Festo EMMT-AS-60-L-HS-RS 5242216
Servo motor

Images are for illustration purposes only. Please refer to the product information below.

Technical Information

Manufacturer: Festo
Commodity Code: 85015100
Country of Origin: BG
Weight: 2.0680Kg
Pack Quantity: 1
Ambient temperature: -15GC
Ambient temperature: 40GC
Note on ambient temperature: Up to 80u00b0C with derating of -1.5% per degree Celsius
Max. installation height: 4000M
Note on max. installation height: As of 1,000u00a0m: only with derating of -1.0% per 100u00a0m
Storage temperature: -20GC
Storage temperature: 70GC
Relative air humidity: 0 - 90%
Conforms to standard: IEC 60034
Temperature class as per EN 60034-1: F
Max. winding temperature: 155GC
Rating class as per EN 60034-1: S1
Temperature monitoring: Digital motor temperature transmission via EnDatu00aeu00a02.2
Motor type to EN 60034-7: IM B5
Motor type to EN 60034-7: IM V1
Motor type to EN 60034-7: IM V3
Mounting position: optional
Degree of protection: IP40
Note on degree of protection: IP40 for motor shaft without rotary shaft seal
Note on degree of protection: IP65 for motor shaft with rotary shaft seal
Note on degree of protection: IP67 for motor housing including connection components
Concentricity, coaxiality, axial runout to DIN SPEC 42955: N
Balance quality: G 2.5
Detent torque: <1.0% of the peak torque
Storage lifetime under nominal conditions: 20000H
Interface code, motor out: 60P
Electrical connection 1, connection type: Hybrid plug
Electrical connection 1, connector system: M23x1
Electrical connection 1, number of connections/cores: 15
Electrical connection 1, connection pattern: 995913
Pollution degree: 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 to FN 942017-4 and EN 60068-2-6
Shock resistance: Shock test with severity levelu00a02 to FNu00a0942017-5 and ENu00a060068-2-27
Approval: RCM trademark
Approval: c UL us - Recognized (OL)
CE mark (see declaration of conformity): To EU EMC Directive
CE mark (see declaration of conformity): To EU Low Voltage Directive
CE mark (see declaration of conformity): In accordance with EU RoHS Directive
CE marking (see declaration of conformity): To UK instructions for EMC
CE marking (see declaration of conformity): To UK regulations for electrical equipment
CE marking (see declaration of conformity): To UK RoHS instructions
Certificate issuing authority: UL E342973
Nominal operating voltage DC: 680V
Type of winding switch: Star inside
Number of pole pairs: 5
Standstill torque: 1.66NM
Nominal torque: 1.4NM
Peak torque: 5.6NM
Nominal rotary speed: 3000PMI
Max. rotational speed: 14300PMI
Max. mechanical speed: 16000PMI
Nominal power rating of motor: 440W
Continuous stall current: 3.8A
Nominal motor current: 3.2A
Peak current: 18.3A
Motor constant: 0.44NMA
Standstill torque constant: 0.52NMA
Voltage constant, phase-to-phase: 31.2YUR
Phase-phase winding resistance: 2.68OHM
Phase-phase winding inductance: 12C14
Winding longitudinal inductivity Ld (phase): 5C14
Winding cross inductivity Lq (phase): 6C14
Electric time constant: 3MS
Thermal time constant: 43MIN
Thermal resistance: 1K/W
Measuring flange: 250 x 250 x 15 mm, steel
Total mass moment of inertia of output: 0.403KGC
Product weight: 1910G
Permissible axial shaft load: 70N
Permissible radial shaft load: 350N
Rotor position sensor: Absolute single-turn encoder
rotor position sensor, manufacturer designation: ECI 1118
rotor position sensor, absolute detectable revolutions: 1
Rotor position encoder interface: EnDatu00ae 22
Rotor position sensor, encoder measuring principle: Inductive
rotor position sensor, DC operating voltage: 5V
rotor position sensor, DC operating voltage range: 3.6V
rotor position sensor, DC operating voltage range: 14V
rotor position sensor, position values per revolution: 262144
Rotor position transducer resolution: 18BIT
rotor position sensor, system accuracy of angle measurement: -120ARS
rotor position sensor, system accuracy of angle measurement: 120ARS
Mean time to failure (MTTF), subcomponent: 190 years, rotor position sensor
Mean time to dangerous failure (MTTFd), subcomponent: 380 years, rotor position sensor