OFH-6600E-STD-SSS - Single Cylinder Floor Spring for Wood/Aluminium/Glass Door
The OFH-6600E-STD-SSS Single Cylinder Floor Spring is designed for wood, aluminum, and glass doors, offering smooth hydraulic control and reliable performance. Supporting doors up to 85 kg and 950 mm wide, it provides adjustable closing and final speeds for precise operation. Compatible with OPF-3E and OFS-ACC-TP/BP-E accessories, this model ensures easy installation and lasting durability. Available in SSS, BM, Phantom Grey, and Tan Brass finishes, it’s an ideal choice for modern commercial and residential applications.
- Application: Wood, aluminium, and glass doors
- Maximum Weight: 85 kgs
- Maximum Width: 950 mm
- Dimensions: 256x100x50 mm
- Closing Speed: 130°–10°
- Material: High-grade SS 304 cover
- Finish Options: BM, Phantom Grey, Satin Stainless Steel (SSS), Tan Brass
The OFH-6600E-STD-SSS Single Cylinder Floor Spring is crafted to deliver dependable, smooth door operation across a range of framed door installations, including wood, aluminum, and tempered glass systems. Engineered for moderate-use environments such as offices, retail frontages, and light commercial settings, it supports doors up to 85 kg in weight and up to 950 mm in width, striking a balance between strength and subtlety.
The unit includes a compact installation profile (cement box) measuring 256 × 100 × 50 mm (L × W × H), allowing for concealment in floor framing while maintaining robust mechanical support. Its hydraulic closing mechanism is tuned for reliability, with an adjustable speed sequence: main closing from 130° to 10°, followed by a final speed from 10° to 0°, ensuring a smooth, controlled close and secure latch.
Designed for system flexibility, the OFH-6600E-STD is fully compatible with OPF-3E and OFS-ACC-TP/BP-E accessories, streamlining installation and ensuring robust fit across various door configurations. The cover finishes are available in Satin Stainless Steel (SSS), Brushed-Matt (BM), Phantom Grey, and Tan Brass, offering architectural versatility to match design aesthetics.
