*We match all prices PLUS an extra 10% of the difference - just call! Multi-mode moisture scanner for non-destructive detection and leak tracing in the builing envelope including:
Built-Up
Non-Conductive Single Ply
Modified and Foamed Roofing Systems
Exterior Insulation and Finishing Systems
The RWS incorporates two of Tramex's well-known moisture scanners, the Leak Seeker for Roofing, and the Wet Wall Detector for EIFS, incorporating all the benefits and features of both these time proven instruments into this one instrument. The Tramex RWS has dual operating modes for EIFS and Roofing. Each of these modes has 2 ranges of sensitivity for both deep and low penetration sensitivity, enabling the scanning of Roofing, and EIFS, with a signal penetration ranging from the surface up to approximately 4” (100mm). The RWS is designed and manufactured by Tramex who have been producing a range of moisture detection and scanning instruments since 1980. Features The Tramex RWS
For non-destructive moisture evaluation of roofs and EIFS building envelope
For tracing leaks into the waterproofing membrane back to the source
Fast and easy to operate
Instant clear readings
"Hold" function facilitates ease of recording readings
Lightweight hand held and battery operated
Inexpensive to purchase and operate when compared with other non-destructive testing methods
The Problems of Excess Moisture in the Building Envelope. By visual inspection, the location of excess moisture and decay in or behind EIFS or Roofing Systems can be difficult and near impossible, as normal evidence of this moisture and decay may not be visible on either side of the wall or roof. Excess moisture can be hidden and trapped in the substrate and within the thickness of the wall or roof construction. If these conditions are allowed to continue the moisture will increase, eventually leading to rot and decay and possible failure of the system and structure. Also wet insulation loses its thermal value resulting in unnecessary heat loss or gain and thermal movement in the structure. Early detection of wet areas and corrective remedial action makes good economic sense.
*We match all prices PLUS an extra 10% of the difference - just call!
Multi-mode moisture scanner for non-destructive detection and leak tracing in the builing envelope including:
- Built-Up
- Non-Conductive Single Ply
- Modified and Foamed Roofing Systems
- Exterior Insulation and Finishing Systems
The RWS incorporates two of Tramex's well-known moisture scanners, the Leak Seeker for Roofing, and the Wet Wall Detector for EIFS, incorporating all the benefits and features of both these time proven instruments into this one instrument.
The Tramex RWS has dual operating modes for EIFS and Roofing. Each of these modes has 2 ranges of sensitivity for both deep and low penetration sensitivity, enabling the scanning of Roofing, and EIFS, with a signal penetration ranging from the surface up to approximately 4” (100mm).
The RWS is designed and manufactured by Tramex who have been producing a range of moisture detection and scanning instruments since 1980.
Features
The Tramex RWS
- For non-destructive moisture evaluation of roofs and EIFS building envelope
- For tracing leaks into the waterproofing membrane back to the source
- Fast and easy to operate
- Instant clear readings
- "Hold" function facilitates ease of recording readings
- Lightweight hand held and battery operated
- Inexpensive to purchase and operate when compared with other non-destructive testing methods
The Problems of Excess Moisture in the Building Envelope.
By visual inspection, the location of excess moisture and decay in or behind EIFS or Roofing Systems can be difficult and near impossible, as normal evidence of this moisture and decay may not be visible on either side of the wall or roof. Excess moisture can be hidden and trapped in the substrate and within the thickness of the wall or roof construction. If these conditions are allowed to continue the moisture will increase, eventually leading to rot and decay and possible failure of the system and structure. Also wet insulation loses its thermal value resulting in unnecessary heat loss or gain and thermal movement in the structure. Early detection of wet areas and corrective remedial action makes good economic sense.
