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The GFT160T3 hydraulic travel drive combines a planetary reduction gearbox with a compatible hydraulic motor configuration for tracked mobile equipment. It is designed to transmit hydraulic motor power through a reduction system to support the travel function of machinery such as excavators and other tracked equipment.
The listed GFT160T3 configuration has a maximum output torque of 160,000 N·m, six reduction-ratio options and a maximum input speed of 3,500 r/min. Hydraulic motor options include selected A2FE and A6VE series models. Final selection should be based on the required output torque, travel speed, hydraulic system, mounting dimensions and braking requirements.
The planetary gearbox reduces input speed and transmits torque to the travel mechanism. The reduction ratio should be selected according to the machine's required travel speed, operating load and drive-system configuration.
The supplied technical data lists A2FE107, A2FE125, A2FE160 and A2FE180 hydraulic motor options, as well as A6VE107 and A6VE160. Confirm the exact motor model, displacement, mounting interface and hydraulic operating requirements before ordering.
The listed maximum braking torque is 1,400 N·m, with a brake pressure range of 1.8–5 MPa. Brake specifications and suitability must be confirmed against the machine's operating requirements and applicable safety design.
Six ratios are listed for the GFT160T3: 117, 136, 164, 211, 249 and 305. The selected ratio affects the relationship between motor speed and gearbox output speed and should be matched to the required travel performance.
| Parameter | GFT160T3 |
|---|---|
| Model | GFT160T3 |
| Maximum Output Torque | 160,000 N·m |
| Reduction Ratios | 117 / 136 / 164 / 211 / 249 / 305 |
| Maximum Input Speed | 3,500 r/min |
| Maximum Braking Torque | 1,400 N·m |
| Brake Pressure | 1.8–5 MPa |
| Weight | 685 kg |
| Motor Series | Listed Models |
|---|---|
| A2FE | A2FE107 / A2FE125 / A2FE160 / A2FE180 |
| A6VE | A6VE107 / A6VE160 |
Technical note: The listed values are configuration data supplied for this product page. Confirm the approved technical drawing, allowable operating conditions, motor interface, output torque rating and braking specifications before installation or replacement.
Hydraulic travel drives are used in tracked construction equipment where hydraulic power must be converted into controlled travel motion. The appropriate drive must match the host machine's mass, travel speed and operating conditions.
A planetary travel drive can be considered for excavators and other tracked machinery that use a compatible hydraulic motor and final-drive arrangement. Installation dimensions, interfaces and braking requirements should be checked against the original equipment.
For applications with high traction demand, gearbox ratio, maximum output torque, motor displacement and duty cycle should be evaluated together. The GFT160T3 configuration should be used only when its verified operating limits are suitable for the intended equipment.
The planetary reduction stage transfers torque from the hydraulic motor to the output. Correct ratio selection and interface matching are important for travel performance and compatibility with the machine's drive system.
The motor converts hydraulic power into mechanical rotation. Motor displacement, available pressure, flow rate and input speed must be matched with the travel-drive specifications and hydraulic circuit.
Brake torque and brake actuation pressure must be checked against the machine's requirements. Do not assume that a drive's brake specification alone establishes the safety rating of the complete machine.
Before selecting the GFT160T3 or assessing a replacement travel drive, prepare the following information:
Original gearbox model: Provide the nameplate information and machine model where available.
Required output torque: Confirm the operating load and torque requirements.
Reduction ratio: Identify the required ratio and output speed.
Hydraulic motor: Specify the motor model, displacement and interface.
Hydraulic system: Provide available pressure, flow rate and operating conditions.
Mounting dimensions: Supply drawings or measurements for the input, output and mounting interfaces.
Braking requirements: Confirm brake type, actuation pressure and required braking performance.
Operating environment: Describe the machine's duty cycle, terrain and working conditions.
Payment: 30% deposit and 70% balance before shipment. Payment terms can be negotiated, generally by T/T.
Delivery: Confirm the lead time according to the selected model, configuration and order quantity.
Warranty: One-year after-sales warranty, subject to the agreed warranty terms.
Service: Online technical support and overseas technical service are available according to project requirements.
A hydraulic travel drive combines a hydraulic motor and reduction gearbox to deliver controlled rotational output to the travel mechanism of mobile equipment. Its specifications must match the host machine's hydraulic and mechanical requirements.
The supplied technical data lists a maximum output torque of 160,000 N·m. Confirm the applicable operating conditions and torque rating against the approved technical documentation.
The listed ratios are 117, 136, 164, 211, 249 and 305. Availability should be confirmed for the required motor and gearbox configuration.
The supplied data lists A2FE107, A2FE125, A2FE160 and A2FE180, along with A6VE107 and A6VE160. Exact compatibility depends on the mechanical interface and hydraulic requirements.
A replacement assessment should compare the original model, mounting dimensions, input and output interfaces, reduction ratio, torque rating, motor configuration and brake specifications. Direct interchangeability should be confirmed against the relevant drawings and equipment requirements.
Please provide the drive model, original nameplate details, required ratio, motor model, mounting drawing, operating requirements and order quantity. This information helps determine a suitable configuration for your equipment.
Kemer supports hydraulic travel-drive selection and OEM project evaluation based on gearbox ratio, output torque, hydraulic motor configuration, mounting dimensions and braking requirements.
Contact Kemer with your GFT160T3 requirements or original drive details to discuss technical specifications, configuration options and replacement compatibility.
