The Taarup KT99408062 is a genuine hydraulic motor, specifically an OMM 20 model, designed for various agricultural machinery. This robust motor features a displacement of 20 cm³/rev and a 16 mm diameter shaft. It utilizes a 2-hole oval flange for mounting and G 3/8 ports for hydraulic connections, with an additional G 1/8 drain port. Operating at a maximum speed of 1950 rpm, it delivers a maximum torque of 26 Nm and withstands pressures up to 140 bar. It is an essential component for hydraulic systems in Taarup and Kverneland equipment, cross-referenced with Danfoss 151G0001.
Taarup, a brand with a long history in agricultural machinery, originated in Denmark. While specific founding details can be difficult to pinpoint, the company established itself as a significant player in the forage harvesting sector. Over the years, it has become recognized for its contributions to efficient hay and silage production, eventually becoming part of a larger agricultural equipment group.
The brand is primarily known for its range of forage harvesting equipment, including disc mowers, tedders, and rakes. These machines are designed to deliver high cutting performance and durability, crucial for demanding agricultural conditions. Taarup equipment has been utilized by farmers seeking reliable solutions for processing green fodder and preparing it for storage.
At Partao, you can find a comprehensive selection of genuine Taarup spare parts. Our catalog includes top categories such as Axle Assemblies, Bale Handling Equipment, Ball Bearings, Bearing Housings, and Belt Tensioners. Over 262 genuine Taarup spare parts are available at Partao.
Farmers and agricultural contractors often choose Taarup for its reputation for robust construction and effective performance in forage management. The equipment is particularly valued in regions where efficient hay and silage production are critical for livestock farming. Its machines are built to withstand rigorous daily use, ensuring long-term operational reliability and minimizing downtime during critical harvesting periods.