Megger PRIMEON Centrally controlled and automated cable fault location and cable testing system
- Integrated Teleflex® RDR radar
- Multi-stage surge generator
- Advanced safety monitoring circuits
- Centralized graphical control
Did you like this product? Add to favorites now and follow the product.
(+86) 132-6243-8118 Start Live Chat
Description
The PRIMEON Centrally Controlled and Automated Cable Fault Location and Cable Testing System represents a monumental leap forward in the critical field of infrastructure maintenance and reliability. This sophisticated test van system transcends conventional approaches, offering an unparalleled, all-encompassing solution for pinpointing cable faults and conducting exhaustive cable testing and diagnostics. Its design is a testament to engineering excellence, integrating a suite of advanced technologies under a single, intuitive control interface. The result is a system that not only streamlines complex tasks but also sets a new gold standard for operational efficiency, diagnostic accuracy, and, most importantly, user safety.
Unveiling the Technological Marvel
The PRIMEON system’s core strength lies in its comprehensive integration of cutting-edge technologies. At its heart is the Teleflex® RDR radar, a sophisticated Time Domain Reflectometry (TDR) unit that acts as the primary diagnostic tool for cable pre-location. This is complemented by a robust insulation testing module, essential for assessing the integrity of cable insulation and identifying potential weaknesses before they escalate into critical failures. A powerful high-voltage DC source provides the necessary energy for various testing procedures, while a multi-stage surge wave generator (thumper) works in conjunction with the highly sensitive digiPHONE +2 to achieve unparalleled pinpoint accuracy in fault location. Furthermore, a high-frequency burner is integrated for fault conversion, a crucial step in preparing stubborn faults for precise location. These individual components are not merely disparate tools; they are meticulously integrated into a cohesive system, allowing for seamless transitions between testing phases and methods, all controlled from a single, user-friendly graphical interface. This centralized control empowers technicians with a holistic view and precise command over every aspect of the fault location process, significantly reducing the complexity and time traditionally associated with such operations.
A Symphony of Seven Diagnostic Technologies
PRIMEON distinguishes itself as a true powerhouse in fault locating, offering a comprehensive suite of seven individual technologies, each meticulously designed to contribute to successful fault identification and resolution. Firstly, insulation resistance testing is employed to evaluate the dielectric strength of the cable’s insulation, providing crucial insights into its overall health and identifying potential weak spots. Secondly, Time Domain Reflectometry (TDR), often referred to as cable radar, precisely measures impedance changes along the cable, effectively pre-locating faults by identifying reflections from irregularities. Thirdly, HV DC testing (DC hipot) applies high DC voltage to the cable to assess its insulation integrity under stress, helping to expose faults that might not be apparent under normal operating conditions. Fourthly, fault conversion (burning) utilizes a high-frequency burner to reduce high-resistance faults to lower, more manageable resistance, making them easier to locate with other methods. Fifthly, integrated HV prelocation methods leverage advanced techniques like Arc Reflection Method (ARM), Current Impulse Method (CIM), and Decay Method to accurately pre-locate faults, especially intermittent or high-resistance ones, even in complex cable networks. Sixthly, magnetic-acoustic pinpointing utilizes the surge wave generator (thumper) in conjunction with the digiPHONE +2 to create audible and magnetic signals at the fault location, allowing technicians to precisely pinpoint the fault by correlating these signals. Finally, sheath testing and sheath fault pinpointing specifically address faults in the cable’s outer protective sheath, crucial for preventing water ingress and further damage to the cable’s core. This diverse arsenal of technologies ensures that PRIMEON can tackle virtually any type of cable fault, regardless of its nature or complexity.
Applications Across Diverse Sectors
The versatility of the PRIMEON system makes it indispensable across a wide array of industries and applications where reliable power distribution is paramount. In the utility sector, PRIMEON is a game-changer for maintaining vast electrical grids. It enables rapid identification and repair of faults in underground power cables, minimizing outage times and ensuring uninterrupted electricity supply to homes and businesses. For industrial complexes and large manufacturing plants, where downtime translates directly to significant financial losses, PRIMEON provides a vital tool for proactive maintenance and swift fault resolution in their extensive internal cabling networks. Renewable energy installations, particularly wind and solar farms with extensive underground cabling, greatly benefit from PRIMEON’s diagnostic capabilities to maintain optimal operational efficiency. In mining operations, where robust and reliable electrical systems are critical for safety and productivity, PRIMEON assists in quickly addressing cable damage in harsh environments. Furthermore, telecommunication networks, relying heavily on intricate cable infrastructure for data transmission, leverage PRIMEON for identifying and rectifying issues that could disrupt connectivity. Essentially, any sector that depends on extensive and reliable underground or shielded cabling will find the PRIMEON system an invaluable asset for preventative maintenance, rapid fault recovery, and overall infrastructure longevity.
Redefining Safety Standards in Cable Diagnostics
Safety is not just a feature; it is the cornerstone of the PRIMEON system’s design philosophy. Recognizing the inherent dangers associated with high-voltage testing, Megger has engineered PRIMEON to surpass stringent international safety standards, making it a market leader in occupational safety. The system rigorously adheres to EN 50191:2010 and VDE 0104:2011, critical European standards governing the erection and operation of electrical test equipment. These compliances underscore Megger’s unwavering commitment to user protection. Beyond mere compliance, PRIMEON incorporates innovative safety mechanisms, including a ground connection monitoring circuit (F-Ohm) that continuously verifies the integrity of the protective earth connection, ensuring that the system is always safely grounded. Additionally, a touch potential monitoring circuit (F-U or F-Voltage) actively supervises potential differences between accessible parts, immediately alerting operators to any hazardous touch voltages. This proactive monitoring significantly mitigates the risk of electric shock, creating an exceptionally secure working environment. The integration of these advanced safety features into a compact, groundbreaking fault location system truly sets PRIMEON apart, establishing it as the benchmark for safety in the industry.
Streamlined Operations and Intuitive Control
Beyond its technical prowess, PRIMEON is designed for maximum operational efficiency and ease of use. The single, centralized control unit, featuring a user-friendly graphical interface, is a testament to intuitive engineering. This interface simplifies complex diagnostic processes, allowing technicians of varying experience levels to operate the system effectively. Automation plays a key role, with many testing and fault location sequences being either fully automated or guided by intelligent software. This minimizes the potential for human error and accelerates the diagnostic workflow. Data management is also streamlined, with the system capable of recording and analyzing test results, providing comprehensive reports that aid in decision-making and long-term cable network management. The ability to configure the system with VLF testing and diagnostic capabilities further enhances its utility, allowing for comprehensive assessment of cable insulation quality. This combination of advanced technology, integrated functions, and an exceptionally user-friendly interface makes PRIMEON an indispensable tool for modern cable network management, significantly reducing diagnostic time and improving overall operational efficiency.
Global Access to Uncompromised Quality
When it comes to acquiring such a vital piece of diagnostic equipment, assurance of quality and authenticity is paramount. It is with great confidence that we highlight tpt24 online store as the premier global destination for the PRIMEON Centrally Controlled and Automated Cable Fault Location and Cable Testing System. tpt24 stands as the world’s leading online retailer for this cutting-edge product, distinguished by its unwavering commitment to customer satisfaction and product integrity. Every PRIMEON system purchased from tpt24 comes with a guarantee of authenticity and quality. This means you can be absolutely certain you are receiving a genuine Megger product, manufactured to the highest standards, ensuring optimal performance and longevity. Regardless of your location, whether in bustling urban centers or remote industrial sites, tpt24 provides reliable and secure delivery of the PRIMEON system to any country in the world. Their robust logistics and dedicated customer support ensure a seamless purchasing experience, making top-tier cable diagnostic technology accessible to professionals globally. Choosing tpt24 means choosing peace of mind, knowing that your investment in cable infrastructure health is backed by unparalleled service and genuine product excellence.
The Future of Cable Maintenance Is Here
The PRIMEON system is not merely an incremental improvement; it represents a paradigm shift in how cable faults are located, tested, and managed. Its holistic approach, integrating seven distinct yet complementary technologies, provides an unmatched level of diagnostic capability. The emphasis on safety, with adherence to the strictest international standards and innovative protective circuits, ensures that operators can work with confidence. The intuitive user interface and high degree of automation drastically reduce the learning curve and improve operational efficiency. By enabling rapid and precise fault location, PRIMEON minimizes costly downtime, extends the lifespan of critical cable infrastructure, and ultimately contributes to the stability and reliability of power and communication networks worldwide. As industries continue to electrify and digitalize, the demand for robust and intelligent cable maintenance solutions will only grow, and PRIMEON stands ready to meet that challenge, defining the future of cable diagnostics and testing.
Specifications
| Category | Specification |
|---|---|
| General System | |
| Type | Centrally controlled, fully automated, fully integrated digital system. Optional full VLF testing, TanDelta, and PD diagnostics integration. |
| Controls | Single multi-touch, rotary knob (Turn & Click piechart interface); operation via central control unit. |
| Operating System | Linux |
| Display | Industrial TFT colour panel (10.1” or 15.6”); antiglare; LED backlight; multi-touch; 1200×800 WXGA or 1920×1080 Full HD resolution. |
| Automation | Software-controlled motorised HV switches for operating mode selection, execution, and range selection (fault location, VLF, TanDelta, PD diagnostics). |
| Safety Compliance | EN 61010, EN 50191, VDE 0104, VDE 0105, DGUV 203-034 (BGI 891), CE; live system monitoring and indication; immediate discharge and earthing if power loss. |
| Safety Functions | Hardwired on control unit: HV on/off, lock-out tag-out, key switch, emergency stop, On-Off; system earthing indicator; input/mains protection; HV compartment safety. |
| Mains Input | 230 V ±10%, 50 Hz (also 120 V, 60 Hz supported). Overvoltage, undervoltage, RCD, main breaker. |
| Power Consumption | < 3 kVA |
| Isolation Transformer | 3.6 kVA |
| Operating Temperature | –20°C to +55°C (–4°F to +131°F); with diagnostics 0°C to +55°C (operator room) |
| Storage Temperature | –40°C to +70°C (–40°F to +158°F) (HV unit) |
| Weight | Starting at 125 kg (standard version) |
| Cable Fault Location | |
| DC Test (Hipot) | 0 … 40 kV; Iₙ = 50 mA continuous, Iₘₐₓ = 850 mA |
| Insulation Test | 0 … 20 kV (voltage ranges: 5/10/15/20 kV); range: 100 Ω … 650 MΩ |
| Breakdown Detection | 0 … 40 kV |
| Cable Radar (TDR, impulse echometry) | Teleflex® RDR (fully integrated); bipolar pulse: ±100 V, 20 ns–10 μs width; unrestricted full pulse repetition up to 10 µs @ ±100 V; 115 dB dynamic range; ProRange (+40 dB de-attenuation); 533 MHz data rate; 20 m–320 km range (VOP 80 m/μs); 0.1 m resolution, 0.1% accuracy; timebase <50 ppm; VOP 10–149.9 m/μs; output impedance 50 Ω. |
| HV Prelocation | ARM Best Picture Multishot (up to 32 HV traces per surge; best picture auto-selected); Surge voltage 0–32 kV, inductive arc filter; ICE & Decay methods also included. |
| ARM | Arc Reflection Method, Teleflex® analysis overlay; surge voltage 0–32 kV |
| ICE | Impulse Current Decoupling; surge voltage 0–32 kV |
| Decay | Voltage Decoupling; up to 40 kV |
| Fault Pinpointing | Coincidence method (magnetic-acoustic pinpointing); surge generator STX — 0–8/16/32 kV, optional 0–4 kV (3/4 stages; up to 2000 J); 3–10 s adjustable surge rate. |
| Charging Time | 3 s at 32 kV maximum output |
| Fault Conversion (Burning) | High-frequency burner: 0–5 kV/850 mA; 0–10 kV/400 mA; 0–20 kV/200 mA; 0–40 kV/100 mA |
| Sheath Testing/Pinpointing | 0–20 kV DC for sheath testing (3/5/10/20 kV ranges); step voltage (voltage gradient) fault pinpointing; pulsed DC: 0–5/10/20 kV, Iₘₐₓ 850 mA; pulse sequencing: 0.5:1, 1:3, 1:4, 1:6 |
| System Connections & Leads | |
| HV Output | Economy 50: Single-phase T4 HV cable drum, 50 m, manual; Professional 50: 50 m, motor-driven; Valley Forge: HV adapter, 4 m |
| Mains/LV Auxiliary | Economy 50: 50 m mains input and earth cable drums, 15 m reference earth lead; Comfort 50: mains/earth cable drums, belt pull; reference earth lead 15 m |
| Radar/TDR Output | 50 m three-phase coaxial cable (manual or belt pull, model specific) |
| External Safety Cable | ESE signalling cable: Economy 15–50 m with external socket and storage |
| Teleflex® Unleashed (Upgrade) | Performance upgrade: ±250 V pulse, 20 ns–30 μs width, 30 μs full power, 20–1280 km range, advanced denoising, averaging (3 modes), Signature Boost |
| Utility Location | Audio-frequency generator: Class D amp, 250 W, 5 frequencies; recommended receiver: digiPHONE+2 NTRX, Ferrolux RX, CARLOC |
| Burn-down Unit (upgrade) | Resonance burner, 0–15 kV DC/25 A, ARM live burning prelocation, fully integrated |
| VLF Testing | |
| Technology | 0.1 Hz VLF Sine (fully integrated) |
| Max Voltage | 0–62 kV peak (0–44 kV RMS) |
| Test Load | 1 µF @ 0.1 Hz/62 kV peak; 10 µF at lower voltages/frequencies |
| Diagnostics | |
| Technology | 0.1 Hz VLF Sine with internal dielectric loss (TanDelta) measurement (fully integrated) |
| TanDelta Measurement | Built-in for MV cables up to 36 kV; accuracy: 10⁻⁴; resolution: 10⁻⁵; auto evaluation per IEEE 400.2 |














Reviews
There are no reviews yet.