servo motor BMH - 3.3 Nm - 6000 rpm - untapped shaft - without brake - IP54 Image #0
Schneider Electric

servo motor BMH - 3.3 Nm - 6000 rpm - untapped shaft - without brake - IP54

  • EAN no.: 3606480160844
  • LM no.: 7565802267
  • Supplier: Schneider Electric
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Description

Type no: BMH1001P06A2A

Promotion code: 80080495230

UNSPSC (v. 19.0501): 26101205

HS Code: 85015220

Servo motor BMH, 3,3 Nm, 6000 rpm, untapped shaft, without brake, IP54. product or component type: servo motor - device short name: BMH - maximum mechanical speed: 6000 rpm - continuous stall torque: 3.4 N.m for LXM32.D18N4 6 A at 480 V three phase, 3.3 N.m for LXM32.D12N4 3 A at 480 V three phase, 3.4 N.m for LXM32.D18N4 6 A at 400 V three phase, 3.3 N.m for LXM32.D12N4 3 A at 400 V three phase - peak stall torque: 10.8 N.m for LXM32.D12N4 3 A at 480 V three phase, 10.8 N.m for LXM32.D18N4 6 A at 400 V three phase, 10.8 N.m for LXM32.D12N4 3 A at 400 V three phase, 10.8 N.m for LXM32.D18N4 6 A at 480 V three phase - nominal output power: 800 W for LXM32.D12N4 3 A at 400 V three phase, 1300 W for LXM32.D18N4 6 A at 400 V three phase, 1300 W for LXM32.D18N4 6 A at 480 V three phase, 800 W for LXM32.D12N4 3 A at 480 V three phase - nominal torque: 1.9 N.m for LXM32.D12N4 3 A at 480 V three phase, 3.1 N.m for LXM32.D18N4 6 A at 400 V three phase, 3.1 N.m for LXM32.D18N4 6 A at 480 V three phase, 1.9 N.m for LXM32.D12N4 3 A at 400 V three phase - nominal speed: 4000 rpm for LXM32.D18N4 6 A at 400 V three phase, 4000 rpm for LXM32.D12N4 3 A at 480 V three phase, 4000 rpm for LXM32.D12N4 3 A at 400 V three phase, 4000 rpm for LXM32.D18N4 6 A at 480 V three phase - product compatibility: LXM32.D18N4 at 400...480 V three phase, LXM32.D12N4 at 400...480 V three phase - shaft end: smooth shaft - speed feedback resolution: 32768 points/turn - holding brake: without - mounting support: international standard flange - electrical connection: rotatable right-angled connectors. Benefits: .. Applications: ..

Specifications

Operating temperature
0 - 20
Intrinsic safety (IS)
None
With resistance temperature detector (RTD)
FALSE
With positive temperature coefficient resistor (PTC)
FALSE
Shaft end type
Other
Vacuum pressure impregnation (VPI)
Other
Overload capability
FALSE
Cooling method
Other
Breakdown torque ratio
0
Starting torque ratio
0