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Amana-Goodman 0130M00132 High Pressure Switch 660-420 PSI

Special Price $28.31 Regular Price $36.80
In stock
SKU
0130M00132
The Amana-Goodman 0130M00132 High Pressure Switch is a protective part that is used to prevent the high pressure in the HVAC systems. This switch functions under the pressure setting of 660-420 PSI as the protection of the subsequent damage within the HVAC system.When the pressure of the HVAC system rises beyond this limit, the switch turns off the system to prevent costly damages or even harm within the system. This switch is commonly used in many types of HVAC systems that are used in air conditioning, heating, ventilating and refrigeration applications. With the help of this high-pressure switch, HVAC systems receive increased safety, increased efficiency, and an extended service life.
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Specifications

  • Type: High Pressure Switch
  • Pressure Range: 660-420 PSI
Manufacturer Name: Amana-Goodman
Product Number: 0130M00132
OEM Part Number: 0130M00132
Product Description: 660-420# High Pressure Switch
Weight:0.12lbs/54.43g

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Customer Questions
What maintenance is required for the Amana-Goodman 0130M00132 High Pressure Switch?

Inspect wiring connections regularly and ensure terminals are tight and corrosion-free. Verify pressure settings and calibration during service checks. Keep the switch free from dust and refrigerant oil buildup. Ensure better shutdown before servicing.

What are common issues with the Amana-Goodman 0130M00132 High Pressure Switch?

  • Pressure switch may trip prematurely due to incorrect calibration.
  • Contact wear or pitting causing intermittent signal loss.
  • Wiring loose connections leading to erratic operation.
  • Sensor diaphragm failure causing inaccurate pressure sensing.

Installation Steps

Step 1: Switch off electrical supply and release system pressure for safety.

Step 2: Identify high-pressure port on discharge line and clean mounting area.

Step 3: Remove existing switch if present, noting wiring positions for reference.

Step 4: Install new switch, ensuring correct orientation for range.

Step 5: Tighten connections and secure electrical terminals firmly.

Step 6: Restore power, test operation, and check pressure settings.