Top-Rated CE Approved SPD for Reliable Surge Protection

What is a CE-Approved SPD?

A CE approved SPD is characterized as an electrical device that safeguards the electrical systems and circuitry from transient overvoltage threats, also known as surges. Surges might stem from phenomena such as lightning strikes, switching actions, or any other form of electrical activity. The CE marking means that SPD has complied with the surge protective device European Union safety, health, and environmental protection standards. 

Importance of CE Marking  

The marking is not just a label. This marking represents a declaration of the manufacturing company showing the product is compliant with all the critical requirements in the European directives. In the case of SPDs, this would mean the device is compliant with the Low Voltage Directive (LVD) and the Electromagnetic Compatibility (EMC) Directive. Consumers and business entities get reliability and safety of the device upon purchase of CE approved SPD. 

Surge Protection Device for Home – BT BCM 50 RM (CE Approved SPD) 

The BT BCM 50 RM is one of the most advanced CE approved SPD on the market, designed for use in the modern home and can prevent unexpected surges in electricity. Protect your home with this powerful yet compact device and ensure the safety of your appliances and sensitive electronic devices.

For Casual Multi-Purpose Use

The BT BCM 50 RM CE surge protection device ensures that voltage spikes caused by lightning strikes, grid switching, or faulty wiring don’t interfere with the smooth continuum of life. It’s a household necessity, safeguarding your televisions, refrigerators, routers, computers, and much more from problematic power surges.

•          SPDs (Surge Protection Devices) for residential and light commercial use, Type 2 CE approved.

•          Ensure comprehensive coverage with multiple protection modes (L-N, N-PE, L-PE).

Innovative Technologies

Our team of engineers has taken it a step further with LED indicators highlighting protection status for effortless performance monitoring. Supervised protection with fire-retardant covering guarantees multi-layered safety.

•          A protective enclosure that is fire-resistant for better safeguarding.

•          Status alerts in the form of LED lights are updated in real time

•          Installation is fast and secure through easy mounting on a DIN rail.

•          Global safety compliance is observed through RoHS, CE, and UL certifications.

Why Choose BT BCM 50 RM?

•          SPD CE approved for domestic use.

•          Very fast response time (less than 25 nanoseconds).

•          Provides additional reliability and improves power quality.

•          Reduces carbon footprint and conserves energy.

•          Designed for compliance with EN 61643-11 & IEC 61643-11 standards.

Types of CE-Approved SPDs

The classification of SPDs is divided based on application and the level of protection provided. With these distinctions, it is easier to choose the right device tailored to your needs.

• Type I SPDs

Type 1 SPDs protect against lightning striking directly. They are usually mounted on the main distribution board or at the initial point of an electrical installation. These are important for systems exposed to direct lighting since they are capable of withstanding high surge currents.

• Type 2 SPDs

Type 2 SPDs patroned surge protection before lightning conductors and switching operations were performed. Usually installed after Type 1 SPDs, they work fine in both commercial and residential setups. These devices provide an optimal balance between protection and expenditure.

• Type 3 SPDs

Type 3 SPDs offer the last protection barrier, installed at the workstation, right next to sensitive equipment. Although they deal with lower surge currents, their role in the protection of computers, televisions, and various other delicate electronics is critical.

Technical Specifications of CE-Approved SPDs

It is of the utmost importance that when selecting the SPD’s technical specifications, they are compatible with the electrical system.

• Voltage Protection Level (Up)

Voltage Protection Level or (Up) represents the protective port used by the SPD to expose the current-controlled surge using device strived thyristor controlled. The voltage is the barrier field beforehand.

• Impulse Current (Iimp)

Impulse Current or Iimp is the limit of the decrease in flowing energy, cooled down to a while the output slackens. This voltage is very important in assessing gates based on outbursts capable of strong drifts.

• Maximum Discharge Current

The Maximum Discharge Current (Imax) describes the maximum surge current the SPD is capable of safely diverting to ground without damage. Higher Imax values suggest a greater capacity for surge handling. 

• TOV Withstand

TOV withstand defines the level of temporary overvoltage the SPD can safely tolerate and withstand without incurring damage. This feature is essential in safeguarding the reliability and longevity of the SPD.

Adjustable Features of CE Certified SPDs

SPDs with CE approval are flexible and can be utilized in numerous applications:

• Residential: Protects domestic appliances and electronics.

• Commercial: Protects office equipment and lighting fixtures.

• Industrial: Safeguards machinery and control systems. 

• Data Lines: Secures sensitive communication and data transmission lines. 

Guide on Choosing the Right CE-Approved SPD 

Surge Protected Device (SPD) certified with CE marking needs to be selected precisely for protection against electrical surges for utmost dependability, whether for residential, commercial, or industrial. Several key factors control the selection of the device.

1. Identify the Application 

Determine with exact clarity the zone where the CE marked-SPD will get fitted:

• Conventional homes require Type 2 CE-approved SPDs for the protection of appliances.

• Commercial class surge protectors, CE certified for computers, lighting, and HVAC systems, are useful for Class C facilities. 

• Type 1 SPD CE devices for lightning protection must be industrial grade. 

• Photovoltaic systems require CE-certified SPDs for solar power installations. 

2. Know About Surge Risk 

If your region is prone to lightning or switching surges, SPDs with higher ratings of Maximum Discharge Current (Imax) and Impulse Current (Iimp) should be prioritized. Using 50kA or higher rated discharge current systems for industrial systems will suffice. 

3. Match the Voltage Ratings 

Check that the device is suitable for the system’s voltage. For a 230/400V system, a CE-compliant rated SPD is necessary. Also, the Value of Protection Level Voltage (Up) protected should be checked—a lower Up means better protection. 

4. Approved and Certified 

Do not use any product that is not compliant with EN 61643-11 CE and IEC 61643-11 CE standards. Ensure the CE marking is genuine and ask to get the Declaration of Conformity from the manufacturer. Look for other certifications such as RoHS and REACH compliance.

Conclusion

CE Marked SPDs will be added to the SDPs, which provide control towards surge, which enhances struck voltage control reliability decision about the electrical circuits, pose an active measure towards fortifying the systems, which reduces electrical fire incidents. For more information, visit Telebahn.