Fuses, Breakers, Fuse Holders, Sub Panels
Fuse Holders
Fuses
Fuse Blocks
Sub Panels (Breaker Boxes)
AC Breakers
DC Breakers
Fuse Holders
Fuse holders house the fuses between the battery bank and DC loads or charging sources.
Class T Fuses are used as circuit protection between battery banks and inverters or alternators.
Dimensions: H 2.4" x W 7.1" x D 2.0"
Maxi Fuses provide circuit protection typically between a charge controller or small inverter and a battery bank
ATC Fuses are commonly used in automotive applications between the battery bank and DC loads like lights and fans.
Mini fuses are used for circuit protection between battery banks and some system control or monitoring components.
Fuses
Fuses provide circuit protection between the battery bank and a load or charging source. Class T fuses provide circuit protection between the battery bank and the inverter. They are also sometimes used between an alternator and a battery bank.
Inverter Rating / Fuse: >1500W - 110A, 1500W - 200A, 2000W - 300A, 3000W - 400A
A spare fuse is recommended with with the purchase of a fuse & holder.
Maxi fuses are typically used for charge controllers or smaller inverters. ATC fuses are used for DC loads. Mini fuses are typically used for small system components like Battery Management Systems or monitors.
Class T Fuses are used as circuit protection between a battery bank and an inverter.
Maxi Fuses provide circuit protection typically between a charge controller or small inverter and a battery bank
ATC Fuses are commonly used in automotive applications between the battery bank and DC loads like lights and fans.
Mini fuses are used for circuit protection between battery banks and some system control or monitoring components.
Fuse Blocks
Fuse Blocks house the DC fuses between DC loads and the battery bank.
Compact ATO/ATC fuse block consolidates branch circuits and eliminates the tangle of in-line fuses for electronics and other appliances.
Dimensions: H 4.9" x W 3.4" x D 1.5"
Compact ATO/ATC fuse block consolidates branch circuits and eliminates the tangle of in-line fuses for electronics and other appliances.
Sub Panels (Breaker Boxes)
The breaker boxes house the breakers in the Main and Sub panels of an inverter/charger system. The 50A sub panel is recommended for 3000W or larger inverters.
AC Distribution panel for 30A shore power systems
Dimensions: H 2.6" x W 3.0" x D 6.9"
Breaker box for AC distribution, Rated for 40A
Dimensions: H 3.4" x W 5.0" x D 8.6"
AC Breakers
AC Breakers are located in the Main panel and Sub panel of an inverter/charger system
Siemens breaker for AC distribution sub panel
Ideal for main panels between shore power and an inverter/charger
DC Breakers
DC Breakers are typically used between a charge controller and a battery bank, but can also be used between a battery bank and an inverter or alternator. When designing a solar charging system, select a breaker rated just above the current rating of the charge controller.
Because of Direct Current's tendency to arc when disconnected, special breakers are needed. These DC breakers are ideally used between charge controllers and battery banks and on alternator or small inverter lines.
Dimensions: H 1.8" x W 2.3" x D 3.5"
Manually disconnect high current lines. This switch is typically used between a combiner box and a charge controller, or between a battery bank and an inverter.
Dimensions: H 3.4" x W 2.9" x D 2.9"