A set of brushless motor controller 72v 3000w for a scooter, quad go-kart

Drive set - BLDC motor 72V 3000W + RED EDITION 4 controller - 72V 3000W POWER CARS ™ brand set

Brushless motor type BLDC 72V 3000W

Tuning controller for brushless motors 72V 3000W type Red Edition 4

Set of a specially selected type of motor with controller/driver with higher power than the engine itself. This connection means that the controller does not block the engine's power and we obtain greater peak power, greater resistance to overloads and a longer life of the set. Recommended for driving and tuning electric vehicles, in particular POWER CARS, mini go-karts, scooters, mini quads, ATVs and the so-called pocket bikes 1tp.

The set is adapted to work with any type of power supply, such as gel and AGM gel batteries, sets built on Lipo cells, etc., etc.

Programming and connecting the controller - connect the controller according to the following order:

Controller power supply - two thick connect the red (plus) and black (minus) wires to the battery pack according to their colors (although the controller has its own protections, we suggest installing a MAXI fuse between the battery pack and the controller).

Motor - 3 thick wires powering the motor (green, blue , yellow) to their engine color equivalents

Hall sensors - connect the 6th foam cube in the controller (checking whether the cable colors match) to the 6th stem cube of the engine. If the motor does not have Hall sensor outputs, we skip this step.

Switch on the controller - connect the orange wire labeled 'Electric door lock' to the plus supplying the controller. The output between the battery positive and this wire can be connected to the ignition/switch.

Programming - engine detection - (IMPORTANT - at this point the handle/pedal cannot be connected to the controller): Method I - connect the white wires marked 'Intelligent recognition' ' for 10 seconds, during which the engine will start working and the controller will detect its parameters, then disconnect the white wires. If the motor is to run in the opposite direction, reconnect the white wires marked 'Intelligent recognition' for 10 seconds. Method II - manually turn the engine in the direction you are interested in so that the engine makes at least 2 revolutions, then connect the white wires marked 'Intelligent recognition' for 10 seconds and then disconnect them. After disconnecting the white wires, the steering wheel

Intended use - electric vehicles with a DC 72V power supply:

Mini quads

Mini go-karts

Scooters

Bicycles

ATV

Mini buggies

POWER CARS

other electric vehicles

Recommended by POWER CARS ™ Team

Controller technical data:

Voltage: 72V

Driver power: 3000W

Output current: 55A

Type of control connectors - MTW 2pin and MTW 3pin

connector Weight: 1.82kg

Engine specifications:

Voltage: 72V

Power - 3000W

Consumption - 7.2/43A

RPM / Revolutions under load - 4900

RPM / No-load revolutions - 5800

Sprocket - 11T for T8F

chain Phases - 3

Weight - 4.6 kg

Main output functions (outgoing wires):

Electric door lock - turning the controller on/off

Speed control handle - connecting the handle, accelerator pedal, etc. with a Hall sensor

Intelligent recognition - automatic detection and programming of the engine type and direction of rotation.

Shift three speed gear - 3 forward gears 80% (black with gray), 100% (disconnected), 120% (black with pink)

Reverse gear - reverse gear

Low lever breake - connecting the brake / cuts off the controller when braking

High level brake - brake light sensor / detects voltage in the brake light circuit / cuts off the controller when braking

Anti theft alarm power - alarm power supply / additional DC output with a voltage equal to the installation voltage

Anti thef alarm signal - connecting modules alarm

Multiple data meter - speedometer sensor

Conventional meter - speedometer sensor

Internal functions of the controller:

Intelligent volage - automatic detection of 60 or 72V DC voltage

Super mute - control that silences the engine when starting and accelerating the vehicle

Undervoltage protection - battery protection - when the batteries approach their minimum voltage, the controller will cut off the power, protecting the batteries from full discharge and damage to the batteries.

Overcurrent protection - protection against too high current

Anti-Blocking function - a function that detects a stopped engine, which after 3 seconds disconnects the power supply, protecting both the motor and the controller against additional overload

MOS tube short circuit protection - automatic detection of damaged power amplifiers will turn off the controller when even one of them is damaged to protect the others.

Permanent power off - permanent power off, many others controllers, even though they are turned off, continue to draw power from the batteries until they are completely depleted, which ultimately damages the batteries.