Differential drive with wandler means the input torque during DIWA operation is split between which?

Differential drive with wandler means the input torque during DIWA operation is split between which?

• A. mechanical
• B. automatic
• C. hydraulic
• D. electrical

Answer: (A)

The thing being tested is how torque sharing happens in a differential drive with a torque converter. In this setup, the actual division of engine torque between the drive paths is done by the mechanical gearing inside the differential. The wandler (torque converter) sits in the path to smooth and adapt torque from the engine, but it doesn’t route or split torque into hydraulic or electrical branches. The wheel-to-wheel distribution comes from the mechanical differential gears (side gears and spider gears) that divide torque based on wheel resistance during operation. So, during DIWA operation, the input torque is split mechanically.

The thing being tested is how torque sharing happens in a differential drive with a torque converter. In this setup, the actual division of engine torque between the drive paths is done by the mechanical gearing inside the differential. The wandler (torque converter) sits in the path to smooth and adapt torque from the engine, but it doesn’t route or split torque into hydraulic or electrical branches. The wheel-to-wheel distribution comes from the mechanical differential gears (side gears and spider gears) that divide torque based on wheel resistance during operation. So, during DIWA operation, the input torque is split mechanically.