UPS vs. Inverter: Key Differences
The KUOYUH 88 Series overload protection switch plays a crucial role in desktop uninterruptible power systems (UPS), while the KUOYUH 98 Series circuit breaker provides essential protection for MPPT solar inverters.
Circuit Breakers for Automotive Lithium Battery Related Protection
The KUOYUH 16-8F series DC circuit breakers are indeed valuable components for the protection and safety of automotive lithium batteries, especially in electric vehicles (EVs) and hybrid vehicles.
Why does Trolling Motor Need Overload Protection Switches?
KUOYUH AR series circuit breaker are designed for Trolling motors. Trolling motors, which are electric motors commonly used for fishing boats to quietly maneuver through water, often require a circuit breaker for several important reasons:
Why do Floor Scrubbers Need a Protective Mechanism?
Date: 2024/03/15

KUOYUH 98 series circuit breakers are designed for use on the panel of the floor scrubbers. Floor scrubbers, like other electrical equipment, may incorporate circuit breakers as part of their electrical safety systems.

Why do Precision Distributors Need Overload Protection Switches?
Date : 2024/03/08

The KUOYUH 92 series circuit breaker is a commonly used thermal circuit breaker designed for various applications, including use in Power Distribution Units (PDUs) and other electrical systems.

How to Install the Overload Protector
Date : 2019/09/03

The installation method usually has a great correlation with the installed space. There are 3 general installation methods, each of them has advantages and disadvantages.

Volume problem of overload protector
Date : 2019/08/22

There are many types of overload protectors on the market, for example, large, small, long and flat, you name it.

The main cause of overload
Date : 2019/08/13

There are several possible reasons for the overload :

1. Different voltages in different countries cause overload when using the product.

2. Improper choice of wire cross section, causing the actual load has exceeded the safe current of the wire.