Why Choose the ABB ZK83 16–95 mm² Connecting Terminal?
The ABB ZK83 (2CPX064883R9999) is an electrical connecting terminal designed for conductors with cross-sectional sizes from 16 mm² to 95 mm². Part of the ABB DESUJ Sub Distribution product group, this terminal provides a dedicated connection component for compatible electrical distribution equipment and low-voltage switchgear assemblies.
Identified by the manufacturer designation ZK83 16-95mm Connecting Term 1Pc, the product features a specified conductor cross-sectional range and a single-piece (1Pc) designation. Its defined connection capacity makes it relevant to electrical distribution installations requiring terminals suitable for larger conductor cross-sections.
The ABB ZK83 connecting terminal is a practical choice for electrical contractors, panel builders and maintenance engineers working with compatible ABB sub-distribution systems. Its manufacturer-specific identification supports accurate terminal selection during electrical panel construction, upgrades and replacement projects.
Key Advantages
- Wide conductor cross-sectional range: Specified for conductors from 16 mm² to 95 mm².
- Dedicated electrical connection component: Designed for compatible electrical distribution equipment.
- Single-piece designation: Identified as 1Pc in the manufacturer product description.
- Distribution system integration: Suitable for appropriately specified ABB sub-distribution assemblies.
- Professional electrical installations: Supports conductor termination within compatible distribution equipment.
- ABB manufacturer identification: Model ZK83 and order code 2CPX064883R9999 support accurate ordering.
- Maintenance suitability: Useful for replacement applications requiring the corresponding terminal specification.
- Application-specific selection: Helps distinguish the 16–95 mm² terminal from alternative conductor-size configurations.
Key Features
- ABB ZK83 connecting terminal.
- Manufacturer order code: 2CPX064883R9999.
- Minimum specified conductor cross-section: 16 mm².
- Maximum specified conductor cross-section: 95 mm².
- Conductor cross-sectional range: 16–95 mm².
- Product quantity designation: 1 pc.
- Electrical connection accessory for compatible distribution equipment.
- Designed for suitable low-voltage sub-distribution applications.
- Suitable for professional electrical panel assembly and maintenance.
- Manufacturer-identified terminal for accurate product specification.
- Requires verification of conductor type, electrical ratings and installation requirements before use.
Functional Overview – Electrical Connections for Larger Conductors
Electrical connecting terminals provide designated connection points for conductors within distribution equipment. The ABB ZK83 is specified for a 16–95 mm² conductor cross-sectional range, making it relevant to compatible electrical assemblies requiring terminals for these conductor sizes.
When selecting the ZK83, electrical installers should verify the conductor material, construction, number of conductors permitted per terminal, rated current, rated voltage and tightening requirements against the relevant ABB documentation. The specified cross-sectional range alone does not confirm suitability for every conductor type or electrical application.
The terminal must be installed using the appropriate preparation and connection procedures for the complete electrical assembly. Correct conductor termination and adherence to manufacturer instructions are important for achieving a suitable electrical connection.
Typical Applications
- Compatible ABB electrical sub-distribution assemblies.
- Low-voltage distribution board conductor connections.
- Electrical switchgear terminal arrangements.
- Commercial and industrial power distribution panels.
- Electrical panel installations using compatible 16–95 mm² conductors.
- Distribution equipment wiring and connection applications.
- OEM electrical panel manufacturing.
- Electrical distribution board maintenance and refurbishment.
- Replacement of equivalent connecting terminal components.
