What to do if the compressor doesn’t run on my Wood-Mizer Dehumidifier?
If the Wood-Mizer Dehumidifier's compressor isn't running, it could be due to a tripped High Pressure Switch. Try resetting the High Pressure Switch. Other potential issues could be related to the Low Pressure switch or a faulty Time delay relay, which may need to be replaced. Also, verify the compressor has power.
How to troubleshoot fan not starting on Wood-Mizer Dehumidifier?
If the Wood-Mizer Dehumidifier fans won’t start, ensure the power switch is on and check the wiring. Also, make sure the fan motors have power.
What to do if water isn’t draining from Wood-mizer KD150 Dehumidifier?
If water isn’t draining from your Wood-Mizer Dehumidifier, clear any blockages in the drain line or trap. If no trap is installed, add one to the drain line.
Why is temperature flashing ERR on my Wood-mizer KD150 Dehumidifier?
If the temperature is flashing ERR or both Wet & Dry Bulb on your Wood-Mizer Dehumidifier, check the Wet bulb bottle for water. Also, inspect the Wet bulb wick. Ensure the Wet bulb temperature doesn’t equal the Dry Bulb Temp.
What to do if the screen is dead on my Wood-Mizer Dehumidifier?
If your Wood-Mizer Dehumidifier unit starts and runs but the screen is dead, check the fuse in the controller. If the fuse is bad, it may need to be replaced.
How to fix no heat issue on Wood-Mizer Dehumidifier?
If there is no heat in your Wood-Mizer Dehumidifier, replace the AOTC or fusible link if either is bad. If the coil is bad, replace the whole heater.
General| Brand | Wood-mizer |
|---|---|
| Model | KD150 Series |
| Category | Dehumidifier |
| Language | English |
Contact details for North America, Oceania, and East Asia.
Contact details for Canada.
Contact details for Brazil.
Contact details for Europe, Africa, and West Asia.
Toll-free numbers and email for sales and service in the US and Canada.
Important safety warnings before operating the unit.
Instructions for proper electrical grounding of the unit.
Safety precautions related to the unit's refrigerant system.
Warnings about high temperatures inside the kiln chamber.
Explanation of the kiln's dehumidification process and energy efficiency.
Recommendations for kiln floor construction and insulation.
Guidelines for kiln ceiling construction and ventilation.
Requirements for kiln door construction and installation.
Detailed steps for building the kiln structure and insulation.
Explanation of dry bulb and wet bulb sensor functions in kiln regulation.
Details about the dry bulb sensor and its role in temperature control.
Details about the wet bulb sensor and its role in humidity control.
Instructions for correctly installing the wet bulb sensor.
How the controller uses DBT and WBT to regulate kiln climate.
Explanation of adjustable parameters like dry bulb and wet bulb temperatures.
Information on connecting the controller to a PC for data logging.
Guidelines for properly stacking lumber in the kiln for optimal drying.
Best practices for using stickers and arranging lumber loads.
Tips for maximizing airflow through the lumber stack.
How to use schedules and factors affecting drying rates.
Tables showing recommended maximum daily moisture removal rates for different wood groups.
Specific drying schedule recommendations for Group 1 woods.
Various applications of sample boards in kiln operations.
Step-by-step guide to selecting and preparing sample boards.
Information on the optional powered vent kit for improved airflow control.
Instructions for installing the powered vent accessory kit.
Routine maintenance procedures for the kiln unit.
Care and cleaning instructions for the air inlet filters.
Guidelines for refrigerant handling and charging by qualified professionals.
Definitions of key terms used in the manual, like DBT, WBT, EMC, and DRI.
Conditions under which the kiln's relays are activated or deactivated.
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