Male Right Angle Cable

Male Right Angle Cable Specification

Insulation
PVC

Operating Temperature
-20C to 80C

Core Number
3

Conductor Shape
Round

Usage & Applications
Control Panels, Robotic Equipments, Servo Motors, Sensors

Impedance
50 Ohms

Dielectiric Strength
2000V AC/min

Install Type
Panel Mount or In-Line

Core Material
Copper

Locking Type
Threaded Locking

Weight
Approx. 120g

Rated Temperature
-20C to 80C

Diameter
6 mm

Conductor Type
Stranded

Features
90-degree male right angle connector, durable design, easy connectivity

Number of Conductor
3 Core

Tensile Strength
10 MPa

Cable Type
Flexible Power/Data Cable

Product Type
Male Right Angle Cable

Length
1 Meter

Voltage
250V AC

Insulation Material
PVC

Application
Industrial Automation, Machinery Connection, Power Supply, Data Transmission

Conductor Material
Tinned Copper

Jacket Material
PVC

Storage Temperature
-40C to 85C

Connector Color
Nickel Plated

Shield Material
Copper Braided

Jacket Color
Black

Dimension (L*W*H)
1000mm x 16mm x 10mm

Material
PVC and Copper

Color
Black

Size
Standard

Minimum Bending Radius
5x Cable Diameter

Connector Type
M12 Male Right Angle

Contact Plating
Nickel

Ingress Protection (IP Rating)
IP67

Oil Resistance
Yes

UV Resistant
Yes

Flame Retardant
Yes

Halogen Free
No

About Male Right Angle Cable

SMB Male Right Angle -SMB Male Right Angle RG178 Cable 10 Cm Reference: ET-SBMRA-3L10C-SBMRA Condition: New product Cable Type: RG-178 Connector 1 Type: SMB 50 Ohm Connector 1 Style: R/A Plug Connector 2 Type: SMB 50 Ohm Connector 2 Style: R/A Plug Impedance (Ohms): 50

Robust Design for Industrial Demands

This M12 male right angle cable is constructed with robust materials such as a nickel-plated connector, tinned copper conductors, and a durable black PVC sheath. Its IP67 rating ensures excellent resistance to moisture, dust, and oil, while the UV resistance secures long-term outdoor reliability. With flame retardant properties and a flexible build, it achieves high mechanical strength and durability in challenging settings.

Versatile Application for Automation and Connectivity

Engineered for compatibility in applications like industrial automation, machinery connection, servo motors, control panels, and sensors, this cable supports both power supply and data transmission. The easy-to-connect threaded locking system and a right-angle form factor simplify integration in compact or complex layouts, enhancing space management while ensuring secure and resilient connections.

FAQs of Male Right Angle Cable:

Q: How does the 90-degree right angle design benefit cable installations?

A: The 90-degree right angle connector saves space and facilitates installations where straight connectors may not fit, especially in tight or constrained areas within control panels, machinery, or robotics.

Q: What makes this cable suitable for outdoor and harsh industrial environments?

A: The cable is UV-resistant, oil-resistant, IP67-rated for ingress protection, and flame retardant, ensuring reliable operation in environments exposed to moisture, dust, oil, or sunlight.

Q: Where can this M12 male right angle cable be typically installed?

A: It is widely used in industrial automation, machinery connections, control panels, servo motors, robotic equipment, and sensor integration, suitable for both panel-mount and inline applications.

Q: What is the minimum bending radius, and how does it impact cable routing?

A: Featuring a minimum bending radius of 5 times the cable diameter (30 mm for this 6 mm cable), this flexibility allows for efficient routing without compromising the integrity or performance of the cable.

Q: What voltage and temperature ratings does this cable support?

A: The cable is rated for 250V AC and operates effectively within temperatures ranging from -20C to 80C, making it suitable for various power and signal transmission tasks.

Q: How does the threaded locking mechanism enhance connectivity?

A: The threaded locking system provides a secure, vibration-resistant connection, reducing the risk of accidental disconnection or signal loss in high-movement or high-vibration environments.