INNO glasvezel temperatuursensoren ,temperatuurbewakingssystemen.
Product Overview
Glasvezeltransformator temperatuursensor provides advanced digital temperature monitoring for power transformers using cutting-edge fiber optic technology. Immune to electromagnetic interference and offering superior accuracy for critical transformer protection applications.
Belangrijkste kenmerken:
- Elektromagnetische immuniteit – Perfect for high-voltage environments
- High precision digital temperature measurement ±1°C accuracy
- Multi-point temperature monitoring capability
- Intrinsically safe design with no electrical connections
- Real-time data transmission and alarm functions
Technical Specifications for Glasvezeltemperatuursensoren
| Parameter Item | Technische specificaties | Remarks |
|---|---|---|
| Product Model | IF-C | Single/Multi-channel options, specifieke modellen volgens onze nieuwste specificaties |
| Temperatuurbereik | -40°C tot +260°C | Uitgebreid assortiment beschikbaar, neem contact met ons op voor aangepaste specificaties |
| Meetnauwkeurigheid | ±1°C | Digitale meting met hoge precisie |
| Oplossing | 0.01°C | Superieure temperatuurresolutie |
| Reactietijd | ≤1 seconden | Snelle respons voor realtime monitoring |
| Vezeltype | Fluorescerende vezels | Compatibel met standaard telecommunicatievezels |
| Transmissieafstand | 0-80 meter | neem contact met ons op voor aangepaste specificaties |
| Aantal kanalen | 1-61kanalen | Meerpuntsbewaking per systeem, uitbreidbare configuratie |
| Diameter sensorsonde | 2.5mm/3,0 mm | Compact ontwerp voor eenvoudige installatie |
| Sondemateriaal | Temperatuurgevoelige zeldzame aardmetalen | Corrosiebestendig, compatibel met transformatorolie |
| Communicatie-interface | RS485, Ethernet, Modbus | Meerdere communicatieprotocollen ondersteund |
| Voeding | Wisselstroom 220V/DC 24V | Dubbele voedingsopties beschikbaar |
| Bedrijfsvochtigheid | 5-95% RV (niet-condenserend) | Werking met groot vochtigheidsbereik |
| Beschermingsgraad | IP65 | Dust-tight and water-resistant |
| EMC Immunity | IEC 61000-4 compliant | Excellent electromagnetic compatibility |
| Levensduur | ≥25 years | Long-term reliable operation |
Opmerking: Above specifications are for reference only. Detailed technical parameters are subject to our latest product documentation. Please contact us for comprehensive specification sheets and customization options.
Application Cases for Glasvezeltemperatuurbewakingssystemen
High Voltage Transformer Monitoring
A 500kV power station implemented IF-C216 glasvezel temperatuursensoren over 12 hoofdtransformatoren. The system provides real-time hot spot detection with electromagnetic immunity, successfully preventing 5 potential thermal failures over 3 years of operation while maintaining 99.9% system availability.
Industrial Transformer Temperature Control
Large petrochemical facility utilizes digital temperature sensors for monitoring 35kV distribution transformers in explosive environments. The intrinsically safe fiber optic design ensures reliable operation without spark risk, extending transformer life by 30% through predictive maintenance.
Distribution Network Monitoring Projects
Urban power grid deployed transformatortemperatuurbewakingssystemen over 200+ distributietransformatoren. Remote monitoring capability reduced maintenance costs by 40% while improving fault detection time from hours to minutes through continuous temperature surveillance.
Selection Guide for Fiber Optic Transformer Sensors
Model Selection Based on Application Requirements
- Single-channel system ideal for small distribution transformers up to 10MVA
- Meerkanaals (4-8 punten) suitable for medium power transformers 10-100MVA
- Geavanceerd 16-32 channel system for large power transformers above 100MVA
Selection recommendations are based on our latest application guidelines. Contact our technical team for detailed system design and configuration assistance.
Monitoring Point Configuration
Glasvezelsensoren should be strategically placed at transformer hot spots including winding tops, oil ducts, and core positions. Multi-point configuration enables comprehensive thermal mapping for optimal protection and predictive maintenance.
Communication System Integration
Systems integrate seamlessly with existing SCADA networks through standard protocols. Remote monitoring capabilities enable centralized temperature surveillance across multiple transformer installations with real-time alarming and data logging.
Veelgestelde vragen over Glasvezeltemperatuursensoren
What advantages do fiber optic sensors offer over traditional temperature monitoring?
Glasvezel temperatuursensoren provide complete electromagnetic immunity, waardoor ze ideaal zijn voor omgevingen met hoge spanning. Unlike RTD or thermocouple sensors, they don’t require electrical connections to the measurement point, eliminating safety risks and improving measurement accuracy in electrically noisy environments.
How many temperature points can be monitored with one system?
Ons glasvezel monitoringsystemen steun 1-32 temperature measurement points per unit. Multiple systems can be networked for large installations requiring hundreds of monitoring points across transformer fleets.
What is the typical installation process for fiber optic sensors?
Transformer fiber optic sensors are installed through existing temperature probe ports or custom-drilled access points. The fiber optic cable is routed to the control room where the interrogation unit processes temperature data. Voor de installatie is doorgaans vereist 4-8 hours per transformer depending on complexity.
How does fiber optic technology ensure measurement accuracy?
The system uses fluorescence decay time measurement principle, where temperature changes affect the decay characteristics of fluorescent material at the fiber tip. This provides inherently accurate temperature measurement unaffected by electromagnetic fields or electrical noise common in transformer environments.
What maintenance is required for fiber optic temperature systems?
Glasvezelsensoren require minimal maintenance due to their passive nature. Annual calibration verification and periodic fiber optic cable inspection are recommended. The absence of electrical components in the sensing element ensures long-term stability and reliability.
Service Commitment and Contact Information
Our Service Commitment
We provide comprehensive technical support and after-sales service for fiber optic transformer temperature sensors:
Technische ondersteuning
Specialized fiber optic engineering team providing 24/7 technical consultation and system design services
Installatie & Inbedrijfstelling
Professional on-site installation, inbedrijfstelling van het systeem, and operator training services available
Calibration Services
Annual calibration verification and system maintenance programs with certified documentation
Contactgegevens
Fuzhou Innovatie Elektronische Wetenschap&Tech Co., Ltd.
Sales & Business Development
E-mail: web@fjinno.net
WhatsAppen: +8613599070393
WeChat (China): +8613599070393
QQ: 3408968340
Telefoon: +8613599070393
Company Address
Liandong U Grain Networking Industriepark,
Xingye West Road nr. 12,
Fuzhou, Fujian, China
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Contact us for comprehensive fiber optic sensing solutions. Our expert engineering team will design customized temperature monitoring systems tailored to your specific transformer protection requirements. Request technical consultation and detailed system proposals through our contact channels above.
Glasvezel temperatuursensor, Intelligent monitoringsysteem, Gedistribueerde glasvezelfabrikant in China
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