Controller KT36/48SVPRCLB 36-48V 35A (sinus) Black
KT36/48SVPRMB Controller 36-48V 35A (sine) Black
The controller allows connection of front and rear lights, as well as a Bluetooth module.
This KT controller model is compatible with lights and BT modules only available from our store.
BUS-5 wiring harness compatible with the controller - Click here.
Upgraded version of the KT controller
MOSFETs (power transistors)
5V Power Module
Motor Thermal Protection
Quick Speed (25 km/h) and Power (250W) Limit
Bluetooth (BL)
Reverse Gear
KT SINE CONTROLLER
A sine wave controller. Compared to standard block controllers, it provides smoother riding, reduces energy consumption, and allows quieter motor operation.
The controller allows connection to:
CONTROLLER SIGNAL OUTPUTS
Front light
Rear light
Bluetooth module
Comments
When connected to a KT-LCD3 or KT-LCD8s display, the controller can be customized for specific setups, enabling features like pedal assistance, a speed limit of 25 km/h, current limiting, and more. The display is optional; the controller still operates without it, but with basic functionality.
On sine (and vector) controllers, the motor runs at about 8% less speed than specified but gains 8% more torque.
Do not use with BIONX or e-scooter motors, as they are incompatible with KT controllers and may cause serious issues.
The controller MUST NOT be installed in a plastic case unless it has ventilation holes. Make at least 4-8 holes of 15mm diameter in the case walls, plus a drain hole. The controller is splash-proof, so any water entering the case won’t cause damage.
he controller draws 35A, so the battery must support a minimum discharge rate of 35A.
Documentation
User Manual - Click here.
The store guarantees repair or replacement of equipment for up to 24 months for consumers and 12 months for companies from the date of purchase. Complete the complaint form available on the store's website.
What is not covered by the warranty?
- Errors in installation or maintenance
- Thermal damage (overheating)
- Modification/interference in the device casing
- Modifications/changes inside the device
- Mechanical damage caused by incorrect use of the product. e.g. damage from falls, excessive mechanical loads