ETI 170-350 Thermistor Food Simulant Probe

SKU: ETI/170-350
  • Designed for cold food storage monitoring
  • Slow response matches food temperature shifts
  • Compatible with Therma 20, 22 and Plus models
  • Probe accuracy reaches ±0.2 °C from 0–70 °C

£42.50 (ex VAT)

£51.00 (inc VAT)

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Why buy from Test4Less?

  • Designed for cold food storage monitoring
  • Slow response matches food temperature shifts
  • Compatible with Therma 20, 22 and Plus models
  • Probe accuracy reaches ±0.2 °C from 0–70 °C
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£42.50 (ex VAT)

£51.00 (inc VAT)

Earn 42 points

In Stock - Express Delivery Available

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ETI 170-350 Thermistor Food Simulant Probe

ETI 170-350 Thermistor Food Simulant Probe is designed for food temperature simulation in cold storage environments. Unlike a sensor that responds quickly to changes in surrounding air temperature, this probe has a slower response that more closely follows the way food changes temperature. This makes it useful for assessing conditions in cold food storage, chill cabinets and refrigeration units.

Air inside a fridge can change temperature much faster than the food stored within it. The ETI 170-350 Thermistor Food Simulant Probe helps provide a closer indication of actual food temperature by reducing the effect of rapid changes in air temperature. This can help users assess whether food has genuinely risen in temperature when refrigeration equipment fails or a fridge door has been left open.

The polypropylene probe uses an NTC thermistor sensor and has a probe range of -20 to 100 °C. It connects through a 1 m PUR/PVC lead fitted with a Lumberg connector and is compatible with the ETI Therma 20, Therma 22, Therma 20 Plus and Therma 22 Plus thermometers. Across specific temperature bands, probe accuracy reaches ±0.2 °C, providing accurate temperature measurement for food simulation tasks.

 

Key Benefits
  • Slow thermal response is designed to follow food temperature more closely than rapidly changing fridge air.
  • Provides a more useful indication of food temperature during changes in refrigerated conditions.
  • Helps assess whether food temperature has risen after refrigeration equipment problems.
  • Helps assess temperature changes when a fridge door has been left open.
  • Can help avoid unnecessary disposal of food when surrounding air has warmed faster than the food itself.
  • Offers probe accuracy of ±0.2 °C between 0 and 70 °C.
  • Works with Therma 20, Therma 22, Therma 20 Plus and Therma 22 Plus thermometers.
  • The 1 m connecting lead allows the probe to be positioned separately from the compatible thermometer.

 

Common Applications

ETI 170-350 Thermistor Food Simulant Probe is suitable for a range of testing, maintenance and inspection tasks, including:

  • Cold food storage temperature simulation
  • Food temperature simulation within the cold chain
  • Assessing conditions in chill cabinets
  • Assessing conditions in refrigeration units
  • Checking food temperature response after refrigeration equipment failure
  • Assessing food temperature changes when a fridge door has been left open

 

Why Choose This Model?

This model combines a slow-response food simulation probe with an NTC thermistor sensor, a 1 m connecting lead and compatibility with several ETI Therma thermometers. Its response is designed to represent food temperature more closely than a sensor monitoring fridge air alone.

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ETI 170-350 Thermistor Food Simulant Probe

ETI 170-350 Thermistor Food Simulant Probe is designed for food temperature simulation in cold storage environments. Unlike a sensor that responds quickly to changes in surrounding air temperature, this probe has a slower response that more closely follows the way food changes temperature. This makes it useful for assessing conditions in cold food storage, chill cabinets and refrigeration units.

Air inside a fridge can change temperature much faster than the food stored within it. The ETI 170-350 Thermistor Food Simulant Probe helps provide a closer indication of actual food temperature by reducing the effect of rapid changes in air temperature. This can help users assess whether food has genuinely risen in temperature when refrigeration equipment fails or a fridge door has been left open.

The polypropylene probe uses an NTC thermistor sensor and has a probe range of -20 to 100 °C. It connects through a 1 m PUR/PVC lead fitted with a Lumberg connector and is compatible with the ETI Therma 20, Therma 22, Therma 20 Plus and Therma 22 Plus thermometers. Across specific temperature bands, probe accuracy reaches ±0.2 °C, providing accurate temperature measurement for food simulation tasks.

 

Key Benefits
  • Slow thermal response is designed to follow food temperature more closely than rapidly changing fridge air.
  • Provides a more useful indication of food temperature during changes in refrigerated conditions.
  • Helps assess whether food temperature has risen after refrigeration equipment problems.
  • Helps assess temperature changes when a fridge door has been left open.
  • Can help avoid unnecessary disposal of food when surrounding air has warmed faster than the food itself.
  • Offers probe accuracy of ±0.2 °C between 0 and 70 °C.
  • Works with Therma 20, Therma 22, Therma 20 Plus and Therma 22 Plus thermometers.
  • The 1 m connecting lead allows the probe to be positioned separately from the compatible thermometer.

 

Common Applications

ETI 170-350 Thermistor Food Simulant Probe is suitable for a range of testing, maintenance and inspection tasks, including:

  • Cold food storage temperature simulation
  • Food temperature simulation within the cold chain
  • Assessing conditions in chill cabinets
  • Assessing conditions in refrigeration units
  • Checking food temperature response after refrigeration equipment failure
  • Assessing food temperature changes when a fridge door has been left open

 

Why Choose This Model?

This model combines a slow-response food simulation probe with an NTC thermistor sensor, a 1 m connecting lead and compatibility with several ETI Therma thermometers. Its response is designed to represent food temperature more closely than a sensor monitoring fridge air alone.

General Specifications
Specification Details
Product type Food simulant temperature probe
Sensor type NTC thermistor
Probe material Polypropylene
Response characteristic Slow response designed to simulate food temperature
Connector Lumberg connector
Thermometer compatibility Therma 20, Therma 22, Therma 20 Plus and Therma 22 Plus
ETI part number 170-350
EAN13 5024368703507

 

Measurement and Accuracy Specifications
Specification Details
Probe measurement range -20 to 100 °C
Overall stated probe accuracy ±0.4 °C between -20 and 100 °C
Accuracy from -10 to 0 °C ±0.3 °C
Accuracy from 0 to 70 °C ±0.2 °C
Accuracy from 70 to 100 °C ±0.4 °C
Measurement principle Slow-response temperature measurement designed to simulate the temperature response of food rather than surrounding air

 

Mechanical and General Information
Specification Details
Probe diameter 9 mm
Probe length 100 mm × 100 mm
Lead length 1 m
Lead material PUR/PVC
Probe construction Polypropylene probe
Connection type Lumberg connector

 

Specification Notes
  • Probe accuracy varies with temperature, reaching ±0.2 °C between 0 and 70 °C.
  • The slower sensor response is designed to follow food temperature more closely than rapidly changing fridge air temperature.
  • The 1 m PUR/PVC lead terminates in a Lumberg connector for use with compatible Therma thermometers.
What’s Included
  • ETI 170-350 Thermistor Food Simulant Probe
  • Attached 1 m PUR/PVC lead with Lumberg connector

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