Industrial-Grade 3-Phase Power Solution
- 32A Current Capacity for high-power applications
- 400V AC Rating (3-phase + PE + N configuration)
- IP54 Waterproof Neutrik TRUE1 series connectors
- 5x6mm² Conductors with high-flexibility jacket
- Locking Mechanism prevents accidental disconnection
Technical Specifications
| Connector Type | SAC3MX (Male) to SAC3FX (Female) |
|---|---|
| Current Rating | 32A continuous |
| Voltage Rating | 400V (3-phase + N + PE) |
| Conductor Gauge | 5 cores x 6mm² (10 AWG) |
| Waterproof Rating | IP54 when mated |
| Applications | Touring audio systems, stage lighting, industrial machinery |
High-Performance Power Distribution for Demanding Applications
The Neutrik SAC3MX to SAC3FX power cable provides a reliable heavy-duty connection solution for professional audio and industrial applications requiring 32A at 400V three-phase power with neutral and protective earth.
Why Choose Neutrik SAC3MX/FX Connectors?
- Secure Locking: Patented locking mechanism prevents accidental disconnection in high-vibration environments
- Durability: Engineered for 500+ mating cycles under heavy use
- Weather Resistance: IP54 rating protects against dust and water splashes for outdoor use
- Safety Compliance: Meets IEC 60309-2 and other international standards
Professional Applications
This heavy-duty power cable is specifically designed for:
Live Sound & Touring
Power distribution for large PA systems and lighting rigs
Broadcast & Studio
High-capacity feeder cables for OB trucks and facilities
Industrial Machinery
Power connections for manufacturing equipment
Frequently Asked Questions
What's the difference between SAC3MX and standard powerCON connectors?
The SAC3MX series is Neutrik's heavy-duty 3-phase connector system with higher current capacity (32A vs 20A) and additional conductors for neutral and protective earth, whereas standard powerCON is limited to single-phase applications.
Can I use this cable with 208V systems?
Yes, the cable is rated for voltages up to 400V, making it compatible with 208V and other common three-phase power configurations when used with appropriate breakers.
