Tramex RHP-LW 10" Long RH Probe Din Connection

SKU: TRAMRHPLW
  • 260mm probe designed for building survey professionals
  • Evaluate concrete surfaces & building envelope conditions
  • Din Connection compatible with Tramex DataLoggers or moisture meters
More Info
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Tramex RHP-LW 10" Long RH Probe

The Tramex RHP-LW 10" Long RH Probe is a 260mm instrument, built with the latest in Hygro-i2 technology and ideal for flood/water damage restoration & building survey professionals. Fully capable of measuring Relative Humidity (RH) within a range of 0 to 100% and temperature in a range between -40°C to 80°C with an accuracy of ± 0ºC. The probe can also measure Dewpoint and grains per pound in structural materials such as concrete flooring and walls. This advanced tool is designed for evaluating building envelope conditions, with results shown simultaneously on one clear display. Even at relative humidity levels exceeding 90% accuracy and reliability are ensured.

The proven durability, robustness and reusability of the RHP-LW comes together to create an extremely useful probe with swift acclimation and temperature response times. For consistency, calibration checks of the probe can be performed using calibration check salts. With the Din attachment, the probe can be affixed to instruments such as the Tramex CMEX II or MRH III.

Alternatively, the Tramex RHP-LWB 10" Long RH Probe with Bayonet Connection functions as a link to the Tramex RHTX Feedback Datalogger and CMEX5 concrete moisture meter.

Tramex part number: RHP-LW

Specification

Relative Humidity Sensor Specifications

  • Range: 0 → 100% RH
  • Accuracy: 0% → 99%RH ±2.0%RH at 25˚C (77˚F)
  • Resolution: 0.1% over the complete range
  • Drift: <0.25% RH per year

Temperature Sensor Specifications

  • Range: -40˚C → 125˚C (-40˚F → 257˚F)
  • Accuracy: ±0.1 °C Range 20°C → 60°C (±0.1˚F Range 68˚F → 140oF)
  • Sensor Protection: PTFE Film protects sensor opening from water & dust
  • Drift: 0.03˚C (<0.04˚F) per year
  • NIST traceable (National Institute of Standards and Technology)