5255440 Festo Servo Motors

Product Details

• Electrical connection 1, connection technology
  M23x1
• Rotor position sensor for manufacturer designation
  EQI 1131
• Shock resistance
  Shock test with severity level 2 as per FN 942017-5 and EN 60068-2-27
• Electrical connection 1, number of pins/wires
  15
• Max. installation height
  4000 m
• Brake stopping current
  0.37 A
• Electrical connection for input 1, connection pattern
  00995913
• Information on max. installation height
  with 1,000 m and longer only with derating of -1.0% per 100 m
• Measuring flange
  250 x 250 x 15 mm, steel
• Balancing quality
  G 2.5
• Max. mechanical speed
  14000 1/min
• Brake coil resistance
  48 Ohm
• Brake separation time
  ≤ 55 ms
• Rotor position encoder for absolutely detectable revolutions
  4096
• Type code
  EMMT-AS
• Rotor position sensor interface
  EnDat® 22
• Nominal rotary speed
  3000 1/min
• Nominal operating voltage DC
  565 V
• Motor nominal power
  690 W
• Winding inductance phase-phase
  31.8 mH
Ambient temperature
-15 °C ... 40 °C
Brake mass moment of inertia
0.249 kgcm²
Switching cycles, holding brake
10 million idle actuations (without friction work!)
Electrical connection 1, connection type
Hybrid plug
Concentricity, coaxiality, axial runout according to DIN SPEC 42955
N
Contamination level
2
Motor type as per EN 60034-7
IM B5 IM V3
Brake airflow
0.37 A
Brake coil inductivity
1000 mH
Storage lifetime, under nominal conditions
20000 h
Number of pole pairs
5
Winding longitudinal inductivity Ld (phase)
19.4 mH
Thermal resistance
0.78 K/W
Temperature monitoring
Digital motor temperature transmission via EnDat® 2.2
Brake power consumption
12 W
Rotor position sensor resolution
19 bit
Type of winding switch
Star inside
Storage temperature
-20 °C ... 70 °C
Brake holding torque
4.5 Nm
Nominal torque
2.2 Nm
MTTF, subcomponent
190 years, rotor position sensor
Conforms to standard
IEC 60034
Note on degree of protection
IP40 for motor shaft without rotary shaft seal IP67 for motor housing, incl. connection technology
Vibration resistance
Transport application test with severity level 2 as per FN 942017-4 and EN 60068-2-6
Certificate issuing authority
UL E342973
Rotor position encoder for DC operating voltage
5 V
Max. brake friction work
8200 J
Cross inductivity Lq (phase)
23.8 mH
Rotor position encoder system accuracy angle measurement
-120 arcsec ... 120 arcsec
Rotor position encoder for positional values per revolution
524288
Continuous stall current
2.6 A
Phase-phase winding resistance
7.43 Ohm
Voltage constant, phase-to-phase
70.7 mVmin
Relative air humidity
0 - 90 %
Thermal class according to EN 60034-1
F
Stall torque
2.6 Nm
MTTFd, subcomponent
380 years, rotor position sensor
Detent torque
< 1.0% of peak torque
Mounting position
Any
Note on ambient temperature
Up to 80 °C with derating of -1.5% per degree Celsius
Max. winding temperature
155 °C
Max. brake no-load speed
10000 1/min
Brake current consumption
0.5 A
Brake closing time
≤ 15 ms
Electric time constant
6.4 ms
Rotor position encoder for DC operating voltage range
3.6 V ... 14 V
Thermal time constant
45 min
Max. rotational speed
5650 1/min
Rating class according to EN 60034-1
S1
CE marking (see declaration of conformity)
As per EU EMC directive As per EU RoHS directive
Certification
RCM compliance mark c UL us - Recognized (OL)
Total output inertia moment
2.07 kgcm²
Permissible axial shaft load
120 N
Product weight
3360 g
Interface code, motor out
80P
DC brake response delay
≤ 3 ms
Standstill torque constant
1.17 Nm/A
Rotor position sensor
Absolute encoder, multi-turn
Rotor position sensor measuring principle
Inductive
Brake DC operating voltage
24 V
Motor constants
1 Nm/A
Motor nominal current
2.2 A
Peak current
9 A
Corrosion resistance class (CRC)
0 - No corrosion stress
Degree of protection
IP40
Peak torque
6.4 Nm
Permissible radial shaft load
620 N
Note on materials
Contains paint-wetting impairment substances RoHS-compliant

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