Bio Instruments S.R.L.
Phyto-Sensor Group

Connecting People and Plants

  • English
  • Русский
  • Home
    • News
  • Products
    • PTM-48A Photosynthesis Monitor
      • Overview
      • Basic configuration
      • Specifications
      • Partitioning of CO2 exchange
      • Stomatal conductance monitoring
      • Software
      • Documentation
      • Literature and References
      • Sensors
    • PM-11 Phytomonitor
      • Overview
      • Specifications
      • Communication options
      • Mounting options
      • Recommended assemblies
      • Documentation
      • Software
      • Sensors
    • Sensors for PTM-48A and PM-11
      • Overview
      • Plant Sensors
        • SD-5P, SD-6P Stem Micro-Variation sensors
        • DE-1P Dendrometer
        • FI-LP, FI-MP, FI-SP Fruit Growth sensors
        • FI-XSP Extra Small Fruit Growth sensor
        • LT-1P Leaf Temperature sensor
        • LT-IRP Infrared Leaf Temperature sensor
        • SF-4P, SF-5P Sap Flow sensors
        • SA-20P Auxanometer
      • Environmental Sensors
        • PIR-1P Quantum sensor
        • TIR-4P Pyranometer
        • SMS-5P Soil Moisture sensor
        • LWS-02P Leaf Wetness sensor
        • ST-21P Soil Temperature sensor
        • SMTE Soil Moisture, Temperature, EC sensor
        • RTH-11 Meter and RTH-48 Meter
    • Sensors for third party loggers
      • Overview
      • Plant Sensors
        • SD-5M, SD-6M Stem Micro-Variation sensors
        • DE-1M Dendrometer
        • FI-LM, FI-MM, FI-SM Fruit Growth sensors
        • FI-XSM Extra Small Fruit Growth sensor
        • LT-1M Leaf Temperature sensor
        • SF-4M, SF-5M Sap Flow sensors
        • SA-20M Auxanometer
      • Environmental Sensors
        • PIR-1M Quantum sensor
        • TIR-4M Pyranometer
        • SMS-5M Soil Moisture sensor
        • ST-21M Soil Temperature sensor
  • Documentation
  • About
  • PTM-48A Photosynthesis Monitor
    • Overview
    • Basic configuration
    • Specifications
    • Partitioning of CO2 exchange
    • Stomatal conductance monitoring
    • Software
    • Documentation
    • Literature and References
    • Sensors
  • PM-11 Phytomonitor
    • Overview
    • Specifications
    • Communication options
    • Mounting options
    • Recommended assemblies
    • Documentation
    • Software
    • Sensors
  • Sensors for PTM-48A and PM-11
    • Overview
    • Plant Sensors
      • SD-5P, SD-6P Stem Micro-Variation sensors
      • DE-1P Dendrometer
      • FI-LP, FI-MP, FI-SP Fruit Growth sensors
      • FI-XSP Extra Small Fruit Growth sensor
      • LT-1P Leaf Temperature sensor
      • LT-IRP Infrared Leaf Temperature sensor
      • SF-4P, SF-5P Sap Flow sensors
      • SA-20P Auxanometer
    • Environmental Sensors
      • PIR-1P Quantum sensor
      • TIR-4P Pyranometer
      • SMS-5P Soil Moisture sensor
      • LWS-02P Leaf Wetness sensor
      • ST-21P Soil Temperature sensor
      • SMTE Soil Moisture, Temperature, EC sensor
      • RTH-11 Meter and RTH-48 Meter
  • Sensors for third party loggers
    • Overview
    • Plant Sensors
      • SD-5M, SD-6M Stem Micro-Variation sensors
      • DE-1M Dendrometer
      • FI-LM, FI-MM, FI-SM Fruit Growth sensors
      • FI-XSM Extra Small Fruit Growth sensor
      • LT-1M Leaf Temperature sensor
      • SF-4M, SF-5M Sap Flow sensors
      • SA-20M Auxanometer
    • Environmental Sensors
      • PIR-1M Quantum sensor
      • TIR-4M Pyranometer
      • SMS-5M Soil Moisture sensor
      • ST-21M Soil Temperature sensor
LT-IRP Infrared Leaf Temperature sensor
for PM-11for PTM-48A

LT-IRP Infrared Leaf Temperature sensor

Overview

The LT-IRP infrared temperature sensors offers intelligence in a rugged, easy-to-use package. The LT-IRP is centered around a high-speed microprocessor that continuously monitors and adjusts the complete system. While performing the complex algorithms determining the output, it calibrates itself about once every second, removing any concerns over drift or sudden changes. Other advanced features include emissivity shift compensation and ambient radiation error correction. The rugged housing withstands thermal and mechanical shocks. The built-in air purge prevents dust, dirt, or condensing vapors from depositing on sensor optics, assuring long-term accuracy under all environmental conditions. The integral heat exchanger eliminates drift by automatically warming (or cooling) supply air to match the optical aperture temperature.

The delivery set includes the LT-IRP sensor with the 1-m air conduit and the air purge pump.

Standard output cable length is 4 meters.

Every sensor is individually tested and calibrated within the measurement range.

Specifications

Measurement range0 to 50 ℃
Absolute accuracy±1.0 ℃
Repeatability±0.1 ℃
Field of view3:1
Update timeApprox. 250 ms
Emissivity setting0.9
Spectral response5.5 to 20 µm
Ambient temperature0 to 70 ℃
Relative humidity95% non condensing
Probe dimensions (w/cable), mm94.3 H × 34.9 W × 19.4 L
Probe weight230 g
Protection index with air onIP 54
Output cable length4  m

See also:

  • PM-11 Phytomonitor
  • PTM-48A Photosynthesis Monitor
  • LT-1P Leaf Temperature sensor
  • LT-LC Leaf Temperature Sensor (with LC-4B Leaf Chamber)
http://Phyto-Sensor.com
© 2010 Phyto-Sensor Group