GE RANGE -80 TO 20°C
GE RANGE -80 TO 20°C - Image 2

GE RANGE -80 TO 20°C

Product Overview: “GE RANGE -80 TO 20°C” refers to a temperature measurement specification or a specialized low-temperature sensor designed for GE equipment operating in extreme cold environments. It defines the operational temperature window or the sensor itself capable of accurately measuring temperatures from -80°C to 20°C.

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Category: SKU: GE RANGE -80 TO 20

Description

GE RANGE -80 TO 20°C Technical Specifications:

  • Measurement Range: -80°C to 20°C.
  • Sensor Type: RTD, Thermocouple, or Semiconductor (depending on specific part).
  • Accuracy: High accuracy within the specified range.
  • Response Time: Fast thermal response.

Functional Features:

  • Low-Temperature Operation: Reliable performance in cryogenic or extreme cold conditions.
  • Stability: Minimal drift over time and temperature cycles.
  • Linearity: Excellent linearity within the measurement range.

Application Scenarios:

  • Cryogenic storage and processing.
  • Environmental chambers and test facilities.
  • Aerospace and automotive cold testing.
  • Industrial refrigeration and liquefaction.

Performance Parameters:

  • Accuracy: ±0.1°C or better (typical).
  • Stability: Low long-term drift.
  • Response Time: Seconds to sub-second.

Material Composition & Structural Characteristics:

  • Sensor Element: Platinum RTD, Type T/K thermocouple, or silicon diode.
  • Sheath: Stainless steel or other low-temperature compatible material.
  • Insulation: Low-temperature rated insulation.

Working Principle: The sensor’s electrical property (resistance, voltage) changes predictably with temperature. This change is measured and converted to a temperature reading using standard calibration curves.

Installation Requirements:

  • Mounting: Ensure good thermal contact with the measured medium.
  • Wiring: Use low-temperature rated cables.
  • Calibration: Calibrate at multiple points within the range.

Usage Precautions:

  • Range Limits: Do not exceed the -80°C to 20°C range.
  • Condensation: Protect against moisture ingress during thermal cycling.
  • Handling: Avoid mechanical shock at low temperatures.

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