ABS Linkage Flip-top Explosion-proof Electric Tracer Composite Eyewash

The use of electric tracing tropical heating, the pipeline plays the effect of insulation and anti-freezing. Electric tracing heat tape adopts self-limiting electric tracing heat tape and temperature control double temperature control system. It can effectively prevent the temperature control failure of the electric tracing tropical continuous heating, resulting in the pipeline water temperature continues to rise, causing secondary damage to the injured, and effectively protect the safety of the equipment.

An optional flow regulator can be used to adjust the water flow according to the pressure of the water source. This effectively prevents secondary injuries to the injured person due to high water pressure.

Technical Parameters

1.Manufacturing Standards：ANSI Z358.1-2014

2.Main material：SS304(Optional Q235 or SS316L)

3.Function：Eyewash and shower

4.Working temperature：-45℃～55℃

5.Applicable medium: Drinking water or clear water at room temperature and in line with sanitary standards

6.Nominal pressure：1.0MPa

7.Work pressure：0.2MPa～0.4MPa

8.Inlet size：Internal thread 1-1/4" (can be customized according to user requirements)

9.Drain size：Internal thread 1-1/4" (can be customized according to user requirements)

10.Shower flow：≥75.7L/min

11.Eyewash flow：≥11.4L/min,(The eyewash nozzle is equipped with a buffer device to prevent secondary damage to the injured eye due to excessive water flow)

12. Power supply: AC 220V 50HZ

13. Power: 240W

14. Explosion-proof grade: customized according to user requirements

15. Protection level: IP65 (can be customized according to user requirements)

16. Shower head: The standard configuration is ABS shower head (optional stainless steel shower head)

17. Eye wash nozzle: The standard configuration is SS304 eye wash nozzle

18. The product is equipped with a leakage protection system to prevent leakage from causing harm to users

19. The product can be equipped with DCS remote signal transmission system