The Enclosed Conductor Bar system is designed for the safe and efficient transmission of electric power to mobile equipment such as overhead cranes, hoists, and conveyors. Its fully enclosed PVC housing ensures complete protection against accidental contact, dust, and moisture.
The modular design allows for easy installation, expansion, and maintenance. Conductors are available in copper or aluminum for different current ratings. The system supports smooth current collection through precision-engineered collector assemblies that minimize wear and voltage drops.
Ideal for indoor and outdoor applications, the system complies with international safety standards, ensuring reliable and long-lasting performance.

The Flexible Insulated Conductor Rail System is a reliable and efficient power supply solution for mobile equipment such as cranes, hoists, and conveyor systems. Manufactured using 99.99% oxygen-free copper, it provides excellent conductivity and minimal voltage loss. The PVC insulated housing offers superior protection against heat, dust, and environmental wear, ensuring safe operation in demanding industrial conditions.
Its joint-free flexible design allows smooth power transmission even around curves, with a minimum bend radius of 750mm. Easy to install, replace, and transport, it reduces downtime and maintenance costs. With stable operation, low noise, and long service life, this system is ideal for lifting applications, small-scale steel plants, and other automated material handling setups.

The Bolt Joint Busbar is a highly efficient and robust solution for industrial power distribution systems. It is designed to ensure minimal power loss, superior conductivity, and long service life. Manufactured using high-quality materials such as galvanized steel, copper, and aluminum with stainless steel components, it delivers exceptional performance in demanding environments.
Available in multiple current ratings, the bolt joint design ensures easy installation, secure connections, and reliable electrical continuity. This busbar system is ideal for use in cranes, material handling systems, and other heavy-duty electrical applications requiring consistent power delivery and minimal maintenance.

The Web Bracket is a structural mounting accessory used to fix conductor rails or busbar systems securely to the web of beams and support structures. It provides accurate positioning and rigid support to maintain smooth current collection along the travel path. Manufactured for industrial duty, the bracket resists vibration and mechanical stress and allows quick installation and alignment in crane, hoist, and material-handling electrification lines.

3 Pole Hanger is a mounting/support accessory used to suspend and hold three-pole CMK bolt-joint busbar conductors along the runway. The hanger keeps the busbar line properly aligned, maintains required spacing between poles, and provides firm mechanical support during crane travel.

Hanger clamps are installed at regular intervals to prevent sagging and to allow controlled sliding of the conductor bar for thermal expansion. This improves system reliability and safety in EOT cranes, hoists, monorails, and other material-handling applications.

4 Pole Hanger is an insulated support clamp used to suspend and secure four-pole busbar conductors in CMK bolt-joint/DSL busbar installations. It maintains correct spacing and straight alignment of all four poles, ensuring smooth current collection by collectors during crane travel.

Installed at regular intervals along the runway, the hanger prevents busbar sagging and allows controlled sliding of the conductor bars to accommodate thermal expansion. This improves safety, reduces wear on current collectors, and increases the service life of the electrification system. 

Copper Shoe with Holder is a replaceable current-collecting contact set used in CMK bolt-joint / DSL shrouded busbar current collectors. The copper (often copper-graphite) shoe slides on the busbar conductor to pick up power, while the insulated holder secures the shoe and maintains correct contact pressure.

This spare assembly is designed for high conductivity, low friction, and reduced arcing, helping current collectors perform smoothly over long crane travel paths and across busbar joints. Quick replacement of the shoe/holder reduces downtime and maintenance cost.

Steel Jointer is a jointing accessory used to connect two galvanized steel (GI) bolt-joint busbar conductor lengths into one continuous track. It provides a firm bolted overlap joint that maintains electrical continuity and high mechanical strength, even under vibration and repeated crane movement.

This jointer is essential when extending busbar runway length or replacing damaged joint sections. Designed for quick field assembly, it ensures proper alignment and reliable current transfer across the joint.

The 4 Pole Hanger is a compact, high-strength mounting support designed to hold and align 4-pole power distribution rails, terminal assemblies, or busbar systems inside electrical panels. It provides stable mechanical support, maintains correct pole spacing, and helps prevent movement caused by vibration or cable stress. Manufactured from durable, flame-retardant engineering polymer with strong fastening points, it ensures long service life and reliable insulation. Its low-profile design saves space and improves wiring organization, resulting in safer, cleaner, and faster panel installations. Key benefits include secure support for 4-pole assemblies, accurate spacing and alignment, reduced vibration-related loosening, an insulated flame-retardant housing, and a compact form suited to tight panel layouts.

The 1 Pole Hanger is a compact, high-strength mounting support designed to hold and align single-pole power distribution rails, terminal assemblies, or busbar systems inside electrical panels. It provides stable mechanical support, maintains proper spacing and alignment, and helps prevent movement caused by vibration or cable stress. Manufactured from durable, flame-retardant engineering polymer with a strong fastening point, it ensures long service life and reliable insulation. Its low-profile design saves panel space and improves wiring organization, resulting in safer, cleaner, and faster installations. Key benefits include secure support for single-pole assemblies, accurate alignment, reduced vibration-related loosening, an insulated flame-retardant housing, and a compact form for tight panel layouts.