Description
A sensor designed to monitor secondary containment trench liners and containment sumps. Complies with NFPA 70 for use in Class 1 Division 1 hazardous locations and provide continuous monitoring and/or leak detection of secondarily contained storage systems capable of providing positive shutdown or lockout of product pumps or alarm annunciation when a leak is detected.
Hardware
Operating Capabilities
A sensor designed to monitor dispenser containment pans and high lever overfill protection and comply with NFPA 70 for use in Class 1 Division 1 hazardous locations and provide continuous monitoring and/or leak detection of secondarily contained storage systems capable of providing positive shutdown or lockout of product pumps or alarm annunciation when a leak is detected.
Hardware
Operating Capabilities
Ronan Engineering’s Model HLS-2 Custom Oil/Water High Level Sensor is designed to monitor fluid levels within oil/water separators. Constructed of stainless steel or brass, PVC, polysulfone, nitrile and beryllium copper, the HLS-2 Sensor will provide years of trouble-free service.
The HLS-2 is installed into the primary tank to provide discrete indications of high oil level and high water levels. Liquid levels sufficient to move the sensor’s float will transmit a signal to the control panel to initiate control functions or annunciate alarms.
Typical applications for the HLS-2 are oil/water separator high level sensing, and high level/overfill monitoring.
FEATURES
The HLS-2 is available with a fixed or adjustable mounting for easy periodic testing or future adjustment. The sensor is installed through an available bung at the tank top. The HLS-2 may be supplied with a variety of logic configurations and for a variety of liquid densities. The standard HLS-2 is supplied with N.C. logic for fail-safe operation.
Specifications
Specifications are subject to change without notice. Contact Ronan Engineering to verify critical specifications
More Info PriceThe HV Vapor Sensor, a solid state diffusion type, works on the absorption-desorption principle. The detection of a specific vapor is based on the absorption on the catalytic surface at a specific temperature. The gas absorption changes the resistance between the two electrodes embedded in the catalytic element. The resistance change is directly proportional to the vapor concentration and provides the input to the module. The vapor sensor, consisting of the sensing element contained within an anodized aluminum enclosure, is protected by the porous metal-fiber disc which serves as a flame arrestor. The sensor head assembly is UL listed for hazardous locations: Class I, Division 1, Groups B, C and D.
More Info Price