ambient temperature [°C]
|
-15 bis 40 |
Information about ambient temperature
|
bis 80°C mit Derating -1,5%/°C |
Max. setup height [MTR]
|
4.000 |
Information about max. setup height
|
ab 1.000 m nur mit Derating von -1,0% pro 100 m |
Bearing temperature [°C]
|
-20 to 70 |
Relative humidity
|
0 - 90 % |
Complies to standard
|
IEC 60034 |
Heat class to EN 60034-1
|
F |
Max. Wicklungstemperatur [°C]
|
155 |
Measurement class according to DIN 60034-1
|
S1 |
Temperature monitoring
|
Digitale Motortemperaturübertragung per EnDat 2.2 |
Motorbauform nach EN 60034-7
|
IM B5 |
installation position
|
arbitrary |
Protection category
|
IP40 |
Information about protection category
|
IP40 Motorwelle ohne RWDR |
Rundlaufgenauigkeit, Koaxialität, Planlauf nach DIN SPEC 42955
|
N |
Wuchtgüte
|
G 2,5 |
Rastmoment
|
< 1,0% vom Spitzendrehmoment |
Lebensdauer Lager bei Nennbedingungen [Stunde]
|
20.000 |
Interface code Motor out
|
60P |
Electrical connection 1, connection type
|
Hybrid plug |
Electrical connection 1, connection technology
|
M23x1 |
Electrical connection 1, number of pins / wires
|
15 |
Degree of contamination
|
2 |
Material information
|
LABS containing materials included |
Corrosion resistant class KBK
|
0 - No corrosion stressing |
Oscillation strength
|
Transport use test with severity level 2 to FN 942017-4 and EN 60068-2-6 |
Shock resistance
|
Shock test with degree of severity 2 to FN 942017-5 and EN 60068-2-27 |
CE certificate (see declaration of conformity)
|
nach EU-EMV-Richtlinie |
Permission
|
RCM mark |
Certified awarding point
|
UL E342973 |
Nominal operating voltage DC [V]
|
325 |
Winding switching type
|
Star internal |
Polpaarzahl
|
5 |
Standstill torque [Nm]
|
1,15 |
Nominal torque [Nm]
|
1,00 |
Peak torque [Nm]
|
3,4 |
Nominal speed [Umdrehung ]
|
3.000 |
Max. speed [Umdrehung ]
|
6.800 |
Max. mechanische Drehzahl [Umdrehung ]
|
16.000 |
Nominal performance motor [W]
|
310 |
Continuous standstill current [A]
|
2,5 |
Nominal current motor [A]
|
2,2 |
Peak current [A]
|
11,0 |
Motor constant [Newtonmete]
|
0,45 |
Stillstandsdrehmomentkonstante [Newtonmete]
|
0,53 |
Voltage constant phase-phase [Millivolt ]
|
32,0 |
Winding resistance phase-phase [Ohm]
|
4,85 |
Winding inductivity phase-phase []
|
11 |
Wicklung Längsinduktivität Ld (Phase) []
|
7,0 |
Wicklung Querinduktivität Lq (Phase) []
|
8,2 |
Elektrische Zeitkonstante [ms]
|
2,7 |
Thermische Zeitkonstante [min]
|
42 |
Thermischer Widerstand [Therm.Wide]
|
1,3 |
Messflansch
|
250 x 250 x 15 mm, Stahl |
Total output moment of gyration [Kilogramm ]
|
0,373 |
Product weight [g]
|
1.850 |
Permitted axial shaft loading [N]
|
70 |
Permitted radial shaft loading [N]
|
350 |
Rotor position transducer
|
Encoder absolut single turn |
Rotorlagegeber Herstellerbezeichnung
|
ECI 1118 |
Rotorlagegeber absolut erfassbare Umdrehungen
|
1 |
Rotor position transducer interface
|
EnDat 22 |
Rotor position transducer measurement principle
|
Inductive |
Rotorlagegeber Betriebsspannung DC [V]
|
5 |
Rotorlagegeber Betriebsspannungsbereich DC [V]
|
3,6 bis 14 |
Rotorlagegeber Positionswerte pro Umdrehung
|
262144 |
Rotor position transducer resolution [Bit]
|
18 |
Rotorlagegeber Systemgenauigkeit Winkelmessung []
|
-120 bis 120 |
MTTF, part component
|
190 Jahre, Rotorlagegeber |
MTTFd, part component
|
380 Jahre, Rotorlagegeber |
Holding torque brake [Nm]
|
2,5 |
Operating voltage DC brakes [V]
|
24 |
Stromaufnahme Bremse [A]
|
0,46 |
Lüftstrom Bremse [A]
|
0,33 |
Haltestrom Bremse [A]
|
0,33 |
Power consumption brake [W]
|
11 |
Spulenwiderstand Bremse [Ohm]
|
52,4 |
Spuleninduktivität Bremse []
|
700 |
Trennzeit Bremse [ms]
|
<= 35 ms |
Schließzeit Bremse [ms]
|
10 |
Ansprechverzug DC Bremse [ms]
|
<= 2 ms |
Max. Leerlaufdrehzahl Bremse [Umdrehung ]
|
10.000 |
Max. Reibarbeit Bremse [J]
|
5.600 |
Mass inertia Brake [Kilogramm ]
|
0,074 |
Switching play holding brake
|
10 Mio. empty actuation (without friction work) |
Weight
|
1.850 g / Pcs |
Customs duty number
|
85015100 |
RoHS compliant
|
Yes |
Manufacturer
|
Festo |
Document
|
Group data sheet: EMMT-AS (english) , Data sheet |