Moeller NZMH2 NZM 2 3-Pole 250A Circuit Breaker USED

Specification Table

IDENTIFICATION Manufacturer: Moeller Model / Series: NZM 2 Type Marking: NZMH2 Product Type: Circuit Breaker Condition: USED Number of Poles: 3 YOM: n/a Country of Manufacture: Germany ELECTRICAL Maximum Frame Amp Rating: 250 A System Frequency: 50/60 Hz Maximum UL Voltage: 600 V AC Ue Operating Voltage: 230 / 240 V AC Ue Operating Voltage: 400 / 415 V AC Ue Operating Voltage: 440 V AC Ue Operating Voltage: 500 / 525 V AC Ue Operating Voltage: 690 V AC Ui Rated Insulation Voltage: 1000 V Uimp Impulse Withstand: 8000 V INTERRUPTING CAPACITY IEC Icu @ 230/240 V AC: 100 kA IEC Ics @ 230/240 V AC: 100 kA IEC Icu @ 400/415 V AC: 100 kA IEC Ics @ 400/415 V AC: 100 kA IEC Icu @ 440 V AC: 65 kA IEC Ics @ 440 V AC: 65 kA IEC Icu @ 500/525 V AC: 40 kA IEC Ics @ 500/525 V AC: 30 kA IEC Icu @ 690 V AC: 20 kA IEC Ics @ 690 V AC: 5 kA UL INTERRUPTING RATING @ 240 V AC: 100 kA @ 480 V AC: 65 kA @ 600 V AC: 35 kA TRIP / PROTECTION Overload Setting Range: 130-150 A Magnetic Trip Multiplier: 7-10 x Ir Trip Adjustment Type: Adjustable Trip Function: Overcurrent / short-circuit protection AUXILIARY CONTACT Auxiliary Switch: M22-K General Use @ 600 V AC: 10 A General Use @ 250 V DC: 1 A Pilot Duty: A600 / Q300 Above 300 V AC: Same polarity TERMINATIONS Conductor Material: Copper only Maximum Terminal Rating: 250 A Main Terminal Wire Range: 1 x 12 AWG to 350 kcmil Tightening Torque, 12-10 AWG: 14 Nm / 124 lb-in Tightening Torque, 8-4 AWG: 15 Nm / 146 lb-in Larger Conductor Torque: 30 Nm / 265 lb-in Auxiliary Terminal Range: 1 x 12-18 AWG Auxiliary Terminal Torque: 1.2 Nm / 11 lb-in STANDARDS / APPROVAL MARKINGS IEC Standard: IEC/EN 60947-2 DIN Standard: DIN VDE 0660 UL Standard: UL 489 UL Status: Listed UL File Number: E31593 UL Issue Number: AD-6471 CSA Marking: Present CSA Number: 165628 ENVIRONMENTAL Reference Ambient Temperature: 40°C INSTALLATION / CONSTRUCTION Operator Type: Rotary Main Connection: Lug / conductor terminals Pole Configuration: 3-pole Installed Wiring: Present