Concrete Moisture Meter For Measuring Moisture Content And Humidity In Concrete Floors And Slabs, Wood And Building Materials
WITH BLUETOOTH AND ACCOMPANYING APP
The Tramex Concrete Moisture Encounter X5 - CMEX5 is an instant, precise, digital, non-destructive moisture meter for measuring quantitative moisture content % in concrete floors and slabs using Gravimetric testing as a baseline. The CMEX5 also provides Carbide Method equivalent readings for concrete and other cementitious substrates as well as comparative readings for Gypsum and as per ASTM F2659. The CMEX5 features a built-in ambient RH sensor that measures Ambient Relative Humidity, Temperature, Dew Point, and Humidity Ratio (or Mixing Ratio) of the environment. A bayonet plug-in port allows for optional wood pin probes or Tramex Hygro-i2 Relative Humidity Probes. Bluetooth connectivity to the Tramex Meter Appsallows for visualization of readings and data reporting to mobile devices, to GeoTag test results, create, save and share photos, reports and charts. The use of the CMEX5 can be extended with the optional Concrete Moisture Probes which detects in-situ quantitative moisture content within the concrete to an extendable depth of up to 4" (100mm)
This Concrete Moisture Encounter has 4 measurement modes:
Non-destructive test (NDT) mode: The Tramex Concrete Moisture Encounter X5 is a non-destructive digital multi moisture meter for concrete floors and slabs providing an instant and precise quantitative measurement of moisture content using Gravimetric testing as a baseline. The CMEX5 also provides Carbide Method equivalent readings for concrete and other cementitious substrates as well as comparative readings as per ASTM F2659.
Hygrometer mode: The built-in Ambient Relative Humidity Sensor measures Ambient Relative Humidity, Temperature, Dew Point, and Humidity Ratio (or Mixing Ratio) of the environment.
Equilibrium Relative Humidity mode (optional plug-in probe): Using the optional plug-in Hygro-i2 RH probes, the Concrete Moisture Encounter X5 will measure Equilibrium Relative Humidity, Temperature, Dew Point and Humidity Ratio in structural materials. A structural material such as a concrete slab can be tested using the in-situ method or RH Hood methods (International Standards: ASTM F2170 & BS 8201, 8203, 5325). Relative Humidity Probes can also be used for ambient RH measurements within air spaces.
PIN Meter mode (optional plug-in probe): The Concrete Moisture Encounter X5 becomes a resistance type meter and measures the percentage moisture content (%MC) of wood when used with the optional plug-in PIN meter. International wood standards or pre-programmed wood species can be selected. PIN meter mode can also be used for Drywall and WME (Wood Moisture Equivalent) readings for other materials.
4 modes of measurement: Non-destructive moisture measurement, ambient hygrometer, and optional external in-situ hygrometer and wood pin probe.
5 Non-Destructive test (NDT) Scales: Concrete %MC, CM Concrete (Carbide Method equivalent for concrete), CM Anhydrite, Gypsum Ref 0-12, and a Reference scale.
Instant and precise readings to a depth of approximately 20mm (3⁄4") into the concrete slab, for reproducible and reliable results.
The built-in Hygrometer probe provides Ambient Relative Humidity (%RH) readings, temperature, dew-point temperature, and Humidity Ratio.
Pin-probe mode for 5% to 30% Moisture Content measurement in Wood; 7 -100 comparative (WME), using Pin-type probe attachments. (optional)
Attaches to a reusable relative humidity Hygro-i2 ® probe for in situ and hood testing of concrete per BS 8201, 8203, 5325, and ASTM F2170. (optional)
Airspace conditions of Relative Humidity, Temperature, Dew-point and Humidity Ratio (using optional RH probes)
Moisture readings and scale are displayed on a large, clear easy-to-read clear digital display: 2.3" x 1.4" (58mm x 35mm).
A Front-lit display allows the display to be easily read in poor light conditions.
Bluetooth connection to accompanying IOS & Android App allowing for continual development and integration of apps and reporting.
Hold Function which enables the user to “freeze” the reading, useful when taking readings where the meter face may not be visible.
Spring-loaded contact pins compensate for uneven concrete and boost signal penetration.