i-PRO MC-6005-BGB00 Proxp Wieg Classic Gray Cable Lead Free
When integrating legacy proximity card readers into modern access control systems, cable compatibility and regulatory compliance become critical deployment factors. The i-PRO MC-6005-BGB00 delivers a lead-free Wiegand interface cable designed for installations where RoHS compliance is mandatory and environmental standards cannot be compromised. This gray-jacketed cable provides the electrical interface between proximity readers and control panels while meeting lead-free manufacturing requirements for commercial and institutional projects.
Key Features
- Lead-free construction meets RoHS and environmental compliance standards for regulated installations
- Wiegand interface protocol supports standard 26-bit and extended format proximity card readers
- Gray cable jacket for discrete installations in commercial environments
- Compatible with i-PRO Proxp Classic proximity reader series
- Designed for direct connection between card readers and access control panels
- Pre-terminated connections reduce field termination time and wiring errors
Access control installations in healthcare facilities, educational institutions, and government buildings increasingly require lead-free components to satisfy environmental and safety regulations. This cable eliminates the need for field modifications or compliance workarounds when connecting Wiegand-protocol proximity readers to control panels. The gray jacket blends with most commercial door frames and trim while maintaining the cable visibility needed for maintenance and troubleshooting.
For integrators managing multi-building campuses or retrofit projects where existing proximity infrastructure remains in service, this cable provides the compliant interface path between legacy reader technology and modern panels. The pre-terminated design reduces installation labor while ensuring proper pin-out configuration for Wiegand data transmission. Standard length accommodates typical reader-to-panel runs in commercial door hardware configurations without requiring junction boxes or splice points that introduce potential failure modes.
