MOTOR
CONTROLLERS

MOTOR
CONTROLLERS

Brushless, Brushed, or AC Induction motor? Single, dual or even
three channels? Servo, Hub or Outrunner motor? From a few Watts
to 30kW, Roboteq has the world’s widest range of low-voltage,
high-current Motor Controllers for your battery-operated systems.

Brushless, Brushed, or AC Induction motor? Single,dual
or even three channels? Servo, Hub or Outrunner motor?
From a few Watts to 30kW, Roboteq has the world’s
widest range of low-voltage, high-current Motor
Controllers for your battery-operated systems.

Helping Make Your Robot Mobile...

Helping Make Your Robot Mobile...

Mobile Robots need two motors to move and steer.
Only Roboteq can make this work with a single controller.
Compared to the traditional One Motor/One Controller
approach, the Dual Channel is simpler, cheaper, safer
and easier to integrate and maintain.

Mobile Robots need two motors to move and steer.
Only Roboteq can make this work with a single controller.
Compared to the traditional One Motor/One Controller
approach, the Dual Channel is simpler, cheaper, safer
and easier to integrate and maintain.

Optical Flow Sensor

Optical Flow Sensor

Operating like an optical mouse but with higher
precision and greater distance from the reference
surface, Roboteq’s unique Optical Flow Sensor provides
information about the robot’s travelled distance
and speed to aid navigation
and to improve functional safety.

Operating like anoptical mouse but with higher
precision and greater distance from the reference
surface,Roboteq’s unique Optical Flow Sensor
provides information about the robot’s travelled
distance and speed to aid navigation
and to improve functional safety.

Line-Following is the simplest and most reliable guiding
technique for AGVs. Roboteq’s Magnetic and Optical
Guide Sensors report the position of a magnetic or
reflective track on the floor. Add one of our many
dual channel motor controllers and build an
autonomous robot with only two components

Line-Following is the simplest and most reliable
guiding technique for AGVs. Roboteq’s Magnetic and
Optical Guide Sensors report the position of
a magnetic or reflective track on the floor. Add one of
our many dual channel motor controllers and build
an autonomous robot with only two components

Magnetic and Optical
Line Following Sensor

Magnetic and Optical
Line Following Sensor

1.2

Battery Management
Systems

Battery Management
Systems

Roboteq’s BMS10x0 is a battery management and protection
system for building cost-effective, customizable, ultra-efficient
and high current power sources using all Lithium
Ion chemistry batteries. Roboteq’s BMS10x0 is a Centralized System
for 6 to 15 cell Battery Packs and incorporates versatile, configurable
system and cell parameters.

Roboteq’s BMS10x0 is a battery management and protection
system for building cost-effective, customizable, ultra-efficient
and high current power sources using all Lithium
Ion chemistry batteries. Roboteq’s BMS10x0 is a Centralized System
for 6 to 15 cell Battery Packs and incorporates versatile, configurable
system and cell parameters.

Ideal for Low Voltage -
High Current Applications

Ideal for Low Voltage -
High Current Applications

With all of the features of the BMS10x0 combined
into one product, its applications are almost limitless.
Whether it’s mobile robots, electric vehicles, or personal
mobility devices, the BMS10x0 is the ideal battery
management system for any 12V to 60V device or system
employing an ion lithium battery pack of 10 to 1000Ah capacity.

With all of the features of the BMS10x0 combined
into one product, its applications are almost limitless.
Whether it’s mobile robots, electric vehicles, or personal
mobility devices, the BMS10x0 is the ideal battery
management system for any 12V to 60V device or system
employing an ion lithium battery pack of 10 to 1000Ah capacity.

Robopads Charge
System

Robopads Charge
System

Roboteq's RoboPads charging contact system offers a
precision, high current charging solution for mobile robots
and Automated Guided Vehicles (AGV). It is composed
of a charge contacts base that is typically affixed
on the floor, and a collector unit with extendable contacts,
mounted on the robot. RoboPads utilize magnets to
control the connection and disconnection action
automatically, while using no additional power from the
mobile systems batteries. The base’s ultra-low profile, and the
collector’s extension range, allows for far more compact
charging configurations over any other charge system.

Roboteq's RoboPads charging contact system offers a
precision, high current charging solution for mobile robots
and Automated Guided Vehicles (AGV). It is composed
of a charge contacts base that is typically affixed
on the floor, and a collector unit with extendable contacts,
mounted on the robot. RoboPads utilize magnets to
control the connection and disconnection action
automatically, while using no additional power from the
mobile systems batteries. The base’s ultra-low profile, and the
collector’s extension range, allows for far more compact
charging configurations over any other charge system.