Customization: | Available |
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Breaking Capacity: | Low Voltage Circuit Breakers |
Operation: | Electric Type |
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Title: Siemens 3WT8252-6UG40-0AA1-ZA04 Vacuum Circuit Breaker: A Comprehensive Guide Introduction: The Siemens 3WT8252-6UG40-0AA1-ZA04 Vacuum Circuit Breaker is a high-voltage electrical device designed for reliable protection and control of electrical systems. It is widely used in various industrial applications, including power stations, substations, and industrial plants. This article provides an in-depth analysis of the product's parameters, features, advantages, application scenarios, installation, and maintenance. Product Parameters: | Parameter Name | Parameter Value | |----------------------|-----------------------| | Model | 3WT8252-6UG40-0AA1-ZA04 | | Voltage Class | 6.6 kV | | Current Rating | 630 A | | Breaking Capacity | 50 kA | | Arc Quenching Time | <0.1 s | | Insulation Level | Class C | | Operating Temperature| -40°C to +55°C | Product Features: 1. High Reliability: The vacuum interrupter technology ensures minimal arcing and excellent dielectric strength, providing reliable protection against faults and short circuits. 2. Fast Arc Quenching: The short arc quenching time of less than 0.1 seconds minimizes damage to the circuit and equipment during fault conditions. 3. Low Maintenance: The vacuum circuit breaker requires minimal maintenance, reducing downtime and operational costs. 4. Environmental Friendly: The vacuum interrupter is environmentally friendly, as it does not contain any harmful gases or oils. 5. Compact Design: The compact design of the circuit breaker saves space in electrical cabinets and reduces installation costs. Application Scenarios: 1. Power Stations: The Siemens 3WT8252-6UG40-0AA1-ZA04 is suitable for protecting and controlling power distribution systems in power stations. 2. Substations: It can be used for protecting and controlling high-voltage switchgear in substations. 3. Industrial Plants: The circuit breaker is ideal for protecting and controlling electrical systems in various industrial applications, such as steel mills, cement plants, and chemical factories. Installation and Maintenance: 1. Installation: The circuit breaker should be installed in a dry, well-ventilated environment, with proper insulation and grounding. 2. Maintenance: Regular visual inspections and maintenance are recommended to ensure the proper functioning of the circuit breaker. Cleaning the contacts and checking the insulation resistance are essential maintenance tasks. FAQ: 1. What is the voltage class of the Siemens 3WT8252-6UG40-0AA1-ZA04 vacuum circuit breaker? - The voltage class of the circuit breaker is 6.6 kV. 2. What is the current rating of the circuit breaker? - The current rating of the circuit breaker is 630 A. 3. What is the breaking capacity of the circuit breaker? - The breaking capacity of the circuit breaker is 50 kA. 4. How does the vacuum interrupter technology contribute to the reliability of the circuit breaker? - The vacuum interrupter technology ensures minimal arcing and excellent dielectric strength, providing reliable protection against faults and short circuits. 5. What is the arc quenching time of the circuit breaker? - The arc quenching time of the circuit breaker is less than 0.1 seconds. 6. What is the insulation level of the circuit breaker? - The insulation level of the circuit breaker is Class C. 7. What is the operating temperature range of the circuit breaker? - The operating temperature range of the circuit breaker is -40°C to +55°C. 8. How often should the circuit breaker be maintained? - Regular visual inspections and maintenance are recommended to ensure the proper functioning of the circuit breaker. 9. What are the advantages of using a vacuum circuit breaker? - The advantages include high reliability, fast arc quenching, low maintenance, environmental friendliness, and a compact design. 10. What are the installation requirements for the circuit breaker? - The circuit breaker should be installed in a dry, well-ventilated environment, with proper insulation and grounding. |