M8 Sensor / Actuator Plugs and Sockets for Field Cabling
From Phoenix Contact, a range of cable mount field connectors with a high degree of protection. The sensor style connectors have an M8 threaded interface and industry standard A coding preventing miss-mating. The re-wireable connectors are available with classic screw termination or with Piercecon termination for rapid field installation. With an IP68 ingress rating, the Phoenix M8 field connectors are ideally suited to harsh environments that demand a higher level of protection. Resistant to shock and vibration these rugged circular connectors are ideal for maintenance, repair and the construction of customized cable assemblies.
Flexibly packed M8 connector
What is Piercecon?
Piercecon technology is a revolutionary connection method for rapid termination. Piercecon provides maximum contact density for connections where installation space it tight. The contact is made via a contact pin which pierces the single wires axially.
Features and Benefits
• IP68 Ingress rating
• Resistant to vibration and shock
• Knurled locking ring for easy finger operation
• Quick connect screw or auto piercing termination
• M8 connector IEC 61076-2-104
• A coded for sensors and actuators
Applications
The Phoenix Contact M8 circular connectors are typically utilized in industrial field applications. The sensor style plugs and sockets are generally used when connecting to sensors and actuators. A flexible solution for on-site assembly. Some of the most common areas are
• Robotics
• Industrial Automation
• Machine guarding
• Process Control
• Instrumentation
• Assembly lines
Environment
The M8 threaded sensor connectors from Phoenix have an IP68 ingress rating. This means they are totally sealed from dust and debris. They are also waterproof when plugged in and are protected from water for prolonged periods of time.
FAQ
Q – How robust are the connectors?
A – The connectors are extremely rugged. They are made from high-grade engineering materials designed to work hard in the field. Robust and reliable.
Q – Are the connectors easy to terminate?
A - This range of M8 connectors are very easy to connect. They either have classic screw termination or Piercecon fast field termination.
Termination Types
648-6400 is a 3 pole plug with screw connection
648-6422 is a 4 pole plug with screw connection
648-6365 is a 3 pole socket with screw connection
648-6387 is a 4 pole socket with screw connection
648-6371 is a 3 pole socket with Piercecon rapid connection
648-6393 is a 4 pole socket with Piercecon rapid connection
648-6416 is a 3 pole plug with Piercecon rapid connection
648-6438 is a 4 pole plug with Piercecon rapid connection
Phoenix Contact Connector, Cable Mount, M8 - SACC-M 8MS-4CON-M-SW - 1501265
Use this cable-mount field connector from Phoenix Contact as an interface between your sensor and a control panel. Its rugged design is suited to harsh applications and it maintains a durable and dependable electrical connection.
The male plug features classic screw-in connectors, which accept a wide range of conductor cross-sections for high levels of conductivity. This connection technology allows maximum surface coverage for high contact force and improved efficiency. Spring-loaded elements ensure wires stay firmly joined, even in conditions where vibration is likely. For this reason, the connector's virtually maintenance-free as there's little chance of wires accidentally working loose.
This component is well-protected against external influences, which makes it particularly well-suited to in-the-field applications. It's a good choice for the railway industry, as well as chemical and petrochemical plants.
• IP67 (ingress protection) rated connection that's dust-tight and waterproof when correctly mated
• Operating temperature range of -40°C to +85°C
• Voltage rating of 30V
• Current rating of 4.0A
• 4 contacts
• Meets RoHS (Restriction of Hazardous Substances) standards, so contains minimal or no hazardous 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
