LH4-20Y/18WG/400 Gas Recovery Device

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Description

The LH4-20Y/18WG/400 SF6 gas recovery device is an innovative, independently developed solution designed for the efficient recovery and vacuumization of SF6 gas from insulated switchgear. This advanced device not only facilitates the filling of SF6 gas into switchgear but also adheres to the stringent standards outlined in DL/Y622-2009, ensuring reliability and safety. With its compact design and state-of-the-art technology, this gas recovery device stands out in the industry.

Main Features:

  • Positive and negative pressure recovery functions with low residual voltage during gas recovery.
  • Utilizes a double-pole vortex sliding-vane rotary vacuum pump for accelerated vacuuming speeds.
  • Incorporates an efficient purification system with a dust-cleaning device to ensure clean and dry SF6 gas.
  • Gas storage tank features external plastic spraying and internal copper plating, equipped with a liquid level meter for maintaining internal cleanliness.
  • Intelligent heating and filling system that guarantees a stable filling temperature.
  • Electromotor control enhances performance safety.
  • High-precision vacuum measuring instrument with imported transducers.
  • User-friendly operation with low noise levels, stable performance, and a compact aesthetic design.
  • Automatic motor adjustment for added safety and reliability.

Specifications

Parameter Unit Value Parameter Unit Value
Max. exhaust pressure MPa 4 Max. storage pressure MPa 4
Reclaim gas speed m³/h 20 Reclaim initial pressure MPa ≤0.8
Reclaim end pressure kPa ≤15 or ≤0.133 Ultimate vacuum Pa 10
Filling speed m³/h 5 Leakage rate per year <1%
Vacuumizing speed m³/h 60 Noise dB ≤75
Moisture content µL/L ≤40 Power supply 380V 50Hz
Oil control µg/g 0 Max. Storage Content kg 400
Dust control µm 1 Weight kg ≈1100
Ambient temperature °C -10~40 Outline dimension (L×W×H) mm 2050×1100×1840

Additional Information

This gas recovery device is essential for industries utilizing SF6 gas, ensuring safety and efficiency in operations. Regular maintenance and adherence to operational guidelines will enhance the longevity and performance of the device.

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