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1P-1.5A

1P-1.5A

RedVolt Series SCR DC motor drives by Ameronics provide compact, open-frame speed controllers for 115/230V input and up to 180VDC output. Designed for OEMs and industrial systems.  

RedVolt 1P-1.5A DC Motor Drive

The RedVolt 1P-1.5A DC motor drive by Ameronics offers compact, chassis-mount control for OEM systems and automation equipment. It ensures accurate variable-speed performance with a durable, open-frame design.

Moreover, the RedVolt Series operates from 115 VAC or 230 VAC input and delivers 0–90 / 180 VDC output, ideal for permanent-magnet DC motors. Because of its rugged construction, it performs reliably in conveyors, feeders, and small OEM machines.

In addition, the drive includes field-selectable voltage settings, a front-mounted speed potentiometer, and quick terminal-block connections. As a result, the RedVolt 1P-1.5A provides smooth motion control and easy integration. It is tested in the USA and RoHS compliant.

Ameronics RedVolt 1P-1.5A DC motor drive

Ameronics RedVolt 1P-1.5A — compact SCR DC drive



Industrial DC drive close-up
Ameronics motor controller module
Chassis-mount DC drive unit
OEM DC controller

Key Features — Compact Chassis-Mount DC Motor Drive

  • Compact design: open-frame layout for OEM integration.
  • Input voltage: 115 / 230 VAC field-selectable.
  • Output voltage: 0–90 / 180 VDC for PMDC motors.
  • Current rating: 1.5 A continuous operation.
  • Integrated controls: speed potentiometer and terminal I/O.
  • Durability: rugged power stage for industrial use.
  • Compliance: RoHS — tested and verified in the USA.

Performance & Integration — Ameronics RedVolt Drive

This drive delivers precise speed response and steady torque under load changes. Consequently, engineers gain a dependable and maintenance-friendly solution for low-power DC motion control.

Typical Applications

  • Conveyor and feeder systems.
  • Automation and process equipment.
  • Blowers, test benches, and small OEM machines.

In summary, the RedVolt 1P-1.5A DC motor drive combines precision control, compact design, and industrial durability for OEM applications needing low-current performance.

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