PWM/SCR Motor Controllers


RHV-115VAC Input Variable-Speed DC PWM Motor Speed Control 5A

The IPC Automation RHV PWM 115 VAC Input, variable-speed PWM output DC drive provides efficient control of permanent magnet motors and gearmotors used in many types of applications and devices for motor operation in a single direction. Incorporating traditional IPC quality in a compact rugged package, the RHV offers smooth and linear acceleration, adjustable maximum speed, automatic current limit and quiet operation in a very compact package.

Uses an external potentiometer for controlling motor speed. Simplified hook-up uses common economical 0.250" "fast-on" connectors. Use of a PWM controller allows increased motor ratings of up to 78% as compared to similar SCR based controller designs.

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D130 - 1HP 220VAC SCR Regenerative DC Drive

The IPC Automation model D130 220 VAC Input , 0-180 VDC variable-speed output SCR motor drive provides four-quadrant half-wave control of DC motors in a variety of applications. Low cost design can be used in dancer-type, wire payout, web tension or other economical motor drive applications.

Incorporating traditional IPC quality in a rugged package, the D130 offers smooth adjustable acceleration, adjustable forward and reverse current limit, adjustable pot position, and many other features for specialized or ganged operation. Fast reversing operation provides quick response and power savings. Simple hook-up.

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D130 - 1HP 110VAC SCR Regenerative DC Drive

The IPC Automation model D130 110 VAC Input, 0-90 VDC variable-speed output SCR motor drive provides four-quadrant half-wave control of DC motors in a variety of applications. Low cost design can be used in dancer-type, wire payout, web tension or other economical motor drive applications. Incorporating traditional IPC quality in a rugged package, the D130 offers smooth adjustable acceleration, adjustable forward and reverse current limit, adjustable pot position, and many other features for specialized or ganged operation. Fast reversing operation provides quick response and power savings. Simple hook-up.

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D130 - 2HP 220VAC SCR Regenerative DC Drive

The IPC Automation model D130 220 VAC Input, 0-180 VDC 2 HP variable-speed output SCR motor drive provides four-quadrant half-wave control of DC motors in a variety of applications. Low cost design can be used in dancer-type, wire payout, web tension or other economical motor drive applications. Incorporating traditional IPC quality in a rugged package, the D130 offers smooth adjustable acceleration, adjustable forward and reverse current limit, adjustable pot position, and many other features for specialized or ganged operation. Fast reversing operation provides quick response and power savings. Simple hook-up.

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Model SC-Low Cost SCR Controller

The model SC is a 115 VAC input 0-90 VDC output economical motor controller where good performance at very low cost is desired. The SC is rated for 5 Amps continuos output current and operates in a single direction. On-board potentiometers provide master speed control and smaller potentiometers are available to set min/max speed control limits. Fixed 200% current limit and transient protection round out this small rugged package. Great selection for open frame OEM speed control applications of permanent magnet DC motors.

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RHV-10 115VAC Input Variable-Speed DC PWM Motor Speed Control 10A

The IPC Automation RHV 10 PWM 115 VAC Input, variable-speed PWM output DC drive provides efficient control of permanent magnet motors and gearmotors used in many types of applications and devices for motor operation in a single direction. Incorporating traditional IPC quality in a compact rugged package, the RHV offers smooth and linear acceleration, adjustable maximum speed, automatic current limit and quiet operation in a very compact package.

Uses an external potentiometer for for controlling motor speed. Simplified hook-up uses common economical 0.250" "fast-on" connectors. Use of a PWM controller allows increased motor ratings of up to 78% as compared to similar SCR based controller designs.

Find out more >