Why Choose the ILME CR10DF Self-Centering Floating Frame?
The ILME CR10DF is a precision-engineered self-centering floating frame designed for ILME rectangular industrial connector systems. This accessory improves connector alignment by allowing controlled floating movement, compensating for minor installation tolerances and ensuring smooth and reliable mating.
Developed for demanding industrial connection applications, the CR10DF helps reduce mechanical stress during connector engagement by maintaining accurate positioning between connector components. Its self-centering design supports reliable operation in machinery, automation and control equipment where repeatable connections are required.
The ILME CR10DF is designed for size 57.27 connector housings, providing an effective alignment solution for ILME multipole connector assemblies used in industrial environments.
Key Advantages
- Self-centering floating frame improves connector alignment during mating.
- Size 57.27 compatibility for ILME rectangular connector systems.
- Compensates for minor mounting inaccuracies and positioning errors.
- Reduces mechanical strain on connector components.
- Supports reliable repeated connection cycles.
- Designed for industrial automation and machinery applications.
Key Features
- ILME connector accessory for alignment applications.
- Model: CR10DF.
- Connector size: 57.27.
- Product type: Self-centering floating frame.
- Floating mechanism allows improved connector positioning.
- Designed for ILME rectangular multipole connector assemblies.
- Helps achieve smooth and accurate connector mating.
Reliable Connector Alignment for Industrial Systems
Floating frames are essential accessories for industrial connector systems where accurate alignment is required. The ILME CR10DF allows controlled movement to compensate for mounting tolerances, helping connectors engage correctly while reducing stress on mechanical components.
The CR10DF supports dependable operation in professional automation environments by improving connector positioning and extending the service life of connection assemblies.
Typical Applications
- Industrial automation machinery.
- Machine building and OEM equipment.
- Control panels and electrical cabinets.
- Robotics and automated production systems.
- Manufacturing equipment requiring frequent connector mating.
- Industrial power and signal connection systems.
