- Description: Servo Motor
- Ambient temperature: -40 °C ... 40 °C
- Note on ambient temperature: Up to 80 °C with derating of -2.25% per degree Celsius
- Max. installation height: 4000 m
- Information on max. installation height: With 1,000 m and longer only with derating of -1.0% per 100 m
- Storage temperature: -40 °C ... 70 °C
- Relative air humidity: 0 - 90%
- Conforms to standard: IEC 60034
- Thermal class according to EN 60034-1: F
- Max. winding temperature: 155 °C
- Rating class according to EN 60034-1: S1
- Temperature monitoring: Digital motor temperature transmission via EnDat® 2.2
- Motor type as per EN 60034-7: IM V1 - IM V3
- Mounting position: Any
- Degree of protection: IP40
- Note on degree of protection: IP67 for motor housing, incl. connection technology
- Concentricity, coaxiality, axial runout according to DIN SPEC 42955: N
- Balancing quality: G 2.5
- Detent torque: <1.0% of peak torque
- Bearing lifetime, under nominal conditions: 20000 h
- Interface code, motor out: 100A
- Electrical connection 1, connection type: Hybrid plug
- Electrical connection 1, connection technology: M23x1
- Electrical connection 1, number of pins/wires: 15
- Electrical connection for input 1, connection pattern: 00995913
- Contamination level: 2
- Note on materials: RoHS compliant
- Corrosion resistance class (CRC): 0 - No corrosion stress
- LABS (PWIS) conformity: VDMA24364 Zone III
- Vibration resistance: Transport application test with severity level 2 as per FN 942017-4 and EN 60068-2-6
- Shock resistance: Shock test with severity level 2 as per FN 942017-5 and EN 60068-2-27
- Certification: RCM compliance mark, c UL us - recognized (OL)
- CE marking (see declaration of conformity): As per EU EMC directive - As per EU low voltage directive - As per EU RoHS directive
- UKCA marking (see declaration of conformity): To UK RoHS instructions - To UK instructions for electrical equipment
- Certificate issuing authority: UL E342973
- Nominal operating voltage DC: 680 V
- Type of winding switch: Star inside
- Number of pole pairs: 5
- Stall torque: 10.4 Nm
- Nominal torque: 6.6 Nm
- Peak torque: 30.5 Nm
- Nominal rotary speed: 2700 rpm
- Max. rotational speed: 4530 rpm
- Max. mechanical speed: 13000 rpm
- Angular acceleration: ≤100000 rad/s²
- Motor nominal power: 1870 W
- Continuous stall current: 6.7 A
- Motor nominal current: 4.3 A
- Peak current: 28.6 A
- Motor constants: 1.54 Nm/A
- Standstill torque constant: 1.75 Nm/A
- Voltage constant, phase-to-phase: 106 mVmin
- Phase-phase winding resistance: 1.49 Ohm
- Winding inductance phase-phase: 15.7 mH
- Winding longitudinal inductivity Ld (phase): 8.7 mH
- Cross inductivity Lq (phase): 11.8 mH
- Electric time constant: 15.8 ms
- Thermal time constant: 71 min
- Thermal resistance: 0.46 K/W
- Measuring flange: 300 x 300 x 20 mm, steel
- Total output inertia moment: 8.06 kgcm²
- Permissible axial shaft load: 200 N
- Permissible radial shaft load: 1110 N
- Rotor position sensor: Absolute multi-turn encoder
- Rotor position sensor for manufacturer designation: EQI 1331
- Rotor position encoder for absolutely detectable revolutions: 4096
- Rotor position sensor interface: EnDat 22
- Rotor position sensor measuring principle: Inductive
- Rotor position encoder for DC operating voltage: 5 V
- Rotor position encoder for DC operating voltage range: 3.6 V ... 14 V
- Rotor position encoder for positional values per revolution: 524288
- Rotor position sensor resolution: 19 bit
- Rotor position encoder system accuracy angle measurement: -65 arcsec ... 65 arcsec
- Brake holding torque: 18 Nm
- Brake DC operating voltage: 24 V
- Brake current consumption: 1 A
- Brake power consumption: 24 W
- Brake coil resistance: 24 Ohm
- Brake coil inductivity: 900 mH
- Brake separation time: ≤80 ms
- Brake closing time: ≤40 ms
- DC brake response delay: ≤5 ms
- Max. brake no-load speed: 10000 rpm
- Max. friction work per braking operation: 15000 J
- Number of emergency stops per hour: 1
- Total brake friction work: 3600 kJ
- Brake mass moment of inertia: 2.15 kgcm²
- Switching cycles, holding brake: 10 million idle actuations (without friction work!)
- MTTF, subcomponent: 190 years, rotor position encoder
- Energy efficiency: ENEFF (CN) / Class 2
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Alternates
- 5255537
Common Typos
- EMMT-AS-100-1-H5-RM8
- EMMT-AS-100-1-H5-RMB
- EMMT-AS-100-1-HS-RM8
- EMMT-AS-100-1-HS-RMB
- EMMT-AS-100-I-H5-RM8
- EMMT-AS-100-I-H5-RMB
- EMMT-AS-100-I-HS-RM8
- EMMT-AS-100-I-HS-RMB
- EMMT-AS-100-L-H5-RM8
- EMMT-AS-100-L-H5-RMB
- EMMT-AS-100-L-HS-RM8
- EMMT-AS-10O-1-H5-RM8
- EMMT-AS-10O-1-H5-RMB
- EMMT-AS-10O-1-HS-RM8
- EMMT-AS-10O-1-HS-RMB
- EMMT-AS-10O-I-H5-RM8
- EMMT-AS-10O-I-H5-RMB
- EMMT-AS-10O-I-HS-RM8
- EMMT-AS-10O-I-HS-RMB
- EMMT-AS-10O-L-H5-RM8
- EMMT-AS-10O-L-H5-RMB
- EMMT-AS-10O-L-HS-RM8
- EMMT-AS-10O-L-HS-RMB
- EMMT-AS-1O0-L-H5-RMB
- EMMT-AS-1O0-L-HS-RM8
- EMMT-AS-1O0-L-HS-RMB
Appended Numbers
- EMMT-AS-100-L-HS-RMB-A
- EMMT-AS-100-L-HS-RMB-B
- EMMT-AS-100-L-HS-RMB-C
- EMMT-AS-100-L-HS-RMB-D
- EMMT-AS-100-L-HS-RMB-E
- EMMT-AS-100-L-HS-RMB-F
- EMMT-AS-100-L-HS-RMB-G
- EMMT-AS-100-L-HS-RMB-H
- EMMT-AS-100-L-HS-RMB-I
- EMMT-AS-100-L-HS-RMB-J
- EMMT-AS-100-L-HS-RMB-K
- EMMT-AS-100-L-HS-RMB-L
- EMMT-AS-100-L-HS-RMB-M
- EMMT-AS-100-L-HS-RMB-N
- EMMT-AS-100-L-HS-RMB-O
- EMMT-AS-100-L-HS-RMB-P
- EMMT-AS-100-L-HS-RMB-Q
- EMMT-AS-100-L-HS-RMB-R
- EMMT-AS-100-L-HS-RMB-S
- EMMT-AS-100-L-HS-RMB-T
- EMMT-AS-100-L-HS-RMB-U
- EMMT-AS-100-L-HS-RMB-V
- EMMT-AS-100-L-HS-RMB-W
- EMMT-AS-100-L-HS-RMB-X
- EMMT-AS-100-L-HS-RMB-Y
- EMMT-AS-100-L-HS-RMB-Z
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