In addition, our many years of experience in REMAN have enabled us to develop a wide range of test benches, including:
Hydraulic test benches
We have multiple test benches for testing hydraulic parts, such as hydraulic pumps and motors, valves, cylinders, and more. While all test benches are designed to simulate real-world working conditions, some of our hydraulic test benches are connected to a test truck, producing test results that perfectly replicate real-life conditions.
Transmission test benches
These test benches allow technicians to test transmissions of all sizes. The test bench for large transmissions is connected to a V8 diesel engine, while the one for smaller transmissions is connected to a hydraulic unit and the necessary electronics for continuously adjusting the rotational frequency and gear. These setups simulate real-life conditions, enabling us to check operating pressures, torque converter pressure, pump pressure, and gear-change pressure.
Reductor test bench
This test bench enables technicians to assess the performance of the gearboxes that provide the mechanical transmission between the electric motor and the wheels of an electric machine. Testing always happens under load to simulate real-world working conditions.
Functional test benches (‘test towers’)
Our functional test benches, also known as test towers, allow us to test hundreds of different electronic parts, such as motor controllers, joysticks, displays and timer modules. If a test returns an error code, this code indicates where the problem is located, making it easier to find a specific solution. A dedicated team of R&D specialists is constantly developing new test routines to accommodate new parts.
Universal and automated power test benches
Universal test benches can test large electronic parts under load, whereas automated power test benches perform high-power functional and endurance tests on electronic motor controllers. Both types are being developed to be fully automated, eliminating the need for a manual middleman and ensuring that each test is performed in exactly the same way.
Charger tester
Our charger tester enables technicians to test various types of chargers by simulating the battery charging process. The tester is currently being redesigned to be fully automated and more environmentally friendly. Instead of being wasted as unnecessary heat, the supplied power will be fed back into the grid.
Joystick endurance tester
The joystick endurance tester guarantees the highest quality of all the joysticks in our range. During testing, a joystick is moved back and forth continuously to determine exactly how many working cycles it lasts. To comply with our service-life standard for joysticks, they must meet or exceed the quality of new parts.