Filter
Manufacturer
More
Less

Article navigation
right
Victron DC busbar 70 V / 150 A with cover
right
Victron DC busbar 70 V / 150 A with cover
Victron DC busbar 70 V / 150 A without cover
Victron DC busbar 70 V / 150 A top view

Victron DC busbar 70 VDC / 150 A with 4 terminals and protective cover

No rating yet

Product description

The Victron DC busbar 70 VDC / 150 A with 4 terminals and protective cover is used for high current distribution, providing connection terminals for batteries and DC equipment. The device is designed to be robust and durable, the busbar and hex nuts are made from tin-plated copper, the terminals are made from stainless steel. The plastic base is made from fire-resistant (UL 94 V-0) ABS plastic, and the protective cover is made from fire-resistant (UL 94 HB) clear polycarbonate.
ID
ZDA004A
Manufacturer's ID
VBB115040020

Additional specifications and description

Overview and construction
The Victron DC busbar 70 VDC / 150 A with 4 terminals and protective cover provides a low-resistance, high-current busbar for Victron and third-party DC systems.
This busbar features four 6.35 mm terminals (with 12.7 mm nuts) and a protective cover to prevent an accidental short circuit.
The busbar and hex nuts are made from tin-plated copper, while the terminals are stainless steel.
The plastic base uses a fire-resistant (UL 94 V-0) ABS plastic, and the protective cover is made from fire-resistant (UL 94 HB) clear polycarbonate.
 
Application
The job of the Victron DC busbar 70 VDC / 150 A is to provide a common positive or negative connection for DC loads such as batteries, inverter/chargers or solar charge controllers in 48V systems. 
Other devices like the Cerbo GX for example, can also be connected to this busbar. 
 
Busbar installation considerations
Victron recommends connecting inverter/chargers and solar charge controllers in an alternating manner and using adjacent terminals. The reason is that this will reduce the distance the current has to flow through the busbar, lowering resistive losses.
For correct operation, it is essential that each inverter/charger or battery receives exactly the same voltage. 
To ensure this, the DC path from the battery bank to each individual inverter and vice versa must be the same.
If there is a difference between the cable thickness or the cable length between the individual devices, there will be a difference between the voltages of these units. 
To achieve a balanced system, please use matching cable types with identical cross-sections and lengths for each device from the battery bank or from the busbar. 
The cable lugs should also be identical, with all connections tightened to the same torque values.


Alternative articles

Remarks, reviews & ratings

No reviews added yet. Be the first who will add one.
Add review and rating
0
Recently viewed
Recently viewed
Recently viewed
 Webpage not supported in internet explorer use chrome ,firefox or edge 
Report an error