AKCP RopeFuel Sensor (FLKS) – Precise leak detection for fuel and oil applications
AKCP ropeFuel Sensor (FLKS)
Reliable monitoring of fuel and oil supply systems is of critical importance in environments such as data centers, industrial plants, and logistics centers. Even the smallest leaks can cause severe damage, fires, or financial losses. The AKCP ropeFuel Sensor (FLKS) has been developed to efficiently and precisely detect liquid hydrocarbons such as gasoline, diesel, kerosene, or jet fuel—across the entire cable length and with exact leak localization.
Functionality and Detection Capabilities
The ropeFuel Sensor uses an innovative rope-like sensing cable that reacts sensitively upon contact with fuel. As soon as a drop of fuel or oil touches the cable, it is immediately registered and an alarm is triggered. Furthermore, the system pinpoints the leak location with a resolution of one meter or one foot. This allows technicians to take quick, targeted action and eliminate leaks without delay.
Typical Detection Times (at 20 °C)
- Gasoline: 2 – 12 minutes
- Diesel #1: approx. 60 minutes
- Jet A/B/5/8: 50 – 70 minutes
- JP-4/5/7: 15 – 70 minutes
- Kerosene: approx. 47 minutes
Technical Specifications
- Sensor design: sensor module, sensitive leak detection rope, non-sensitive leader cable
- Housing: 56 × 55 × 33.3 mm, durable construction
- Cable diameter: approx. 7 mm
- Extension: supplied with 5 ft CAT5 cable, extendable up to 30 m with CAT5/6
- Mounting: DIN rail or screw installation
- Power supply: directly from sensorProbe / securityProbe, no external adapter required
Monitoring System Integration
The AKCP Fuel & Oil Sensor is connected via RJ45 to an available sensor port of a sensorProbe or securityProbe unit. Thanks to AutoSense, it is automatically detected and configured. Within the web interface, thresholds, escalation levels, and notification paths can be defined.
Alarming and Networking Options
- Alarm channels: e-mail, SMS, SNMP traps
- Visualization: integration with Nagios, PRTG, OpenNMS, Tivoli, WhatsUp Gold
- Status monitoring: LED indicators for operational status and cable integrity
- Tamper detection: notification in case of cable damage or disconnection
Important Usage Notes
- Sensor is typically single-use and must be replaced after direct contact with fuel
- Do not install on conductive surfaces unless insulated
- Recommendation: specify type of fuel when ordering for optimal sensitivity
Typical Applications
- Data centers: protection of backup generators and fuel tanks
- Industrial facilities: leak detection in production areas
- Logistics centers: monitoring diesel tank systems for truck fleets
- Airports: jet fuel monitoring to avoid leakage risks
- Remote sites: protection of critical infrastructure systems
Economic Benefits
By precisely locating leaks, intervention costs are significantly reduced. Targeted repairs save time and increase operational safety. Real-time monitoring enables proactive maintenance, prevents secondary damage from spilled fuels or oils, and minimizes downtime. Integration with centralized SNMP systems further enhances efficiency and operational transparency.
FAQ – Frequently Asked Questions
Which fuels can the ropeFuel Sensor detect?
Gasoline, diesel, kerosene, jet fuel, and other liquid hydrocarbons.
Can the leak location be determined?
Yes, with an accuracy of 1 meter or 1 foot.
Is the sensor reusable?
Generally no, after direct contact the sensor must be replaced.
How is it connected to the network?
Via RJ45/Cat5/6 to sensorProbe or securityProbe units, with automatic detection through AutoSense.
How far can the sensing cable be extended?
Up to 30 meters with standard Cat5/6 cables.
The AKCP ropeFuel Sensor (FLKS) is a specialized tool for detecting fuel and oil leaks. With its rope-style sensing cable, precise leak location, AutoSense integration, and full SNMP capability, it is an indispensable solution for operators of critical infrastructures. From data centers and logistics facilities to airports, it provides maximum levels of safety, efficiency, and reliability.