| Product Name: RSR Introduction RSR self regulating heating cCables provide the most versatility in heat trace designs and applications. Constructed of a semiconductor heater between parallel bus regulating cable adjusts its output to independently respond to ambient temperatures all along its length. As temperature increasing, the heater’s resistance increases which lower the output wattage. Conversely, as the temperature decreasing, the resistance decreases and the cable produces more heat. So it is no need thermostat in some applications.It will never overheat or burnout even when wrapped by itself (overlapped). Also can be cut to any length. The result — an energy efficient heating cable. Technical data Output Wattage: 10, 17, 25，31，40(W/m) Maximum maintain temperature: 65°C Maximum exposure temperature: 110°C Minimum installation temperature: -40°C Work voltage: 110V-120V / 220-240V RSR Series RSR-P: Tinned copper metal braid RSR-PB: Thermoplastic outer jacket RSR-PF: Fluoropolymer outer jacket Max resistance of braid:≤18.2Ω/km Bus AWG Approvals: CE GOST Characters 1.Long life time: PTC semi-conductive quality and exnt technology. 2.Low energy consumption: Due to unique PTC property, the cable adjust the output power respond to ambient temperature. 3.Exnt heat resistance: PTC semi-conductive d by irradiation crosslinking reaction. High insulation resistance. 4.Cut to length: PTC semi-conductive ed of the infinite parallel connection of carbon particles, allowing it to be cut to the exact length required. 5.Easy for installation: ble, complex installation available, never overheat when overlapped. 6.Low starting current: PTC 3 layer co-extruded technology, low starting current and low Attenuation rate. 7.Cable durable: UV protection, high and low temperature resistant, weather resistant. Application RSR is ideally used for process temperature maintaince and frost protection of regular diameter pipeks,valves,flanges,roof & gutter de-icing and other application where low temperature is needed. It is suitable for hazardous area, also non-hazardous area and corrosive area with fluoropolymer outer jacket. |
