ATM equipment terminal wind and rain testing method

Abstract

The invention discloses an ATM equipment terminal wind and rain testing method. The method comprises the following steps: step one, placing an ATM testing machine in a rainwater testing region; step two, mounting an air blower, enabling the height of the air blower to be consistent with the ATM testing machine panel region height; step three, mounting a raining device, wherein the raining device is arranged at a location between the air blower and the ATM testing machine; step four, setting a testing condition: the rain is existent and the wind is inexistent at the first level; the rain is existent and the wind speed is 20km / h at the second level, the rain is existent and the wind speed is 40km / h at the third level, and the rain is existent and the wind speed is 60km / h at the fourth level;performing the testing in an order to the fourth level from the first level, testing and evaluating the ATM testing machine at each level and performing trice cash transaction testing to verify the terminal and the module functions; step five, debugging a testing mechanism; and step six, beginning testing and recording a testing result, and obtaining the testing score by referring to the criterion standard. Through the above way, the design defect can be more discovered at a design end in comparison with the existing rain test.

Description

technical field [0001] The invention relates to the field of equipment wind and rain testing, in particular to an ATM equipment terminal wind and rain testing method. Background technique [0002] The domestic standard for the safety requirements of ATM equipment terminals is GB4943 "Safety of Information Technology Equipment", which applies to the test requirements of IPX4 level splash water in the standard, that is, when splashing water on the shell from any direction, there should be no harmful effects. [0003] GB4208 "Enclosure Protection Level IP Code" standard stipulates two kinds of rain equipment to realize IPX4 rain test, one is floor-standing, and the other is hand-held equipment. Use this test to assess any outdoor weather-exposed surface of any terminal or module whose external opening is through the terminal panel, will be installed through the wall of a building or island ATM and may be exposed to rain or wind and thus be susceptible to and ingress of water ....

AI Technical Summary

Problems solved by technology

Due to the size of outdoor ATM equipment terminals, the general design height is more than 1.75 meters, and the overall size is also too large. In reality, the floor-standing equipment in most laboratories is limited and cannot be operated. Generally, handheld equipment is used for testing on site.

Compared with floor-mounted equipment testing, manual testing greatly increases the risk of uncertainty and reliability of test results