Q:I am writing to see if you have any kind of instructions to install the hub motors and controllers I purchased from leafmotor.

I received two 36V hbl hub motors along with two lcc-001 controllers.
I did not receive any instructions as to how to install them.

The wires are labeled as follows:(heavy gauge wires)
Black has a dash – goes to the battery negative
Red is connected to a male connector with a smaller purple wire that says Power Switch and that goes to Battery positive.
The following I am not sure of:
Green says Mb
Blue says Mc
Yellow says Ma

The lighter gauge wires from the 12 pin connector are as follows:
Red goes to Power Switch terminal (mentioned above)
Black goes to the center of the 3 pin connector and to the 4 – 2 pin connectors
White goes the brake plug
Purple goes to the reverse plug
Green goes to the 3 pin connector
Brown goes to the horn plug
Smaller red goes to the 3 pin connector
Orange goes to the cruise connector

I do have a few questions about the power & horn switches and the speed controllers.

1. Can I use one switch for each of the functions below?
a) one switch to turn power on and off for both controllers?
can this be a simple on-off toggle type switch?
b) another switch to activate both horns?
can this one be a momentary push button switch?
c) and another switch to control the speed of both hub motor?
what type of switch is needed for this function?

2. How can we control wheel speed when turning as one wheel would need to spin slower than the other throughout the radius when making a left or right hand turn?

Note: I do not have handle bars on this vehicle. It is a four wheeler and it uses a rack and pinion steering system with a steering wheel. I would need to have switched that can be mounted on a flat surface instead of on handle bars.

Q:I have some trouble with my electric bike again. This time the battery is okay, but hub motor is totally “dead”. The bike just stopped when I was driving. Do you have any suggestion about what to do? Is there any fuses or something else to check? All the wires are okay. Can you help me?
A:If you make sure the wires are okay. I think the problem possible comes from battery.
Case maybe when you measure the voltage of your battery,it is standard voltage,but when you need to run your wheel,the voltage will jump down less than the voltage which can drive the controller work.
You need to measure the voltage of your battery when your bike works. Not always need the motor works,just need to connect all wires and push your throttle.
See the voltage change from your battery.
Q:nothing is happening with the battery when I turn on the engine. The voltage is standing on 41 volt all the time, nothing is happening. I have opened the controller and checked the led lamps and the light is on on led 1 and in led 2 is the light blinking 6 times and then a short stop and then it´s blinking 6 times again.
So I wonder that the problem is, is it the wheel or the controller or the throttle, is there a way to test which part it is or do you have a clue? Is there any part that I need to replace with a new?
A:Could you tell me what kind of controller you use?
The problem may come from the controller.
1.Throttle
red wire and black wire: 5V
2.Hall sensor(five wires)
red wire and black wire:5V
Q:I have been doing these tests and the results is:
on number 1 (trottle)= 4.5V
and number 2 (hall sensor) = 1.2V
so it´s not the same as you have.. the battery is 41V
hoping that you can figure something out from this!
Measure the controller:
1.Disconnect five hall sensor wires from the motor
2.Measure the hall sensor(red and black) wires from controller
Hall sensor from controller(five wires)
red wire and black wire:5,13V When unplugged and 1,32V when inplugged

black wire and green wire: 5,13M Ohm
black wire and blue wire:5,12M Ohm
black wire and yellow wire:5,09M Ohm

So this means that hall sensors are broken?
What shall we do?
Is it possible to repair or change these sensors?

Hub motor is an electric motor that is an important part for electric bike.A common bicycle with a motorized wheel(hub motor) is an electric bicycle.

1.According as your size of rim,it has 6″ 8″ 10″ 12″ 14″ 16″ 18″ casting hub motors and 20″ 24″ 26″ 700c and 28″ electric bike hub motors
From 6″ to 18″,the rims are much smaller,so always casting hub.And used for electric scooters,electric tricycles,sometimes also used for folding electric bicycles.
From 20″ to 28″,because of rims are much bigger,always use spokes to fit.And used for electric bicycles.

2.According as whether has “brush”,it has two types:brushless hub motor and brushed hub motor
Brushless hub motor is make up of aluminium hub,aluminium covers,axis,bearings,copper winding, rotor,hall sensor..
Brushed hub motor is make up of aluminium hub,aluminium covers,axis,bearings,gear box(several gears inside),printed copper slice,two pcs of brushes..

The brushless hub motor’s principle:electromagnetic fields are supplied to the stationary copper windings of the motor. The hub(outer part of the motor)follows, turning the attached wheel.

The brushed hub motor’s principle:energy is transferred by brushes contacting the rotating shaft of the motor that drive gears,then drive hub.

With the advantage of brushless hub motor,it used for electric bike widely.

According as use,it also called electric bike hub motor.
According as current,it has ac and dc hub motor.But nearly all of hub motors are direct current(DC).

Q:Received my DIY e-bike kit,18″ front wheel 48V 1000W hub motor with brushless motor controller,done installed on tricycle,test system,load 300pl on motor that still had enough power.
But one issue:I want to make tricycle reverse,help…

A:Please find a 2-pin connector(purple and black wires) from controller and jump these two wires,also can use a ON/OFF switch to control it.

BTW,connect wires according as below connecting.Make a sample:
1.Forward.
Motor ——– Controller
Thick yellow wire ——– Thick yellow wire
Thick green wire ——– Thick green wire
Thick blue wire ——– Thick blue wire

Motor hall ——– Controller hall
Thin yellow wire ——– Thin yellow wire
Thin green wire ——– Thin green wire
Thin blue wire ——– Thin blue wire
Thin red wire ——– Thin red wire
Thin black wire ——– Thin black wire

2.Reverse.
Exchange thick yellow and green wires and thin green and blue wires can make system backward.
Motor ——– Controller
Thick yellow wire ——- Thick green wire
Thick green wire ——- Thick yellow wire
Thick blue wire ——– Thick blue wire

Motor hall ——– Controller hall
Thin yellow wire ——– Thin yellow wire
Thin green wire ——– Thin blue wire
Thin blue wire ——– Thin green wire
Thin red wire ——– Thin red wire
Thin black wire ——– Thin black wire