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Busbar Conductor System

Name: Busbar Conductor System
Brand: EMBICON TECH HUB
Price: 120 INR
Availability: InStock

Price 120 INR/ Box

Get a Price/Quote

MOQ : 1 Kit

Busbar Conductor System Specification

Shape
Rectangular

IP Rating
IP55 / IP65

Overheating Protection
Yes, with insulation and optional thermal sensors

Efficiency
High; >98% transmission efficiency

Humidity %
Up to 95% non-condensing

Mounting Type
Suspended / Surface Mounted

Insulation Material
PVC/Polycarbonate/High Grade Plastic

Surface Finish
Powder Coated / Anodized

Connector Type
Bolted/Clamp Type Joint Connectors

Operating Temperature
-30C to +80C

Power Factor
Applicable as per load type

Feature
Anti-corrosive, Shock Resistant, Low Maintenance

Product Type
Enclosed Insulated Busbar Conductor System

Application
Power Distribution in Industrial and Commercial Settings, Overhead Crane Power Supply

Protection Level
High Protection, Insulated Housing

Frequency (MHz)
50/60 Hz

Rated Voltage
415V AC or as required

Energy Consumption
Depends on connected load

Output Type
Electrical Conductor Rail

Color
Orange, Red, Green, or as per order

Dimension (L*W*H)
Typically 4m/6m length sections, custom width and height

Weight
Dependent on busbar length and rating, typically 28 kg/m

Phase
Three Phase / Single Phase

Input Voltage
Up to 690V AC

Size
40A to 2000A current ratings available

Connection Type
Joint with expansion connectors, bolted/coupler joints

No Of Poles
3 or 4

Material
Copper/Aluminum with Insulated Housing

Dielectric Strength
>20 kV/mm

Conductor Cross Section
Adjustable as per current rating

Ambient Conditions
Suitable for Indoor/Outdoor Use

Supported Accessories
Current Collector Trolleys, End-Feed and End-Cap Kit, Hanger Clamps

Short Circuit Withstand
Up to 80 kA

Fire Resistance
Self-Extinguishing Insulation

About Busbar Conductor System

Busbar Conductor System

Busbar Conductor System is defined as a conductor or a cluster of conductors that used for collecting electric power from the incoming feeders and then supplied them to the outgoing feeders. In other words, this device is an electrical junction in which incoming and outgoing electrical current meets. Our company is specialized in manufacturing this Busbar Conductor System and has served a lot of customers with the same. If you are also looking for this system get in touch with us.

Rail Length [mm]: 4.000
Outside-Dimensions of bar profile: 2.20" x 3.54" (56.0 mm x 90,0 mm)
Support Spacing: 6.56 ft (2 meters)
Operating Conditions: For indoor and outdoor applications
Track Configuration: Straight course; curve segments available by request
Current Range : 40 Amps, 60 Amps, 80 Amps, 100 Amps, 120 Amps, 140 amps, 160 Amps, 180 Amps, 200 Amps
Maximum Running Speed: 278.9 feet/minute (85 meters/minute)

Electrical properties:

Max. Voltage(V): 600
Rail Length [mm]: 4.000
Conductor cross section(mm2): 10 - 16 - 25 - 35 - 50
Resistance( /km): 1.656 - 1.137- 0.713 - 0.522 - 0.337
Leakage resistance: CTI600-2, 7
Dielectric strength: 30-40KV/mm
Track Configuration: Straight course / Curve segments on request ( R 1.2m )

Mechanical properties:

Flexible strength: 75N/mm2 10%
Tensile strength: 40N/mm2 10%

Temperature range:

Common Housing: -30C up to +60C
Housing: -20Cup to +115C

Superior Safety and Protection

Engineered with high-grade insulation and self-extinguishing materials, the busbar system provides high protection (IP55/IP65) against electrical hazards and environmental stress. Overheating protection is achieved with optional thermal sensors and robust construction, making it ideal for sensitive industrial use.

Flexible and Efficient Power Distribution

The modular nature of the Busbar Conductor System, with adjustable current ratings from 40A to 2000A and customizable section dimensions, allows tailored solutions for varying load requirements. Its adaptable to single or three-phase applications and can handle load fluctuations, maintaining efficiency above 98%.

Low Maintenance and Durable Design

Featuring anti-corrosive, powder-coated, or anodized surfaces, the busbar system is built for longevity in demanding ambient conditions (30C to +80C, up to 95% humidity non-condensing). Accessories such as current collector trolleys and hanger clamps streamline installation and minimize long-term maintenance efforts.

FAQs of Busbar Conductor System:

Q: How is the Busbar Conductor System installed in industrial settings?

A: Installation is straightforward due to modular sections (typically 4m or 6m lengths) and supported accessories, such as current collector trolleys, end-feed kits, and hanger clamps. The system can be suspended or surface mounted and connected using bolted or clamp-type joint connectors.

Q: What are the main benefits of using this busbar system for power distribution?

A: Key benefits include improved electrical safety, high protection levels (IP55/IP65), rapid installation, low maintenance, and remarkable flexibility in handling different current ratings and applications. Its anti-corrosive and shock-resistant properties ensure reliable, long-term performance.

Q: Where can the busbar conductor be used, and what environments is it suitable for?

A: This system is suitable for a wide variety of applications such as industrial power distribution, overhead crane supply, and commercial use. Its robust insulated housing and high dielectric strength make it ideal for both indoor and outdoor installationseven in challenging ambient conditions.

Q: When should I consider using copper vs. aluminum conductors in my application?

A: Copper conductors are recommended when superior conductivity and minimal voltage drop are important, while aluminum offers a lighter, cost-effective alternative for less demanding loads. The choice often depends on current rating, budget, and installation environment.

Q: What process is involved in customizing the busbar system to specific requirements?

A: Customization is achieved by selecting appropriate current ratings (40A2000A), conductor material (copper or aluminum), number of poles (3 or 4), insulation level, lengths, and mounting style. Accessories and connectors further adapt the system to unique project needs.

Q: How does the busbar system ensure operational safety?

A: Operational safety is handled through insulated, self-extinguishing housing, high dielectric strength (>20 kV/mm), rigorous short-circuit withstand capacity (up to 80 kA), and optional thermal sensors for overheating protection, minimizing risk to personnel and equipment.

Q: What is the typical maintenance required for this busbar system?

A: Routine maintenance is minimal owing to its durable, anti-corrosive construction and robust insulation. Occasional inspections for wear on accessories (like current collector trolleys) and checking connection tightness help maintain peak efficiency and safety.

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