Electric rotary sieve Scheppach RS 400

The Scheppach RS 400 Electric Rotary Sieve is a 230 V, 50 Hz machine with a 360 W motor designed for sieving soil, compost and sand. It has a drum diameter of 40 cm, drum length of 90 cm and a throughput of up to 3 m³/h. The sieve uses a 10 x 10 mm mesh and a compact 700 mm width for convenient placement in garden or small production environments.

Advantages

The RS 400 offers adjustable drum angle and interchangeable mesh widths that allow precise separation of different materials. Its 360 W electric motor provides continuous operation for processing large quantities, while the robust construction supports use in both domestic and light industrial settings. The combination of a large drum and moderate footprint ensures efficient sieving without occupying excessive space.

Suitable for

• Sieving garden soil and compost
• Refining sand for children's sandpits
• Preparing substrate for planting or landscaping
• Small-scale material separation in craft or production workshops

Key specifications

• Power: 360 W
• Voltage/Frequency: 230 V / 50 Hz
• Maximum throughput: 3 m³/h
• Drum diameter: 40 cm
• Drum length: 90 cm
• Mesh size: 10 x 10 mm
• Width (compact): 700 mm
• Brand: Scheppach
• Model/MPN: 42030000
• EAN: 4014915010975

How to use

Place the RS 400 on a stable, level surface and connect it to a 230 V, 50 Hz power supply. Select an appropriate mesh or insert for the desired particle size and set the drum angle to optimise sieving speed and quality. Feed soil, compost or sand into the drum hopper and allow the rotary action to separate fine material from coarser particles. Collect the sifted material from the outlet and remove larger residues from the drum as needed. Switch off and disconnect the unit before performing any servicing or mesh changes.

Usage recommendations

For consistent results, avoid overfilling the drum and remove large stones or debris before feeding. Use the coarser mesh for initial sorting and finer mesh for final refinement. Regularly check and clean the mesh to maintain throughput and replace worn parts according to the manufacturer's guidance.