Festo Servo motor EMME-AS-40-S-LV-AMB Absolute encoder, multi-turn

• Ambient temperature

  -10 °C ... 40 °C

• Storage temperature

        -20 °C ... 70 °C

• Relative air humidity

  0 - 90 %

• Conforms to standard

  IEC 60034

• Insulation protection class

  F

• Rating class according to EN 60034-1

  S1

• Degree of protection

  IP21

• Electrical connection technology

  Plug

• Note on materials

  RoHS-compliant

• Corrosion resistance class (CRC)

  0 - No corrosion stress

• LABS (PWIS) conformity

  VDMA24364 zone III

• 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 instructions for EMC

  To UK RoHS instructions

  To UK instructions for electrical equipment

• Nominal operating voltage DC

  360 V

• DC nominal voltage

  360 V

• Type of winding switch

  Star inside

• Number of pole pairs

  2

• Stall torque

  0.18 Nm

• Nominal torque

  0.12 Nm

• Peak torque

  0.7 Nm

• Nominal rotary speed

  9000 rpm

• Max. rotational speed

  10000 rpm

• Motor nominal power

  110 W

• Continuous stall current

  0.8 A

• Motor nominal current

  0.7 A

• Peak current

  3.2 A

• Motor constants

  0.171 Nm/A

• Voltage constant, phase-to-phase

  13.5 mVmin

• Phase-phase winding resistance

  25.6 Ohm

• Winding inductance phase-phase

  9.95 mH

• Total output inertia moment

  0.055 kgcm²

• Product weight

  650 g

• Permissible axial shaft load

  12 N

• Permissible radial shaft load

  105 N

• Rotor position sensor

  Absolute encoder, multi-turn

• Rotor position sensor interface

  HIPERFACE®

• Rotor position sensor measuring principle

  Capacitive

• Rotor position encoder, sinusoidal/cosinusoidal periods per revolution

  16

• Typical rotor position sensor resolution

  12 bit

• Rotor position encoder, typical angular accuracy

  20 arcmin

• Brake holding torque

  0.4 Nm

• Brake DC operating voltage

  24 V

• Brake power consumption

  8 W

• Brake mass moment of inertia

  0.014 kgcm²

• Switching cycles, holding brake

  5 million idle actuations (without friction work!)

• MTTF, subcomponent

  371 years, holding brake

• MTTFd, subcomponent

  271 years, rotor position sensor