Coding Review
Confirm the coding and pin arrangement required by the equipment and communication system.
Choose M12 circular connectors and cable assemblies for sensors, robotics, factory networks and equipment power connections. KMYD supports coding selection, mounting configurations, molded cables and OEM wiring requirements.
Confirm the coding and pin arrangement required by the equipment and communication system.
Discuss cable, panel, PCB, straight, right-angle and field-assembly configurations.
Match cable type, shielding, length, pinout, overmolding, branches and opposite ends.
Verify the interface and assembly before volume production to reduce project risk.
Confirm coding, key position, pinout and protocol requirements before selecting the part.
Review the connector, cable construction, shielding and termination as one transmission system.
Check panel thickness, mounting direction, rear space and cable bend radius before production.
Select the model and assembly method according to the required protection and actual exposure conditions.

| >200 | |
| 2-17Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-20 Pin | |
| 0.6mm/1.0mm | |
| -40℃ ~ +95℃ | |
| Solder | |
| 24A | |
| 450V | |
| 1000V |
| >200 | |
| 2-17 Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-17Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-17Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-17 Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-17 Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-17 Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| >200 | |
| 2-17Pin | |
| 0.6mm | |
| -40℃ ~ +85℃ | |
| Solder | |
| 1A | |
| 125V | |
| 1000V |
| Common coding | Typical use | Selection note |
|---|---|---|
| A-coded | Sensors and actuators | Confirm pin count and equipment pinout. |
| D-coded | Industrial Ethernet | Confirm protocol, cable and shielding. |
| X-coded | Higher-speed Ethernet | Confirm the complete channel requirement. |
| L-coded | Industrial power | Confirm current, voltage and conductor size. |
Coding applications and performance depend on the specific connector, cable and equipment standard. Verify the final drawing and technical data.

Signal, network and power connections for robotic equipment.

Compact connections for mobile automation systems.

Connections for sensors, controls and industrial networks.

Model-specific sealed assemblies for dust and moisture exposure.
Factory-assembled cable with defined connector, length and pinout.
Front or rear installation options according to the selected model.
Straight or angled board connection options where available.
Branches, labels, shielding and mixed connector ends for OEM projects.
Start with the equipment interface, protocol or power requirement, then confirm coding, pin count, pinout, cable and applicable technical standard.
No. Coding is designed to prevent incorrect mating. The connector coding and key position must match the equipment.
Custom assemblies can be evaluated from the required coding, protocol or electrical data, cable construction, shielding, length, pinout and opposite end.
No. Protection varies by product and depends on correct mating, seals, cable fit and installation. Confirm the rating and test conditions for the selected model.
Share the equipment interface, protocol, electrical data and installation environment for factory evaluation.