Monitoring system for operation conditions of infrared radiation heating equipment

Abstract

The invention provides a monitoring system for operation conditions of infrared radiation heating equipment. The monitoring system comprises a control device, a temperature detection device and a remote monitor. The temperature detection device is arranged on a heating site to be used for acquiring temperature information of the heating site and transmitting the temperature information to the control device. The control device is connected with the infrared radiation heating equipment and the remote monitor and used for outputting power supply instructions to the infrared radiation heating equipment and detecting whether the infrared radiation heating equipment has a feedback state; the control device outputs failure signals to the remote monitor if the feedback state exists and the temperature information of the heating site is smaller than set temperature information of the heating site or the feedback state does not exist. The remote monitor is arranged in a control chamber to be used for outputting alarm information according to the failure signals. By means of the monitoring system, whether the infrared radiation heating equipment is abnormal can be monitored, and the alarm information can be sent to the remote monitor in a wireless mode so that monitoring workers can get to know the operation conditions of the heating equipment in real time.

Description

technical field [0001] The invention belongs to the field of heating control, in particular to an infrared radiation heating equipment operating condition monitoring system. Background technique [0002] Gas infrared radiation heating technology is a heating technology that transfers heat by radiation. It uses gas such as natural gas or liquefied petroleum gas as the heat medium, and ignites and burns through the combustion control system. It is transported into the radiation aluminized tube, so that the radiation aluminized tube will generate far infrared rays after reaching a certain temperature, and directly radiate heat to the object. The heat transferred by radiation causes less loss during the transfer process, and because of its excellent characteristics such as uniform heating, high efficiency, energy saving, and environmental protection, gas-fired infrared radiant heating equipment is favored in the heating of high and large spaces. The structure of gas infrared ra...

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Problems solved by technology

[0004] The operating status monitoring system of infrared radiation heating equipment provided by the present invention is used to solve defects in the prior art that failures of infrared radiation heating equipment are not monitored, so that maintenance personnel cannot repair failures in time

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