Roboteq, Inc

Motor Controller targets mobile robots and AGVs.
Agricultural & Farming Products

Motor Controller targets mobile robots and AGVs.

Capable of directly driving 2 DC motors up to 60 A each, at up to 50 V, Model MDC2250 accepts commands and can switch automatically from analog joystick, R/C radio, USB, or RS232 interface. Unit incorporates Basic Language Interpreter capable of executing over 50,000 Basic instructions/sec. Featuring 4.2 x 5.25 in. open frame design, controller supports up to 4 analog, 6 digital, and 4 pulse...

Read More »
Agricultural & Farming Products

Dual-Channel DC Motor Controller targets mobile robots.

Able to directly drive up to 120 A on each channel at up to 60 V, AX2860 accepts commands from R/C radio, analog joystick, or RS232 interface. Channels can be operated independently or combined to set vehicle direction/rotation, and motors may be operated in open- or closed-loop speed mode. Along with intelligent current sensing and controlling, features include inputs for 2 Quadrature Encoders...

Read More »
Architectural & Civil Engineering Products

DC Motor Controller/Driver targets robotic vehicles.

Microcomputer-based, dual channel Model AX1500 directly drives up to 30 A on each channel at up to 40 V. Fitted on 4.2 x 4.2 in. board, controller accepts commands from R/C radio or serial port interface. Two channels can be operated independently or combined to set direction and rotation of vehicle. Intelligent current sensing and controlling limits each channel's power output to 30 A for...

Read More »
Controls & Controllers

Dual-Channel DC Motor Controller works with mobile robots.

Able to directly drive up to 60 A continuous on each channel at up to 40 V, microcomputer-based AX3500 is fitted on 4.2 x 6.75 in. board and accepts commands from R/C radio or serial port interface. Channels can be operated independently or combined. Along with intelligent current sensing and controlling, product features in-field programmability, inputs for 2 quadrature encoders up to 250 kHz,...

Read More »
Motor Controller is suited for mobile robots.
Controls & Controllers

Motor Controller is suited for mobile robots.

Microcomputer-based, dual-channel, DC motor controller AX2850 directly drives up to 120 A on each channel at up to 40 V. Both channels can be operated independently or combined. Unit accepts commands from R/C radio or serial port interface and includes inputs for 2 Quadrature Encoders, up to 250 kHz, and 4 limit switches for speed and odometer measurement. Unit also features intelligent current...

Read More »
Motor Controller drives robotic vehicles.
Controls & Controllers

Motor Controller drives robotic vehicles.

Microprocessor-based, dual-channel DC Model AX2500 directly drives up to 120 A on each channel at up to 40 V. Channels can be operated independently or combined. Controller accepts commands from R/C radio or serial port interface. Intelligent current sensing and controlling automatically limit each channel's power output to 120 A for time typically required to accelerate or stop robot. Extruded...

Read More »
Motor Controller targets mobile robots and AGVs.
Agricultural & Farming Products

Motor Controller targets mobile robots and AGVs.

Capable of directly driving 2 DC motors up to 60 A each, at up to 50 V, Model MDC2250 accepts commands and can switch automatically from analog joystick, R/C radio, USB, or RS232 interface. Unit incorporates Basic Language Interpreter capable of executing over 50,000 Basic instructions/sec. Featuring 4.2 x 5.25 in. open frame design, controller supports up to 4 analog, 6 digital, and 4 pulse...

Read More »
Agricultural & Farming Products

Dual-Channel DC Motor Controller targets mobile robots.

Able to directly drive up to 120 A on each channel at up to 60 V, AX2860 accepts commands from R/C radio, analog joystick, or RS232 interface. Channels can be operated independently or combined to set vehicle direction/rotation, and motors may be operated in open- or closed-loop speed mode. Along with intelligent current sensing and controlling, features include inputs for 2 Quadrature Encoders...

Read More »
Architectural & Civil Engineering Products

DC Motor Controller/Driver targets robotic vehicles.

Microcomputer-based, dual channel Model AX1500 directly drives up to 30 A on each channel at up to 40 V. Fitted on 4.2 x 4.2 in. board, controller accepts commands from R/C radio or serial port interface. Two channels can be operated independently or combined to set direction and rotation of vehicle. Intelligent current sensing and controlling limits each channel's power output to 30 A for...

Read More »
Controls & Controllers

Dual-Channel DC Motor Controller works with mobile robots.

Able to directly drive up to 60 A continuous on each channel at up to 40 V, microcomputer-based AX3500 is fitted on 4.2 x 6.75 in. board and accepts commands from R/C radio or serial port interface. Channels can be operated independently or combined. Along with intelligent current sensing and controlling, product features in-field programmability, inputs for 2 quadrature encoders up to 250 kHz,...

Read More »
Motor Controller is suited for mobile robots.
Controls & Controllers

Motor Controller is suited for mobile robots.

Microcomputer-based, dual-channel, DC motor controller AX2850 directly drives up to 120 A on each channel at up to 40 V. Both channels can be operated independently or combined. Unit accepts commands from R/C radio or serial port interface and includes inputs for 2 Quadrature Encoders, up to 250 kHz, and 4 limit switches for speed and odometer measurement. Unit also features intelligent current...

Read More »
Motor Controller drives robotic vehicles.
Controls & Controllers

Motor Controller drives robotic vehicles.

Microprocessor-based, dual-channel DC Model AX2500 directly drives up to 120 A on each channel at up to 40 V. Channels can be operated independently or combined. Controller accepts commands from R/C radio or serial port interface. Intelligent current sensing and controlling automatically limit each channel's power output to 120 A for time typically required to accelerate or stop robot. Extruded...

Read More »

All Topics