Naftosense products

Leak Detection Cables

The FLD-HSC is a high-performance passive hydrocarbon detector designed specifically for detecting the unwanted presence of a wide range of liquid hydrocarbons. This multiplexed sensor cable provides quick reaction to light and heavy hydrocarbons and can be used in outdoor environment. Rapid detected hydrocarbons include gasoline, diesel, jet fuel, motor oils, lube, and transformer oils, etc. The FLD-HSC sensor cable is offered as factory- terminated modular sensor with heavy-duty waterproof connectors (model -C), or as fixed-length multi-section encapsulated sensor string with oil-resistant 10-ft leader cable (model -L). The sensor is specially engineered for reliable operation in both indoor and outdoor conditions. The waterproof connectors of -C model allow short-term immersion in water. The encapsulated -L version is designed for long-term immersion.

Point Sensors

Sensing Probe for Oil-On-Water Leak Detection

FLD-O2W-SP is a fully encapsulated high-performance sensing probe designed for detecting leaks of refined products or crude oil floating on water surface in extreme environmental conditions. This probe can also be used as cost-efficient zero-false-alarms hydrocarbon fumes detector. UV/ozone resistant, it is specially engineered for reliable operation during long-term immersion in water and in icing conditions and is suitable for polar applications. The maximum length of sensor probe is limited to 48in (120 cm). The sensing probe can be wired to the acquisition module through an optional jumper cable with a maximum length of 1000ft (300m). Advanced measurement techniques and data treatment algorithms are used by Naftosense acquisition modules to provide quick detection in a very wide temperature range. The sensor is reusable and easily detachable for cleaning.

Hydrocarbon Sensor Cable

The FLD-PHD is a high-performance passive hydrocarbon detector designed specifically for installation outdoor in challenging environments. This sensor cable is used to detect the unwanted presence of non-conductive hydrocarbon fluids. The detected fluids are primarily crude oils, refined products, solvents, and their vapors. The FLD-PHD sensor cable is offered as stand-alone sensor connected in factory with 10 ft (3 m) direct-burial/UV-resistant leader cable. On request, the length of the leader cable can be extended up to 1000 ft (300 m).

Control and Monitoring Devices

Control Panel

FLD-TSP7 is a high-performance 7-inch touchscreen controller designed for powering and interfacing with Naftosense brand of monitoring modules. The communication with these modules is based on Naftosense long-range ERBUS proprietary bus. The controller is offered in IP54/NEMA 3S water-resistant wall-mounted enclosure, to be installed in control rooms and other remote locations where dripping water might be potentially present. The primary use of FLD-TSP7 is to monitor up to three zones with long detection strings for hydrocarbons, alcohols, solvents, or conductive liquids of up to 9800ft (3000 m) each. Each zone on the FLD-TSP7 is capable of powering and communicating with up to 25 Naftosense monitoring modules. The communication protocol permits robust and reliable operation even in case of partial failure of the circuit of monitoring modules. Each individual monitoring module can be connected to several independent sensors and provides true multi-leak capability.

Control Module for Panel Mount

FLD-SMP-MB is a high-performance controlling module designed for mounting in your existing or new enclosure. It was specially designed to interface with Naftosense ERBUS proprietary communications and low voltage power to related monitoring modules. FLD-SMP-MB offers convenient DIN-rail mounting in any approved enclosure. Each individual FLD-SMP-MB can be connected to 50 monitoring modules. Each monitoring module can be connected to up to 8 individual sensors not exceeding 82 ft (25 m) each. Because the ERBUS provides both power and communications you can connect monitoring modules to the proprietary bus eliminating the need of additional infrastructure. The maximum distance covered with wired layout(sensor and jumper) is more than 2 miles!