Compacta MR30 Gear Motor by Framo Morat
Printable Documentation [pdf]

General Specifications

                                                                                   Click here to learn more about Limit Switch Options

Dimensions, in mm (inches)

Dimensions mm (inches)

Options with dimensions [mm]	a(mm)	b (mm)	a(in)	b (in)
Single phase AC motor	(-)	(-)	(-)	(-)
DC motor	(-)	239	(-)	9.4
Motor disc brake	(-)	244	(-)	9.6
Hand crank	(-)	380	(-)	15
Limit switch version 1 / 3 / 2P / ESA	218	(-)	8.6	(-)
Stainless steel hollow shaft 1.4104	(-)	(-)	(-)	(-)
Single or double ended stub shaft	(x)	(x)	(x)	(x)
Mounting plate (torque support)	(x)	(x)	(x)	(x)
Mounting angle	(x)	(x)	(x)	(x)
Bronze 1. gear stage	(-)	(-)	(-)	(-)
(-) causes no size alteration (x) Please refer to the datasheets for additional or missing dimensions.

3-phase AC motors - 3x230/460V-60Hz

¹Please ask for max. limit switch range of ESA.
² At 100% duty (continuous duty), a cooling fan is required. With cooling, motors rated at 60% duty can be operated at 100% duty.
* 40% duty cycle.

So = no self locking;    Ss = static self locking;    Sd= dynamic self locking

Single phase AC motors - 1x230V-60Hz, 110V-60Hz

¹Please ask for max. limit switch range of ESA.
² The stated single phase torques are operational torques. The starting torque may be only 66% of the stated catalogue torqu
Please contact Concise Motion Systems in case maximum torque is required.

So = no self locking;    Ss = static self locking;    Sd= dynamic self locking

24V DC shunt wound motor

So = no self locking;    Ss = static self locking;    Sd= dynamic self locking

P = 0,5 kW, IN = 30A, 40% duty cycle
The output speed of Compacta gear motors with DC motors varies with the output torque.

Notes:

Load Capacity of the output shaft: Radial load - 2000N, Axial load - 1000N

The gear motor can be overloaded by 50% for brief periods. Single-phase AC- and DC motors may stall.

Please contact Concise Motion Systems in case of the following operating conditions:

• Temperatures below 0°C (single phase AC and DC motors: below 10°C)
• Temperatures above 40°C
• Strong vibrations

Download Technical Documentation [pdf]