Transient Surge Suppressor -BT BNM 100
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Type
BT BNM 100
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Art.-No.
801021
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Features
1. Adopt hermetical GDT technology.
2. Lightning impulse current withstand max. 100kA (10/350us).
3. Extremely low voltage protection level.
4. Double terminals for parallel or series (V-shape) connection.
5. Multifunctional connection for conductor and busbars.
N-PE
High Energy GDT
l Imax=200kA(8/20μs)
Transient Surge Suppressor is designed to control short-duration voltage spikes that occur within electrical systems due to switching operations, inductive loads, lightning activity, or power disturbances. Unlike surge protection solutions focused on service entrances or whole-system coverage, it concentrates on suppressing transient electrical events at the circuit level. By reducing the impact of rapid voltage fluctuations, Transient Surge Suppressor helps maintain cleaner electrical conditions and supports stable operation of connected equipment. It is suitable for applications where electrical consistency, reduced interference, and controlled transient voltage management are important for reliable system performance.
Features
1. Short-Duration Voltage Spike Suppression: Designed to suppress transient electrical spikes that occur over very short periods before they affect circuit performance.2. Circuit-Level Disturbance Control: Focuses on managing transient events directly within electrical circuits rather than at the main power entry point.
3. Fast Electrical Response Capability: Helps react rapidly to sudden voltage fluctuations generated by switching operations or electrical disturbances.
4. Reduced Electrical Noise Influence: Supports cleaner electrical conditions by minimizing the effect of unwanted transient activity.
5. Continuous Suppression Operation: Provides ongoing transient voltage management during normal electrical system operation.
Advantages
1. Reduced Impact of Transient Electrical Events: Helps minimize disruption caused by short-duration voltage spikes within electrical systems.2. Improved Electrical Signal Stability: Supports more consistent performance for monitoring, communication, and control equipment.
3. Better Circuit-Level Voltage Control: Helps maintain stable operating conditions within sensitive electrical circuits.
4. Reduced Electrical Interference Risk: Minimizes transient disturbances that may affect system responsiveness and accuracy.
5. Enhanced Reliability of Sensitive Equipment: Supports dependable operation of electronics exposed to frequent switching activity.
6. Lower Risk of Temporary System Disturbance: Reduces interruptions caused by rapid voltage fluctuations and transient events.
Applications
1. Control Circuit Protection: Suitable for electrical control circuits requiring stable voltage conditions and reduced transient disturbances.2. Automation Equipment Systems: Supports transient suppression for industrial automation and process control equipment.
3. Monitoring and Instrumentation Devices: Helps maintain stable operation of measurement and monitoring systems sensitive to voltage fluctuations.
4. Communication and Signal Equipment: Reduces transient electrical interference affecting communication-related devices.
5. Industrial Switching Environments: Suitable for systems exposed to frequent switching operations and inductive load activity.
6. Commercial Electrical Installations: Supports cleaner electrical performance in commercial buildings and technical facilities.
Technical Data
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