Technical Features
Microcomputer-based Digital Design
•Multiple operating modes
•Fully programmable using either
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•Simple operation
•Software upgradable with new features
Multiple Command Modes
•Serial port
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Multiple Motor Control modes
•Independent channel operation
•Mixed control (sum and difference) for
•Open Loop or Closed Loop Speed mode
•Position control mode for building high power position servos
•Modes can be set independently for each channel
Optical Encoder Inputs
•Two Quadrature Optical Encoders inputs
•250kHz max. frequency per channel
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•Inputs may be shared with four optional limit switches
Automatic Command Corrections
•Joystick min, max and center calibration
•Selectable deadband width
•Selectable exponentiation factors for each joystick
•3rd R/C channel input for accessory output activation
Special Function Inputs/Outputs
•2 Analog inputs. Used as
•Tachometer inputs for closed loop speed control
•Potentiometer input for position (servo mode)
•External temperature sensor inputs
•User defined purpose (RS232 mode only)
•One Switch input configurable as
•Emergency stop command
•Reversing commands when running vehicle inverted
•Up to 2 general purpose outputs for acces- sories or weapon
•One 24V, 2A output
•One
•Up to 2 digital input signals
•8 RC pulses outputs for connection to additional Roboteq slave controllers or RC servos
Built-in Sensors
•Voltage sensor for monitoring the main 12 to 40V battery
•Voltage monitoring of internal 12V
•Temperature sensors near each Power Transistor bridge
Advanced Data Logging Capabilities
•12 internal parameters, including battery voltage, captured R/C command, tempera- ture and Amps accessible via RS232 port
•Data may be logged in a PC or microcom- puter
•Data Logging Software supplied for PC
Low Power Consumption
•On board DC/DC converter for single 12 to 40V battery system operation
•Optional 12V backup power input for pow- ering safely the controller if the main motor batteries are discharged
•200mA at 12V or 100mA at 24V idle cur- rent consumption
•Power Control wire for turning On or Off the controller from external microcom- puter or switch
•No consumption by output stage when motors stopped
•Regulated 5V output for powering R/C radio. Eliminates the need for separate R/C battery.
High Efficiency Motor Power Outputs
•Two independent power output stages
•Dual H bridge for full forward/reverse oper- ation
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•Four quadrant operation. Supports regen- eration
•12 to 40 V operation
•User programmable current limit up to 60A depending on heatsink arrangement
•Single channel, 120A optional configura- tion
•Standard
•16 kHz Pulse Width Modulation (PWM) output
•Aluminum heat sink. Optional conduction cooling plate
Advanced Safety Features
•Safe power on mode
•Optical isolation on R/C control inputs
•Automatic Power stage off in case of elec- trically or software induced program failure
•Overvoltage and Undervoltage protection
•Watchdog for automatic motor shutdown in case of command loss (R/C and RS232 modes)
•Large and bright run/failure diagnostics on 7 segment LED display
•Programmable motors acceleration
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•Emergency Stop input signal and button
Compact Design
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•Efficient heat sinking. Operates without a fan in most applications.
•6.75” (171.5mm) L, 4.2” W (107mm),
1.25” (32mm) H
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•7.5oz (220g)
Ordering Information
ModelDescription
AX3500 | Dual Channel 60 SmartAmps DC Motor Controller with Optical encoder input |
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| 8180 E.Del Plomo Dr. | |
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| Scottsdale, AZ 85258 - USA | |
www.roboteq.com | |||||
