The fire thermal multipoints (thermocable) explosive security detector ÈÏ 102-2x2 (IP 102-2x2)
The detector provides the protection of chemical, wood re-making, metallurgy, oil and gas industry, it’s used also in food industry: oil-grease industrial complexes, breweries, elevators and so on.
The table of basic technical information and characteristic curve
The detector is produced in two views: in simply and in explosive security. It’s convenient for protection of cable canals, subways, for the apartments with the compound forms of the floor. Using this detector, it’s possibly to disclose early stage inflammations, in industrial apartments high about 20 m.
The detector can work in heavy conditions: the high humidity about 100 %; the wide diapason of temperature from mines 60 °C to plus 130 oC; the presence of aggressive environments ch 2 (x2) group; the presence of dust, vibrations, strong electromagnetic and electrostatic interferences.
The detector is used autonomous with reserve feed blocks, it’s accord with different monitoring receiver apparatus. This detector is certificated: Certificate for Fire Security; Certificate for Explosive Security; it's recognized by Russian Maritime Register of Shipping for using on river and sea vessels.
The size of conjugation’s block (controller) is 205x185x60 mm, the weight is 2,0 kg. The consumption current in operating mode, is not more than 4 mA. It’s possibly to make the detector with thermo-cell in metallic protection casing.
It’s possibly to link up to the controller about 300 m of fire thermoelectric multipoints detector-cable and to provide the protection about 2000 m2 of the apartment.
The detector is completed in addition with consisting of points thermocouple detectors ÄÏÒÒ (IP 54) for cisterns and holds protection, with handing detectors ÈÏÐ-Ê (IP 54), with contact’s temperature detectors ÄÒÊ1 (70°Ñ), ÄÒÊ2 (90°Ñ) and with all necessary elements for mounting in the objects.
The simple mounting, the economic and technical characteristics of detector give the real reduce of expense for object’s protection in 1,5 - 2 times by comparison with the protection of other facilities.
|¹||The designation of parameter||The value|
|1||Two pickups of rate of temperature increase, °C/min||(5±1,0) and (10±2,0)|
|2||The persistence of response, s||from 30 to 180|
|3||The consumption current, mA:|
|- in operating mode, is not more than ||4|
|- in “Fire” mode, is not less, than||17|
|4||The voltage supply, V ||24±3|
|5||The commutation power of relay sockets, Vt (the current over sockets – 0,25 A; the supply – 36 V)||15|
|6||The whole weight of complete set (with the primary detector – 150 m), kg, is not more, than||6
The price is:
|2||The commutation box||10$|
|3||The fire thermoelectric detector|
|- thermo-stable view (about 130 °C)||1$/m|
|- armored view (about 130 °C)||2$/m|
|5||The fire points thermoelectric detector ÄÏÒÒ for cisterns and holds protection||10$|
|6||The final’s working principle of the monitoring||10$|
|7||The fire handing-contact’s detector||10$