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
FI-LP, FI-MP, FI-SP Fruit Growth sensors on fruits
30 to 160 mm
15 to 90 mm
7 to 45 mm
FI-LP, FI-MP, FI-SP Fruit Growth sensors
for PM-11for PTM-48A

FI-LP (30 to 160 mm)
FI-MP (15 to 90 mm)
FI-SP (7 to 45 mm)
Fruit Growth sensors

Overview

A series of absolute displacement sensors provides recording both size and growth rate of intact rounded fruits in three diameter ranges within 7 to 160 mm. Two phenomena affect fruit diameter. These are growth and internal water content. The growth component is usually dominant. At the same time, in some cases, the fruit may loose water that is manifested in deceleration of growth rate or even shrinkage of the fruit. It may be a result of water stress, lack of light, or another limiting factor. Thus, the FI-type sensor allows investigating effect of irrigation rate and other environmental factors on both water balance and growth of fruits. Another exiting application of the sensor is monitoring of harvested fruits during storage.

The FI-type sensor consists of an LVDT transducer mounted in a special clip and a DC powered signal conditioner.

The probe is connected by a standard 1-meter cable to the waterproof box with the signal conditioner inside.

Standard output cable length between signal conditioner and monitor is 4 meters.

Original parallelogram design of moving arms provides firm and straight positioning of the sensor's flaps on a fruit under study.

FI-LP (large), FI-MP (medium) and FI-SP (small) models have different clips for providing three measurement ranges: 30 to 160, 15 to 90 and 7 to 45 mm, respectively.

Specifications

FI-LPFI-MPFI-SP
Measurement range30 to 160 mm15 to 90 mm7 to 45 mm
Resolution, mm0.0650.0380.019
Operating temperature0 to 50 ℃
Temperature effect< 0.02% total stroke/℃
Signal conditioner Protection indexIP 64
Cable length between probe and signal conditioner1  m
Output cable length4  m

Documentation

FI-LP, FI-MP, FI-SP Fruit Growth Sensors Datasheet

See also:

  • PM-11 Phytomonitor
  • PTM-48A Photosynthesis Monitor
  • FI-XSP Extra Small Fruit Growth sensor
http://Phyto-Sensor.com
© 2010 Phyto-Sensor Group