Facebook Pixel

NTI Boiler 6000082671 Water Temperature Thermistor 1M Ohm Brass

Special Price $116.43 Regular Price $133.90
Out of stock
SKU
6000082671
The NTI Boiler 6000082671 Water Temperature Thermistor operates as precise sensor for HVAC systems water temperature measurement and control purposes. The 1M Ohm temperature coefficient enables this sensor to precisely measure temperature changes which leads to efficient boiler operation and optimal heating outcomes. This uses brass materials to deliver heat conductivity together with corrosion protection and extended operational durability. This product use this thermistor to control water temperature while preventing overheating and improving energy efficiency. This provides immediate temperature readings which enables better system operation and decreases power usage and extends heating equipment life.
https://www.partshnc.com/media/catalog/product/6/0/6000082671.jpg
Write Your Own Review
You're reviewing:NTI Boiler 6000082671 Water Temperature Thermistor 1M Ohm Brass
Your Rating
Customer Questions
What maintenance is required for the NTI Boiler 6000082671 Temperature Thermistor?

Regularly inspect the thermistor and its connections for corrosion, debris, or physical damage. Ensure proper wiring and test the sensor for accurate readings. Clean gently if necessary and follow electrical safety procedures when handling the device.

What are common issues with the NTI Boiler 6000082671 Temperature Thermistor?

  • Inaccurate or drifting temperature readings.
  • Broken or damaged thermistor probe.
  • Loose or faulty wiring connections.
  • Slow or delayed sensor response.

Installation Steps

Step 1: Turn off power and close the water supply before starting installation.

Step 2: Remove the old thermistor carefully, avoiding damage to surrounding pipes or fittings.

Step 3: Insert the new thermistor into the designated port and secure it properly.

Step 4: Connect the wiring according to manufacturer instructions, ensuring correct polarity.

Step 5: Restore power and water supply, then check system readings for accuracy and leaks.