M12 4-Pin Male to Female Sensor Cable A Code 2 Meters (For Proximity, Limit and E-Stop Switches and Other Sensors)

The 2-Meter M12 4-Pin Male to Female Sensor Cable A-Code is a high-quality, pre-assembled cable designed for seamless and reliable connectivity between sensors, actuators, and control systems in industrial automation environments. It provides a flexible, plug-and-play solution for transmitting signals and low-power electrical currents.

Key Features

Length:

• 2 Meters: Provides sufficient length for most industrial and automation setups, offering flexibility for routing and device placement.

Connector Type:

• Male Connector (M12, 4-Pin):
  • Features four gold-plated pins for secure electrical connections.
  • Threaded coupling for vibration-resistant locking.
• Female Connector (M12, 4-Pin):
  • Includes four gold-plated sockets to securely mate with the male connector.
  • Threaded outer housing to ensure a reliable mechanical connection.

Coding:

• A-Coded: Ensures proper mating and compatibility with other M12 A-coded connectors while preventing mismating with other coding types (e.g., B, C, or D).

Cable Specifications

Cable Construction:

• Material: Outer sheath made of durable, industrial-grade PVC, PUR, or TPU, offering flexibility and resistance to wear.
• Diameter: Typically 4 to 6 mm, depending on the specific model and manufacturer.

Conductor Details:

• Number of Conductors: 4 wires, each corresponding to the 4 pins in the M12 connectors.

Shielding (Optional in some models):

• EMI/RFI Protection: Shielded cables protect against electromagnetic and radio frequency interference, ensuring signal integrity in noisy environments.

Flexibility:

• Designed for easy routing in tight spaces and dynamic applications requiring frequent movement.

Electrical Specifications

Voltage Rating:

• Typically 30V to 250V AC/DC, depending on the manufacturer.

Current Rating:

• Up to 4A per pin, supporting low-power devices like sensors and actuators.

Resistance:

• Low-contact and cable resistance for reliable signal and power transmission.

Impedance:

• Optimized for signal integrity in standard industrial applications.

Environmental Protection

IP Rating:

• IP67 or IP68: Dust-tight and water-resistant, suitable for outdoor or wet environments.

Temperature Range:

• Operating Temperature: Typically -25°C to +80°C, accommodating various industrial environments.
• Resistant to temperature fluctuations without compromising performance.

Chemical Resistance:

• Resists exposure to oils, greases, and other industrial chemicals.

Applications

Industrial Automation:

• Ideal for connecting sensors, actuators, I/O modules, and other field devices.

Robotics:

• Flexible and durable cable design for use in robotic arms and moving machinery.

Process Control:

• Used in manufacturing lines for monitoring and controlling processes.

Transportation and Logistics:

• Ensures reliable connections in conveyor systems and automated warehouses.

Installation

Plug-and-Play:

• No additional tools required; simply plug the male and female connectors together.

Threaded Coupling:

• Screw-lock mechanism ensures a secure and vibration-resistant connection.

Mounting Options:

• Compatible with various brackets or holders to ensure secure cable routing.

Durability and Longevity

High Mating Cycles:

• Connectors are rated for over 100 mating cycles, ensuring long-term reliability.

Mechanical Strength:

• Robust cable construction withstands physical stress, bending, and movement.

Visual Description

The cable features a black or gray industrial-grade sheath for environmental protection. At one end, the male connector has four visible pins within a circular threaded housing, while the opposite end features a corresponding female connector with four gold-plated sockets surrounded by a threaded locking nut. Both connectors are clearly marked with the M12 and A-code designations.

The 2-Meter M12 4-Pin Male to Female Sensor Cable A-Code is a versatile and durable connectivity solution for industrial applications, offering flexibility, reliability, and compliance with international standards. Its robust design ensures consistent performance even in demanding environments.