RLE Technologies articles

A global microchip shortage is impacting manufacturers worldwide and RLE products are not immune. We have worked with foresight and diligence to procure as much safety stock as possible and do not currently see short-term or long-term impacts to the manufacturability or supply of our products.

We’re changing the terminology we use when we talk about integrating devices via protocols. The terms Master and Slave will no longer be used at RLE.

• Devices communicating via Modbus will be referred to as Client and Server devices, in alignment with direction from the Modbus Organization, Inc.:
  • “The organization is using “client-server” to describe

RLE’s services division is like having a dedicated RLE employee on your team – bringing all the experience and expertise of an RLE professional right into your organization whenever you need them!

RLE offers a variety of services designed to help you maximize the capabilities of your leak detection and environmental monitoring systems. Bundled together or purchased separately, our services packages provide the personalized service you’ve come to expect from RLE.

As They Say, “You Can’t Manage What You Can’t Measure”

Schools and universities, hospitals, industrial plants, commercial buildings, and data centers use data to drive comfort, visibility, and safety. Though wireless monitoring can be easy, the data is only valuable if something is done with that data. You need to ask yourself, “What data am I measuring?”

RLE’s WiNG wireless monitoring systems ena

Building pressure is the difference between the outside air supplied to a building and the air removed from inside a building.  Typically, a facilities managers are trying to achieve a building with slight positive building pressure, meaning more air is supplied to the building than is removed from the building.

Negative Pressure Indicators

RLE Adds Wireless Air Velocity Sensors to WiNG Platform

RLE’s WiNG wireless facility monitoring products came onto the scene almost 18 months ago, and the market’s acceptance and implementation of these products has been phenomenal. A proprietary wireless platform that features a wide variety of sensors, a web interface designed to keep the most relevant information close at hand, and open protocols for unlimited integration, has proven hard to beat in the

Monitor Temperature and Humidity Via Your Wi-Fi Network

As Wi-Fi technology evolves to become cheaper, more reliable, and more secure, we’ve noticed that many of our customers are using Wi-Fi to power their networks.  RLE Technologies has noticed this emerging trend as well and has developed the WIFI-TH, a wireless temperature and humidity sensor that leverages an existing Wi-Fi network to communicate with a building management system.

With over 35 years of experience and 16 million feet of patented leak detection cable in service globally, RLE’s proven to be the industry leader in leak detection.  Now we’ve combined our popular, dependable leak detection products with our cutting-edge WiNG wireless monitoring.  The result? A wireless leak detection solution that leverages all the benefits of both robust product lines.

RLE’s WiNG leak detection products feature:

Our popular LD1000 zone leak detection controller just got even better – it’s now Modbus enabled! With little to no maintenance and the reliability and quality you’ve come to appreciate and expect from RLE products, the LD1000 is the right fit for spaces where sensing cables and spot detectors are visible so leaks can easily be located.

The new Modbus feature

Are you puzzled by the hot spots in your data center?  In most data centers, like the one depicted in the chart below, cooling resources are overabundant but airflow is insufficiently distributed for rack-level cooling – which results in hot spots.

In situations like these, we recommend the HotSpot