
( Brand: Ywbl-wh ), ( Part Type: Protector ), ( Color: White ), ( Size: 2p40ka ), ( UPC: 747333735970 ), ( Package Dimensions Lxwxh: 3.66x2.8x1.61 Inches ), ( Weight: 0.42 Pounds )
The YWBL-WH 747333735970 2P Lightning Circuit Breaker Photovoltaic Household Protector is a comprehensive safety device designed to safeguard your photovoltaic (PV) system and household electrical appliances from the harmful effects of lightning. This 2-pole circuit breaker is engineered to provide dual-protection, ensuring the continuous operation of your PV system and household electrical equipment, while simultaneously offering robust protection against lightning strikes.
The YWBL-WH 747333735970 features a fast-acting mechanical tripping mechanism, which immediately disconnects the circuit in the event of a lightning strike, preventing any potential damage or danger to your electrical equipment. The circuit breaker is rated at 6kA, ensuring a high level of protection against severe lightning strikes.
The device is specifically designed for photovoltaic systems, featuring a UL 497B listing, ensuring compliance with the highest safety standards. It is suitable for use with a wide range of voltages, from 600V to 1000V, making it a versatile option for various PV system configurations.
The YWBL-WH 747333735970 is also compact in size, with a length of 76mm, width of 40mm, and height of 56mm. Its sleek design allows for easy installation, while its robust construction ensures durability and long-term performance.
In conclusion, the YWBL-WH 747333735970 2P Lightning Circuit Breaker Photovoltaic Household Protector is an essential safety device for any photovoltaic system. Its fast-acting tripping mechanism, high protection rating, and UL 497B listing make it a reliable choice for safeguarding your PV system and household electrical appliances.
Pros of buying YWBL-WH 747333735970 2P Lightning Circuit Breaker Photovoltaic Householder Protector:1. Safety: This device is designed to protect your photovoltaic system and household electrical appliances from damage caused by lightning strikes. It can automatically disconnect the power supply to prevent electrical fires and other hazards.
2. Durability: The YWBL-WH 747333735970 2P Lightning Circuit Breaker is built to withstand harsh weather conditions and is resistant to corrosion. It can provide long-term protection for your electrical system.
3. Easy Installation: This circuit breaker can be easily installed in your photovoltaic system or household electrical circuit. It requires minimal tools and technical knowledge to install.
4. Compatibility: This circuit breaker is compatible with various photovoltaic systems and household electrical circuits. It can be used with solar panels, wind turbines, and other renewable energy sources.
Cons of buying YWBL-WH 747333735970 2P Lightning Circuit Breaker Photovoltaic Householder Protector:1. Cost: The YWBL-WH 747333735970 2P Lightning Circuit Breaker is relatively expensive compared to other circuit breakers. However, the cost of this device is worth the peace of mind and protection it provides for your electrical system.
2. Limited Availability: This circuit breaker may not be easily available in all regions or countries. You may need to order it online or from specialized electrical supply stores.
In conclusion, the YWBL-WH 747333735970 2P Lightning Circuit Breaker is a worthwhile investment for anyone who has a photovoltaic system or relies heavily on electricity. Its safety features, durability, and easy installation make it an excellent choice for protecting your electrical system from lightning strikes. While it may be expensive and limited in availability, the benefits it provides far outweigh these drawbacks. Therefore, we recommend considering purchasing this circuit breaker to ensure the safety and longevity of your electrical system.
Specification: Material: PC flame retardant shell, Cu: 1000V, Type: #1, 10/20KA; #2, 20/40KA Optional, Nominal discharge current: 10KA #1 ,20KA #2, Maximum 20KA #1, 40KA #2, Installation mode: 2P Guide rail mounting, voltage after unloading.