Butt Joining Bus-Bars TRIZ Cases
- Busway Joint Cam Locking for Tool-Free Secure Electrical Contact
A cam and spring securing assembly clamps busway portions without tools while maintaining electrical contact and resisting loosening over time.
- Plated Contact Insert Bus Bar Assembly for Lower-Cost Connections
A harder plated contact insert cuts bus bar plating cost and process complexity while preserving electrical conductivity and joint stability.
- Cable Splice Assembly for Modular Low-Voltage Conductor Routing
Short conductor segments are joined by a splice plate, clamps, and enclosure to simplify installation, support expansion, and avoid enclosure energization.
- Modular Cable Splice Assembly for Adaptable Power Distribution
Short conductor sections joined by enclosed splice plates and clamps simplify low-voltage installation while supporting robust, expandable power distribution.
- Pivoting Busway Splice Joint for Faster Offset Section Connection
A pivot-shaft busway joint aligns offset sections without lifting heavy busbars, cutting parts, assembly time, and service effort.
- Busbar Joint With Adjustable Conductor Plates
Slotted conductor plates in a busbar joint allow adjustable positioning of ducts, preventing disconnection during clamping.
- Adjustable Busway Joint for Offset Alignment
Longitudinally moveable splice plates in an adjustable busway joint align offset electrical sections, eliminating custom manufacturing lead times.
- Bolt-Free Busway Joint Pack Latch Mechanism
Side latch mechanisms secure connector plates in a bolt-free busway joint pack, eliminating thermal cycling loosening and reducing material usage.
- Busway Joint Structural Support Assemblies
Cover assembly with elongated fasteners secures busway joints to meet UL 857 strength standards.
- Adjustable Electrical Busway Joint for Flexible Installation
Movable splice plates in an adjustable busway joint eliminate custom section manufacturing by adapting to specific installation lengths.