AZ39236 JOHN DEERE Hydraulic Motor
Price: 18 169,01 złnet
In stock
| Description | A hydraulic motor is an actuator in a hydraulic system that converts the energy of hydraulic fluid flow into rotational motion of agricultural machinery mechanisms. It is widely used in combines, tractors, seeders, headers, and other devices to drive augers, conveyors, fans, drive shafts, and working elements. |
| John Deere | Original JOHN DEERE spare parts guarantee reliable and efficient operation of tractors and combines. JOHN DEERE is a world leader in agricultural machinery production and is known for its high quality and innovation. Spare parts are manufactured according to the manufacturer's standards, ensuring their exact compatibility and durability. Using original parts prevents premature wear of components and ensures maximum equipment efficiency. The Art-Agro store offers all the necessary components for your agricultural machine. |
AZ39236 – Hydraulic Motor (Reverse/Reverse Motor), John Deere
AZ39236 is an original John Deere hydraulic motor used in the length-of-cut gearbox (reverse motor) on self-propelled forage harvesters.
Main features:
- Type: Hydraulic Motor / Reverse Motor
- Displacement: approximately 127,819 cm3
- Weight: approximately 18.3 kg (≈40.4 lbs)
- Used in the length of cut gearbox/feed roll reverser on John Deere 6000/7000 series combines/forage harvester, chopper and silo models.
Summary:
- Machine models using AZ39236:
- John Deere combines and forage harvesters: 6610, 6650, 6710, 6750, 6810, 6850, 6910, 6950, 7200, 7300 etc.
- Some models are equipped with a cut length/feed roll/reversing motor adjustment system that requires changing the feed direction or the feed roll direction.
Advantages:
- John Deere quality – reliability, durability and compliance with factory specifications
- High power and performance, suitable for heavy combine harvesters for forage and silage harvesting
- Stabilna praca przekładni regulacji długości cięcia i mechanizmu rewersyjnego zmniejsza zużycie i zwiększa wydajność przetwarzania plonów.

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