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Speed Control Motors
Speed Controller

MSC-1

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An ergonomic speed controller for the AC Speed Control Motors.
The MSC-1 Speed Controller is a high quality, compact product coupled with ease of use and improved performance.

Features

Small Size for Compact Equipment Design

This speed controller saves installation space.
Compared to the conventional models of speed controllers, its volume has been reduced by approximately 45 %.
For installation, the speed controller can be mounted directly onto a 35 mm wide DIN rail.

Small Size for Compact Equipment Design

Performance of Speed Controller

Speed Regulation (To Load) is Improved.

By using the CPU to control the circuit, the speed regulation (to load) improved compared to the conventional model.
This allows a more stable operation at the set speed than the conventional model.

The Difference in Speed Change Between MSC-1 and Conventional Models

Less Noise is Generated from the Controller.

The inverter controls the motor speed by using the PWM control method to control the amplitude of the supply voltage to the motor and the frequency.
The speed controller controls the motor speed by using the phase control method to control the amplitude of the supply voltage to the motor.
With the phase control method, there is no frequent ON/OFF switching of the supply voltage like the inverter, so there is less noise generated.

Less Noise is Generated from the Controller.

Supports a Wide Range of Voltage Specifications and Motor Output Powers

Supports Single-Phase 100∼230 VAC Power Specifications

The MSC-1 can be used worldwide, with multiple voltages up to single-phase 100-230 VAC.

Supports Single-Phase 100-230 VAC Power Specifications

●Although the MSC-1 speed controller is a single-phase 100-230 VAC specification equipment, make sure the motor is used according to its voltage specifications.

Motor Control for Outputs up to 6 W-90 W

A single unit of MSC-1 can support speed control motors of outputs up to 6 W-90 W.

Motor Control for Outputs up to 6 W-90 W

Enhanced Operating Pattern and Output Functions

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