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Spence Engineering P-T134-C1S1DA11 Cast Iron Temperature Pilot 120-220°F T-134

Special Price $2,327.93 Regular Price $2,584.00
In stock
SKU
P-T134-C1S1DA11

The Spence Engineering P-T134-C1S1DA11 T-134 Temperature Pilot is a device used in hydronic heating and cooling systems to precisely regulate water temperature. It works by automatically merging cold and hot water flows to keep the temperature at a predetermined level. This keeps the system operating consistently and comfortably, avoiding variations that can cause discomfort or inefficiencies. Heat exchangers, boilers, chillers, and other HVAC equipment are all compatible with the Spence Engineering P-T134-C1S1DA11 T-134 Temperature Pilot. It attaches to the control valve that regulates fluid flow to be incorporated into these systems effortlessly.through meticulously controlling the water's temperature.

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Manufacturer Name: Spence Engineering
Product Number: P-T134-C1S1DA11
OEM Part Number: P-T134-C1S1DA11
Product Description: T-134 Temp Pilot 120-220F Ci
Weight:19.65lbs/8913.08g

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Customer Questions
What maintenance is required for the Spence Engineering P-T134-C1S1DA11 Temperature Pilot?

Inspect the temperature pilot regularly for corrosion, debris buildup, and loose connections. Clean sensing elements and verify calibration to ensure accurate temperature control. regular maintenance prevents erratic operation and improves system accuracy in HVAC applications.

What are common issues with the Spence Engineering P-T134-C1S1DA11 Temperature Pilot?

  • Inaccurate temperature regulation under varying load conditions.
  • Sensor drift leading to inconsistent control output.
  • Air entrapment or debris affecting pilot performance.
  • Calibration errors causing unstable temperature control signals.

Installation Steps

Step 1: Shut off system pressure and isolate the line; ensure equipment is cooled to avoid burns.

Step 2: Mount the pilot in the designated tapping using correct thread sealant.

Step 3: Connect sensing bulb to temperature point and secure firmly.

Step 4: Set temperature range calibration dial.

Step 5: Restore pressure slowly and check for leaks.

Step 6: Verify operation under controlled conditions.

Step 7: Perform final safety inspection before full system use.