RM720.00
60Amp 7V-45V SmartDrive DC Motor Driver (2 Channels)
Price RM720.00
Product SKU MDDS60
Size (L x W x H) 19 cm x 5 cm x 12 cm
Points Needed 66000
Availability Out Of Stock
Description

Description:

Finally, it is ready. The smart drive duo-channel 60Amp driver is here. After Cytron's 1st 10Amp smart drive, now we introduce the 60Amp version! It supports dual channels, 60A continuous current for each channel. Building combat/sumo robot become easy, choose motor+wheel, get high power battery, thick wire, connect it to MDDS60, choose a RC controller and you have a robot !! Do check the User's Manual for details. Quick Start Guide is here.

 

SmartDriveDuo60 has smart features of SmartDriveDuo10 with higher continuous current capability, 60Amp each channel. It even has brushless fan attached on the top cover to cool it! MDDS60 is ready with the capability to accept RC (Radio Control) signal for mix mode drive, analog voltage from potentiometer, PWM from microcontroller (Arduino, PIC, or any other microcontroller), and even controlled via UART (serial) command. The operation modes is configure by the DIP switch on MDDS60. The commonly used configurations are printed on bottom cover. High current MOSFETs are switching at 16KHz for quiet operation. To cover the driver properly and to mount the fans for cooling, we have added top and bottom cover! Nice!

 

With the on board temperature sensor, this smart driver is able to limit the output current stage by stage preventing itself from overheat and burnt! The peak current is 100A for 1 second and it will automatically limit the output current.

 

With MDDS60, you can now series up 3 SLA Battery to power your motor as it support up to 45V DC input. And you only require one power input to operate the motor and driver. Don't worry, 3-cell and 6-cell LiPo Battery are within the operating voltage :) Hey! It also come with battery low voltage warning feature, what else do you need?

 

* Do use proper wire/cable for battery and motor connection. Think jumper wire/cable cannot support high current application. We recommend using AWG8 Red and Black Multicore wire.