DEVICE FOR DIAGNOSIS AND MONITORING STATE fire risk ELECTRIC NETWORK OF ENERGY FACILITIES

摘要

The invention relates to the field of measurement information of fire safety systems.; The technical problem is to expand the functionality of the device diagnostics and condition monitoring of electrical fire objects of power transmission networks.; Technical Solution is achieved in that the apparatus is included as one of the sensors to a discrete module-inverter input, on the other signal inputs of which are connected the outputs of smoke sensors, air analysis, "fire", and other discrete type sensors, the signal output of the discrete module-inverter connected to the data bus and the address input of said module is connected to the address bus controller connected as a parallel-bit by bit to the address inputs of the controller, the module-Dig analog ovogo converter (ADC) and a digital input module, wherein the signal outputs of the ADC and the digital input module, also connected in parallel, bit by bit to the data bus, and their control inputs connected to the address bus, bidirectionally connected to the address input of the controller, the data bus is also connected bidirectionally to the data input of the controller, the control output of the controller via the control bus is connected respectively to the control unit and to the control input of the modem whose signal input is connected to a bidirectionally Controller ignalnomu port, the output of the modem via communication channel (wired, wireless, fiber optic, satellite) connected to a signal input of the control point (the signal input of the data processing device comprising a PC-based data processing apparatus, the first signal output of which is connected to the input of the display device and documenting information, the second output signal bidirectionally connected to the input control point interfacing with external devices integrated monitoring system controlled Ob EKTA; wherein the control unit output bidirectionally connected to the actuator, connected on entry to the introductory network point (e.g. 220 V, 50 Hz) and AC output of the actuator is connected to the power bus of the final consumer, the sensors whose states (e.g., temperature of wires and connectors, current consumption, the value of the supply voltage, etc.) for its signal outputs are connected to inputs of the ADC module, which are connected all other analog sensors of external medium, discrete sensors comprising Nia end users are also connected to the inputs of a digital module converter, and digital sensors, in turn, to the inputs of a digital input module.