Description
REDJET XH-DJ007
Single-Beam Lighting Stand
The REDJET XH-DJ007 is a telescopic single-beam lighting stand designed for positioning compatible professional stage and event lighting equipment. It combines a 1.7–4 m working height with a 2 m beam featuring eight supplier-stated lamp mounting holes and a supplier-stated maximum load of 60 kg.
At a glance
-
1.7–4 m Adjustable Height:
Telescopic working range for different stage lighting positions. -
2 m Single Beam:
Beam specified as 2 m long with a supplier-stated 1.5 mm thickness. -
Eight Lamp Mounting Holes:
Eight lamp holes are specified by the supplier; mounting hardware and individual equipment compatibility require confirmation. -
60 kg Supplier-Stated Maximum Load:
Maximum load reported by the supplier, not an independently verified safe working load.
Technical details
Working height & load
| Model | XH-DJ007 |
|---|---|
| Product Type | Single-Beam Lighting Stand |
| Working Height | 1.7–4 m |
| Maximum Load | 60 kg (supplier-stated) |
Construction & mounting
- Mixed-Profile Telescopic Sections: Round and square tube sections for height adjustment.
| Beam Length | 2 m |
|---|---|
| Beam Thickness | 1.5 mm (supplier-stated) |
| Lamp Holes | 8 (supplier-stated) |
| Support Legs | Square tube 30 × 1000 mm (supplier notation) |
| Telescopic Sections | Round tube 60 / square tube 40 / round tube 35 (supplier notation) |
Weight & transport
| Net Weight | 23 kg |
|---|---|
| Packed Weight | 24.2 kg |
| Package Dimensions | 204 × 25 × 17 cm |
Applications & compatibility
Intended for positioning compatible lighting fixtures in stage productions, event venues and rental setups. The number of fixtures fitted must be determined by their combined weight, mounting requirements and the manufacturer’s approved loading arrangement.
Use only with appropriately rated mounting hardware and suitable supporting surfaces. The supplier-stated 60 kg maximum load is not an independently verified safe working load. Confirm the manufacturer’s operating instructions, securing method, load distribution and stand stability before lifting equipment.
