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Contact technical supportBusbar Terminals are key components in power distribution systems,
which realize centralized transmission and distribution of large currents through highly conductive busbars. They are designed for industrial control cabinets, data centers, large electrical equipment and new energy systems to ensure efficient, safe and reliable power supply.
Made of high-quality copper or aluminum alloy materials to ensure low-resistance and low-loss power transmission.
Supports currents from tens of amperes to thousands of amperes to meet power distribution needs of various sizes.
Modular design saves space and is easy to install and maintain.
With short-circuit protection, overload protection and grounding functions to ensure stable operation of the system.
The number of busbar terminals can be easily increased or decreased according to actual needs to adapt to future expansion needs.
Busbar Terminal
| Model | Order number | Description | Wiring dimension | Stack space | Torque | Packing |
|---|---|---|---|---|---|---|
| SU 201 | — | Busbar terminal, busbar thickness 4-5 mm | 1-4 mm² | — | 2 Nm | 50 pcs |
| SU 202 | — | Busbar terminal, busbar thickness 4-5 mm | 2.5-16 mm² | 8×8 mm | 3 Nm | 50 pcs |
| SU 203 | — | Busbar terminal, busbar thickness 4-5 mm | 16-50 mm² | 10.5×11 mm | 6-8 Nm | 50 pcs |
| SU 204 | — | Busbar terminal, busbar thickness 4-5 mm | 35-70 mm² | 16.5×15 mm | 10-12 Nm | 50 pcs |
| SU 205 | — | Busbar terminal, busbar thickness 4-5 mm | 70-185 mm² | 22.5×20 mm | 12-15 Nm | 50 pcs |
| SU 206 | — | Busbar terminal, busbar thickness 9-10 mm | 1-4 mm² | — | 2 Nm | 50 pcs |
| SU 207 | — | Busbar terminal, busbar thickness 9-10 mm | 2.5-16 mm² | 8×8 mm | 3 Nm | 50 pcs |
| SU 208 | — | Busbar terminal, busbar thickness 9-10 mm | 16-50 mm² | 10.5×11 mm | 6-8 Nm | 50 pcs |
| SU 209 | — | Busbar terminal, busbar thickness 9-10 mm | 35-70 mm² | 16.5×15 mm | 10-12 Nm | 50 pcs |
| SU 300 | — | Busbar terminal, busbar thickness 9-10 mm | 70-185 mm² | 22.5×20 mm | 12-15 Nm | 50 pcs |
Busbar Terminal
| Model | Order number | Description | Connection | Terminal space W×H | Max current | Packing |
|---|---|---|---|---|---|---|
| LP180A1605 | 5010.073 | Universal conductor terminal | 1.5~16 mm² | 7.5×7.5 | 180 A | 100 |
| LP270A3505 | 5010.074 | 5 mm flat busbars | 4~35 mm² | 10.5×11 | 270 A | 50 |
| LP400A7005 | 5010.075 | 5 mm flat busbars | 16~70 mm² | 14×14 | 400 A | 25 |
| LP440A12005 | 5010.076 | 5 mm flat busbars | 16~120 mm² | 17×15 | 440 A | 25 |
| LP180A1610 | 5010.077 | 10 mm flat busbars | 1.5~16 mm² | 7.5×7.5 | 180 A | 100 |
| LP270A3510 | 5010.078 | 10 mm flat busbars | 4~35 mm² | 10.5×11 | 270 A | 50 |
| LP400A7010 | 5010.079 | 10 mm, double-T and triple-T section | 16~70 mm² | 14×14 | 400 A | 25 |
| LP440A12010 | 5010.080 | 10 mm, double-T and triple-T section | 16~120 mm² | 17×15 | 440 A | 25 |
Busbar terminal block
| Model | Order number | Description | Wire diameter (mm²) | Thickness (mm) |
|---|---|---|---|---|
| LP32A0405 | 5010.150 | Busbar terminal block, 5 mm busbar | 0.5-4 | 5 |
| LP32A0410 | 5010.151 | Busbar terminal block, 10 mm busbar | 0.5-4 | 10 |
| LP80A1605 | 5010.152 | Busbar terminal block, 5 mm busbar | 1.5-16 | 5 |
| LP80A1610 | 5010.153 | Busbar terminal block, 10 mm busbar | 1.5-16 | 10 |
PROFICLIP / POWERCLIP BRACE TERMINALS
| Model | Order number | Description | Connection | Max current | Packing |
|---|---|---|---|---|---|
| LP500A18510 | 5010.082 | ProfiClip brace terminal, for 20×5-30×10 mm busbars and double-T and triple-T sections | Cu and Al* 95-185 mm² | 500 A | 6 |
| LP800A2010 | 5010.083 | ProfiClip brace terminal, for flat busbars up to 32×20 mm | — | 800 A | 3 |
| LP600A30010 | 5010.084 | ProfiClip brace terminal, for 20×5-30×10 mm busbars and double-T and triple-T sections | Cu and Al* 120-300 mm² | 600 A | 3 |
| LP1600A55 | 5010.089 | PowerClip brace terminal for the connection of flat and flexible copper busbars, terminal space 55×28 mm, for busbars up to 30×10 mm and double-T and triple-T sections | — | 1600 A / 2000 A** | 3 |
* Not maintenance-free when aluminium conductors are used. ** In case of centre feed.
BUSBAR EXTENSION CONNECTION CLAMP
| Model | Order number | Description | Max current | Packing |
|---|---|---|---|---|
| A1990 | 5010.165 | Busbar extension connection clamp, suitable for 20, 25, 30 x 5 and 10 mm busbars | 630 A | 6 |
| A1827 | 5010.166 | Busbar extension connection clamp, suitable for 2T busbars | 1250 A | 6 |
As the connection point of the main power supply line and branch circuit, it realizes efficient power distribution.
Provides stable and reliable power supply for server cabinets to ensure the continuity of data processing.
Such as solar power stations and wind farms, used for connecting battery energy storage systems and inverters to the power grid.
Such as motor control centers and switchboards, to achieve the integration of power transmission and control.
Busbar material selection: Copper busbar has excellent conductivity, but the cost is high; aluminum busbar is cost-effective, but the conductivity is slightly inferior.
Current carrying capacity calculation: It is necessary to consider factors such as busbar cross-sectional area, material, ambient temperature, and heat dissipation conditions.
Installation and maintenance: Busbar terminals must be firmly installed to avoid loosening; check the connection points regularly to ensure that there is no overheating or corrosion.
A: Busbar terminals have higher current carrying capacity, lower loss and better heat dissipation performance, and are suitable for large current and long-distance power transmission.
A: According to the current demand, cost budget and space constraints of the application, comprehensively consider the choice of copper or aluminum material.
A: Ensure that the busbar terminals are firmly installed and the connection points are in good contact; follow the manufacturer’s installation guidelines to avoid damage caused by over-tightening.
Selection & support
Match the busbar profile, cable size and current before confirming a terminal.
SU 201 to SU 300 terminals clamp cables of 1 to 185 mm² onto 4–5 mm or 9–10 mm thick busbars. LP conductor terminals carry 180 to 440 A for 1.5 to 120 mm² cables, and ProfiClip and PowerClip brace terminals carry 500 to 1600 A, or 2000 A with centre feed, on flat bars and double-T and triple-T sections.
Check technical documentsMatch the busbar thickness or profile (4–5 mm, 9–10 mm, double-T or triple-T), the cable cross-section to be clamped and the maximum current. Tighten to the torque in the model table, from 2 Nm for SU 201 to 12–15 Nm for SU 205 and SU 300, and check the connections for overheating at service intervals.
Confirm the modelLEIPOLE Singapore supplies the panel busbar system from one source: busbar holders for 12 to 30 mm wide bars, busbar terminals, busbar adapters from 25 to 600 A, connection modules and 60 mm NH fuse holders up to 630 A, earth bars and busbar covers. Send the busbar size, currents and quantities for a quotation.
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