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GLS10 Heating Element Troubleshooting

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GLS10 Heating Element Troubleshooting




How To Test The GLS10 Dual Heating Element


This test consists of measuring the amount of resistance in the element. To do this, first, turn the autoclave off and unplug it from the wall

WARNING: CURRENT MUST NOT BE PRESENT WHEN MEASURING RESISTANCE.

Set your volt/ohm meter on 200 ohms (200 NOT 200k). The ohms range is located within the Omega (Ω )(look for this symbol) section of your meter. It is also the area with "k" ' ranges (ie: 2000k,. 200k, 20K and then 2000, 200).

The lowest setting on your meter is always the most accurate

This heating element has 3 wire leads and the spot where each wire lead orginates from is stamped on the heating element as follows:
  1. 1300W
  2. COMM
  3. 100W


As you unplug each lead from the board, make a note of where you removed it from to simplify reconnecting when you are finished with this test

Place a probe from your meter into the plug on the center wire, marked "COMM" and place the second probe from your meter into the plug marked 1300W and write down the reading on your meter.

Now, place a probe into the center plug marked COMM and the other probe into the plug marked 100W and again record your readings

Simply compare your readings to those corresponding to those in the table below

For the heating elements to be good, they must fall within the resistance range in this table. If your readings for either element are outside of the ranges below, then it is defective and the heating element needs to be replaced.
Model Volts Watts Amps Resistance Resistance Range
MDT Ritter Castle GLS10 Dual Heating Element 120v 1350 Watts 11.250 amps ~10.0 Ohms 9.00 ↔ 11.00 ohms
MDT Ritter Castle GLS10 Dual Heating Element 120v 100Watts 00.833 amps ~144 Ohms 129.6 ↔ 158.4 ohms