|Nominal voltage||AC 208 V up to 254 V|
|Temperature||< = +110 °C|
We design, supply and install complete Electrical Heat Tracing System which includes pannel,heating cable and thermal insulation. The Electrical Heat Tracing Systems are used in Safe & Hazardous Areas for various applications as anti freeze, anti condensation, temperature maintenance, surface heating.The main purpose of using Electrical Heat Tracing System is to compensate heat loss and helps in maintaining the process temperature.
Anti Freeze Applications:
For Cold Room Door frames, Drain Lines, Drip Trays, Glass Cabinet Windows, Cold Room Floors. Cold Water Pipelines to keep them warm to avoid freezing.
Anti Condensation Applications
To avoid Condensation of gases in gas sampling Instrumentation lines, CNG Test Skids.
Temperature Maintenance Of Viscous Fluids
To maintain Temp, of Viscous Fluids above their pour points such as Fuel Oils, LSHS, Fatty Acids, AOS Paste, Menthol, Edible Oils, Veg. Ghee, Resins, Paints, Wax.
To heat up Vessels & Tanks safely by surface heating; to avoid direct contact of Heater with product.
Temperature Maintenance Of Hot Water Lines
Maintaining Temp, of processed Pharma grade water lines in Pharmaceutical Industries. Maintain Temperature of hot water pipelines in Huge Hotels, Hospitals, Commercial Establishments to avoid re-circulation & wastage of valued water.
Heat Kit Assemblies
For Flow meters, Valves & other Irregular Shapes. To avoid cumbersome process of Heat Tracing & Insulation of these small units on field, we provide ready to use Heat Traced & Insulated Jackets.
Heat Tracing Of Skids
Heat Tracing & Insulation of complex pipelines & equipments of Fuel Oil Skids, Packaging Machines.
Steam To Electrical Conversions
Conversions of existing Steam Traced Projects to neat, clean & energy efficient Electrical Heat Tracing Projects.
Ex II 2G Ex e II 200 °C (T2), T3, T4 and
Ex II 2D Ex tD A21 IP 65 T 200 °C, T 195 °C, T 130 °C.
The self-limiting heating cable Type HSB is available with various nominal power ratings from 10 W/m to 60 W/m at 10 °C (maximum admissible work-piece temperatures of +120 °C power ON and +190 °C power OFF. The standard outer insulation jacket is made of fluorine polymer plastic for special applications which require chemical resistance and mechanical strength. Dependant on the cut-in temperature and respectively the cut-in current and the supplied voltages a maximum heating circuit length about 200 m is possible.
HSB System Overview: