Remote Sensing System Interfaces With Any Sensor Mix for Customized Tank Level Monitoring

While most tank level monitoring systems limit sensor choice, the SignalFire Remote Sensing System™ integrates an open architecture mesh network that allows users to choose the preferred sensor type for an application.
By: SignalFire Wireless Telemetry
 
 
HUDSON, Maine - Dec. 2, 2014 - PRLog -- Tank level monitoring is a common wireless application used in upstream pumping, oil and gas, wastewater, agriculture and other industrial applications to eliminate run-outs and overflows while optimizing and ensuring the integrity of operations.   While most tank level monitoring systems limit sensor choice, the SignalFire Remote Sensing System (http://www.signal-fire.com/)™ (SFRSS) integrates an open architecture mesh network that allows users to choose the preferred sensor type for an application as well as mix sensor types in the same network.

Depending on the conditions of the operating environment and tank content (water, chemicals, oil, etc.), the right sensing technology might be float, pressure sensor, ultrasonic sensor, piezo resistive sensor or air/guided wave radar.  Instead of just bundling one or two technologies as most tank level monitoring systems, the SFRSS communicates and powers virtually any sensor with 4-20 mA, 1-5V, Modbus, Hart, digital IO and other analog and digital interfaces.

In a typical tank level monitoring application, SignalFire wireless “nodes” interface with a standard sensor, providing power for the sensor as well as connectivity to a “Gateway” located at a central location where data is concentrated.  The SignalFire Remote Sensing System provides reliable transport of the data to the gateway via its wireless mesh system.

Because the SFRSS mesh network operates at lower frequencies, it can communicate at ranges of up to 3 miles between nodes and is significantly less sensitive to foliage, obstructions, and moisture when compared to traditional wireless networks.

As sensor technologies have varying power requirements, the SFRSS can power both sensors and the radio system from either internal batteries or a specially-designed solar system to remain truly wireless.  While battery life depends heavily on the sensor, it can last from 1 to 10 years.

SignalFire offers its Remote Sensing System (including a solar power option) with Class 1 Division 1 certification for intrinsically safe operation as many tank level applications require products to be certified for hazardous use.

For more information on the SRSS, refer to the website at http://www.signal-fire.com/products/ or contact the company at 978-212-2868 or info@signal-fire.com (mailto:info@signal-fire.com?subject=Inquiry%20from%20Cont...).  To view a video that provides an overview of SignalFire Sentinel Remote Node, visit https://www.youtube.com/watch?v=zRDCYab2I0E.



About SignalFire

SignalFire Wireless Telemetry (http://www.signal-fire.com/)
designs and manufactures wireless telemetry products that enable robust, long-distance wireless communication connecting multiple devices in challenging outdoor environments.  The company offers the SignalFire Remote Sensing System™ (SFRSS), a robust long-range mesh network specifically designed for challenging, large-scale environmentscharacterizing industries such as oil and gas, agriculture, forestry, water systems, and the public infrastructure. The SFRSS has an open architecture that allows users to integrate many types of sensors to monitor assets such as pumps, valves, and lighting and to extract data for download. For more information about the company’s telemetry products, visit http://www.signal-fire.com/.

Contact
Scott Keller
***@signal-fire.com
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