Description
ambient temperature [??C] -10 to 40
Bearing temperature [??C] -20 to 70
Relative humidity 0 – 90 %
Complies to standard IEC 60034
Insulation protection class F
Measurement class according to DIN 60034-1 S1
Protection category IP21
Electrical connection technology Plug
Material information LABS containing materials includedRoHs compliant
Corrosion resistant class KBK 0 – No corrosion stressing
Permission RCM markc UL us – Recognized (OL)
CE certificate (see declaration of conformity) to EU EMC directiveto EU low voltage directive
Nominal operating voltage DC [V] 360
Nominal voltage DC [V] 360
Winding switching type Star internal
Polpaarzahl 2
Standstill torque [Nm] 0,18
Nominal torque [Nm] 0,12
Peak torque [Nm] 0,7
Nominal rotational speed [1/min] 9.000
Max. speed [1/min] 10.000
Nominal performance motor [W] 110
Continuous standstill current [A] 0,8
Nominal current motor [A] 0,7
Peak current [A] 3,2
Motor constant [Nm/A] 0,171
Voltage constant phase-phase [mVmin] 13,5
Winding resistance phase-phase [Ohm] 25,6
Winding inductivity phase-phase [mH] 9,95
Total output moment of gyration [kg/cm2] 0,055
Product weight [g] 650
Permitted axial shaft loading [N] 12
Permitted radial shaft loading [N] 105
Rotor position transducer Encoder absolut single turn
Rotor position transducer interface HIPERFACE?
Rotor position transducer measurement principle Capacitive
Rotor position transducer sinus / cosinus periods per rotation 16
Rotor position transducer resolution typical [Bit] 12
Rotor position transducer typical angle precision [arcmin] 20
MTTFd, part component 340 years, rotor position sensor
Holding torque brake [Nm] 0,4
Operating voltage DC brakes [V] 24
Power consumption brake [W] 8
Mass inertia Brake [kg/cm2] 0,014
Switching play holding brake 5 million empty actuation (without frictional work!)
MTTF, part component 371 years, holding brake
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