Festo - EMMT-AS-80-L-HS-RSB-5255447 - Servo Motor

SKU: festo-emmt-as-80-l-hs-rsb-5255447

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Festo - EMMT-AS-80-L-HS-RSB-5255447 - Servo Motor

€1,476.41€1,261.89 (Excl. VAT)

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€1,476.41

Brand
Festo
Max. Speed
8540
Permission
c UL us - Recognized (OL)
Detent Torque
<1,0% vom Spitzendrehmoment
Material Note
RoHs compliant
Motor Constant
0,82
Balance Quality
G 2,5
Measuring Flange
250 x 250 x 15 mm, Stahl
Peak Current (A)
17,5
Peak Torque (Nm)
9,9
Shock Resistance
Shock test with degree of severity 2 to FN 942017-5 and EN 60068-2-27
Energy Efficiency
ENEFF (CN) / Class 2
Relative Humidity
0 - 90 %
Certification Body
UL E342973
Mass Inertia Brake
0,459
Nominal Torque (Nm)
2,9
Protection Category
IP40
Angular Acceleration
100000
Complies To Standard
IEC 60034
MTTF, Part Component
190 Jahre, Rotorlagegeber
Number Of Pole Pairs
5
Oscillation Strength
Transport use test with severity level 2 to FN 942017-4 and EN 60068-2-6
Total Brake Friction
2400
Installation Position
arbitrary
Max. Mechanical Speed
14.000
Max. Setup Height (m)
4.000
Brake Coil Inductivity
900
LABS (PWIS) Conformity
VDMA24364-Zone III
Standstill Torque (Nm)
3,5
Temperature Monitoring
Digitale Motortemperaturübertragung per EnDat 2.2
Winding Switching Type
Star internal
Brake Closing Time (ms)
30
Degree Of Contamination
2
Heat Class To EN 60034-1
F
Interface Code Motor Out
80P
Max. Brake No-load Speed
10.000
Motor Type To EN 60034-7
IM V3
Nominal Rotational Speed
3000
Thermal Resistance (K/W)
0,68
Ambient Temperature (°C)
-40 to 40
Bearing Temperature (°C)
-40 to 70
Holding Torque Brake (Nm)
7
Nominal Current Motor (A)
3,5
Rotor Position Transducer
Encoder absolut single turn
Brake Separation Time (ms)
45
Standstill Torque Constant
0,93
Brake Coil Resistance (Ohm)
38,4
Electric Time Constant (ms)
7
Power Consumption Brake (W)
15
Thermal Time Constant (min)
48
DC Brake Response Delay (ms)
4
Switching Play Holding Brake
10 Mio. Leerbetätigungen (ohne Reibarbeit!)
Voltage Constant Phase-phase
56
Brake Current Consumption (A)
0,63
Nominal Performance Motor (W)
910
Corrosion Resistance Class KBK
0 - No corrosion stressing
Max. Winding Temperature (°C)
155
Operating Voltage DC Brakes (V)
24
Total Output Moment Of Gyration
1,993
Winding Inductivity Phase-phase
12,6
Nominal Operating Voltage DC (V)
680
Continuous Standstill Current (A)
4,3
Permitted Axial Shaft Loading (N)
120
Number Of Emergency Stops Per Hour
1
Permitted Radial Shaft Loading (N)
620
Rotor Position Transducer Interface
EnDat 22
Winding Cross Inductivity Lq (Phase)
9,45
Winding Resistance Phase-phase (Ohm)
2,69
Information About Protection Category
IP67 für Motorgehäuse inklusive Anschlusstechnik
Max. Friction Per Braking Process (J)
12000
Electrical Connection 1, Connection Type
Hybrid plug
Bearing Lifetime Under Nominal Conditions
20.000
Measurement Class According To DIN 60034-1
S1
Rotor Position Transducer Resolution (Bit)
18
Electrical Connection 1, Connection Pattern
995913
Winding Longitudinal Inductivity Ld (Phase)
7,5
UKCA Marking (See Declaration Of Conformity)
nach UK Vorschriften für elektrische Betriebsmittel
CE Certificate (See Declaration Of Conformity)
nach EU-RoHS-Richtlinie
Electrical Connection 1, Connection Technology
M23x1
Electrical Connection 1, Number Of Pins / Wires
15
Rotor Position Sensor, DC Operating Voltage (V)
5
Rotor Position Sensor, Manufacturer Designation
ECI 1118
Rotor Position Transducer Measurement Principle
Inductive
Rotor Position Sensor, DC Operating Voltage Range (V)
3,6 to 14
Rotor Position Sensor, Position Values Per Revolution
262144
Rotor Position Sensor, Absolute Detectable Revolutions
1
Concentricity, Coaxiality, Axial Runout To DIN SPEC 42955
N
Rotor Position Sensor, System Accuracy Of Angle Measurement
-120 to 120
EAN
4052568460488
Manufacturer
Festo

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