Membrane for leakage sensor ‘Noah’ - 22,86 x 45,72 cm for e.g. HVAC-Systems
Membrane for e.g. HVAC systems or wash basins
Manufacturer's description: Ac Leak Membrane Noah 22.86 x 45.72 cm V2
The Noah 22.86 x 45.72 cm membrane is the ideal solution for HVAC systems, ice machines and smaller cover areas that are not suitable for larger formats. These flexible membranes provide an effective way to prevent water damage in HVAC systems and maximise the efficiency of your equipment.
- Flexible design: the 22.86 x 45.72 cm format membrane can be easily shortened along the horizontal line, allowing it to be adapted to different applications. This allows the remaining halves to be seamlessly connected to separate wireless modules or two connections to a single wireless module.
- Preventing water damage: One of the most common causes of water leaks in HVAC systems is a problem with the drip tray. Noah membranes help to significantly reduce the risk of leaks, often caused by defective condensate pans.
- Save water: Did you know that a dripping tap that loses just one drop per second can waste more than 3,000 gallons of water per year? This is equivalent to the amount of water for over 180 showers! Our membranes help minimise such losses by maintaining the integrity of the water system.
- Easy to install: The Noah 22.86 x 45.72 cm membranes are user-friendly and can be installed or adjusted quickly, making them a practical choice for technicians and maintenance work.
- Prevents water damage through effective sealing
- Reduces water consumption and operating costs
- Promotes the longevity of HVAC systems
- Easy to use and customise
Summary: Choose Noah 22.86 x 45.72 cm membranes to ensure your ice machines and HVAC systems run smoothly. Not only do they provide protection from water damage, but they help save valuable water at the same time.
Tips for use:
For optimal performance and added safety, we recommend installing the membrane upside down, with the conductive side facing up. This orientation makes the sensor less sensitive to smaller amounts of liquid, minimising the risk of false alarms. For example, accidental triggering of the leak sensor by melted ice cubes or small spillages can be avoided. This clever installation means that a significant amount of water must be present to trigger the sensor, ensuring increased reliability in everyday use.
