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PosiTector CMM IS ® Instruction Manual v.1.0 HTML (Web) Version The PosiTector CMM IS concrete moisture meter measures the relative humidity and temperature in concrete slabs using in situ probes, prior to the application of flooring materials or coatings. When applying flooring materials or coatings to concrete, it is critical to ensure that the moisture level inside the concrete has decreased to acceptable levels. If not, moisture can accumulate below the flooring or coating, causing discoloration, cupping, buckling, blistering, adhesive failure and mold growth. Designed in accordance with ASTM F2170, the PosiTector CMM IS provides a complete measurement solution for monitoring the drying process of concrete slabs in compliance with industry standards.
The unique design of the PosiTector CMM IS probes allow the user to place them into concrete immediately after the holes are drilled and leave them in place until they reach equilibrium, eliminating the need to reopen the hole at a later date. PosiTector CMM IS probes broadcast measurements to the or instruments using Bluetooth wireless technology. The PosiTector CMM IS is available in 3 kit configurations: Basic, Complete and Professional. Expansion Packs PosiTector CMM IS Expansion Packs are available when additional probes are required. A single expansion pack consists of the following • PosiTector CMM IS probe • Calibration Check Chamber • Saturated Salt Solution (NaCl) • Cap • (2) A-76 / LR-33 batteries NOTE: For instructions on how to use the PosiTector CMM IS and the PosiTector App in accordance with ASTM F2170, refer to Setting Up a New ASTM F2170 Project.
Quick Start PosiTector CMM IS probes are designed for use with the PosiTector App or a PosiTector Advanced Gage. Power-up PosiTector CMM IS probes by unscrewing the battery cover and inserting the battery (positive “+” facing up). Replace the battery cover. The probe will begin broadcasting and is now visible to the PosiTector App and PosiTector Advanced instruments.
To power down the PosiTector CMM IS probe, unscrew battery cover and remove battery using a pointed tool, such as the probe extraction tool. Viewing Readings from PosiTector CMM IS probes PosiTector CMM IS measurement values can be viewed using the PosiTector App or a PosiTector Advanced instrument. To record measurement values, see. Using PosiTector App: Install the PosiTector App from the App Store (Apple iOS) or Google Play (Android). Open the PosiTector App. Available probes within 10 m (30 feet) will appear as 'CMMIS' with the corresponding serial number, as shown below: NOTE: The PosiTector App will also display any PosiTector Advanced instruments within range (as shown above) The small circle icons to the left of each PosiTector CMM IS probe display the most recent Relative Humidity reading.
This value is updated every five minutes. To view measurements from the PosiTector CMM IS probe, select it from the search screen. Once connected, a blue light is emitted from the bottom of the probe and values are updated every five seconds and displayed as shown to the right. The battery indicator in the top left corner shows the battery level of the PosiTector CMM IS probe. Using a PosiTector Advanced: To view available probes, select Bluetooth Smart from the gage's Connect menu. Then select Smart Probes (shown below).
Available probes within 10 m (30 feet) will appear as ' CMMIS' with the corresponding serial number and latest relative humidty reading, as shown below: Select a probe to display its Relative Humidity and Temperature values. Once connected, a blue light is emitted from the bottom of the probe and values are updated every five seconds.
NOTE: When a PosiTector DPM environmental probe is attached to the PosiTector body, PosiTector CMM IS measurement data can be recorded into the gage's memory. When any other probe is attached, such as a PosiTector 6000 probe, PosiTector CMM IS readings can be viewed only. Calibration & Verification of Accuracy Calibration Calibration is typically performed by the manufacturer or a qualified lab. All PosiTector CMM IS probes include a Certificate of Calibration. In accordance with ASTM F2170, probes must be recalibrated annually. DeFelsko recommends beginning the calibration interval from either the date of calibration, date of purchase, or date of receipt. Vortex Icc Racing Kart Manual there. Verification of Accuracy It is recommended that PosiTector CMM IS probes be stored within the Calibration Check Chamber when not in use.
The Calibration Check Chamber and Saturated Salt Solution are designed in accordance with ASTM E104 to maintain a constant relative humidity. Per ASTM F2170, the Calibration Check Chamber and Saturated Salt Solution maintain a constant relative humidity of 75% (at 25° C) and keeps the probe in a ready-to-use condition. ASTM F2170 requires calibration to be verified within 30 days prior to use.
Power-up the probe by inserting a battery, positive (+) side up. Probe calibration is verified by inserting a probe into the Calibration Check Chamber, connecting to either the PosiTector App or a PosiTector Advanced gage body and taking a measurement (after allowing the probe at least 1 hour to acclimate to the present environment). Probes should report a relative humidity within 2% of the humidity value listed in Table 1 for the corresponding temperature. To simplify the verification process, we recommend using the Cal Check function of the PosiTector App or PosiTector Advanced. The Cal Check function automatically determines whether a probe is reading within tolerance.
Probes should be allowed to acclimate for at least 24 hours within the Calibration Check Chamber and Soluble Salt Solution before calibration is checked. It is important to maintain a constant temperature within the Calibration Check Chamber. Relative humidity variation due to temperature fluctuation for the Calibration Check Chamber is shown in Table 1. Table 1 Extracted from Table A1.1, Equilibrium Relative Humidity Values for Selected Saturated Aqueous Salt (ASTM E104) t °C t °F Sodium Chloride (RH%) 5 41 75. Suzuki Gs 550 Repair Manual. 7 ± 0.3 10 50 75.7 ± 0.3 15 59 75.6 ± 0.2 20 68 75.5 ± 0.2 25 77 75.3 ± 0.2 30 86 75.1 ± 0.2 35 95 74.9 ± 0.2 40 104 74.7 ± 0.2 45 113 74.5 ± 0.2 Example Tolerance Calculation: At 25° C, the Soluble Salt Solution relative humidity range is 75.3% ± 0.2. Including the ±2% relative humidity tolerance specified in ASTM F2170, a probe would be considered to be in tolerance if it measured between 73.1 – 77.5%. NOTE: When the Saturated Salt Solution (Boveda) is completely dry, it will solidify.