Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar
Insulated High Conductivity Bus Bar

Insulated High Conductivity Bus Bar

As a leading provider of bus bar, we provide sales, engineering and manufacturing support from our facilities.

- bus bar can be customized or designed to meet your unique specifications.

- a space saving bus bar meets high frequency requirements.


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Insulated High Conductivity Bus Bar

Our insulated high conductivity bus bar allow your application to conduct more power in less space and route the power as required.

High conductivity bus bar for full-electric vehicle automotive inverters, provides low inductance for power distribution.


bus bar for crane

Features

Custom designed to fit your space constraints while providing distinct electrical benefits, including low inductance, minimal voltage drop and specified partial level. This kind of bus bar is widely used in crane, electric hoist, lifting industry and many different factories.

Specification

ModelSpecificationLength(m)Weight (kg)
DHB3-6/306mm2 - 30A1m0.45
DHB3-10/5010 mm2 - 50A1m0.58
DHB3-16/8016 mm2 - 80A1m0.75
DHB3-25/12025 mm2 - 120A1m1
DHB3-35/14035 mm2 - 140A1m1.25


Don't miss out on the opportunity to revolutionize your electrical applications!  Contact us today and discover the power of our leading bus bar solutions.  From customized designs to space-saving technology, we have the expertise and support to meet your unique specifications.  Upgrade to high-conductivity bus bars for efficient power distribution and experience the electrical benefits you've been searching for.  Take action now and let us elevate your electrical systems to new heights.  Get in touch with us today! 


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CASE

Explore case studies showing how Sinoko’s insulated bus bars are integrated into crane systems across diverse industries. See how our reliable, space-efficient power solutions help optimize performance, safety, and energy efficiency in real-world lifting operations.

32T Steel Coil Handling Crane Project Case

32T Steel Coil Handling Crane Project Case

Sinoko Crane with years of experience in crane manufacturing and design, the steel coil handling crane has helped customers reduce costs and improve the efficiency of steel coil transportation.

Learn More Get a Quote
Automotive Repair Facility in Russia 5 Ton Workshop Bridge Crane Project Case

Automotive Repair Facility in Russia 5 Ton Workshop Bridge Crane Project Case

The Sinoko crane, a 5-ton bridge crane tailor-made for a Russian customer's auto repair shop, has helped the customer solve the problem of lifting and transportation, improved the customer's work efficiency, and saved the customer's work costs.

Learn More Get a Quote
3× 5T European-Style Single-Girder Cranes for Kenyan Sugar Refinery

3× 5T European-Style Single-Girder Cranes for Kenyan Sugar Refinery

Sinoko cranes has designed three 5-ton bridge cranes for Kenyan customers, which have solved their problems. Come and contact Sinoko cranes to solve your lifting problems.

Learn More Get a Quote

FAQs

1. What are the advantages of using an insulated high‑conductivity bus bar in crane systems?

This bus bar enables more efficient power conduction within compact spaces, delivering low inductance and minimal voltage drop. It’s especially well-suited for cranes and electric hoists where both space saving and electrical performance matter.

2. Can these bus bars be customized to fit specific crane layouts or application requirements?

Absolutely—Sinoko offers custom‑designed bus bars tailored to your spatial limitations and electrical needs, ensuring proper integration into your lifting system.

3. What application environments are ideal for this type of bus bar?

These bus bars are widely used across crane systems, electric hoists, lifting industries, and numerous factory settings—providing reliable power distribution where mobility and operational flexibility are key.

4. Which technical specifications are available for these bus bars?

Models range from small-capacity types like DHB3‑6/30 (6 mm² at 30 A) to larger versions like DHB3‑35/140 (35 mm² at 140 A), with standard lengths around 1 meter and weights from 0.45 kg to about 1.25 kg.

5. How does adding insulation improve safety and performance in crane bus bar systems?

Insulation enhances safety by preventing accidental contact, and it supports higher current efficiency in tight crane environments—balancing conductivity with operational protection.

6. What industries benefit most from insulated high-conductivity bus bars?

These components excel in sectors like crane manufacturing, lifting operations, heavy industry, and automated factory environments where reliable, efficient, and safe mobile power distribution is essential.


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