8148325 Festo

FESTO 8148325 servo motor

Name: 8148325 FESTO
Brand: FESTO
SKU: 709706-en-eur
Price: 4820.8 EUR
Availability: InStock

EMMT-AS-150-L-HS-R3M

4,820.80 € ~~5,463.59 €~~ -11%

1 pcs. with 1 to 3 days delivery to United States

Specifications

Series (EMMT)	Servo motor
Motor type (AS)	AC synchronous
Flange size, motors [mm] (150)	150
Length (L)	Long
Output shaft	Smooth shaft

Radial shaft seal	None
Winding (HS)	High voltage, standard
Electrical connection (R3)	Angled plug M40, rotatable
Measuring unit (M)	Absolute encoder, multi-turn
Brake	None

Technical data

Energy efficiency		ENEFF (CN) / Class 1
Mean time to failure (MTTF), subcomponent		190 years, rotor position sensor
Rotor position transducer resolution		19 bit
rotor position sensor, DC operating voltage range		3,6 V ... 14 V
Rotor position sensor, encoder measuring principle		Inductive
rotor position sensor, absolute detectable revolutions		4.10
Rotor position sensor		Absolute multi-turn encoder
Permissible axial shaft load		274 N
Total mass moment of inertia of output		57,6 kgcm²
Thermal resistance		0,39 K/W
Electric time constant		17,1 ms
Winding longitudinal inductivity Ld (phase)		2,15 mH
Electrical connection 1, connection pattern		00997380
Electrical connection 1, connector system		M40x1
Interface code, motor out		150A
Detent torque		<1.0% of the peak torque
Concentricity, coaxiality, axial runout to DIN SPEC 42955		N
Degree of protection		IP21
Motor type to EN 60034-7		IM B5 IM V1 IM V3
Rating class as per EN 60034-1		S1
Temperature class as per EN 60034-1		F
Relative air humidity		0 - 90%
Note on max. installation height		As of 1,000 m: only with derating of -1.0% per 100 m
Note on ambient temperature		Up to 80°C with derating of -1.5% per degree Celsius
Phase-phase winding resistance		0,25 Ohm
Standstill torque constant		2,23 Nm/A
Peak current		49,5 A
Continuous stall current		23,6 A
Max. mechanical speed		8.000 rpm
Nominal rotary speed		2.100 rpm
Nominal torque		29 Nm
Number of pole pairs		5
Nominal operating voltage DC		680 V
CE mark (see declaration of conformity)		To EU EMC Directive To EU Low Voltage Directive In accordance with EU RoHS Directive
Shock resistance		As per EN 60068-2-29 15 g/11 ms to EN 60068-2-27
LABS (PWIS) conformity		VDMA24364 zone III
Note on materials		RoHS-compliant

Mean time to dangerous failure (MTTFd), subcomponent		380 years, rotor position sensor
rotor position sensor, system accuracy of angle measurement		-65 arcsec ... 65 arcsec
rotor position sensor, position values per revolution		524.288
rotor position sensor, DC operating voltage		5 V
Rotor position encoder interface		EnDat® 22
rotor position sensor, manufacturer designation		EQI 1331
Permissible radial shaft load		1.370 N
Product weight		25.400 g
Measuring flange		450 x 450 x 30 mm, steel
Thermal time constant		55 min
Winding cross inductivity Lq (phase)		2,2 mH
Phase-phase winding inductance		4,4 mH
Electrical connection 1, number of connections/cores		15
Electrical connection 1, connection type		Hybrid plug
Storage lifetime under nominal conditions		20.000 h
Balance quality		G 2.5
Note on degree of protection		IP21 for motor shaft without rotary shaft seal IP65 for motor shaft with rotary shaft seal IP67 for motor housing including connection components
Mounting position		optional
Temperature monitoring		Digital motor temperature transmission via EnDat® 2.2
Max. winding temperature		155 °C
Conforms to standard		IEC 60034
Storage temperature		-20 °C ... 70 °C
Max. installation height		4.000 m
Ambient temperature		-15 °C ... 40 °C
Voltage constant, phase-to-phase		135,1 mVmin
Motor constant		1,88 Nm/A
Nominal motor current		15,4 A
Nominal power rating of motor		6.377 W
Max. rotational speed		3.495 rpm
Peak torque		87 Nm
Standstill torque		45,5 Nm
Type of winding switch		Star inside
CE marking (see declaration of conformity)		To UK instructions for EMC To UK regulations for electrical equipment To UK RoHS instructions
Approval		RCM trademark
Vibration resistance		As per EN 60068-2-6
Corrosion resistance class CRC		0 - No corrosion stress
Pollution degree		2