SIMOTICS M-1PH1 spindle motor

SIMOTICS M-1PH1 main motor

1PH1 main motors have been especially designed for use as main drives in machine tools and production machines. These motors are available as asynchronous version with forced fan cooling. Together with the SINAMICS V70 spindle drive, a dynamic and powerful main drive system with high performance is created.

Функции

Robust, cost optimized design
Shaft height: SH 100/SH 132
Rated speed: 1000 rpm/1500 rpm
Max. speed: up to 10000 rpm
Rated output: 3.7 kW ... 15 kW
Rated torque 24 Nm ... 95.5 Nm
2 times overload capability for high dynamic response
Foot mounting and flange mounting available
Degree of protection IP54
Incremental encoder TTL 2500 S/R
Plain shaft or with key

Чертеж

Mounting position

The SIMOTICS M-1PH1 main motor supports flange mounting and foot mounting as shown below:

Mounting method	Standard type of construction	Rotated type of construction
Foot mounting	IM B3	IM V5
Flange mounting	IM B5	IM V1

Minimum clearance between a fan and parts/components mounted by the customer

The minimum clearance between a fan and parts/components mounted by the customer or the air discharge opening, and the minimum clearance S between the air intake/air discharge opening and adjacent components must be maintained.

Shaft height	Fan mounting	Minimum clearance between a fan and parts/components	Minimum clearance S
SH 100	Non-drive end axial, can be rotated through 180°	30 mm	30 mm

For motor	Dimensions in mm
Shaft height	Type	IEC	L
1PH1, type of construction IM B5/IM V1
100	1PH1101-1.F12-.GA0		419
	1PH1103-1.F12-.GA0		449
	1PH1103-1.D12-.GA0		449
	1PH1105-1.F12-.GA0		499
	1PH1105-1.D12-.GA0		499

For motor	Dimensions in mm
Shaft height	Type	IEC	L	L1
1PH1, type of construction IM B3/IM V5
100	1PH1101-1.F10-.GA0		419	183
	1PH1103-1.F10-.GA0		449	213
	1PH1103-1.D10-.GA0		449	213
	1PH1105-1.F10-.GA0		499	263
	1PH1105-1.D10-.GA0		499	263

For motor	Dimensions in mm
Shaft height	Type	IEC	L
1PH1, type of construction IM B5/IM V1
132	1PH1131-1.F12-.GA0		475
	1PH1131-1.D12-.GA0		465
	1PH1133-1.F12-.GA0		525
	1PH1133-1.D12-.GA0		525

For motor	Dimensions in mm
Shaft height	Type	IEC	L	L1
1PH1, type of construction IM B3/IM V5
132	1PH1131-1.F10-.GA0		475	251.8
	1PH1131-1.D10-.GA0		465	241.8
	1PH1133-1.F10-.GA0		525	301.8
	1PH1133-1.D10-.GA0		525	301.8

Особенности

High productivity
- Short ramp up and ramp down time
- High overload capability
- Low moment of motor inertia
Better cutting performance
- High vibration resistance (R/S)
- Low torque ripple
Compact design
Easy commissioning together with drive
- Easy wiring via drive bus communication
- Easy parameter setting and monitor servo status in HMI
Easy service
- Fan design optimized for easy replacement
High robustness
- Optimized bearing concept for high transverse force

Технические данные

Article No.	1PH1...
Product brand name	SIMOTICS
Product type designation	M-1PH1
Product designation	Spindle motor
Type of motor	Squirrel-cage asynchronous motor
Cooling	Forced ventilation
Ambient temperature, admissible
Storage	-20 ... +65 °C
Operation	-15 ... +40 °C without power derating
Relative humidity, during
Storage	≤ 95 %
Operation	≤ 90 %
Installation altitude	Up to 1000 m above sea level without power derating
Maximum noise level	72 dB
Thermal class	F
Vibration severity grade
1PH11..-1.F	Grade B is maintained up to 1800 rpm Grade S is maintained from 1800 rpm to 10000 rpm
1PH11..-1.D	Grade B is maintained up to 1800 rpm Grade R is maintained from 1800 rpm to 6000 rpm
Shock resistance	2.25 m/s² (continuous in axial direction); 10 m/s² (continuous in radial direction)
Static bearing lifetime	> 20000 h¹⁾
Oil seal lifetime	> 20000 h
Encoder lifetime	> 20000 h
Motor lifetime	20000 h
Degree of protection	IP54 (dust-tight and splash-proof during motor operation)
Type of construction	IM B5, IM B3, IM V1, and IM V5
Paint finish	Anthracite
Certificate of suitability	CE, EAC

¹⁾ This lifetime is only for reference. When a motor keeps running at rated speed under rated load, replace its bearing after 20000 hours to 30000 hours of service time. Even if the time is not reached, the bearing must be replaced when unusual noise, vibration, or faults are found.