Unidrive M

The bread and butter of Control Techniques is honing our unique motor control algorithms, taking pride in our craft as any good craftsman would. This ensures that our Unidrive M series drives offer the highest control stability and bandwidth for every industrial motor type.​
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Unidrive M enables maximum machine throughput in every application and with every motor, from standard AC induction motors to dynamic linear motors and from energy saving hybrid permanent-magnet motors to high performance servo motors.

Unidrive M100 to M400 Ratings

380/480 Vac ±10%
Model no.	Heavy Duty				Normal Duty
	Supply Phases	Max Continuous Current (A)	Motor Shaft Power (kW)	Motor Shaft Power (HP)	Max Continuous Current (A)	Motor Shaft Power (kW)	Motor Shaft Power (HP)
(M100-M400)03400094A	3	9.4	4	5	N/A
(M100-M400)04400135A	3	13.5	5.5	7.5	N/A
(M200-M400)06400470A	3	47	22	30	63	30	40

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Unidrive M600 to M700 Ratings

380/480 Vac ±10%
Model no.	Heavy Duty			Normal Duty
	Max Continuous Current (A)	Motor Shaft Power (kW)	Motor Shaft Power (HP)	Max Continuous Current (A)	Motor Shaft Power (kW)	Motor Shaft Power (HP)
M600 to M702-03400025A	2.5	0.75	1	3.4	1.1	1.5
M600 to M702-03400031A	3.1	1.1	1.5	4.5	1.5	2
M600 to M702-03400045A	4.5	1.5	2	6.2	2.2	3
M600 to M702-03400062A	6.2	2.2	3	7.7	3	5
M600 to M702-03400100A	10	4	5	12.3	5.5	7.5
M600 to M702-05400270A	27	11	20	30	15	20
M600 to M702-05400300A	30	15	20	30	15	20
M600 to M702-06400420A	42	18.5	30	48	22	30
M600 to M702-06400470A	47	22	30	63	30	40
M600 to M702-07400660A	66	30	50	79	37	50
M600 to M702-09402240A	224	110	150	266	132	200

Unidrive ES

Elevator Drive Features:
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• Universal high performance drive for asynchronous induction motors and synchronous permanent magnet motors​
• ​Flexibility with speed and position measurement, supporting multiple devices and all common interfaces.

380/480 Vac ±10%
Model no.		Max Continuous Current (A)	Nominal Power at 400V
SIZE 1	1406	9.5	4
SIZE 4	4402	74	37
SIZE 4	4403	96 45	45

Unidrive SP

The Unidrive SP Inverter is capable of controlling induction motors, asynchronous servo and synchronous servo motors thanks to its selection of control modes.


By using the keypad, you can configure your inverter to be operated in the following modes:
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• Servo - Precision, dynamic control supporting a wide range of rotary and linear motors
• Closed Loop Vector - Ultimate precision control of induction motors offering full motor torque at zero speed
• RFC Mode (Rotor Flux Control) - Superior dynamic performance and stability without a feedback device
• Open Loop Vector - Good open loop motor performance with minimum configuration
• Open Loop V/F Control - A simple control algorithm that is ideal for parallel motors
• Regenerative - Active front end control mode for harmonic elimination and regeneration

380/480 Vac ±10%
Model no.	Heavy Duty				Normal Duty
	Maximum Continuous Output current	Nominal Power (at 400V)	Motor Power (at 460V)	Peak Current	Maximum Continuous Output Current	Open Loop Peak Current	Closed Loop Peak Current	Nominal Power (at 400V)	Motor Power (at 460V)
4402	3	9.4	4	5	74	111	129.5	37	60
4403	3	13.5	5.5	7.5	96	144	168	45	75
5402	3	47	22	30	156	234	273	75	125

Mentor MP​

Mentor MP brings DC drive technology up to date, enabling existing and new DC motors to provide economic and productive service. DC drive technology remains cost effective, efficient and is relatively simple to implement. For new applications DC drive provides many advantages, especially for regenerative and high power applications

Key Specifications:

• Two or four quadrant operation (regenerative)
• 25A to 7400A​
• 24V - 480V / 500V - 575V / 500V - 690V

Model no.			Frame	Armature Current (A)	Field Current (A)
480V EN / IEC cULus	575V EN / IEC cULus (to 600V)	690V EN / IEC
MP45A4(R)	MP45A5(R)	N/A	1A	45	8
MP210A4(R)	MP210A5(R)	N/A	1B	210	8
MP700A4(R)	MP700A5(R)	MP700A6(R)	2B	700	20