SIP Silvercut - Model 300 S FPC/FSC -Rear-Mounted Disc Mower

1. The specially shaped discs, made of 4 mm wear-resistant steel, ensure excellent forage flow and a long lifespan for the components.
2. In case of overloading, the cutter bar is protected by the DDSS system. It consists of an intermediate flange with four brass pins, which break in the case of an overload, thus preventing damage to other elements. Replacing pins is quick and easy.
3. The axis of the disk drive system is attached to the cutter bar with a double closed bearing, enabling it to withstand higher loads, thus ensuring a long service life of the cutter bar.
4. The QCS spring holder ensures that the blade retracts if it hits an obstacle. Blade holders are individually replaceable.
5. The wear skids are made of wear-resistant steel. The specially shaped wear skids with a large surface area protect the cutter bar and divert soil and sand under the cutter bar, thus reducing
6. forage contamination.

• Working width (m) 2,90
• No. of discs 7
• No. of blades 14
• Blade dimensions (mm) 110x48x4
• Discs rotation speed (rpm) 3000
• PTO rotation speed (rpm) 1000
• Weight (kg) 790
• Tractor power req. (kW/HP) 46
• Capacity (ha/h) 3,50
• Cutting height (mm) 40 - 70
• Swath width (m) 1,40 - 1,80
• Discs rotation paired
• Transport width (m) 1,86
• Transport height (m) 3,39

In the event of a collision with an obstacle the collision safety device is immediately released. Due to the special position of the hinge, the cutter bar simultaneously moves backward and upward. After colliding with an obstacle, the cutter bar automatically returns into the operating position. The sensitivity of the safety mechanism is freely adjustable.

The hydraulic ground pressure relief rate of the cutter bar can be easily and quickly adjusted before and during mowing.

The relief rate is visible on the manometer.

• The drive is connected to the first disc by the PTO shaft, an angle gear and a double universal joint.
• Discs rotating in pairs ensure a quick and efficient forage flow over the cutter bar.