Description
REDJET XH-DJ010
Double-Beam Lighting Stand
The REDJET XH-DJ010 is a telescopic double-beam lighting stand for positioning compatible stage and event lighting equipment. It offers a 1.2–3 m working height, a supplier-specified 1.5 m beam and 12 lamp mounting holes, with a supplier-stated maximum load of 60 kg.
At a glance
-
1.2–3 m Working Height:
Adjustable telescopic height for different stage lighting positions. -
Double-Beam Configuration:
Double-beam lighting support design with a supplier-specified 1.5 m beam length. -
12 Lamp Mounting Holes:
Supplier-specified mounting positions; the number of usable fixtures depends on approved mounting hardware and combined load. -
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-DJ010 |
|---|---|
| Product Type | Double-Beam Lighting Stand |
| Working Height | 1.2–3 m |
| Maximum Load | 60 kg (supplier-stated) |
Construction & mounting
- Mixed-Profile Telescopic Construction: Supplier-specified round and square tube mast sections.
| Beam Length | 1.5 m (supplier-stated) |
|---|---|
| Lamp Holes | 12 (supplier-stated) |
| Thickness | 1.5 mm (component unspecified) |
| Support Legs | Square tube 30 × 810 mm (supplier notation) |
| Telescopic Sections | Round tube 60 / square tube 40 / round tube 35 (supplier notation) |
Weight & transport
| Net Weight | 20 kg |
|---|---|
| Packed Weight | 21.5 kg |
| Package Dimensions | 180 × 25 × 17 cm |
Applications & compatibility
Intended for positioning compatible stage lighting fixtures in live events, venue setups and rental productions. Fixture quantities and mounting positions must be assessed against the combined load and approved mounting 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 manufacturer operating instructions, securing requirements, load distribution and stand stability before lifting equipment.
