Roof Water Leak Detection Equipment

Wet testing uses a conductive perimeter wire on the surface of the test area.

Roof water leak detection equipment. Electronic leak detection eld is one of the most popular methods across the roof leak detection industry utilised to accurately locate leaks in the building envelope. Using electronically charged bristles it is an non intrusive roof leak detection method can identify problematic areas with pinpoint precision. The above methods are used separately or combined to locate a leak on any type of roof construction. Electronic leak detection falls in to one of two categories.

Electronic leak detection eld is a non destructive diagnostic used to identify water leak entry and areas of trapped water within a flat or low pitched roof construction. Wet or dry testing. This will systematically eliminate the possible causes of a roof leak until the source is identified. Although often referred to as the wet test this method of roof leak detection can be used with or without the addition of water although the equipment used is.

They sense and translate the radiation from objects into thermal images. Roof leak detection our roof leak detection service include the use of trace gas injection sensing thermography and electronic vector mapping. Covered with water and connected to a pulse generator which produces low voltage current that propagates over the test area via the water. The dry test system and the wet test also known as vector mapping or earth leakage system.

Detecting a water leak early can save you from excessive water damage. Infrared cameras are a tool used by home inspectors and energy auditors for the detection of water and air leaks. When a roof leaks moisture penetrates through the surface of the roof system and begins to saturate the underlayment or decking for the roof system. What types of leak detection equipment are available.

As a roofing contractor for 38 years we understand how critical accurate electronic leak detection is for our clients. After the underlayment or decking is saturated and can no longer absorb any additional moisture the water begins to leak into the inside of the building. Over the years we have used many forms of interpretive testing methods such as infrared thermography capacitance testing hygrometers vector mapping sampling etc and found them all to have too many limitations.