Power MOSFET electronic motor speed controllers designed to provide smooth, silent, efficient and cost effective speed, torque and braking control.

Programmable series motor controllers designed to provide
smooth, silent, cost-effective control of motor speed and torque.

Power MOSFET electronic motor speed controllers designed to provide smooth, silent, efficient and cost effective speed, torque and braking control.

Microprocessor based logic section combined with a proven MOSFET power section. The 1207 series controllers are efficient, cost effective and easy to install.

Microprocessor based logic section combined with a proven MOSFET power section. The 1207A series controllers are efficient, cost effective and easy to install.

Power MOSFET electronic motor speed controllers designed to provide smooth, silent, efficient and cost effective speed, torque and braking control.

The Curtis Model 1210 Motor Speed Controller provides precise and smooth control of permanent magnet drive motors for battery powered vehicles.

The Curtis Model 1211 is a microprocessor based, full-bridge Permanent Magnet Motor speed controller.

The Curtis Model 1212 Motor Speed Controller provides precise and smooth control of permanent magnet drive motors for battery powered vehicles.

Microprocessor based logic section combined with a proven MOSFET power section. The 1214/1215/1219 series controllers are efficient, cost effective and easy to install.

The Curtis PMC models 1231C and 1221C motor speed controllers provide smooth, silent, efficient and cost effective speed control for on-road electric vehicle applications. These controllers utilize power MOSFET technology, pioneered by Curtis PMC, to provide benefits unavailable with older speed control systems.

The Model 1222 electric steering controller provides responsive and intuitive control of AC induction gear motors that are used to steer a vehicle. It interfaces directly with the steering command input, wheel position feedback, and AC motor to create a seamless drive-by-wire system.

Advanced, programmable, microprocessor based motor speed controllers housed in a rugged, sealed, aluminum enclosure. Four quadrant, full bridge power output stages provide solid state motor reversing and full regenerative braking power. Model 1225 provides extensive standard features for special industrial applications.

Advanced, programmable microprocessor based motor speed controllers. Four quadrant, full bridge power output stages provide for solid state motor reversing and full regenerative power braking. Model 1227 provides extensive standard features. Model 1237 provides additional features for special industrial applications.

Permanent Magnet Motor Speed Controllers provide smooth and precise operating control, providing maximum user confidence. Model 1228 fully complies with European and US regulations and is fully programmable.

Curtis Model 1230 programmable speed controllers provide smooth and seamless control of AC induction motors. An advanced MOSFET power section, combined with a sophisticated microprocessor provides high efficiency, silent operation and reduced motor maintenance.

Advanced motor drive software provides smooth control over full speed and torque in all modes, including full regenerative braking, zero speed, and torque control. Specialized I/O and software features allow economical and effective control of electromagnetic brakes and hydraulic systems.

AC Induction Controller. Advanced motor drive software provides extremely smooth control over full speed and torque ranges in all modes including full regenerative braking, zero speed, and torque control.

The Curtis Model 1238-75 provides control of AC induction motors performing on-vehicle traction drive duties. It offers vehicle developers a highly cost-effective combination of power, performance and functionality.

SepEx® programmable controllers provide smooth and seamless regenerative control of separately excited motors. an advanced MOSFET power section, combined with a sophisticated microprocessor provides very high efficiency, silent operation and reduced motor and battery losses.

SepEx™ programmable controllers provide smooth and seamless control of separately excited motors. An advanced MOSFET power section provide3s very high efficiency, silent operation and reduced motor and battery losses.

Model 1253 is a high-[power hydraulic pump controller which provides both digital input and analog throttle based control of DC series wound motors. It features microprocessor based logic with programmable parameters and offers maximum flexibility for
minimal cost.

Pump Systems COntroller is specifically engineered to the unique characteristics of hydraulic motor and valve control,. Includes an advanced MOSFET power section and sophisticated microprocessor for high efficiency, silent operation, flexibility and ruggedness.

Curtis PMC Model 1266 SepEx® controllers are programmable and microprocessor based, with an advanced MOSFET power section for smooth and seamless control of separately excited motors.

Curtis PMC Model 1268 SepEx™ controllers are programmable and microprocessor based, with an advanced MOSEFT power section for smooth and seamless control of separately excited motors.

Integrated System Controller combines traction and hydraulic motor control into a single compact unit. Controllers are used with vehicles such as electric pallet movers, walkies, stackers, order pickers and other small industrial vehicles.

This Integrated AC Traction & Hydraulic System controller combines advanced AC traction motor control with solid state DC hydraulic pump and proportional valve control to provide a complete economical integrated package.

The Curtis 1307 and 1311 allows you to program, test, and diagnose Curtis PMC controllers. The programmer is powered by the host controller, via a modular connector located in the front of the controller. The programmer is operated via an 8-key keypad.

Curtis Model 1310 Vehicle System Controller works in conjunction with Curtis CAN-based motor controllers and other CAN open devices. It uses the industry standard 2 wire CAN-bus technology, 1310 integrates direct digital and analog signals with application-specific software.

The Curtis Model 1314 PC Programming Station simplifies programming, testing and diagnosing Curtis speed controllers and auxiliary devices and provides database and tracking features.

The Curtis Model 1352 eXM CANbus Hydraulic Input/Output Extension Module can be added to any CANbus based control system utilizing the CANopen communication bus protocol. It provides a simple, flexible method of controlling up to 6 proportional hydraulic valves, or can be used to connect additional digital and analog I/O to a CANbus system.