Best Selling

The DCM 1xM8 Single Stud (50V) (Set of 2pcs) is used to extend cables, add power taps or form termination end-points. The solid and compact design, as well as the possibility to link these up with other DC Modular family members, make these products the best choice for all professional DC power systems.

The DCM 2xM8 Dual Stud (50V) is used to extend cables, add power taps or form termination end-points. The solid and compact design, as well as the possibility to link these up with other DC Modular family members, make these products the best choice for all professional DC power systems.

The DCM 3xM8 Busbar (50V/600A) is used to distribute high DC currents to a number of connected cables, or other DC Modular family members. The solid and compact design, as well as the possibility to link up multiple busbars on a fixed grid, make these products the best choice for all professional DC power systems. The high current busbars are available with M8 or M10 stud sizes.

The DCM 5xM8 Busbar (50V/600A) is used to distribute high DC currents to a number of connected cables, or other DC Modular family members. The solid and compact design, as well as the possibility to link up multiple busbars on a fixed grid, make these products the best choice for all professional DC power systems. The high current busbars are available with M8 or M10 stud sizes.

The solid and compact design, as well as the possibility to link up multiple fuseholders on a fixed grid, make the DCM ANL Fuseholder (50V/35..300A) (for M10 fuse) one of the best choices for all professional DC power systems. It's features include: - Stainless steel studs, nuts and washers for optimal corrosion resistance - Tin plated high purity copper busses provide maximum conductivity, reducing heat and improving efficiency - Special fiber reinforced base material offers excellent high temperature properties, good chemical resistance and high strength - Unique grid optimized footprints allow space saving arrangements of multiple products - Common interconnection heights for easy combining of multiple products using link plates (except Mega and ANL (300A) fuseholders) - Robust transparent covers with breakouts to allow wire access from any direction - Smart terminal design allows dual mirrored cable lug connections - Easy in-system connection access due to top locked covers (except Mega and ANL (300A) fuseholders)

The solid and compact design, as well as the possibility to link up multiple fuseholders on a fixed grid, make the DCM ANL Fuseholder (50V/35..600A) (for M10 fuse) one of the best choices for all professional DC power systems. It's features include: - Stainless steel studs, nuts and washers for optimal corrosion resistance - Tin plated high purity copper busses provide maximum conductivity, reducing heat and improving efficiency - Special fiber reinforced base material offers excellent high temperature properties, good chemical resistance and high strength - Unique grid optimized footprints allow space saving arrangements of multiple products - Common interconnection heights for easy combining of multiple products using link plates (except Mega and ANL (300A) fuseholders) - Robust transparent covers with breakouts to allow wire access from any direction - Smart terminal design allows dual mirrored cable lug connections - Easy in-system connection access due to top locked covers (except Mega and ANL (300A) fuseholders)

The solid and compact design, as well as the possibility to link up multiple fuseholders on a fixed grid, make the DCM Class-T Fuseholder (50V/225..400A) one of the best choices for all professional DC power systems. It's features include: - Stainless steel studs, nuts and washers for optimal corrosion resistance - Tin plated high purity copper busses provide maximum conductivity, reducing heat and improving efficiency - Special fiber reinforced base material offers excellent high temperature properties, good chemical resistance and high strength - Unique grid optimized footprints allow space saving arrangements of multiple products - Common interconnection heights for easy combining of multiple products using link plates (except Mega and ANL (300A) fuseholders) - Robust transparent covers with breakouts to allow wire access from any direction - Smart terminal design allows dual mirrored cable lug connections - Easy in-system connection access due to top locked covers (except Mega and ANL (300A) fuseholders)

Due to the common interconnection heights, smart space saving arrangements of multiple DC Modular products can be made by linking these together using the DCM Link Plate 3 Way (50mm pitch). The plate is compatible with M8 and M10 studs. Additionally, it is equipped with three M4 screws to provide convenient connection points for smaller cables.

Due to the common interconnection heights, smart space saving arrangements of multiple DC Modular products can be made by linking these together using the DCM Link Plate (50mm pitch). The plate is compatible with M8 and M10 studs. Additionally, it is equipped with two M4 screws to provide convenient connection points for smaller cables.

The solid and compact design, as well as the possibility to link up multiple fuseholders on a fixed grid, make the DCM Mega Fuseholder (60V/40..500A) one of the best choices for all professional DC power systems. It's features include: - Stainless steel studs, nuts and washers for optimal corrosion resistance - Tin plated high purity copper busses provide maximum conductivity, reducing heat and improving efficiency - Special fiber reinforced base material offers excellent high temperature properties, good chemical resistance and high strength - Unique grid optimized footprints allow space saving arrangements of multiple products - Common interconnection heights for easy combining of multiple products using link plates (except Mega and ANL (300A) fuseholders) - Robust transparent covers with breakouts to allow wire access from any direction - Smart terminal design allows dual mirrored cable lug connections - Easy in-system connection access due to top locked covers (except Mega and ANL (300A) fuseholders)

The DCM Remote Battery Switch (24V/500A) is a smart high-current magnetic latching contactor, that can handle continuous DC currents of up to 500Amps. The contactor can easily be installed in an engine room or battery compartment while being controlled from a more convenient location by a small panel-mounted switch.

The Expert Lite/Pro RS-232 Comms Kit is a high precision battery monitor focused on a simple readout, making it the ideal instrument for less technical end-users.

Explore our Expert Modular CDU, a pivotal element in the highly advanced battery monitor Expert Modular. Expert Modular is our latest generation, highly advanced battery monitor. It consists of an intelligent shunt, a remote control, and a display unit. The shunt has a Grid Optimized footprint for perfect integration with our DC Modular products.

Designed for professional users, the Expert PRO is an accurate amp-hour counting battery monitor. The unit provides additional information over the Expert Lite unit, as well as historical data.

Designed specifically for the most challenging applications, the Omnicharge 12-40 3 Output is robustly designed using the highest quality components for maximum efficiency, ultimate reliability, and best battery charging performance.

Designed specifically for the most challenging applications, the Omnicharge 12-90 3 Output is robustly designed using the highest quality components for maximum efficiency, ultimate reliability, and best battery charging performance.

Designed specifically for the most challenging applications, the Omnicharge 24-30 3 Output is robustly designed using the highest quality components for maximum efficiency, ultimate reliability, and best battery charging performance.

Designed specifically for the most challenging applications, the Omnicharge 24-80 3 Output is robustly designed using the highest quality components for maximum efficiency, ultimate reliability, and best battery charging performance.

Very low self consumption and high resolution power control circuits ensure excellent performance at sunrise and low light levels. The OCS controllers are highly efficient, reaching peak efficiency levels of respectively 98% and 99% for the conversion and MPPT sections. This way PV power will be transferred to your batteries with minimum losses. But this also means that no cooling fans are needed...

Very low self consumption and high resolution power control circuits ensure excellent performance at sunrise and low light levels. The OCS controllers are highly efficient, reaching peak efficiency levels of respectively 98% and 99% for the conversion and MPPT sections. This way PV power will be transferred to your batteries with minimum losses. But this also means that no cooling fans are needed...

Very low self consumption and high resolution power control circuits ensure excellent performance at sunrise and low light levels. The OCS controllers are highly efficient, reaching peak efficiency levels of respectively 98% and 99% for the conversion and MPPT sections. This way PV power will be transferred to your batteries with minimum losses. But this also means that no cooling fans are needed...

The Powersine 1000-12 Inverter utilises hybrid power conversion technology to provide significant benefits over low-cost, leisure style, switch-mode inverters and are designed specifically for mission critical applications where lives and livelihoods depend on power.

The Powersine 1600-12 Inverter utilises hybrid power conversion technology to provide significant benefits over low-cost, leisure style, switch-mode inverters and are designed specifically for mission critical applications where lives and livelihoods depend on power.

The Powersine 1800-48 Inverter utilises hybrid power conversion technology to provide significant benefits over low-cost, leisure style, switch-mode inverters and are designed specifically for mission critical applications where lives and livelihoods depend on power.