BSM-SA4 | EV Charger Cable Management System | Elite Swivel Arm Balancer

BSM-SA4 Elite Arm Balancer is an industrial-grade EV charger cable management system specifically designed to keep heavy DC charging cables off the ground. It effectively eliminates tripping hazards and prevents mechanical wear to sensitive connectors.

With a 180° swivel range and 100,000+ cycle durability, this high-performance retrofit solution maximizes cable lifespan, ensures ergonomics, and significantly reduces operational maintenance costs for charging stations.

Elite EV Charger Cable Management System for DC Charging Stations

Engineered for high-traffic DC charging environments, the Elite Swivel Arm Balancer is a premier cable management system that serves as more than just a utility—it is a design statement.

While it expertly manages heavy-duty cables to prevent tangles and ground-wear, its sleek, industrial silhouette transforms cluttered charging bays into organized, premium spaces.

Key Benefits

  • Clean Infrastructure: Elevate your station’s visual appeal by keeping cables off the pavement.

  • Extended Longevity: Reduce mechanical strain on connectors and internal components.

  • Intuitive Interaction: Deliver a seamless, effortless charging experience for every user.

Technical Data

  • Material: Cast aluminum alloy with surface coating
  • Net Weight:  4.6 kg
  • Working load: 30 kg
  • Max load: 80 kg @600mm
  • Main Arm Length: from 200 mm to 1000 mm; Standard length: 600mm
  • Sub-Arm Length: 300 mm
  • Main Arm Preload Setting: Adjustable from 5N to 25N
  • Service Life: Reciprocating cycles ≥ 100,000 times
  • Swivel Angel: main arm 180°; sub-arm: 90°,135°
cabel management solution_SA4

Technical Drawings

Cable Management System_ BSM-SA4-R

BSM-SA4-6030-180135-R

Need 3D drawings and Product Specification? Contact us at  info@bes-sun.com  — we are happy to provide! 

Quality Test

Cable Management System-load test 80 kg_sa4

Design & Functionality: A Closer Look

On Time, Every Time.

Airports and airlines are high-speed, high-reliability operations where a single minor failure can trigger a massive disruption. To maintain peak performance, every piece of equipment in your facility must work on time, every time.

Our Cable Management Systems offer the proven durability required for the world’s most demanding environments. Engineered for ease of use and long-term resilience, our solutions integrate seamlessly with EV charging infrastructure to keep your team safe and your equipment optimized.

FAQ

How does BSM-SA4 improve EV charging station safety?

By suspending heavy DC cables, BSM-SA4 prevents trip hazards and protects the charging cable from ground, ensuring a safer environment for users.

Yes. BSM-SA4 is an external swivel arm system that can be easily retrofitted onto most DC charger cabinets without internal modifications. 

For installations with limited horizontal space, consider our BSM-CR series cable retractors.

The BSM-SA4 Elite supports heavy-duty liquid-cooled or standard DC charging cables weighing up to 80 kg, typically covering 5 to 7 meters charging cable length.

Yes. As a dedicated EV Charging Products & Solutions Company, we offer customized length and customized colour (RAL colours),   to align with your brand’s aesthetic and technical requirements.

While the BSM-SA4 is a cable management system rather than a lifting attachment, its structural design and load-bearing components strictly follow the safety factors and durability requirements outlined in EN 13155. 

Liquid-cooled cables are significantly heavier and less flexible than standard cables. A dedicated liquid-cooled cable balancer like the BSM-SA4 counteracts this weight, preventing connector strain and ensuring an effortless user experience.

Yes. Our retrofit EV cable management solutions are brand-agnostic. They mount externally to the charger cabinet, making them compatible with major DC fast charger brands.

BSM-SA4 is based on BSM-SA1. BSM-SA4 is primarily designed for new DC chargers, offering a sleek and exceptionally elegant look when integrated with the housing. 

The typical lead time for the samples is 15-20 days.

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