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V3-F Series Valve Devices

Application

Medium and high-voltage switchgear

Special features

Functional check or recalibration possible without dismounting,in accordance with EU regulation No. 517/2014 on fluorinated greenhouse gases.
People can operate independently without disassembling the screws,which saves effort and time.
It can facilitate on-site personnel to measure micro-water and supplement air for switch.
Avoid surface scoring and joint damage from disassembly

Test connection from stainless steel pipe/or copper pipe for testing other parameters

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Product Details

This V3-F valve is used for retrofitting in order to be able to calibrate an existing gas density monitor.

The model V3-F is fitted between the gas tank and the gas density monitor. With the help of the calibration valve, the gas density monitor can be shut off from the process and recalibrated without having to disassemble it. This not only reduces maintenance time but also minimises the risks of SF₆ gas emissions and potential leakages during recommissioning.

With regard to switchgear safety, asset protection and environmental protection, it is common to perform functional checks of a gas density monitor on a regular basis. Article 5 of EU regulation No. 517/2014 on fluorinated greenhouse gases, provides for checking of the leakage detection system at least every 6 years if it contains > 22 kg SF₆ gas.

According to the Chinese JB/T10549-2006 standard, the calibration cycle after the product is put into use generally does not exceed one year.

Specifications

Raw material:Aluminium/Copper Alloy/Stainless steel

Nominal diameter:6,8,12mm(Medium voltage equipment) 20mm(High voltage equipment)

Surface treatment:Aluminium:Oxidation;Copper Alloy:No processing;AISI304Stainless steel:No processing

Working Temperature:－40℃∼＋60℃

Pressure element's gas-tight: Leakage rate ≤ 1×10^-9 Pa·m3 /s(Helium mass spectrometry)

sf6 three-way valve fittings

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SF6 Gas Density Monitors

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Newsletter

Synergizing DeepSeek's AI with Gas Density Relays: A Technological Leap in Industrial Automation 1. AI-Driven Precision Enhancement By integrating DeepSeek's advanced algorithms with gas density relays, real-time monitoring of parameters such as gas pressure and temperature achieves unprecedented accuracy. The AI model dynamically adjusts relay thresholds based on environmental fluctuations, minimizing false alarms caused by external interference&zwnj;34. Predictive maintenance capabilities further analyze operational data to detect anomalies (e.g., seal degradation) 24–48 hours before failures occur, reducing unplanned downtime by up to 60%&zwnj;12. 2. Modular Integration for Versatile Applications DeepSeek's modular design philosophy enables "plug-and-play" compatibility with multi-pressure-zone gas density relays. This architecture supports remote configuration via IoT interfaces, allowing seamless adaptation to diverse industrial scenarios, from high-voltage electrical systems to chemical processing plants&zwnj;23. For instance, in compressed air stations, this integration has stabilized gas load management while cutting energy consumption by 30%–50%&zwnj;12. 3. Cost-Efficiency and Sustainability The combination of DeepSeek's low-cost AI training framework and gas density relays significantly lowers operational expenses. IoT-enabled autonomous monitoring reduces manual inspections by 80%, while predictive analytics extend relay lifespans by 3–5 years&zwnj;24. In Guangdong Province, this solution has been adopted as a benchmark for industrial energy conservation, demonstrating annual cost savings of ¥2.4 million per facility in material processing plants&zwnj;1. 4. Industry-Wide Digital Transformation DeepSeek’s technology is reshaping traditional gas density relay systems into intelligent nodes within Industry 4.0 frameworks. Case studies in cosmetics manufacturing and semiconductor production reveal 40% faster fault resolution and 25% improved system stability&zwnj;12. The integration also aligns with global sustainability goals, reducing carbon emissions by optimizing gas leakage control&zwnj;23. 5. Future Prospects Emerging applications include quantum computing-enhanced gas state simulations (inspired by DeepSeek’s quantum cloud research&zwnj;8) and cross-industry knowledge transfer from financial AI models to industrial predictive analytics&zwnj;12. With DeepSeek’s ongoing innovations, gas density relays are poised to evolve into self-learning systems capable of adapting to extreme environments like offshore drilling and aerospace&zwnj;24. &zwnj;Conclusion&zwnj;DeepSeek’s fusion with gas density relays exemplifies how AI can revolutionize legacy industrial equipment, offering precision, adaptability, and sustainability. This synergy not addresses current challenges but also unlocks new frontiers for smart manufacturing.