and dimensions as those of bars 70076 DWB00 CT DWB00-00 P ) recommended in DWB00 the technical 77 CT DWB600 P DWB600 characteristics 060 Note: ) CP 90 connection extension bars protection cover included. Circuit Ref. WEG CP protection cover DWB60 P DWB60 90 CP protection cover DWB0 P DWB0 99 CP protection cover DWB00 P DWB00 76 CP protection cover DWB00-00 P DWB00 / DWB00 9 Note: The codes of this table refer to the supply of the CP 90 connection extension bars protection cover only. unit refers to the covering of the phases. No protection cover for poles is available. Accessory available for DWB circuit breakers only. The DWB600 circuit breaker, for example, does not have the 90 connection extension bars protection cover. BE - Straight Extension Bars It extends the terminal length and allows connecting busbars and mounting cables with terminals -piece set PC - Cable Connection Terminal It allows direct connection of cables to the circuit breaker -piece set Round terminal lugs schematic drawing Description Number of cables BE DWB60 P Circuit Cable / bar Ref. WEG DWB60 796 BE DWB60 P DWB60 70009 BE DWB0 P BE DWB0 P DWB0 DWB0 Use the same cable cross section and 797 706 dimensions as those BE DWB00 P DWB00 70070 of bars recommended BE DWB00 P DWB00 in the technical 7006 BE DWB00-00 P BE DWB00-00 P DWB00 / DWB00 DWB00 / DWB00 characteristics (installation topic) 77 77 BE DWB600 P DWB600 06 BE DWB600 P DWB600 7000 DWB60 ) DWB0 DWB00 Round terminal lugs for one cable DWB00 DWB00 DWB600 PC DWB0 P PC DWB00 P PC DWB00-00 P PC DWB600 P Round terminal lugs for one cable (accessory) Round terminal lugs for one cable (accessory) Round terminal lugs for two cables (accessory) Round terminal lugs for four cables (accessory) Maximum cable cross section (mm²) ) 70 0 0 0 Minimum cable cross section (mm²) ) Tightening torque (mm) 6 0 0 Cable length to be stripped to use terminal lugs (mm) Reference WEG 6 Supplied with the circuit breaker 7769 700 77 06 Finishing ) MP - Escutcheon for Circuit Breaker Operation on Panel Door It provides perfect finishing between the circuit breaker and panel door Circuit Ref. WEG MP DWB60 DWB60 MP DWB0 DWB0 6 MP DWB00 DWB00 700 MP DWB00-600 DWB00 DWB00 DWB600 776 MP DWB600 DWB600 60 Notes: ) The accessories are not sold assembled on the DWB circuit breakers. Sold separately only. ) Recommended cross sections for cables with stranding class, insulation of PVC -70 C. ) On DWB60 circuit breakers, the cable connection terminal is included in the factory supply. Not sold as accessory. ) MP accessory can be used on frames P and P. Molded Case Circuit Breakers
External Accessories Finishing PB - Phase Barrier The circuit breakers are supplied with two phase barriers. Those barriers must be installed on the line input side. For voltages above 00 Volts, phase barriers must also be installed on the circuit breaker outputs. For such application, the phase barriers must be purchased. They are not supplied with the circuit breaker. Circuit breaker Ref. WEG PB DWB60-0 DWB60 / DWB0 0 PB DWB00 DWB00 76 Note: see table with directions to use the phase barriers on page 0. Motor Operator The motor operator is a mechanical and electrical device whose main characteristics are: It allows remote operation of the circuit breaker Option of manual or automatic operation. Operation from the front of the motor operator Control voltage (motor power supply) in the following levels: -7 V ac / - V dc, 0 V ac / 0 V dc, -60 V dc and V dc Motor operator with direct operation on the circuit breaker handle for DWB00 circuit breakers Motor operator with spring pre-charge for DWB00, DWB00 and DWB600 circuit breakers AM DWB00 AM DWB00 - DWB00 AM DWB600 Molded Case Circuit Breakers
External Accessories DWB00 Motor Operator The motor operator of the DWB00 circuit breaker allows choosing between Local and Remote operation on its front part. Assembly of AM00 must be done with the circuit breaker in the OFF position. For MANUAL operation, it is necessary:. Set the slide switch to MANUAL. Insert the operating handle (located on the side bracket) into the front slot and rotate it 0 clockwise;. It must be rotated only 0º clockwise for safely operating the micro switch;. Return the handle to the side bracket. For AUTOMATIC operation, it is necessary:. Set the slide switch to AUTO. In this position it is possible to operate the circuit breaker remotely by sending ON/OFF signals;. Please, do not send ON/OFF signals simultaneously to the motor operator;. If the circuit breaker is equipped with undervoltage release, please charge it before operating the motor operator. Status indication of the Circuit Breaker ON and OFF Front slot / insertion of the operating handle Electrical connection Slide switch Operating handle Wiring Diagram (DWB00) S S S. Nm. mm Ue ON OFF Molded Case Circuit Breakers
External Accessories DWB00 / DWB00 / DWB600 Motor Operator The functions of the motor operator, for DWB00, DWB00 and DWB600 circuit breakers, are operated on the front of the product through buttons and through the spring charging handle. The motor operator must be assembled with the spring discharged and the circuit breaker in the ON position. Status indication of the circuit breaker: ON / OFF Handle to charge the spring and open the circuit breaker in manual operation Operating mode: Manual / automatic Spring status: Charged/discharged Close in operation button: manual Electrical connection Wiring Diagram (DWB00-DWB00-DWB600) S S S Ue ON OFF. mm² AWG Technical Data of the Motor Operator Motor operator without spring pre-charge Motor operator with spring pre-charge DWB00 DWB00 Consumption DWB00 Rated Voltage (U e ) Voltage code Consumption DWB600 Consumption - V dc / -7 V ac 0/60 Hz E 79 VA - - - - 0 V dc / 0 V ac 0/60 Hz E6 70 VA - - - - -60 V dc C 7 W - - - - V dc C0 9 W - - - - - V dc / -7 V ac 0/60 Hz E - - 796 0 VA 796 0 VA 0 V ac / 0 V dc 0/60 Hz E6 - - 79 0 VA 79 0 VA -60 V dc C - - 79 0 W 79 0 W V dc C0 - - 79 0 W 79 0 W Voltage range 0. a. U e 0. a. U e 0. a. U e ON time 00ms 0ms 90ms OFF time 00ms 700ms 00ms Trip time (using shunt trip) ms ms 0ms Min./max cable 0.-. mm² 0- AWG 0.-. mm² 0-6 AWG 0.-. mm² 0-6 AWG Length to strip the wire min./max. -7 mm -7 mm -7 mm Tightening torque of the terminal (N.m). Spring terminal Spring terminal Fixing tightening torque (N.m). Notes: The connections with the motor operator AM are done through the connection terminals. Maximum tightening torque of. Nm. The motor operator of the DWB00 circuit breaker is identical to the motor operator of the DWB00, therefore, they can be used without restrictions. The motor operator is sold separately from the circuit breaker. 6 Molded Case Circuit Breakers
External Accessories CTM - Automatic Changeover The CTM is a product set, according to IEC 6097-, which works together to form an automatic changeover, ensuring a mechanical interlock with versatility. The system is composed of two DWB molded case circuit breakers, circuit breaker accessory (if necessary), two motor operators and mechanical interlock base (BTIM). Both circuit breakers must be connected in parallel. Characteristics: Greater safety Easy maintenance Very simple assembly of the installation Notes: The CTM set is supplied assembled. The 90 connection extension bars cannot be used as accessory in the CTM set. The circuit breaker accessory table presented on page 9 is valid for the two circuit breakers of the CTM simultaneously, that is, both circuit breakers (left and right side) must have the same accessories (mirrored configuration). AM CODE Motor operator + + + DWB CODE DWB Circuit Breaker and poles DW CIRCUIT BREAKER ACCESSOR CODE BTIM CODE Rear base of mechanical interlock and poles Description Accessory CTM BS Releases ) BD Contact block ) AL BC/AL BC AM DWB00 AM AM DWB00 - AM DWB00 AM DWB600 DWB00 BTIM DWB00 - DWB00 DWB600 Notes: ) Both circuit breakers must have the same release. ) Both circuit breakers must have the same contact or alarm block set. ) Both circuit breakers must have the same frame. ) Both motor operators must be identical. Two terminal strips for connections: electrical connection with circuit breakers, accessories and motor operators. Total closing + opening time between circuit breakers of a CTM CTM Without trip coil With trip coil 00 00ms ms 00-00 70ms 9ms 600 90ms ms Opening and closing times of the motor operators Motor operators DWB00 DWB00 / DWB00 DWB600 ON time 00ms 0ms 90ms OFF time 00ms 700ms 00ms Trip time (using shunt trip) ms ms 0ms Molded Case Circuit Breakers 7
www.weg.net Installation Installation of the Circuit Breakers Un. DWB60 DWB0 DWB00 DWB00 DWB00 DWB600 mm A: 0 C: 0 D: 0 A: 0 C: 0 D: 0 A: 70 C: 0 D: 0 A: 0 C: 0 D: 0 A: 0 C: 0 D: 0 A: 0 C: 0 D: 0 mm B: B: 0 0 0 0 mm 90 0 00 00 00 A IEC 6097- standard Recommended mounting distances (mm) B D B Recommended distances between circuit breakers for side by side mounting B Recommended distances between circuit breakers for vertical mount ) Non-insulated connection; ) Insulated cable; ) Terminal lugs. A A A 90 Assembly positions 90 90 90 - Dimensional drawing and mounting P and P B B B AA A DWB60 / DWB0 mm A: 0/ (limiter) B: A: /9 (limiter) B: A: 99 B: A: 0 B: 70 A: 0 B: 70 A: 6 B: 70 mm A: 0/ (limiter) B=B': A: /9 (limiter) B=B': A: 99 B=B': A: 0 B=B': 70 A: 0 B=B': 70 A: 6 B: 70 B'=7 M x 0 x parts M x 60 x parts M x 60 x parts M x 0 x parts M x 60 x 6 parts M x 60 x 6 parts M x 0 x 6 parts DWB00 / DWB00 / DWB00 / DWB600 Dimensional drawing and mounting P B' B' BB B A A DWB60 / DWB0 DWB00 / DWB00 / DWB00 / DWB600 Fixing screw to plate P P - B/N: M x 76 x parts B/N: M x 76 x parts L: Mx76 x part + L: Mx76 x part + Mx x part Mx x part Fixing screw to plate P - B/N: M x 76 x parts B/N: M x 76 x parts M x 0 x 6 parts Parts surpass of the fixing screw in relation to the circuit breaker mm Tightening torque - mounting (Nm) Nm.. 6 Molded Case Circuit Breakers
Installation DWB circuit breakers were designed to simplify installation on panels, as they can be supplied from the top or bottom, without compromising the technical characteristics of the components. Cable and Bar Connection to Terminals The connections to circuit breaker terminals must observe the following recommended limit: DWB60 DWB0 DWB00 DWB00 DWB00 DWB600 cable Bare wire cord End terminal Lug terminal Direct to the circuit breaker terminal Through straight extension bar Through round terminal lugs Direct to the circuit breaker terminal ) Through straight extension bar Through round terminal lugs Direct to the circuit breaker terminal ) Through straight extension bar Through round terminal lugs Through straight extension bar Through round terminal lugs - up to 00 A only Through straight extension bar Through round terminal lugs Through straight extension bar Connection with cable cables and cables Bare wire cord End terminal Lug terminal Bare wire cord End terminal Lug terminal Not recommended Not recommended Not recommended Through straight extension bar Through straight extension bar Through straight extension bar Through round terminal lugs Through straight extension bar Through round terminal lugs - up to 00 A only Through straight extension bar Not recommended Not recommended Not recommended Not recommended Not recommended Through straight extension bar Through straight extension bar Through straight extension bar Through straight extension bar Through straight extension bar Through round terminal lugs Through straight extension bar Through round terminal lugs Through straight extension bar More than cables Bare wire cord End terminal Lug terminal Not recommended Not recommended Not recommended Not recommended Not recommended Not recommended Through straight extension bar Through straight extension bar Through straight extension bar Through straight extension bar Through straight extension bar Through straight extension bar Connection with bar Direct to the circuit breaker terminal Direct to the circuit breaker terminal Direct to the circuit breaker terminal Direct to the circuit breaker terminal Direct to the circuit breaker terminal Direct to the circuit breaker terminal Notes: ) The cross section of cables and bars must be observed, as well as the tightening torque informed in the product catalog. ) Pay attention to the lug terminal size, comparing its dimension to the circuit breaker dimension. Some lug terminal models are bigger than the opening and depth of the circuit breaker terminal, and it is not possible to connect them directly to the circuit breaker terminal. Examples of Use Direct connection of the lug terminal to the circuit breaker - cable per terminal: Direct Cable Connection by Round Terminal Lugs DWB60 DWB0 DWB00 DWB00 DWB00 DWB600 Round terminal lugs schematic drawing Number of cables Round terminal lugs for one cable Round terminal lugs for one cable (accessory) Round terminal lugs for one cable (accessory) Round terminal lugs for two cables (accessory) Round terminal lugs for two cables (accessory) Round terminal lugs for four cables (accessory) Maximum cable cross section (mm²) ) 70 0 0 0 0 Minimum cable cross section (mm²) ) Cable length to be stripped to use terminal lugs (mm) 6 Tightening torque (N.m) 6 0 0 0 0 Note: recommended cross sections for cables with stranding class, insulation of PVC - 70 C, according to the NM NBR 0 standard (IEC 60). Direct Connection to the Circuit Breaker Bar Quantity DWB60 DWB0 DWB00 DWB00 DWB00 DWB600 Maximum width (mm) 0 0 0 0 0 Maximum thickness (mm) 7 6 0 Tightening torque (N.m) 6 0 0 0 0 (M) / 0 (M) Molded Case Circuit Breakers 9
L www.weg.net Installation Use of Phase Barrier and Terminal Cover The connections to the circuit breaker terminals must observe the following recommended limit: L Insulating plate )) Phase barriers or terminal covers ) H H Insulating plate )) Phase barriers or terminal covers ) L circuit breaker width H length of the terminal cover or phase barrier Connection with cable Connection with insulated bar Bare wire/cord end terminal Lug terminal Connection with 90 connection extension bars ) Ue <00 V Ue 00 V Input Output Input Output Mandatory use of phase barrier ) or terminal cover Mandatory use of phase barrier ) or terminal cover Mandatory use of phase barrier ) or terminal cover Mandatory use of protection cover Optional use of phase barrier ) or terminal cover Optional use of phase barrier ) or terminal cover Optional use of phase barrier ) or terminal cover Mandatory use of protection cover Mandatory use of phase barrier ) or terminal cover Mandatory use of phase barrier ) or terminal cover Mandatory use of phase barrier ) or terminal cover Mandatory use of protection cover Mandatory use of phase barrier ) or terminal cover Mandatory use of phase barrier ) or terminal cover Mandatory use of phase barrier ) or terminal cover Mandatory use of protection cover Insulating plate ))) Optional Optional Mandatory Mandatory Notes: ) phase barriers are supplied on DWB60, DWB0 and DWB00 circuit breakers. When two more barriers are necessary, those parts are sold as accessory. ) Protection cover supplied with the 90 connection extension bars DWB circuit breaker. For DWB600, use the terminal cover included in the product. ) Not supplied with the molded case circuit breakers. It must be produced by the user. ) Minimum characteristics requirements of the material to be used as insulating plate: Dielectric strength kv/mm. Material not propagating flame. Recommended material: phenolite, polycarbonate. ) Installation according to the figure above. 0 Molded Case Circuit Breakers
Deratings Altitude Derating Application of circuit breakers in altitude Altitude (m) Derating for the rated current I n Maximum rated operating voltage U e (V) 000 000 0.9 0. 000 0.9 0.7 000 0.90 0.6 Temperature Derating C C 0 C C 0 C C 0 C C 0 C C 60 C DWB60.0.6...06.0.0.00 0.9 0.9 0.9 DWB0..6...0.0.0.00 0.9 0.9 0.90 DWB00..6...0.0.0.00 0.9 0.9 0.90 DWB00.9.7...09.06.0.00 0.97 0.9 0.9 DWB00.00.00.00.00.00.00.00.00 0.9 0.90 0.0 DWB600....0.06.0.0.00 0.9 0.97 0.9 Notes: The recommended temperature refers to the place where the circuit breaker is installed. Apply the recommended derating to the rated current of the relevant circuit breaker. Molded Case Circuit Breakers
Thermal Dissipation Circuit Protection DWB60 DWB60L DWB0 DWB0L DWB00 DWB00 DWB00 DWB600 I n (A) 6 0 0 0 6 70 0 90 0 60 Thermal dissipation (W/pole) 6 7 7 I n (A) 6 0 0 0 6 70 0 90 0 Thermal dissipation (W/pole) 6 7 9 I n (A) 0 60 00 0 Thermal dissipation (W/pole) 9 7 0 I n (A) 0 60 00 Thermal dissipation (W/pole) 7 6 I n (A) 00 0 0 00 Thermal dissipation (W/pole) 0 9 0 I n (A) 0 00 00 60 00 Thermal dissipation (W/pole) 9 0 7 7 I n (A) 00 60 00 00 Thermal dissipation (W/pole) 6 0 6 I n (A) 600 Thermal dissipation (W/pole) 96 Motor Protection DWB60 DWB60L DWB0 DWB0L DWB00 DWB00 I n (A) 0 0 6 0 9 Thermal dissipation (W/pole) 6 7 7 I n (A) 0 0 6 0 9 Thermal dissipation (W/pole) 6 9 9 I n (A) 0 9 00 Thermal dissipation (W/pole). 7. I n (A) 0 9 00 Thermal dissipation (W/pole). 7 9.. I n (A) 0 0 Thermal dissipation (W/pole) 0 9 I n (A) 0 00 Thermal dissipation (W/pole) Generator Protection DWB60 DWB0 DWB00 DWB00 I n (A) 7 0 60 Thermal dissipation (W/pole) 7 6 7 I n (A) 60 00 0 Thermal dissipation (W/pole) 9 7 0 I n (A) 00 0 0 00 Thermal dissipation (W/pole) 0 9 0 I n (A) 0 00 00 60 00 Thermal dissipation (W/pole) 9 0 7 7 Disconnectors IWB60 IWB0 IWB00 IWB00 IWB00 I n (A) 60 Thermal dissipation (W/pole) I n (A) 0 Thermal dissipation (W/pole) 0 I n (A) 00 Thermal dissipation (W/pole) I n (A) 60 00 Thermal dissipation (W/pole) 0 0 I n (A) 00 Thermal dissipation (W/pole) 6 Molded Case Circuit Breakers
Characteristic Curves - I x t DWB60_D (Distribution) 0000 000 000 000 00 00 00 0 0 0 t (s) t (s) 0. 0, 0. 0, 6060A: 6. 6, x xinln A: A: xinx ln 0. 0, A: 7. 7, x xin ln 0A: A: xin x ln A:, xin 6A:,7 xln 0.0 0,0. x ln 6 A:.7 x ln to a A:, x xinln 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x xin DWB60_G (Generator) 0000 0000 000 000 000 000 000 000 00 00 00 0 0 0 t (s) t (s) 0. 0, A:. x ln 0. 0, 7 to 60 A: x ln 0. 0, 0.0 0,0 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x In x In DWB60_M (Motor) 0000 000 000 000 00 00 00 0 0 0 t (s) t (s) 0. 0, 0. 0, 0. 0, 0.0 0,0 x ln 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x xin Molded Case Circuit Breakers
Characteristic Curves - I x t DWB0_D (Distribution) 0000 000 000 000 00 00 00 0 0 t(s) t (s) 0 0. 0, 0. 0, x ln 0. 0, 0.0 0,0 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x xin DWB0_G (Generator) 0000 000 000 000 00 00 00 0 0 0 t (s) t (s) 0. 0, 0. 0, x ln 0. 0, 0.0 0,0 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x In DWB0_M (Motor) 0000 000 000 000 00 00 00 0 0 t (s) t(s) 0 0. 0, 0. 0, 0. 0, 0.0 0,0 x ln 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x xin Molded Case Circuit Breakers
Characteristic Curves - I x t DWB00_D (Distribution) 0000 000 000 000 00 00 00 0 0 t (s) t (s) 0 DWB00_G (Generator) 0000 000 000 000 00 00 00 0 0 t(s) t (s) 0 0. 0, 0. 0, 0. 0, 0.0 0,0 Min. magn. adj. x In Max. magn. adj. x In 0. 0, 0. 0, 0. 0, 0.0 0,0 Max. magn. adj. x In Min. magn. adj.. x In 0.0 0,0 0.0 0,0., 6 7 0 0 00 0 x xin 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x xin DWB00_M (Motor) 0000 000 000 000 00 00 00 0 0 0 t (s) t(s) 0. 0, 0. 0, 0. 0, 0.0 0,0 Min. magn. adj. 7. x In Max. magn. adj. x In 0.0 0,0 0.0 0,0,. 6 7 0 0 0 0 x xin Molded Case Circuit Breakers
Characteristic Curves - I x t DWB00 (Distribution) 0000 000 000 000 00 00 00 0 0 DWB00 (Generator) 0000 000 000 000 00 00 00 0 0 0 0 t(s) t (s) 0. 0, 0. 0, 00 A: Min. magn. adj. x In Up to 60 A: Min. magn. adj. x In 00 A: Max. magn.. adj. x In Up to 60 A: Max. magn. adj. x In t (s) t(s) 0. 0, 0. 0, Max. magn. adj. x In 0. 0, 0.0 0,0 0. 0, 0.0 0,0 Min. magn. adj.. x In 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x xin 0.0 0,0 0.0 0,0., 6 7 0 0 0 0 x In DWB00 (Motor) 0000 000 000 000 00 t (s) t(s) 00 00 0 0 0 0. 0, 0. 0, 0. 0, 0.0 0,0 0.0 0,0 Min. magn. adj. 7. x In Max. magn. adj. x In 0.0 0,0., 6 7 0 0 0 0 x In 6 Molded Case Circuit Breakers
Characteristic Curves - I x t DWB00 - Overload Protection (L and S) DWB00 - Short Circuit Protection (I - Instantaneous) (h) Ir Ir = 0...xIn (min) 6.6 i²t i t ON...... i²t i t OFF......0 t [s] Tolerance ± % Tolerance ±%.0.0.00 tr tr =.6...s at 6xIr at 6xlr ts ts = = 0...0.s at at xlr xlr Is =...xir...xlr.00.00 6 7 0.0,0 x Ir (r.m.s) Note: The DWB00 can be used for the protection of both electric circuits and generators. Thermomagnetic protection...xin= Ii 6 7 9 0 0 x In (r.m.s) Molded Case Circuit Breakers 7
Characteristic Curves - I x t DWB600 - Overload Protection (L and S) DWB600 - Short Circuit Protection (I - Instantaneous) (h) Ir Ir = 0...xIn (min) 6.6 i²t i t ON...... i²t i t OFF......0 t [s] Tolerance ± % Tolerance ±%.0.0.00 tr tr =.6...s at 6xIr at 6xlr ts ts = = 0...0.s at at xlr xlr Is =...xir...xlr.00.00 6 7 0.0,0 x Ir (r.m.s) 6 7 0 Instantaneous protection...xin= Ii 6 7 9 0 0 x In (r.m.s) Note: The DWB600-ET can be used for the protection of both electric circuits and generators. Molded Case Circuit Breakers
Characteristic Curves - I x t 0/ V ac DWB60 B/N DWB60 L 00 00 0 0 70 70 Ip (kâ) (ka) 0 0 0 0 B N Ip (ka) Ip (ka) 0 0 0 0 L 7 7 7 0 0 0 0 70 0 Is (ka) 7 0 0 0 0 70 0 Is Is (ka) DWB0 B/N 00 DWB0 L 00 0 70 0 70 0 0 0 0 0 N 0 L Ip (kâ) (ka) 0 B Ip (kâ) Ip (ka) 0 7 7 7 0 0 0 0 70 0 Is (ka) 7 0 0 0 0 70 0 Is Is (ka) (ka) Molded Case Circuit Breakers 9
Short Circuit Limiting Characteristic Curve 0/ V ac DWB00 DWB00 00 00 0 0 70 0 0 0 N H 70 0 0 0 N S H Ip (ka) Ip (kâ) 0 Ip (ka) (kâ) 0 7 7 7 0 0 0 0 70 0 Is (ka) 7 0 0 0 0 70 0 Is (ka) DWB00 00 DWB600 00 0 70 0 0 N S H 0 70 0 0 S H 0 0 Ip (ka) (kâ) 0 Ip (kâ) (ka) 0 7 7 7 0 0 0 0 70 0 Is (ka) 7 0 0 0 0 70 0 Is (ka) 0 Molded Case Circuit Breakers
Molded Case Circuit Breakers 0,9 0,9,,06 70 6,69,,77 6,00 7,066 0,9 70, 7 77,,07 9,,69 66,0,6 0,6,7 0,,909 7,0,77,,7,,,,60 66,9 07,9. 66 07.9 0,9 0,9,0,,7 77,9,07 6,6 9,,7, 77.9.. 9. Circuit Breakers Dimensions DWB60 B/N / IWB60 DWB0 B/N / IWB0 DWB60 L DWB0 L 9 66 99 6 9 9 9 9 6 99 66 9 9 6 7 9 6 6 6 9 7 6 6.7.6 7 77. 9. 7 7 6. 70 66 70. 6,9 7, 6,7 6, 6,,77,6 6,6,7,7,,9 6,,69 7,,9 7,07,6 0,6 6,69 6,69 0,76 9, 7,06 9. 6. 7. 7 7 6 6 6. 7. 6 6
Dimensions Circuit Breakers DWB00 / IWB00 0,97.7,7,9 6. 6, 0,,,9,..,,,06, 7.,7 7,,7,,0,6,7,6 69 6,6 69,7,7 DWB00 / IWB00,7 99.,90 99, 9.9,7 9,9.,0,.,070, B 0,9.7,7, 9,7.,,.,,9 0,7,0.,,69 9 6,9 67. 67, A,76 70,76 70, 97.7 97,7, 7.7 7,7,.6,6,76 6. 6, DWB00 / IWB00 B.7 0,9,7, 9,7.,,.,,9 0,7 A,76,76 70 70 DWB600.6,7,6 C 9 0,7 9,90 0,6 9,0 9,0,0 9,,6,9,0 0,9.7,7....6.6 x Ø9 x 0, 9,97 0 0 0,9 0,., 0, x Ø9 x 9 0,9,97 0 0 DETALHE DETAIL A TOA ESCALA SCALE : : 0,0.7,7 DETALHE DETAIL B TOB ESCALA SCALE : : 0,6., 0,9.7,7 x Ø9 x 0, 9,97 0 0 0,9 0,.,.,0, 9,69 9 6,9 67. 67, 0, x Ø9 x 9 0,9,97 0 0 DETALHE DETAIL A TOA ESCALA : SCALE : 0,0.7,7 DETALHE DETAIL B TOB ESCALA SCALE : : 0,6.,, 97.7 97,7, 7.7 7,7,.6,6,76 6. 6,,969 0 0, 0 0 M x M 0,9,60 0,97.7,7,7,7 0,6., M x M, 09 09,7,, 70 70,76 70,76 70,76 6,66 9 6, 6 0 7,9 0 DETAIL DETALHE C TO C SCALE ESCALA :. Molded Case Circuit Breakers
99 6 www.weg.net Dimensions Accessories MP - Escutcheons MP DWB60 MP DWB0 MP DWB00 9 MP DWB00 / DWB00 / DWB600 9 BE - Straight Extension Bars Frame 60 P + BE DWB60 P Frame 0 P + BE DWB0 P Frame 00 P + BE DWB00 P 99.6 6 7. 76 76 7 7 6 6 76 76 7 7 6 6 96 96 0 0,6 Ø.6 7 6,6 Ø.6 7 0,6 Ø.6 7,6 Ø.6 0 0 0 6 6 6 0 0 7 6 Frame DWB00-00 P + BE DWB00-00 Frame 600 P + BE DWB600 7 99. 0,79 0 0,76 70 70,76 70 70 0, 09 0,79, 0 0.,,9 7. 7,,7,7,7.7 6 6 7 0 7 0 70 70 6 6 7 7 6 (600 A) 9 6 (up(600 to A) A) (Até A) Molded Case Circuit Breakers
Accessories MR DWB60 www.weg.net MR DWB60 MR DWB60 MR - Panel Door Operating Handle Frame 60 P/P + MR DWB60 MRB DWB60 Dimensions MRB DWB60 Frame 60 P/P + MR DWB60 MR DWB60 Frame 0 P/P + MR DWB0 MR DWB0 MR DWB0 0 0 0 MRB DWB60 MRB DWB60 MR DWB60 MR DWB0...0 7 6 7 6 MR...0 DWB60...0...0 MR DWB0 9...0 9...0 9 9 0...0 9...0 9...0...0...0 7 6 6 6 6 9...0 9 6 6 6 Furação da porta do Painel Panel Door Cutout Furação da porta do Painel Furação da porta do Painel Furação da porta do Painel 7 6, Furação da porta do. Painel Furação da porta do Painel Panel Furação Door da Cutout porta do Painel Furação Panel Door da porta Cutout do Painel Furação da porta do Painel Furação da porta do Painel 6 0 0 0 Ø 0 Ø 0 Furação da porta do Painel Furação da porta do Painel Ø Ø Ø Ø Ø Ø Ø,, Ø Ø,, Ø Ø Ø, Furação Furação da da porta porta do Painel do Painel,,, Ø Ø Ø Ø Ø Ø Ø 0 Ø 6 0,. Ø Ø Ø,, 0 Furação da porta do Painel Furação da porta do Painel Ø, Ø, Ø 0 Ø Ø Ø Ø Ø 0 Ø Ø., Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø,, Ø, Ø Ø MR DWA600 Ø... Ø,,, MR DWA00 MR DWA00 MR DWA00 6 6 0 MR D Ø... Ø MR DWA600 MR DWA60 0 Ø... Ø MR D 0 0 Ø Ø Ø Ø. Ø,, Ø Ø,. Ø...Ø Ø... Ø Ø, Ø... Ø 6 0 Ø Ø Ø Molded Case Circuit Breakers
6 7 www.weg.net Dimensions Accessories MR - Panel Door Operating Handle Furação da porta do Painel MR DWA00 Furação da da porta porta do do Painel Painel MR MR DWA00 o Painel da porta do Painel Frame 00 P/P + MR MR DWB00 DWA00MR DWA00, 0 0...0,,,, 0 0, Ø, Painel rta do do Painel Painel l Ø, Ø, Ø, Ø... Ø Ø 99.6, 6 Ø Ø... Ø 0 Ø, Ø 7 (P),, Ø... Ø Ø... Ø Ø... Ø 7. 0 99 9 0 0...0 0...0 0...0 0...0 0 0 0 0 6 6 Panel Door Cutout Furação da porta do Painel 6 Furação da da porta porta do do Painel Painel Furação da 6porta Furação do Painel da porta do Painel Ø Ø 0 Ø Ø Ø 0 Ø Ø Ø Ø 0 Ø Ø Ø Ø Ø 0 0 Ø Ø Ø Ø Ø Painel rta do do Painel Painel l MR DWA00 Furação da porta do Painel Frame DWB00-00 MR DWA00 + MR MR DWA00 MR DWA00 DWB00-00 Furação da porta Furação Panel Furação do Painel da Door da porta do Cutout da porta porta do do Painel Painel Painel,7,77 6...0 [,..., ] 6...0 6... 0 6 6...0 6...0 6 6...0 6...0 6,0 6, 6 6 6 6 6 6 6 6 6 Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø Ø ØØ Ø MR DWA600 MR MR DWA600 Frame 600 MR P/P DWA600 + MR DWA600 DWB600 0... 0 0... 0 0... 0... 0... 0... 0 0 0 0 0 0 00 0 6 6 Panel Door Cutout 6 Furação da porta do Painel 6 6 Furação da da porta porta do do Painel Painel Furação da porta Furação do Painel da porta do Painel l Painel 6 6 6 6 6 6 Ø Ø 6 Ø Ø Ø 6 Ø Ø 6 Ø Ø Ø Ø 6 Ø Ø Ø ØØ Ø Ø Molded Case Circuit Breakers
6 7, 7 www.weg.net Dimensions Accessories MRI - Internal Rotary Handle Frame 00 P + MRI DWB00 Frame 00-00 P + MRI DWB00-00 7, 6,0 Frame 600 P + MRI DWB600 7 6 7 99.6 6 7.,77 06 06 6 6 0,7 BLIM - Mechanical Interlock Frame 60 P + BLIM DWB60 P Frame 0 P + BLIM DWB0 P Frame 00 P + BLIM DWB00 P 7 9 7 Frame 00 P + BLIM DWB00 / DWB00 Frame 600 P + BLIM DWB600 6 6 6 6 7 9 6 Molded Case Circuit Breakers
99,6 7 7, www.weg.net Dimensions Accessories PLW - Padlocking Device Frame 60 P + PLW DWB60 P Frame 0 P + PLW DWB0 Frame 00 P + PLW DWB00 7 9 9 9 9 6 99 7 99.6 7. Frame 00-00 + PLW00-00 0 (P) Frame 600 + PLW600 0 (P) 09 AM - Motor Operator AM DWB00 / DWB00 / DWB600 9, 9. AM DWB00 66. 66,,97 6.6 6,6,7,7,96., Molded Case Circuit Breakers 7
Dimensions Accessories CTM - Automatic Changeover CTM 00-P ø 7.6 ø7. ø..7 AM DWB00 AM DWB00 9 CTM 00-P CTM 00-P / CTM 00-P 0,6 ø9. 9,. 6, 6. 7 70..7..6 6. ø 6. ø7. ø. 7. AM DWB00 AM DWB00 9 70....6 6. 6 0,6, 9 0,7 ø 0,9 ø.7 9, 9.,6.6 Molded Case Circuit Breakers
Dimensions Accessories CTM - Automatic Changeover CTM 00-P / CTM 00-P 6 0,6 ø9. 9, ø 0,7 6 6, 6. 7 0 0,9 ø 6, 6. 0,6 0.6 CTM 600-P 9 0,6 ø9. 9, 0,7 ø 0,6., 9, 6 6 0 0 6. 6, 7.9,9 0,9 ø 0 0 9.7 9,7 7, 7. CTM 600-P 6 6 0,6 ø9. 9, 0,7 ø 6. 6, 7 0,9 ø,97 0 0 9.7 9,7 7, 7. Molded Case Circuit Breakers 9
,6 7. 7, 0, 6,6 6.7 6,7,06.,,7.,,9 0. 0,,0.6,6 6 Dimensions Accessories Protection Cover + DWB60 + CT DWB60 Protection Cover + DWB0 + CT DWB0 Protection Cover + DWB00 + CT DWB00,, 9, 7, 99, 6 M,, 0,97.7,7,9 6 0,79 0 x M,7,,7,,0 6,6 9. 9,, 6 0,, 0,,,9.,,6 67,0 0,9 0,9 0,6 6,,,7,9 0 0,9 0,9 0,9,07 77.9 77,9,0 7,,66 67,7,6 9, 0,,,, 0,9 x M,7,,60,77 66,,9 07.9 07,9 7,6 9. 9, 0, 6,,76 70,9 7. 7, 0,9.,,7 6. 6,,,,0., 0,7,, 6,7 67, 0,,, 0 0,9,,9 6. 6,,6,90 6 99. 99,, 9.9 9,9,0.,,07., Protection Cover + DWB00 / DWB00 + CT DWB00 / DWB00, 6. 6, 0,,69 9 9 6,6 67. 67, x M....,7.6,6,06, 00. 00,,0., x M 0,9,76 70 70,7 0 0,7,76 70 70,6 x M 0,9 67 ø6..7 0 7. 67.7,77 70. 70,,9 7 7,0 77. 77, 9. 6.,6,69.6,6 6. 6, 70,07 7,7, 6. 6,., x M. ø. 6 x M,709 7 7,76 70 70 9,06 0 0,9,. 97.7, 97,7, 7.7 7,7,.6,6,76 6. 6, 0 Molded Case Circuit Breakers
Circuit Breaker List - Reference and Code Distribution Fixed Thermal and Fixed Magnetic Release Reference DWB60 I n I m B ( ka) N (0 ka) ) L (0 ka) I cu (0 V) poles poles poles (P+N) poles (P) poles poles (P+N) poles (P) poles 6 00 977 96 7 69 966 6 69 97 0 00 9776 966 7 70 966 69 660 97 00 9777 967 7 7 966 70 66 97 0 97 96 7 7 9667 7 66 97 0 00 9760 960 76 7 969 7 66 97 0 00 976 96 77 7 9699 7 66 976 6 60 976 96 76 9700 7 666 977 70 700 976 96 9 970 7 667 97 0 00 976 96 60 9 970 77 69 979 90 900 976 96 6 90 970 6 699 970 0 00 9766 6 9 970 6 70 97 0 9767 966 6 9 970 6 70 97 0 977 967 6 9 9706 6 70 97 0 9779 96 6 9 9707 6 70-60 0 97 969 66 9 97 66 70 - Adjustable Thermal and Fixed Magnetic Release Reference I I B ( ka) N (0 ka) L (0 ka) I cu (0 V) n m poles poles poles (P+N) poles (P) poles poles (P+N) poles (P) poles 0 00-6 00 66 60 7-0 00-6 00 66 6-6 60-66 00 6 66 6 0 - DWB60 0 00-66 007 666 6-0 00-667 00 67 6-0 - 60 009 679 6-60 0-6 0 6 7 - DWB0 0 00-976 906 9 977 99 90 90-9769 907 9 9776 990 909 90 60 600-9770 9 96 9777 99 9 90 00 000-977 99 97 979 99 9 90 0 00-977 90 9 9799 99 9 - Adjustable Thermal and Adjustable Magnetic Release Reference I I N ( ka) H (6 ka) I cu (0 V) n m poles poles poles (P+N) poles poles (P+N) 00 000 06 0 06 DWB00 0 00 0 9 0 069 0 00 0 0 070 00 000 0 7 0 6 07 Reference I I S (0 ka) H (6 ka) I cu (0 V) n m - poles poles (P+N) poles poles (P+N) 0 00-670 67 6799 67960 00 000-67 67 6790 6796 DWB00 00 000-67 67 6790 6796 60 600-6779 676 6790 6796 00 000-670 677 67906 6796 Electronic LSI Release Reference I I N ( ka) S (0 ka) H (6 ka) I cu (0 V) n m poles poles poles (P+N) poles poles (P+N) poles poles (P+N) 00 6000 - - - 69 696 690 696 DWB00 60 760 - - - 69 697 69 697 00 9600 - - - 69 69 69 696 00 00 - - - 69 699 69 6969 DWB600 00-7970 797 - - - - 600 900-797 797 - - - - Note: ) For DWB600 circuit breakers with In from 6 to A, the values of Icu are 0 ka @ 0 V. Molded Case Circuit Breakers
Circuit Breaker List - Reference and Code Generator Fixed Thermal and Fixed Magnetic Release Reference I n I m B ( ka) I cu (0 V) poles 7 006 7 7 006 006 DWB60 006 6 0066 0 700 0067 60 00 006 Adjustable Thermal and Fixed Magnetic Release Reference I n I m B ( ka) I cu (0 V) poles 007 6 007 DWB0 60 00 007 00 00 007 0 007 Adjustable Thermal and Adjustable Magnetic Release Reference I n I m N ( ka) I cu (0 V) poles poles (P+N) 00 00 0 07 DWB00 0 079 9 0 600 07 77 00 000 077 77 DWB00 0 600 67967-00 000 679-00 00 6799-60 6799-00 000 6799 - Disparador Electrónico - LSI Reference I n I m S (0 ka) I cu (0 V) poles poles (P+N) 00 6000 69 696 DWB00 60 700 69 697 00 9600 69 69 00 00 696 699 Molded Case Circuit Breakers
Circuit Breaker List - Reference and Code Motor Fixed Magnetic Release Reference I I N (0 ka) L (0 ka) I cu (0 V) n m poles poles 00 96 996 96 997 0 0 966 99 DWB60 0 600 967 990 6 70 99 99 0 960 999 99 9 0 990 99 Reference I n I m N ( ka) L (0 ka) DWB0 Adjustable Magnetic Release 0 960 009 00 60 00 007 00 00 00 0 00 009 00 00 6 6 Reference I n I m H (6 ka) I cu (0 V) poles 0 076 DWB00 77 07 0 70 07 0 00 07 DWB00 0 600 67997 00 700 609 Switch Disconnector Reference I n poles poles 0 - IWB 60 60 0 660 IWB 0 0 66 6606 IWB 00 00 97 96 IWB 00 60 67 69 00 6 660 IWB 00 00 66 66 Molded Case Circuit Breakers
Global presence is essential, as much as understanding your needs. Global Presence With more than 0.000 employees worldwide, WEG is one of the largest electric motors, electronic equipments and systems manufacturers. We are constantly expanding our portfolio of products and services with expertise and market knowledge. We create integrated and customized solutions ranging from innovative products to complete after-sales service. WEG s know-how guarantees our DWB molded case circuit breakers the right choice for your application and business, assuring safety, efficiency and reliability. Availability is to have a global support network Partnership is to create solutions that suits your needs Competitive edge is to unite technology and inovation Molded Case Circuit Breakers
Full Circuit Breaker Solutions www.weg.net Know More Dimensions (frames) Currents (A) Thermomagnetic Protection Electronic Protection Breaking capacity I cu @ 0 V ac MDW Miniature Circuit Breaker Frame Frame to 6 70 to - Fixed MDWH Miniature Circuit Breaker ) frame 6 to 6 Fixed - ) DW Molded Case Circuit Breaker 60 6 to 60-0 0 00 0 to 0 00 to 00 Fixed and ajustable - - 0-6 00/00 600 0 to 00 to 600 - Ajustable Ajustable - 6 ACW High-Capacity Molded Case Circuit Breaker 0/60 0 to 60 - - /6/0 00/60 6 to 0 60 to 00 Fixed and ajustable Ajustable - - 00 60 to 00 0 ABW Open Circuit Breaker 00/600 0 to 600 6 000/00/00 000/000 00 to 00 600 to 000 - Ajustable 0 600 0 to 600 Note: ) MDWH at 0 V AC I cu = 0 ka. Molded Case Circuit Breakers