ProX XC-PWC12-02 — 2 ft. 12AWG Blue to Gray PowerCON-Compatible Link Cable
XC-PWC12-02 Overview
The ProX XC-PWC12-02 is a 2 ft. 12AWG power link cable built for professional audio environments where reliable, locking power connections are required. It features a blue male to gray male PowerCON-compatible connector configuration, making it suitable for daisy-chaining power across compatible professional audio devices. The 3-conductor twist-locking design mates the ground contact before neutral and line, ensuring a sequenced, electrically safe connection that exceeds the safety standard of conventional IEC 60320 C13/C14 connectors. This cable is intended for audio engineers, system integrators, touring companies, and venues running PowerCON-compatible equipment.
Built to professional standards, the XC-PWC12-02 delivers a secure, low-resistance power path in a compact 2 ft. length suited for tight rack environments and short device-to-device runs.
Key Features
- 12AWG Conductor Gauge — Heavy-gauge construction supports professional power delivery with minimal voltage drop over the cable run
- Blue Male to Gray Male Configuration — Correct connector orientation for PowerCON-compatible link/daisy-chain applications between compatible devices
- 3-Conductor Twist-Locking Design — Locking mechanism prevents accidental disconnection during live operation, critical for touring and installed sound environments
- Ground-First Contact Sequencing — Twist connector mates the ground contact before neutral and line, providing an electrically safe connection sequence
- Safer Than IEC C13/C14 — Locking PowerCON-compatible connectors eliminate the risk of accidental power loss associated with non-locking IEC connectors common on consumer-grade equipment
- 2 ft. Cable Length — Compact length designed for short device-to-device power linking in rack systems or stage setups where cable management is a priority
- Professional-Grade Build Quality — Constructed to ProX’s professional cable standards for consistent performance and long-term reliability in demanding use cases
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