A testing device for a fire-proof rolling door controller

Abstract

The invention relates to a testing apparatus of a fireproof roller shutter door controller. The testing apparatus comprises a testing apparatus body, a simulation control part, and a panel, wherein the simulation control part and the panel are installed on the testing apparatus body. The simulation control part consists of a simulation power supply and control unit, a simulation g load unit, an electrical parameter testing unit, a simulation smoke unit, a simulation full-drop and half-drop operation unit, an operation feedback unit, and a switching power supply unit. The simulation power supply and control unit, the simulation g load unit, the electrical parameter testing unit, the simulation smoke unit, the simulation full-drop and half-drop operation unit, and the operation feedback unit are connected with a fireproof roller shutter door controller. The switching power supply unit provides direct-current voltages for the simulation power supply and control unit and the operation feedback unit. According to the testing apparatus, the working efficiency is improved; a problem of potential safety hazard of the staff can be solved; the functions of the fireproof roller shutter door controller can be tested comprehensively; and the cost can be saved and the production efficiency can be improved.

Description

technical field [0001] The invention relates to the field of testing equipment, in particular to a testing device for a fireproof rolling door controller. Background technique [0002] Existing fire shutter door controllers are tested manually on the production line to detect their functions. The accuracy of manual detection is poor and there are missed detections. The labor cost is also high, and there are still the following deficiencies: [0003] 1. Many test points on the fire shutter door controller need to be directly connected to the mains for detection, and manual detection cannot accurately control the input voltage. [0004] 2. During manual inspection, the test modules are all displayed on the flow table, the mobility rate is high, and the test modules are easy to be lost and damaged. [0005] 3. Some test modules are easy to expose strong electricity on the operating table, which poses hidden dangers to the safety of staff. [0006] 4. In daily production, in o...

AI Technical Summary

Problems solved by technology

[0002] Existing fire shutter door controllers are tested manually on the production line. The accuracy of manual detection is poor and there are missed detections. The labor cost is also high, and there are still the following deficiencies:

[0003] 1. Many test points on the fire shutter door controller need to be directly connected to the mains for detection, and manual detection cannot accurately control the input voltage

[0004] 2. During manual inspection, the test modules are all displayed on the flow table, the mobility rate is high, and the test modules are easy to be lost and damaged

[0005] 3. Some test modules are easy to expose strong electricity on the operating table, causing hidden dangers to the safety of staff

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