- Net Weight in Kg
- 15.7
- 1 m measuring surface sound pressure level acc. to DIN EN ISO 1680 maximum [dB]
- 65
- Arrangement of electrical connectors
- Connectors for signals and power rotatable
- Axial runout tolerance
- N
- Certificate of suitability
- cURus
- Color of the enclosure
- Anthracite RAL 7016
- Concentricity tolerance
- N
- Consumed current at winding overtemperature 100 K rated value [A]
- 7.6
- Consumed current maximum [A]
- 33
- Consumed standby current of the brake [A]
- 0.8
- Current for converter-fed operation maximum [A]
- 36
- Current for converter-fed operation rated value [A]
- 18
- DC link voltage [V]
- 720
- Design of rotating electrical machines acc. to code I
- IM B5 (IM V1, IM V3)
- Design of the AS shaft end on drive side
- Plain shaft
- Design of the motor
- Permanent-magnet synchronous motor
- Design of the sensor Integrated
- Encoder AM24DQI: absolute encoder 24 bits (resolution 16777216, encoder-internal 2048 S/R) + 12 bits multi-turn (traversing range 4096 revolutions)
- Efficiency in percent [%]
- 93
- Electrical time constant [ms]
- 34.5
- Holding brake version
- Permanent-magnet brake
- Impedance of stator phase at winding overtemperature 100 K [Ohm]
- 0.4872
- Material of the permanent magnets
- Rare-earth magnet material
- Mechanical power output at winding overtemperature 100 K calculated [kW]
- 3.8
- Mechanical power output at winding overtemperature 100 K rated value [kW]
- 2.5
- Mechanical power output at winding overtemperature 60K calculated [W]
- 3100
- Mechanical power output for duty type S3-25% at winding overtemperature 100 K calculated [W]
- 6300
- Mechanical power output for duty type S3-40% at winding overtemperature 100 K calculated [W]
- 5000
- Mechanical power output for duty type S3-60% at winding overtemperature 100 K calculated [W]
- 4400
- Mechanical time constant [ms]
- 0.64
- Moment of inertia of rotor [kg.m2]
- 0.00075
- Moment of inertia of rotor with brake [kg.m2]
- 0.00085
- Motor type
- High Dynamic
- Net weight of the motor [kg]
- 16.8
- Net weight of the motor with brake [kg]
- 16.8
- Net weight of the motor without brake [kg]
- 15.4
- Number of motor poles
- 6
- Number of switching steps of gearbox
- 1
- Operating power optimum [kW]
- 2.5
- Power loss [W] iron [W]
- 84.850027
- Power loss [W] of the harmonic [W]
- 12.5
- Product component Drive-CLiQ interface
- yes
- Product component Holding brake
- yes
- Protection class IP
- IP64
- Radial rigidity [Nm/rad]
- 29500
- Radial runout tolerance
- N
- Rotary voltage coefficient (kE) at winding overtemperature 100 K [V/s]
- 0.001175
- Rotating field inductance of the transverse axis [mH]
- 12
- Shaft height [mm]
- 63
- Size of connector at the connection for three-phase motors
- 1
- Speed at winding overtemperature 100 K maximum [1/min]
- 7500
- Speed for converter-fed operation maximum [1/min]
- 7500
- Speed maximum permissible [1/min]
- 7500
- Speed optimum [1/min]
- 3000
- Speed rated value [1/min]
- 3000
- Stall current at winding overtemperature 100 K [A]
- 10.8
- Stall current at winding overtemperature 60K [A]
- 8.7
- Stall current for duty type S3-25% [A]
- 18.392557
- Stall current for duty type S3-40% [A]
- 14.714046
- Stall current for duty type S3-60% [A]
- 12.87479
- Static torque for duty type S1 at winding overtemperature 100 K [N.m]
- 12
- Static torque for duty type S1 at winding overtemperature 60K [N.m]
- 10
- Static torque for duty type S3-25% [N.m]
- 20
- Static torque for duty type S3-40% [N.m]
- 16
- Static torque for duty type S3-60% [N.m]
- 14
- Supply voltage [V]
- 400
- Thermal time constant [min]
- 55
- Torque at Imax Inv maximum [N.m]
- 32
- Torque at winding overtemperature 100 K rated value [N.m]
- 8
- Torque maximum [N.m]
- 32
- Torque constant at winding overtemperature 100 K [N.m/A]
- 1.11
- Torque derating factor when using a special motor encoder
- 100
- Type of cooling
- Natural cooling
- Type of electrical connection of the power cable
- Can be rotated through 270 degrees
- Type of insulation of stator phase acc. to EN 60034-1
- Temperature class 155 (F) for a winding temperature rise of ?T = 100 K at an ambient temperature of 40 °C (104 °F)
- Type of the temperature monitoring
- KTY84 temperature sensor in the stator winding
- Vibration severity
- Grade A