M12 4Pin Male To Female Sensor Cables

M12 4Pin Male To Female Sensor Cables Specification

Sensors Specification
Compatible with 4-wire sensors

Response Time
Instantaneous signal transmission

Components
Cable, M12 male and female connectors

Output
4 Pin M12 female connector

Operating Temperature
-25°C to +80°C

Input
4 Pin M12 male connector

Interface
M12 4-pin male to female

IP Rating
IP67

Features
Waterproof, oil-resistant, robust connection

Usage
Industrial automation, sensor connectivity

Product Type
Sensor Cable

Application
Proximity sensors, photoelectric sensors, encoders

Rated Voltage
60V AC/DC

Supply Voltage
10-36V DC

Size
1m/3m/5m (custom lengths available)

Dimension (L*W*H)
Length dependent, standard M12 diameter

Function
Sensor signal transmission

Color
Black/Yellow

Weight
Approx 100g (varies by length)

Capacity
Supports up to 4A current

Thickness
6mm (approx)

Current Rating
4A max

Frequency
DC/AC signal up to 60V

Flame Retardant
Yes

Mounting Type
Plug & play

Shielding
Optional (available on request)

Bending Radius
5 x cable diameter (minimum)

Conductor Material
Copper

Cable Structure
4 x 0.34mm² (22AWG) conductors

Connector Type
M12 A-coded

Mechanical Durability
>100 mating cycles

Standards
CE, RoHS compliant

Insulation Material
PVC/TPU

About M12 4Pin Male To Female Sensor Cables

M12 cables are robust connectors used in industrial automation, transportation, robotics, renewable energy, medical equipment, food and beverage industries, and communications. They are known for their ruggedness, high IP ratings, shielding options, variety of coding, and compact size, making them ideal for reliable and secure connections in harsh environments.

Superior Sensor Connectivity

This M12 4Pin Male To Female Sensor Cable provides secure and rapid connection for industrial automation components. Its plug-and-play design simplifies installation with instant signal transmission, ideal for demanding environments where reliability matters.

Built for Industrial Environments

With IP67 waterproofing, oil resistance, and flame-retardant properties, this cable withstands extreme conditions. Optional shielding and robust copper cores ensure low signal loss, making it suitable for both indoor and outdoor sensor applications.

Flexible and Compliant Sizing

Available in standard lengths of 1m, 3m, or 5m with thickness around 6mm, these cables can be custom-ordered for unique requirements. They conform to CE and RoHS standards, guaranteeing safety and environmental compatibility in all industrial use cases.

FAQs of M12 4Pin Male To Female Sensor Cables:

Q: How do I install the M12 4Pin Male To Female Sensor Cable in my automation system?

A: Installation is straightforward thanks to the cables plug & play design. Simply align the M12 A-coded connectors, connect the 4-pin male to the sensor output and the female to the equipment input, ensuring a secure, robust connection.

Q: What types of sensors are compatible with this M12 cable?

A: This cable is designed for industrial use and is fully compatible with 4-wire proximity sensors, photoelectric sensors, encoders, and other devices requiring M12 4-pin connectivity.

Q: When should I consider using the optional shielding for this sensor cable?

A: Opt for shielding if your installation environment has high electromagnetic interference (EMI) or requires improved signal integrity for sensitive data transmission.

Q: Where can these cables be installed, and are they suitable for outdoor use?

A: With an IP67 rating and flame-retardant, oil-resistant materials, these cables are ideal for both indoor and outdoor industrial settings where exposure to moisture, dust, or mechanical wear may occur.

Q: What is the operational temperature range for this cable?

A: The M12 sensor cable operates reliably between -25C to +80C, making it well-suited for diverse industrial automation environments.

Q: What are the benefits of using this cable for industrial sensor connectivity?

A: Users benefit from a robust waterproof design, rapid installation, mechanical durability of over 100 mating cycles, and high current rating, supporting efficient and reliable sensor signal transmission in automation setups.

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