Fuel Sensing Cable

Fuel Sensing Cable: A Breakthrough in Facility Safety

Fuel Sensing Cable:A Breakthrough in Facility Safety

  • A fuel leak detector is critical in ensuring the safety and security of facilities that handle hydrocarbon or oil products.
  • Unlike water leaks, which primarily lead to property damage, fuel leaks pose far more significant risks,including economic losses, fire, and even explosions.
  • In light of these potential dangers, preventive measures become paramount.
  • The fuel leak detector cable has emerged as a revolutionary solution that monitors and ensures the safety of facilities,
  • providing a historic breakthrough in response time and prevention methods.

    fuel leak detection system

Understanding the Need for Fuel Leak Detection

  • Hydrocarbon fluids, such as fuels and oils,are indispensable resources that power our industries and economies.
  • However, their transportation and storage have inherent risks, especially concerning leaks.
  • A fuel leak can lead to catastrophic consequences, making leak detection an indispensable aspect of facility management.
  • The development of the Fuel Leak Detection Cable addresses this pressing need with a range of features that redefine leak detection systems.

Key Features of Fuel Sensing Cable–Swift Response Time

  • The foremost feature of the Fuel Sensing Cable is its remarkable response time to hydrocarbon fluids.
  • Unlike conventional detection methods, this cable offers a fast and efficient means of identifying leaks as they occur,
  • minimizing the potential for escalation and damage.

    fuel oil leak detects

Outdoor Application Friendly

  • A standout feature of the cable is its resilience to environmental conditions, particularly water.
  • Traditional leak detection systems might falter in outdoor settings due to water interference,but the Fuel Sensing Cable remains unaffected.
  • This adaptability ensures consistent performance and reliable results.

Reusability

  • Sustainability is a crucial factor in modern technology, and the Fuel Sensing Cable excels in this aspect.
  • The cable is designed for reusability, reducing waste and enhancing cost-effectiveness.
  • Its ability to withstand repeated use contributes to its long-term value.

Pre-Connected

  • The convenience of pre-connected components cannot be understated. The Fuel Sensing Cable comes ready for installation,
  • streamlining the setup process. This feature not only saves time but also ensures accurate and hassle-free deployment.

The Implications for Facility Safety

  • The introduction of the Fuel Sensing Cable brings about a paradigm shift in facility safety.
  • By drastically reducing response times and enhancing the efficiency of leak detection;
  • this technology empowers facility managers to take proactive measures in averting potential disasters.
  • Swift identification of hydrocarbon leaks enables timely intervention, preventing economic losses and,
  • more importantly, averting fire and explosion threats. Moreover,
  • the cable’s adaptability for outdoor use ensures that it can be employed across various industries,from fuel storage depots to manufacturing plants.
  • This versatility is essential in providing a comprehensive safety net for facilities that handle hydrocarbon substances.

    fuel leak detection cable

Conclusion

  • In conclusion,the Fuel Sensing Cable represents a significant breakthrough in facility safety.
  • Its rapid response time, resilience to environmental conditions, reusability, and user-friendly design.
  • make it a game-changer in preventing and mitigating the risks associated with hydrocarbon and oil leaks.
  • This technology transcends mere detection; it empowers facility managers to be proactive and strategic in their approach to safety.
  • As industries continue to rely on hydrocarbon resources, the importance of robust leak detection systems cannot be overstated.
  • The Fuel Sensing Cable stands at the forefront of this essential technological advancement,
  • ushering in a new era of heightened safety and protection for facilities worldwide.
Fuel Leak Detection Cables

Fuel Leak Detection Cables used to detect hydrocarbon leaks in various applications

Fuel Leak Detection Cables used to detect hydrocarbon leaks in various applications

  • Fuel leak detection cables P-LFP7000 are used to detect hydrocarbon leaks in various applications such as generators, day tanks, and petrochemical plants.
  • Fuel leaks are a major concern in the oil and gas industry and can lead to catastrophic consequences if not detected and dealt with promptly.
  • Traditional fuel leak detection methods can be costly and time-consuming, leading to downtime and reduced productivity.
  • However, Prosino Group’s fuel leak detection cables P-LFP7000 offer a sustainable and cost-effective
  • solution that reduces costs and downtime while ensuring safety and compliance.

fuel-leakage-detection-cable

1.This makes it a reliable and innovative solution for fuel leak detection in the oil and gas industry.

2. Prosino Group’s fuel sensing cables P-LFP7000 have several significant advantages. First, they are fast and selective in detecting leaks,

which means that fuel leaks can be detected and dealt with promptly, reducing downtime and increasing productivity.

Second, they are reusable and cleanable, which means that they offer a sustainable solution that

reduces lifetime system costs and promotes environmental sustainability.

3. We tested the P-LFP7000 with our controller P-FLD2 to detect the gasoline can be detected in 2mins. To detect the Diesel oil can be detected  in 3 mins and the Kerosene can be detected in 30 seconds.

fuel-leakage-detection-cable

  • The fuel sensing cables P-LFP7000 can be used in building applications, oil and gas applications,  and other industries such as healthcare and food processing.
  • This makes them a versatile solution that can be used in a variety of settings.
fuel-leakage-detect-rope

fuel-leakage-detect-rope

  • Prosino Group’s fuel sensing cables are a cost-effective and sustainable solution for fuel leak detection in the oil and gas industry. They reduce costs and downtime while ensuring safety and compliance.
  • We encourage businesses to choose fuel leak detection cables for a reliable and innovative solution to fuel leak detection.
  • For more information. Please contact us: info@prosinogroup.com
Smart Gateway

Water Leak Detection Smart Gateway

Why you will need a water leak detection smart gateway?

Water Leakage may happen anytime from the many indoor facilities such as:

  • Air conditioning units
  • Laundry room system
  • Chilled water piping,
  • Data center control systems

Any water sources or building leakage.this may cause very bad damage and may affect our valuable assets and properties.

Now our Facility Monitoring System smart gateway is able to avoid the damages.

Prosino Technology now announce and share it’s own developed Water Leak Detection System.

Our accurate and reliable water leak detection system smart gateway,

gives you security and complete protection.a solution system which provides security in monitoring water leak detection,

indicates a notification status through SMS or Wireless devices helps you find the leakage position quickly and solve the problems.

 

Fluid Sensing Cable

4 points about Fluid Sensing Cable

Fluid Sensing Cable with 4 important points

This is Frank from Prosino Group. You could lean our water leak detection system or water leakage detection cable / controller sensor.

Today I would like to share the information about water leakage.

Most of water leakage was happening indoor or outdoor.

The indoor applications as below :

  • Airports  •Banks •Churches •Clean Rooms•Correctional Facilities•Hospital•Hotels•Medical Facilities
  • Nursing Homes•Office Building•Residential Facilities•Retail •Schools•Telecommunications•Theaters •University •Warehouse and so on
  • The outdoor applications:most of water leakage happening is piping system .
  • I am good at indoor water leakage detecting, It is our company Prosino Group’s mission to make the world a safer place.
  • Not only in EU and USA . But also in all of the world.
  • Fluid sensing cable or water leakage detection cable was widely used in environment monitoring system,
  • It is specially in server room,data center,water tank and more.

Now I am here to introduce the product of fluid sensing cable.

There are 2 versions of water leak detection cable .

1)P-LFP1000-Addressable (position) water leak detection cable.

  • Each meter with 13 ohm resistance .
  • The diameter is 6.0 mm .
  • 4 wires fluid sensing cable .
  • The color could be customized expect the 2 black sensing wire .
  • The length could be customized according to request .
  • We suggest 10 meters , 15 meters , 20 meters,the functions per each wire as below photo .
prosino-fluid-sensing-cable

Prosino-fluid-sensing-cable

 

2)P-LFP1B-Non position fluid sensing cable

  • The diameter is 6.0mm or 4.5mm
  • 2 wires water leakage detecting cable
  • The color could be customized expect the 2 black sensing cable
  • The length could be customized according to the request .

Below are the liquid leakage detectors

There are also 2 versions of liquid leakage detector ( alarm )

1)P-LFP1-Position controller

  • Able to detect the distance as long as 1,000 meters and the tolerance is 0.5%. it is with RS485 and switch output
  • It is addressable water leakage detector
  • It is with RS485 and switch output .
  • RS485 output which is communicating with computer or monitoring host,it is always with 2 RS485 connectors,1 pair for input,another pair for output(if you would like to combine with more RS485 devices )
  • Switch output,which is communicating with other equipment .
  • Tolerance is 0.5% .
  • Power supply : Between : 5V -24V
  • There are 3 LED lights .
  • Power —– It is power light .
  • Service —— It means breaking. Or the cable did not connected well .
  • Leak ——- When the leakage is happening . The light will flash .
  • RS485 . B- A+ B- A+ . It is 2 pairs of RS485 connectors .
  • Alarm Replay . It is switch output only available with the device ,which power is between 5V- 24V .  It is with N.O. ,  N.C. ,COM.
  • It is always only connect 2 cable .  The method as below :
  • and COM   , or  N.C. and COM .Power of both of N.O. and N.C. device is between 5V-24V .
  • When the cable detected the leakage is happening . After you push the “confirm “button . The “ leak” led light will turn off .
  • And the leakage position will bed disappeared .
  • So please record the leakage position and inform the staff to handle the leakage before you push “ confirm” button .
  • When you push the second time “ confirm “ button . It is normal working .
  • I would like to enclosed the full addressable water leak detection system photo :
fluid-sensing-cable

leaks-detection-cable

 

 

2)P-FP1A-Non position alarm.

  • Non-position water leak detector .
  • The sensitive button-There are 3 models of sensitive . Low , Middle, High .
  • This model is single way non position water leak detector .
  • VCC and GND-It is for power . VCC means V+ , GND means V- .
  • RS+ , RS-  -Please make sure it is correct connection .
  • Here I am also would like to enclosed the full non position water leak detection system :

 

fluid-sensing-cable

fluid-sensing-cable

 

Conclusion .

Position water leak detection system .

  • Power supply (5V-24V) + Position detecting alarm +Lead cable + addressable fluid sensing cable +clearing end .

Non position water leakage detect system .

fuel-leak-detection-cable

Oil Leak Detection Cable – Data Sheet

Oil Leak Detection Cable

  • Oil Leak Detection Cable detects the presence of Liquid Hydrocarbon Fuels at any point along its length, yet does not react to the presence of water.
  • Installed with a locating module, the cable senses the liquid, triggers an alarm, and pinpoints the location of the leak within one meter.

 

Distributed Sensing

  • P-LFP6000 Oil Leak Detection Cable provides distributed leak detection and location for a wide range of applications.
  • The cable is available in a variety of length to provide as much coverage as needed.

 

Design Flexibility

  • P-LFP6000 sensing cable can be purchased in bulk form, cut to length in the field and joined using connector kits,or it can be obtained in standard lengths with connectors attached in the factory.
  • These modular sensing cables may be connected in series to provide distributed monitoring for trenches, subfloors, and double-containment piping,or used individually for double-containment tanks, sumps, and small areas.
  • P-LFP6000 zone sensing cable,which comes with a factory-installed, heat-shrink end termination is also available for small area coverage.

Advanced technology

  • Prosino Group uses radiation-cross linking and conductive-polymer technology to make P-LFP6000 sensing cable mechanically strong and chemically resistant.
  • The core of the cable is constructed of two sensing wires, an alarm signal wire, and a continuity wire.
  • The core is encased in a conductive-polymer jacket and surrounded with a fluoropolymer braid. This rugged construction allows the cable to perform reliably in the most demanding environments.
Product Characteristics
Cable diameter 8 mm (0.32 in) nominal
Cable diameter with 13 mm (0.52 in) nominal
connector
Cable weight 7.3 kg/100 m nominal (4.81 lb/100 ft nominal)
Fluoropolymer braid Color—red, white and black
Operating temperature –20°C to 60°C (–4°F to 140°F)
range
Pull force limit Not to exceed 22.7 kg (50 lb)
Bend radius 50 mm (2 in) minimum
Pressure Loads greater than 9 kg (20 lb) per linear inch at 20°C (68°F) may immediately trigger
an alarm
Nonresettable Must be replaced after exposure to hydrocarbon liquids
Chemical Resistance
Cable functions normally Sulfuric acid (10%)
after exposure in Hydrochloric acid (10%)
accordance with ASTM D Nitric acid (10%)
543 at 23°C (73°F) for Sodium hydroxide (10%)
seven days

Prosino Group

Resistance

Sensing cable Less than 10 A leakage when immersed in salt water for 90 days
Connector system Less than 10 A leakage when immersed in water at 10 psig for 24 hours
Response time
Represented materials Typical response time at
detected 20°C (68°F)

 

  • Gasoline 3minutes
  • #1 diesel fuel 30 minutes
  • #2 diesel fuel 60 minutes
  • JP5 jet fuel 30 minutes
  • JP8 jet fuel 20 minutes
  • Jet-A jet fuel 20 minutes
  • Xylene 10 minutes

Notes:

  • Response Time Test Method: “Test Procedures for Third Party Evaluation of Oil Leak Detection Methods; Cable Sensor Liquid Contact Leak Detection Systems.”
  • Response times are affected by operating temperature. Consult factory for specific response times at other temperatures and in other liquids.

Oil Leak Detection Cable