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Green and red LED’s for each battery position to indicate a passed or failed condition. A small alphanumeric display with push buttons for selecting/changing the procedure, starting tests, stopping tests, and clearing completed tests. LED’s next to each alphanumeric display to indicate operating or completed tests.
In repetitive operations, the operator can test a group of cells/batteries by loading them, pushing a single button, then looking at the red and green LED’s on the front of the test cabinet once a test is completed. Each of the system’s interface circuit boards has “battery contactors” for a specific battery model.
The test cabinet, with embedded microprocessors, and PC computer are connected via a 10 Base T LAN communications network. † Other voltage and current ranges are available as options.
Upon completion of all eight tests on a board, for each battery, a green LED is lit for pass or a red LED is lit for fail and the “complete” LED is lit on the board to notify the operator that the batteries can be removed to allow these positions to be used for further testing.
Using the push buttons and display, the operator selects the type of battery loaded from a list. The system will only display the battery types which can be mated into the installed “battery contactor”. If no new selection is made, the last selected battery type is assumed and indicated on the display.
Each of these circuit boards handles 8 test positions and incorporates the following: Green and red LED’s for each battery position to indicate a passed or failed condition. A small alphanumeric display with push buttons for selecting/changing the procedure, starting tests, stopping tests, and clearing completed tests.
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