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- Introduction to PINEELE XGN2-12 Ring Main Unit (RMU)
- Key Features of the PINEELE XGN2-12 Ring Main Unit
- Modular Flexibility
- Advanced Switching Mechanisms
- High-Level Protection
- Operating Conditions for the PINEELE XGN2-12 RMU
- Technical Specifications Table
- Structural and Functional Highlights
- Metal-Enclosed Structure
- High Insulation Integrity
- Smart Grid Readiness
- Industry-Leading Advantages of PINEELE RMU
- Usein kysytyt kysymykset (FAQ)
- 1. What makes the PINEELE XGN2-12 Ring Main Unit ideal for urban distribution networks?
- 2. Can the PINEELE RMU be integrated into smart grid systems?
- 3. How does the PINEELE Ring Main Unit ensure operational safety?
- Future-Oriented Energy Distribution Solutions
Introduction to PINEELE XGN2-12 Rengas pääyksikkö (RMU)
The PINEELE XGN2-12 Ring Main Unit (RMU) is a high-performance, metal-enclosed, air-insulated switchgear designed for 12kV three-phase AC 50Hz power distribution systems. Engineered with precision for environments requiring frequent operations, the RMU utilizes advanced vacuum circuit breakers and rotating-style isolation switches to ensure optimal electrical performance, safety, and reliability.
This Rengas pääyksikkö adheres to both national (GB3906) and international (IEC298) standards, with protection ratings up to IP4X, making it the ideal solution for medium-voltage indoor power systems. With enhanced mechanical interlocking and advanced insulation technology, the PINEELE XGN2-12 RMU delivers robust, flexible solutions tailored for today’s evolving power infrastructure.
Key Features of the PINEELE XGN2-12 Ring Main Unit
Modular Flexibility
- The RMU offers a highly modular and expandable design, using sulfur hexafluoride (SF₆) as the main insulation medium, and air insulation for other compartments.
- Its compact footprint supports flexible deployment in urban power networks, industrial terminalsja critical infrastructure.
Advanced Switching Mechanisms
- The main switch options include the ZN28A-12 segmental vacuum circuit breaker... ZN28-12 integral vacuum breaker, and the ZN63-12 (VS1) breaker, combined with CD17/CD10 electromagnetic or CT17/CT19 spring operation mechanisms.
- The isolation switch utilizes GN30-10 rotating or GN22-10 high-current isolation technologies.
High-Level Protection
- All doors, grounding switches, and circuit mechanisms are equipped with robust mechanical interlocking systems, fulfilling the “Viiden ennaltaehkäisevän toimenpiteen turvallisuus” principle.
Operating Conditions for the PINEELE XGN2-12 RMU
The PINEELE Rengas pääyksikkö is built for harsh environments and conforms to strict operating parameters:
- Ympäristön lämpötila: -25℃ to +40℃
- Korkeus: ≤1000m
- Humidity: ≤95% daily average, ≤90% monthly average
- Höyrynpaine: ≤2.2×10³ MPa
- Seismic Resistance: ≤8 degree
- Installation Site: No fire, explosive risks, severe pollution, chemical corrosion, or strong vibration
Technical Specifications Table
| Item | Yksikkö | XGN15-12(F) / 630-20 | XGN15-12(F.R)/T125-31.5 |
|---|---|---|---|
| Nimellisjännite | kV | 12 | 12 |
| Rated Current | A | 630 | 125 |
| Nimellistaajuus | Hz | 50 | 50 |
| Rated Frequency Withstand Voltage | kV | 42/48 | 42/48 |
| Rated Impulse Withstand Voltage | kV | 75/85 | 75/85 |
| Rated Active Load Breaking Current | A | 630 | - |
| Closed-Loop Distribution Circuit Current | A | 630 | - |
| Short-Circuit Making Current (Peak) | kA | 50 | 80 |
| Huippukestävyysvirta | kA | 50 | 50 |
| Short-Time Withstand Current | kA | 20 | 20 |
| Short Circuit Duration | s | 4 | 4 |
| Rated SF₆ Gas Pressure (20°C) | MPa | 0.04 | 0.04 |
| Loop Resistance | µΩ | ≤200 | ≤400 |
| Mechanical Endurance (LBS/Earthing) | Cycles | 5000/3000 | 5000/3000 |
| Oikosulun katkaisuvirta | kA | 20/50 | 31.5/50 |
| Siirrä virta | A | - | 1750 |
| Suojausaste | - | IP4X | IP4X |
Structural and Functional Highlights
Metal-Enclosed Structure
The PINEELE Ring-pääyksikkö is designed as a fully enclosed metal cabinet. Its IP2X/IP4X protection level prevents accidental contact and ingress of foreign materials, enhancing operational safety.
High Insulation Integrity
Utilizing porcelain support insulators (≥8000N) and a minimum insulation distance of 125mm, the system achieves higher dielectric strength and operational stability under stress.
Smart Grid Readiness
With built-in sensor compatibility and protective relays, the RMU is ready for digital substations, offering real-time data and remote control capabilities.
Industry-Leading Advantages of PINEELE RMU
- Compliance with GB3906 and IEC298
- Flexible breaker configurations for various operational needs
- SF₆ and air-insulated dual structure for compactness and safety
- Protection against seismic activity, humidity, and pollution
- Meets growing demand for smart and green grid infrastructure
Usein kysytyt kysymykset (FAQ)
1. What makes the PINEELE XGN2-12 Ring Main Unit ideal for urban distribution networks?
The compact and modular design of the PINEELE Rengas pääyksikkö makes it perfect for tight urban spaces where traditional switchgear systems are too large. Its SF₆-eristys, high protection class, and maintenance-free design reduce installation costs and long-term operational challenges.
2. Can the PINEELE RMU be integrated into smart grid systems?
Yes. The PINEELE XGN2-12 Ring Main Unit is designed with sensor interfaces and intelligent relays, supporting full automation, remote diagnostics, and predictive maintenance features, all crucial for smart grid integration.
3. How does the PINEELE Ring Main Unit ensure operational safety?
Safety is ensured through mekaaniset lukitukset, IP-rated enclosuresja five-prevention logic, which prevents unsafe operations such as opening a live circuit or misconfiguring the grounding mechanism.
Future-Oriented Energy Distribution Solutions
As power grids shift towards renewable energy, digital monitoringja space-saving infrastructure, the demand for Ring Main Units that are both technologically advanced and scalable continues to grow. The PINEELE XGN2-12 RMU is engineered to meet these challenges head-on, offering utilities, industries, and municipalities a powerful tool for sustainable and smart energy distribution.
