| name | International Standard Code | interpretation |
| Battery isolation switch | Manual Battery Disconnect | A battery disconnect switch that can be operated manually using a handle, lever, knob, or key. |
| Battery isolation switch | Remote Battery Disconnect | A battery disconnect switch operated by an electric or electronic remote control. In the event of a short circuit, the electronic or electrical control unit detects a voltage drop and opens the contacts, disconnecting the battery |
| Battery isolation switch | Master Battery Disconnect | A battery disconnect switch that quickly cuts off the battery on the circuit by disconnecting the positive pole or grounding wire. |
| Battery isolation switch | Alternator Field Disconnect | A safety function of some isolation switches is to disconnect the magnetic field of the AC generator when the dangerous voltage rises, thereby turning off the magnetic field and preventing voltage spikes. |
| Battery isolation switch | AFD | Abbreviation for AC generator magnetic field disconnection |
| Battery isolation switch | Ingress Protection | Entrance protection (IP) refers to the function of isolating switches to protect equipment from various environmental pollutants. It is the protection level of electrical enclosures against solids and liquids. In a dust |
| Battery isolation switch | IP | Abbreviation for entrance protection. |
| Battery isolation switch | Indexing Pin | The pin that aligns the switch with the installation panel is used to prevent rotation of switches with through-hole installation. Also known as positioning sales or anti rotation sales. |
| Battery isolation switch | Locating Pin | The pin that aligns the switch with the installation panel is used to prevent rotation of switches with through-hole installation. Also known as dividing pin or anti rotation pin. |
| Battery isolation switch | Anti-Rotation Pin | The pin that aligns the switch with the installation panel is used to prevent rotation of switches with through-hole installation. Also known as indexing pin or positioning pin. |
| Battery isolation switch | Lock-Out Tag-Out | A safety device/program that ensures that dangerous machines are properly shut down and cannot be restarted before completing maintenance or repair work. |
| Battery isolation switch | LOTO | Abbreviation for lockout and tagout. |
| Thermal circuit breaker | Thermal Circuit Breaker | Thermal circuit breaker is a resettable circuit protection device mainly used to protect components and equipment from the effects of current overload and short circuit. Thermal circuit breaker provides thermal overload protection in DC applications |
| Thermal circuit breaker | Mini Blade Style | A small blade type thermal circuit breaker is a type of blade type automotive circuit breaker, similar in style to a miniature car fuse. |
| Thermal circuit breaker | ATC Blade Style | An ATC blade type thermal circuit breaker is a blade type automotive circuit breaker, similar in style to an ATC automotive fuse. |
| Thermal circuit breaker | MAXI Blade Style | MAXI blade type thermal circuit breaker is a blade type automotive circuit breaker with a style similar to MAXI automotive fuses. |
| Thermal circuit breaker | Shortstop | Shortstop thermal circuit breaker is a type of thermal circuit breaker that is enclosed in a metal or plastic cover with two screw type terminals. The rated current of a short-circuit circuit breaker is 5 to 50 amperes. Some versions have a rating of 12 |
| Thermal circuit breaker | Auto Reset | Automatic reset (Type I) refers to the automatic reset mechanism in a thermal circuit breaker. The thermal circuit breaker has a bimetallic strip that will snap into the bent position when heated under current overload or short circuit conditions. Current traffic of ST |
| Thermal circuit breaker | Modified Reset | Modified reset (Type II) refers to an improved reset mechanism in a thermal circuit breaker. The circuit breaker will not reset until the current overload condition is corrected or the power is turned off. This type of thermal circuit breaker is non cyclic. |
| Thermal circuit breaker | Manual Reset | Manual reset (Type III) refers to the manual reset mechanism in a thermal circuit breaker. Manually reset the circuit breaker by activating an external reset button or control lever. The Type III thermal circuit breaker also has a switchable option that allows users to |
| Thermal circuit breaker | Type I | Type I refers to a thermal circuit breaker with an automatic reset mechanism. |
| Thermal circuit breaker | Type II | Type II refers to a thermal circuit breaker with an improved reset mechanism. |
| Thermal circuit breaker | Type III | Type III refers to a thermal circuit breaker with a manual reset mechanism. |
| Thermal circuit breaker | Push-to-Trip | The manual reset mechanism (Type III) in the thermal circuit breaker is equipped with a button for tripping or opening. It has the same functionality as standard manual reset (Type III), but with the convenience of a shutdown or operation button |
