Connector Technical Data | |||||||||
Model Number | MC04C2LCSSB16CK10 | ||||||||
Connectors No. | 3+PE (4Pin) | ||||||||
Rated current | 12A | ||||||||
Rated Voltage | 630V AC | ||||||||
Impulse Voltage | 5000V | ||||||||
Wire Gauge | 1.5mm²(AWG 16) | ||||||||
Termination | Crimping | ||||||||
Insulation Resistance | ≥100MΩ | ||||||||
Contact Resistance | ≤5mΩ | ||||||||
Contact Carrier | PA66 + GF | ||||||||
Pollution degree | 3 | ||||||||
Protection Degree | IP67,IP68 |
The M coding also supplies 5 and 6 pos. consumers with up to 8 A and 690 V.
The T and L codings are used for low voltage DC applications, such as supplying power to distributed IO modules or DC motors. The 4 pos. L coding is available with an additional functional ground contact as an option. Up to 16 A can be transmitted at a voltage of 63 V.
Use a totally protected shield and PE connection in your power transmission. Advanced Shielding Technology from Phoenix Contact optimizes the current design of M12 connectors. Liquid metal that completely encloses the cable shielding during the manufacturing process enables the reliable and safe operation of your systems. The material-bonding 360° shielding not only provides improved EMC protection, but also boosts performance. The liquid metal also establishes the connection between the PE contact and the metal-conductive M12 knurl. Advanced Shielding Technology thus ensures greater safety and reduces the risk of fire in the event of a short circuit.
● IP67 IP68 IP69K and UL approvals
● Customized cable length with PUR PVC LSZH Ethernet Profinet
● Anti-vibration locking screw design
● Sturdy metal coupling screws with anti-vibration design, 48 hours Salt Spray Test
● Application : Sensors, Actuators, Encoders, Servo motors
● Temperature Range: Dynamic -25 ~ 80℃, Static: -40 ~ 80℃.
● RoHS, REACH compliant.
FAQ
● What is the M12 power code on a motor?
The M12 POWER S, K, and M codings are designed for AC applications such as the power connection of a three-phase motor. The M coding also supplies 5 and 6 pos. loads with up to 8 A and 690 V.
● What is EMI shielding?
EMI Shielding in electronic devices and equipment is the use of manufacturing techniques and materials to protect signals from being disrupted by external electromagnetic signals as well as preventing generated signals from interfering with surrounding components.