Low Voltage Surge Protection -BS 2RK SCD 24-DI
Low Voltage Surge Protection BS 2RK SCD 24-DI（610547）is for installation at LPZ 0B-2 or higher, or directly at the upstream near the protected devices. Provide protection for protecting stranded 2 single wires of balanced interface potential transmissions. Designed according to IEC 61643-21, EN 61643-21, GB 18801.21.
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Type
BS 2RK SCD 24-DI
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Art.-No.
610547
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Features
1. For mounting on the 35mm DIN rail. 2. Small size, only 7mm wide module. 3. Connected to earth by DIN rail or earth terminal. 4. With shield terminal (direct or indirect to earth) .
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Download Datasheet
35mm DIN Rail，EN 60715
0-20mA, 4-20mA
Pluggable Design
For 2 Single wires in measuring and control system
High Daicharge Capacity
Low Voltage Surge Protection is an essential investment for protecting valuable electrical equipment, ensuring safety, and preventing costly repairs, while also contributing to operational efficiency and reliability.
Features:
1. Surge Voltage Suppression: LVSP devices absorb or redirect excessive voltage to protect sensitive equipment from transient surges.2. Clamping Voltage: The clamping voltage is the level at which the device activates to protect the equipment from high voltage.
3. Response Time: LVSP devices react quickly (often in nanoseconds) to minimize the damage from voltage spikes.
4. Energy Absorption Capacity: Devices have an energy absorption capacity to handle multiple surges before losing their effectiveness.
5. Multi-Stage Protection: Some LVSP devices offer multi-stage protection to manage different levels of surge energy.
6. Visual Indicators: Many devices include LED indicators that show operational status and whether the device is functioning properly.
7. Noise Filtering: Some devices also filter electromagnetic and radio-frequency interference (EMI and RFI).
8. Overload Protection: LVSP devices often feature overload protection to prevent damage from prolonged overvoltage conditions.
9. Mounting Option: Available in various mounting configurations like DIN rail or wall mount, depending on installation requirements.
10. Compliance with Standards: Surge protection devices comply with standards like IEC 61643 or UL 1449 for performance and safety.
Advantages:
1. Prevents Equipment Damage: Surge protection prevents voltage spikes from damaging sensitive electronic devices like computers, appliances, and industrial machinery. This significantly extends the lifespan of the equipment.2. Reduces Downtime: By protecting against power surges, LVSP minimizes the risk of equipment failure, reducing downtime and avoiding costly repairs or replacements.
3. Improves Safety: LVSP devices prevent electrical fires and electrical hazards that can result from power surges or faults, contributing to overall safety in homes and workplaces.
4. Protects Against Lightning Strikes: Lightning strikes are one of the most common causes of electrical surges. LVSP devices are designed to protect equipment from the devastating effects of a direct or nearby lightning strike.
5. Cost-Effective Solution: Investing in surge protection devices is a low-cost solution compared to the potential high costs of replacing damaged equipment or dealing with business interruptions.
6. Maintains Equipment Performance: LVSP ensures that electrical equipment operates smoothly by regulating incoming voltage and protecting it from fluctuations that could cause malfunction or degradation in performance.
7. Prevents Data Loss: For electronic systems, especially computers and servers, power surges can lead to data corruption or loss. Surge protection minimizes the risk of losing important data due to electrical issues.
8. Energy Efficiency: Surge protection devices often come with noise filtering features that help improve the overall energy efficiency of electrical systems by reducing electromagnetic and radio-frequency interference (EMI/RFI).
9. Increased Equipment Reliability: By offering continuous protection against surges, LVSP devices ensure that electrical equipment operates reliably without interruptions, improving the overall reliability of power systems.
Applications:
1. Residential Homes: Protects household appliances, electronics, and electrical systems from surges caused by lightning, grid fluctuations, or faulty wiring.2. Industrial Equipment: Safeguards machinery, control systems, and automation equipment in industrial environments from electrical surges and malfunctions.
3. Data Centers and Servers: Ensures the protection of critical servers, networking equipment, and data systems from power surges that could lead to data loss or downtime.
4. Telecommunications Systems: Protects telecommunication infrastructure, including routers, switches, and communication lines, from power surges that could disrupt service.
5. Medical Equipment: Safeguards sensitive medical devices, such as MRI machines and patient monitoring systems, ensuring their continuous operation and safety.
6. Commercial Buildings: Protects office equipment, lighting systems, and HVAC systems from voltage spikes, minimizing downtime and reducing the risk of fire or damage.
7. Renewable Energy Systems: Protects inverters, batteries, and other sensitive equipment in solar power, wind, and other renewable energy installations from electrical surges.
8. Electrical Distribution Networks: Ensures grid reliability by protecting transformers, circuit breakers, and other components from power surges and lightning strikes.
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