Lift Out Barrier System with easily removed rails allowing easy access to machinery or areas where extra safety precautions are required. Manufactured in the UK out of 80 mm heavy duty square tubular steel for the upright posts and 100 x 50 mm box section for the rails. Heights 500 and 1100 mm.
Product Information
- Easy to remove rails allow easy access to machinery
- Posts constructed from 80mm heavy duty square tubular steel
- Rails constructed from 100 x 50mm heavy duty square tubular steel
- Mounted on square floor plates with pre-drilled fixing holes for fixing to the floor (fixings not supplied)
- Single Rail 500mm High
- Double Rail 1100mm High
- Model SBLR04 is 1220mm long
- Model SBLR06 is 1830mm long
- Model SBLR08 is 2440mm long
- Model SBLR10 is 3000mm long
- Standard lead time is 2 to 3 weeks (Manufactured to order)
Features
- The rails on this protective barrier system are easy to remove allowing cost efficient access to machinery
- Posts are constructed from 80mm heavy duty square tubular steel and the rails from 100 x 50mm tubular steel
- Mounted on square floor plates which are pre-drilled for fixing to the floor (fixings not supplied)
- Finish: Stove Enamel Yellow
Models and Specifications
| Product Code | Type of Unit | Description |
| SBLP12 | Corner Post | Weight kg: 6 Rail Height mm: Single: 500 mm |
| SBLP22 | Corner Post | Weight kg: 10.5 Rail Height mm: Double: 1100 mm |
| SBLP11 | End Post | Weight kg: 5.5 Rail Height mm: Single: 500 mm |
| SBLP12 | End Post | Weight kg: 10 Rail Height mm: Double: 1100 mm |
| SBLP13 | In-line Post | Weight kg: 6 Rail Height mm: Single: 500 mm |
| SBLP23 | In-line Post | Weight kg: 10.5 Rail Height mm: Double: 1100 mm |
| SBLR04 | Lift-out Rail | Weight kg: 9 Length mm: 1220 mm |
| SBLR06 | Lift-out Rail | Weight kg: 13 Length mm: 1830 mm |
| SBLR08 | Lift-out Rail | Weight kg: 17.5 Length mm: 2440 mm |
| SBLR10 | Lift-out Rail | Weight kg: 21.5 Length mm: 3000 mm |
Please note that for larger orders a forklift truck may be needed for offloading due to the weights of the barriers
