Description
The Kromschroder VK 125F10T5HA93 gas electromagnetic valve, art: 85311200 is part of the safety and automated gas supply control system for an industrial burner. It hermetically and quickly cuts off the flow. Designed for a pressure of 1 bar.
Features and key characteristics:
- electromagnetic normally closed Class A valve, group 2 according to EN161 with hydraulic drive;
- fast closing (response time < 0.8 sec.);
- gradual opening (maximum in 24 sec.);
- supply voltage 230 V, frequency 50-60 Hz;
- durable housing made of aluminum-silicon alloy;
- gas flow rate – maximum 363.1 m3/h;
- resistance to low-temperature effects;
- Viton-based seals resistant to hydrocarbon composition;
- for equipping industrial gas installations with a pressure of up to 1000 mbar;
- cleaning of the incoming flow from coarse particles with a built-in stainless steel mesh filter;
- reliable flanged connection with the gas pipeline, flange size DN 125;
- economical energy consumption;
- stable operation in external temperatures: -40...+60 °C;
- protection of the coil and contacts from dust and splashing according to IP54 standard;
- electrical connection – cable entry PG13.5.
Application
Kromschroder VK gas electromagnetic valves are built into various industrial installations operating on domestic, natural, liquefied, landfill gas, biogas or air. Areas of use: mining, oil refining, waste disposal, chemical plants, etc.
Characteristics
Manufacturer Part Number: 85311200Electric power: 9 WMaximum operating pressure: 1,000 mbarOperating ambient temperature: from -40 to 60 °CType of connection: cable entry PG13.5Opening time: 24 sMaximum gas consumption: 363.1 m³/hOutput connection: DN 125Closing time: 0.8 sSolenoid valves V1 and V2: Class AIntended for: gas burnersInput connection: DN 125Valve seat seal material: VitonDegree of protection: IP54Voltage: 220 V, 220 V
Information about the technical characteristics, appearance and color of the product is for reference only and is based on the latest information available at the time of publication