The CFP405+ Rapid RH® L6 Concrete Flooring Professional Kit provides
everything you need for fast, accurate moisture testing of concrete
building materials.
The C555 Concrete Moisture Meter provides fast, non-destructive
preliminary moisture measurements to help pinpoint problem areas and
determine where to place Rapid RH L6 Smart Sensors.
The Rapid RH L6 Smart Sensors and Total Reader® enable fast, accurate
RH and temperature readings from both the concrete slab and the ambient
air.
The improved protective caps completely cover the test hole and seal
it with a butyl rubber gasket. The integral access cover pulls off for
quick access to the Smart Sensor and snaps back on to seal out water and
dirt.
The Smart Logger™ automatically records ambient RH and temperature
readings on-site while you’re away. Download readings from the Smart
Logger using the free DataMaster™ L6 app and any Bluetooth®-enabled
mobile device.
Each Smart Sensor pack comes with a NIST-traceable calibration
certificate and comes in tamper-resistant packaging to ensure perfectly
calibrated, genuine Wagner Smart Sensors.
Kit Includes:
- C555 Handheld Concrete Moisture Meter with Rubber Boot
- On-Demand Calibrator for C555
- Infrared (IR) Thermometer
- Rugged Hard-shell ABS Carrying Case with Foam-padded Interior
- The Rapid RH L6 Starter Kit:
- 5 ea. L6 Smart Sensors
- 1 ea. Total Reader with Bluetooth
- 2 Smart Logger Ambient Temperature and Humidity Recorders
- 1 ea. Insertion Tool
- 10 ea. Sleeve Extensions
- 5 ea. Protective Caps with Butyl Rubber Seal and Integral Access Cover
- 5 ea. Stainless Steel Covers
- 1 ea. ¾” SDS Masonry Drill Bit
- 1 ea. Wire Cleaning Brush
- 1 ea. Vacuum Attachment
- Certificate of Calibration
- Floor Map
- Instruction Manual
Rapid RH® L6 sensors feature a customized version of the SHT35 humidity sensor from Sensirion
that has a +/-2% accuracy tolerance at 50% and 90% relative humidity
(RH). This important aspect of the L6 concrete RH testing system puts it
in direct compliance with ASTM F2170. Standard SHT35 humidity sensors,
found in other concrete RH test systems, start to deviate from the +/-2%
tolerance at RH levels as low as 50%.