Phoenix Contact brings you the M12 SACC-MSD series of SPEEDCON connector. The SPEEDCON connector offers you a faster locking-system, saving you on the amount of installation time. The SACC M12 series is flexible, robust and versatile and built to withstand unstable environments.

• A high degree of protection, rated at IP 67. Operates at an ambient temperature between -40°C to +85 °C, ideal for industrial environments.

• Screw connection, widely compatible with different conductors. The wires can be connected with or without the use of ferrules.

• Zin die-cast, nickel-plated knurls material. Sealed with NBR.

• IEC 61076-2-101 regulated.

• Overvoltage category 2 degree of protection

• Several industrial automation applications where a stable and secure wire connection is a must.

Use this flexible connector from Phoenix Contact for the on-site assembly of PLC (programmable logic controller) cables. It makes a quick and highly reliable electrical connection and is suitable for sensing and instrumentation applications. The plug has a standard M12 circular connector with eight positions.
Screw terminals on the unit allow for a variety of cables and cable qualities to be quickly assembled in the field with little risk of error. You can connect wires with or without ferrules and there's no worry about them coming loose, thanks to spring-loaded clamps that firmly hold cables in place. Wires are also easily released by simply pressing down in the clamp.
A connector like this is a good choice for automation and process control industries. Its high-quality, hard-wearing material composition means it's well-matched to harsh or outdoor environments as it holds up well to weathering.

• Operating temperature range of -40°C to +85°C
• Voltage rating of 30V
• Current rating of 2.0A
• When mated, IP67 (ingress protection) rated connection that's dust-tight and waterproof
• Conforms to the RoHS (Restriction of Hazardous Substances) directive, meaning it contains no more than trace levels of harmful substances
• Meets the ANSI/ESD S20.20:2014 and BS EN 61340-5-1:2007 electrostatic control standards, so won't damage equipment via electrostatic discharge