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10901.03 CIRCULATING GAS HEATER

10901.03 Vulcanic United Kingdom Sales

If you are looking for a reliable supplier where you can purchase the 10901.03 CIRCULATING GAS HEATER, you are in the right place. RADWARD sells all product groups belonging to the Vulcanic brand in the United Kingdom market, with fast delivery times and competitive prices.

10901.03 CIRCULATING GAS HEATER
Product10901.03
BrandVulcanic
SupplierRADWARD LTD
CountryUnited Kingdom
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Delivery time: Determined at the time of quotation
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Technical Specification

1 BODY 316L STAINLESS STEEL - DN 80 - NOT HEAT-INSULATED - Nature of the fluid: Gas - Fluid to be heated: Air or nitrogen - Total heating power (kW): 2 +5/ -10% - Supply voltage: 400 V Mono - Specific load (W/cm2): 1.7 - Minimum flow rate at rated power: 120 kg/h - Min/max operating temperature (°C): 5/110/150 - Max working pressure (bar.g): 14.2 - 1 DN 80 body, not thermally insulated - Body LN dimension (mm): 460 - Body material: 316L stainless steel - Internal treatment: without - External treatment: without - Inlet/outlet taps: 2" gas tapping - Material of the support legs: protected steel - Heat-insulating: Without - Safety device on the body: thermostat 0/300 °C with automatic reset - Equipped with 1 screw-on immersion heater (s) ref. 2077.13 - Unit power of an immersion heater (kW): 2 - Consists of 3 heating elements Ø 16 in Z3 CND 17-11-02 Brazed to an M77 x 200 steel plug - Connection box: H1 - Polyamide IP55 with 1 ISO 25 polyamide cable gland for cable Ø 9 to 18 mm - Safety device on the immersion heater: Without • APPARATUS GOVERNED BY ARTICLE 4§3 of PED 2014/68/EU - Fluid group: 2 (non-dangerous) - Minimum and maximum permissible temperature TS min/max (°C): 5/300 - Max permissible pressure PS (bar.g): 15 - Construction code: Standard Vulcanic - Mounting position: Horizontal • IMPORTANT: This device must be controlled by a regulation independent of the safety system and the outlet temperature of the fluid should be limited to the maximum temperature prescribed. Under no circumstances should the flow fall below the prescribed minimum value when the heater dissipates its rated power.