OPTIMIZE YOUR RAILWAY OPERATIONS
Today's railroad services need to operate efficiently and safely, while maximizing customer experience by assuring excellent quality of service.
Rail Monitoring is becoming increasingly important in today's environment - including the capacity for Train Location, Asset Monitoring, Third Party Interference Monitoring and Fire Detection in Cable Ducts. AP Sensing's Rail Monitoring solution provides various benefits that include increased information, safety, efficiency, capacity and cost savings.
In conjunction with a track-side fiber optic cable infrastructure, AP Sensing's Distributed Acoustic Sensing (DAS) system can detect and supply information about the exact position, speed and direction of moving trains in the network in real time. In contrast to conventional block status information, this spatially continuous information facilitates a smart traffic management that goes beyond previous system limits. Continuous train information enables travel at variable spacing. As a result, braking and acceleration processes can be minimized, and energy efficiency increased. This allows a higher train density and thus an increased capacity of the existing rail network. In addition, a range of real-time travel information is possible. The data from our DAS system provides information on the condition of vehicles and routes, as well as wear and tear over time. This provides the ability to conduct preventative and predictive maintenance.
Our technology supports the digitalisation of railways and helps to optimize operations. It enables preventive and predictive maintenance, minimizing unscheduled service disruptions. Our DAS system also increases safety by assuring train integrity and detecting people or falling objects on the tracks. Intrusion, vandalism and cable theft are detected and precisely located with the AP Sensing DAS.
To address the high safety standards and requirements in the railroad environment, a DAS system can successfully supplement complementary sensor technologies in a Sensor Fusion system. DAS data can be easily integrated into any centralized rail management system.
AP Sensing is the Distributed Fiber Optic Sensing (DFOS) and Distributed Acoustic Sensing (DAS) solution provider for optimizing your railroad operations.
DISTRIBUTED ACOUSTIC & TEMPERATURE SENSING
AP Sensing's Distributed Acoustic Sensing (DAS), together with our unique SmartVision™ asset visualization and data management software, gives you the ideal solution to optimize and protect your railway infrastructure. Our DAS is based on the unique 2P squared technology and is the solution for various railway infrastructure applications.
Our Distributed Temperature Sensing (DTS) offers continuous temperature monitoring along the entire fiber optic cable, e.g. along cable ducts. This enables heat/fire detection and location within cable ducts and cable trays, and inside train and metro stations. Systems are completely certified for fire detection (VdS, UL, FM, IECEx, SIL).
Ask AP Sensing: Fiber Optic Sensing for Railway Monitoring
AP Sensing's SmartVision management suite shows the location, velocity and direction of trains and the condition of your assets at a glance, controlled by an easy-to-use graphical interface. It seamlessly integrates many sensors including DAS, DTS and CCTV into a single platform. Circuit layouts are mapped and color-coded to show the instantaneous changes in acoustic energy. Sections of the infrastructure can be individually defined for flexible alarm levels and types. Defined information is interfaced into higher level train management systems, enabling easy integration.
OUR KEY FEATURES FOR RAILROAD MONITORING
Why you should choose AP Sensing!
|Distributed Acoustic Sensing (DAS) systems||...continuous and continual acoustic and vibration data along entire track for train detection, asset condition monitoring and protection from TPI.|
|Superior coherent optical time domain reflectometry (COTDR)||...longest range, high sensitivity and high linearity.|
|Comprehensive SmartVision™ management suite||...GIS positioning and easy-to-integrate interfaces for network management systems.|
|Dual integrity detection scheme, utilizing smart algorithms and supervised AI||…best in-class detection and classification capabilities.|
Our solutions monitor key application areas, including:
- Train location, speed, direction (also underground or in tunnels)
- Train integrity (length), number of train cars, bogies
- Track condition monitoring (cracks, joints)
- Train defect monitoring (flat wheel, brake noise)
- Intrusion detection (vandalism, cable theft)
- Natural hazards detection (rockfall, landslide, tree fall, flooding)
- Objects on track detection (work crews, persons, animals)
- Railroad crossing management (trespassers)
- Overhead contact line/Catenary flash-over detection
- Fire detection in cable ducts
- Cable overload monitoring and detection
Some of the listed features are already proven in extensive field tests, others need to be further developed and tested.
As we develop our products from the research and manufacturing stages to the project commissioning and maintenance, AP Sensing offers a completely integrated, end-to-end solution. Our team works together with you to select the right combination of technologies to fit your requirements. We also provide onsite services, hotline support, maintenance and product training.
RAILWAY AND TRAIN MONITORING DOCUMENTATION
Distributed Fiber Optic Sensing
Digitization is the driver for quality, capacity and efficient railway operation for DB Netz AG. Fiber Optic Sensing is an outstanding technology that enables the improval of infrastructure capabilities at lightspeed compared to other solutions using existing cable infrastructure. AP Sensing is taking FOS-based railway monitoring to the next level with their true phase-based system and the extensive use of AI. We’re happy to work in collaboration with AP Sensing’s responsive and innovative team, helping us to get projects moving and getting FOS integrated in the daily railway operation.
AP Sensing's support team has been a fantastic resource for us over the years. They have helped us with system development and implementation planning, and they are always quick to respond to our technical queries with competent advice and helpful tips.
When I think of AP Sensing the first thing I think of is reliability. We completely trust and rely on their performance specifications and I know that their technical support team is dedicated and passionate about solving any problems that might come up.
Knowing the technology and market, it is evident to me that AP Sensing is the forerunner in distributed optical sensing. Their solutions reflect a combination of experience and creativity. Experience comes from their HP/Agilent heritage, the leader in test and measurement equipment, with decades of experience in developing and manufacturing extremely reliable and high quality products. The creativity comes from their passion and commitment to solving real customer problems.
When you do business with AP Sensing you get the feeling that you are working together as partners, because they listen to you and understand the challenges of your day-to-day operations. Communication with AP Sensing is always professional and it's obvious that they have the experience and the technical know-how to answer our queries.
AP Sensing's DTS is simply the best fit. We apply it together with ConveySafe in our coal power plants to protect our conveyors. The systems are rugged and completely reliable, need very little power, and can be seamlessly integrated into customer SCADA environments. Best of all, you don't just buy a box from them and that's it -- their post-sales support is outstanding.
The SIL-2 (Safety Integrity Level) rating that AP Sensing has achieved on its DTS gives us the confidence that their solution is going to work as planned, day in and day out, in high-risk environments. Our LNG terminal operators sleep better at night knowing that our assets are protected and security standards are met.
My AP Sensing regional customer support is fantastic: competent, thorough and quick to get back to me. They have been a key player in our complex pipeline projects over the years, and they truly offer through-life product support, from installation and commissioning to training.
AP SENSING SUCCESS STORIES
We have hundreds of satisfied customers worldwide!
Doha Metro August 2020
In parallel with the launch of the new Doha Metro system, AP Sensing began monitoring its railway tunnels with our Linear Heat Detection (LHD) solution. 128 km of the metro system is monitored by 16 multi-channel Distributed Temperature Sensing (DTS) units and 132 km of fiber optic cable. Our system also integrates with the metro's Train Management System.
Delhi Metro February 2020
AP Sensing's Linear Heat Detection (LHD) solution is in use for monitoring the Delhi Metro, commissioned by our local partner TechFAB in 2018. The system is in use to monitor hot spots, tunnel temperatures and the ventilation system. 13 Distributed Temperature Sensing (DTS) devices are in use to cover 10 underground metro stations and an airport.
Taiwan Mass Rapid Transit Updated Case
AP Sensing was selected to monitor the power cable in a new metro tunnel. This is the first power cable temperature monitoring system to be used in the Taipei MRT. The Linear Power Series solution continually monitors the temperature of high-voltage power cables. The DTS (Distributed Temperature Sensing) solution ensures a stable, safe and efficient power transmission and distribution.
Rail Tunnel Bukit Berapit Malaysia Updated Case
Malaysia has modern cities and transportation infrastructures to go with its beaches and green countryside. The twin Berapit rail tunnels each have a length of 3.3 km and run between Padang Rengas and Taiping. When the tunnel operators needed to provide a fire detection system to complement the fixed manual water suppression, they turned to AP Sensing’s DTS (Distributed Temperature Sensing) solution, the Linear Heat Series.
India's Longest Rail Tunnel Protected Jan 2015
The Pir Panjal railway tunnel is India's longest (and Asia's third-longest), at 11.2 km. It runs through the rugged and remote Himalayan mountain range in northern India. When your tunnel infrastructure is this long and located in a remote mountain range high in the Himalayas, you need a Distributed Temperature Sensing (DTS) solution that you can depend on.
Helsinki Metro Rail and Airport Updated Case
Four metro stations and their connecting tunnels within the 42-acre Vantaa airport region in Helsinki wanted a Distributed Temperature Sensing (DTS) solution to monitor their infrastructure for fire detection. AP Sensing's Linear Heat Series, including the SmartVision asset visualization and alarm management system, were selected.
Below Ballast Scan (BBS) in action - A Case Study Compilation
The BBS solution analyses vast amounts of DAS data to generate a 2D shear wave velocity profile under the track, indicating the condition and properties of the subsurface. Shear waves propagate faster through harder material and slower through weak layers, such as cavities or sinkholes; thusly, abnormal shear wave behaviour is a direct indicator of danger zones, that shall be evaluated.
Deutsche Bahn Rail Monitoring
Cable theft costs millions of dollars every year for rail network operators across the globe. Therefore, Deutsche Bahn partnered with AP Sensing to utilize our smart, innovative solution as an investment into the advancement of its railway infrastructure. For this specific trial, one N52-Series Distributed Acoustic Sensing (DAS) unit was set up to monitor a 36 km track.
Monitoring Riyadh Metro January 2021
The Riyadh Development Authority (RDA) in the Kingdom of Saudi Arabia recently executed a large metro project with 85 stations and 6 lines covering approximately 177 km. AP Sensing is monitoring this prestigious project with our fiber optic Linear Heat Detection (LHD) solution.
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Do you have a question about our fiber optic sensing solutions? Please call or mail our multilingual, experienced team:+49 (0)7031 309 6610
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