- 01 Environment
- 02 About Us
- 03 Products
- 04 SF6
- 05 Applications
- 06 Academy
Available in multiple versions to meet all equipment size needs:
CAR116-01 Giant Classic + Vacuum 100
CAR116-02 Giant Classic + Vacuum 200
CAR117-01 Giant High Performance + Vacuum 100
CAR117-02 Giant High Performance + Vacuum 200
Ideal for: Big volumes GIS and Particles accelerators
4 functions in one cart: Air Vacuum, Recovery, Refill and Filtering of SF6 gas, also simultaneously
Recovery of SF6 gas from equipments down to a pression less than 1 mbar abs
Storage in cylinder in liquid state up to a pression of 50 bar
Recycling in autonomy: the integrated filter allows the reduction of humidity levels and the elimination of gases resulting from the SF6 decompostion
• SF6 gas Recovery and storage in cylinder in a liquid state up to a pressure of 50 bar
Final attainable absolute pressure in compartment < 1 mbar abs (in compiliance with CEI EN62271-4*)
• Air evacuation
Final attainable absolute pressure in compartment < 1 mbar abs
• SF6 gas Refilling from a cylinder at adjustable pressure
• SF6 gas Filtration and moisture abatement both in Recovery and Refilling phase
• SF6 gas Filtration and particulate abatement both in Recovery and Refilling phase
• Measurement of humidity of SF6 gas recovered and refilled
* the standard CEI EN62271-4 requires the achievement of 5 mbar abs
Dimensions
L 2210 mm, W 1900 mm, H 1710 mm
Weight
CAR116-01: 2150 kg
CAR116-02: 2250 kg
CAR117-01: 2400 kg
CAR117-02: 2500 kg
Power supply
400 V – 50 / 60 Hz three-phase
Dry SF6 Compressor
CAR116-XX:
Nominal Flow Rate 34 Nm3/h
Maximum discharge pressure 50bar
CAR117-XX:
Nominal Flow Rate 84 Nm3/h
Maximum discharge pressure 50bar
Dry SF6Suction Pump
CAR116-XX:
Nominal Flow Rate 40 Nm3/h
Final pressure achievable < 1mbar
CAR117-XX:
Nominal Flow Rate 90 Nm3/h
Final pressure achievable < 1mbar
Air vacuum pump
CAR116-01, CAR117-01:
Nominal Flow Rate 100 Nm3/h
Final pressure achievable < 1mbar
CAR116-01, CAR117-02:
Nominal Flow Rate 100 Nm3/h
Final pressure achievable < 1mbar