Built to order · 44 assemblies

Circular M-Series Cable Assemblies

Round connector leads for industrial sensor and actuator wiring, covering A-coded M8 in 3 to 6 pin and A-coded M12 in 3 to 8 pin, straight or right-angle, with PVC, PUR or TPU jackets. Sealed to IP65–IP67 when mated and built to IEC 61076-2-101 (M12) and IEC 61076-2-104 (M8). The range also extends past M8 and M12 to M5 miniature sensor cordsets, M16 sensor and actuator builds, M20 locking power and signal leads and M23 encoder feedback and servo power assemblies. Pin count, length, orientation, jacket and shielding are set per order.

Connector
M5 · M8 · M12 · M16 · M20 · M23
Pin count
M5 3–4 · M8 3–6 · M12 3–12 · M16 2–14 · M23 6–19
Orientation
Straight · 90° right-angle
Sealing
IP65 – IP67 mated
Jacket
PVC · PUR · TPU
Shielding
Unshielded · foil + braid
Length
0.3 m – 30 m
Standard
IEC 61076-2-101 / -104

Showing 49–60 of 61 results

M8 / M12 5-Pin Right-Angle PUR Sensor Cable (Gray)

An m8 m12 5 pin cable with a right-angle body in oil-resistant gray PUR, IP67, 60 V and 4 A per pin, 5 x 26 AWG. Built to IEC 61076-2-104 or 2-101 for factory sensor runs that see oil and coolant.

M8 3-Pin A-Coded Circular Connector Sensor / Actuator Cable

This M8 actuator cable drops the standard sensor interface to an 8 mm thread for compact photo sensors, small transmitters and robot wrists where there is no room for an M12 coupling nut. IEC 61076-2-104, IP67, 60 V / 3 A, 3 x 24 AWG, straight or right-angle, built to your drawing.

M8 4-Pin A-Coded IP65 Waterproof Male-Female Power Cable

This M8 4 pin IP65 cable delivers low voltage DC power and sensor signals through an 8 mm A-coded shell where a 12 mm coupling nut will not fit. IEC 61076-2-104, IP65 / IP67 mated, 60 V / 4 A, 4 x 24 AWG, straight or right-angle, built to your drawing.

M8 5-Pin to USB Type-C Adapter Cable

This M8 5 pin adapter cable takes a sealed five-position A-coded port to USB Type-C for configuration laptops and diagnostic logging. IP67 on the M8 end, 5 x 28 AWG, TPU or PVC jacket. Confirm what protocol arrives on the pins before ordering.

M8 6-Pin A-Coded Right-Angle Sensor Cable

An m8 sensor cable in 6-pin A-coded form with a right-angle body, IP67, 30 V and 1.5 A per pin, 6 x 26 AWG in PUR or PVC. For compact six-signal sensor chains and robotic tooling where a straight connector will not fit.

M8 6-Pin A-Coded Sensor Cable, Straight Male to Female

An M8 6 pin A coded sensor cable for devices that need two signals plus power and have no room for a 12 mm shell. Straight male to female, PUR or PVC, built to the length and pinout your machine specifies.

M8 D-Coded Ethernet Cable, 4-Pin 100 Mbit Cordset for Tight Spaces

An M8 D-coded Ethernet cable puts two shielded Ethernet pairs into a shell roughly a third the size of an M12, for vision sensors and robot joints where a 12 mm thread will not fit. Built to your pinout, jacket and length, screen bonded to the nut.

M8 Leak Detection Pigtail for CDU and Manifold Sensing

An M8 leak detection pigtail joins a sensing element or point sensor to the monitoring input in a liquid cooled rack. Slim, coolant compatible jacket, tight bend radius, flying lead or M8 end, built to your drawing.

M9 Sensor Cordset for Handheld and Medical Instruments

An M9 sensor cordset is the locking connector of choice for equipment an operator holds: patient monitors, portable gas analyzers, handheld GPS and lab modules. A 9 mm thread with two to eight contacts carries 125 V and up to 4 A in a shell an M12 cannot fit into.

NMEA 2000 Drop Cable, Micro-C M12 5-Pin

A NMEA 2000 drop cable links a device to the backbone tee, on tinned copper with a Micro-C M12 5-position interface. Built to the drop length your layout allows, because on this bus the stub length is the specification.

Single Pair Ethernet Cable in M8 and M12 Shells for Sensor Runs

A single pair Ethernet cable runs IP over two conductors instead of four pairs, in M8 or M12 shells to IEC 63171-5 and -7. Thinner, lighter, longer reaching, and PoDL capable. Built to your length and pinout.

SPE M12 Hybrid Single-Pair Ethernet + Power Cable (IEC 63171-7)

An M12 hybrid SPE cable carries Single-Pair Ethernet and power in one connector built to IEC 63171-7: one shielded pair for 1000BASE-T1 and dedicated power contacts. It removes a connector, a cut-out and a routing path on compact automation nodes and robot joints.

Specification table

Every cordset below is assembled after the order is placed, so the specification is written backwards from your connector, your controller and the environment the cable runs through. If your pin count, cable chemistry or approval list is not in the table, it is still buildable unless the molding geometry forbids it, in which case you hear that before tooling starts.

Typical M8 and M12 circular cordset build options. Every assembly is made to order, so values outside this table are quoted rather than declined.
ParameterStandard buildAvailable on request
Connector seriesM8 A-coded 3-6 pin; M12 A-coded 3-12 pinM5, M16, M20, M23 and 7/8 in builds
CodingA (sensor), B (PROFIBUS), D (PROFINET), X (Cat6A)K, S, T, L, M power and Y hybrid
Shell couplingM8 x 0.5 and M12 x 1 threaded per IEC 61076-2-101 / -104Push-pull, stainless V4A, weld-slag resistant shells
Body styleStraight and 90° right-angle, rotatable to orderClocked exits so both plugs face the same way
Conductor22-26 AWG stranded copper per pin20 AWG power pairs, hybrid power plus data
ShieldingUnshielded as standardFoil plus braid bonded 360° to the coupling nut
JacketPVC (control cabinet), PUR (oil and coolant)TPU drag chain, weld-spatter, food-grade
SealingIP65 to IP67 matedIP68 continuous immersion, IP69K washdown
Length0.3 m to 30 m, set per orderRobot dress-out assemblies and coiled lengths
MarkingPrinted or laser part numberCable flags, port numbering, customer artwork

Mating hardware is compliant with IEC 61076-2-101 for M12 and IEC 61076-2-104 for M8; fieldbus and device-side behavior follows the relevant profile from IO-Link or PROFIBUS.

M8 or M12 — which thread fits the job

The two share the same insert family. The decision usually comes down to available panel space and how often the connection is made and broken.

M8 against M12 for sensor and fieldbus wiring.
ParameterM8M12
Thread and cut-out8 mm, M8×1 or PG7 thread12 mm, M12×1 or PG9 thread
Pin count3, 4, 5 or 6 pin3, 4, 5, 8, 12 pin
Current per pinUp to 3 AUp to 4 A, higher on power-coded inserts
Typical useCompact sensor heads, small junction boxes, tight manifoldsGeneral sensor wiring, IO-Link ports, fieldbus drops
Mating cyclesAround 100500 and up
Choose whenThe device body has no room for a 12 mm threadThe run sees vibration, washdown or repeated disconnection

Typical applications

  1. Sensor and actuator drops Discrete I/O wiring from the junction block to inductive, photo and pressure sensors, where the M12 nut is expected to survive thousands of service cycles.
  2. IO-Link and PROFINET Class A ports carrying both power and switched data on one four or five pin cordset rather than a separate power pair.
  3. Drag chain and robot dress-out High-flex TPU builds with put-up lengths tuned to the axis travel.
  4. Food, beverage and washdown Stainless coupling nuts and PUR or TPU jackets rated for daily caustic rinse.
  5. Machine vision M12 X-coded Cat6A leads feeding GigE Vision cameras on moving gantries.

Related reading

Questions buyers ask

Which M12 coding should I specify?

A-coded carries sensor signals and is the most common by far. D-coded is for 100 Mbit Ethernet and PROFINET, X-coded is the Cat6A version used by GigE Vision cameras, and B-coded still appears on older PROFIBUS drops. K, S, T, L and M-coded are power variants with a different keyway so a signal plug cannot be forced into a power socket. The full code list is in our M12 coding guide.

Do you verify the IP rating on every unit?

Every mated pair is checked for shell seating and strain relief pull. Immersion and washdown claims are tested per construction during qualification, and we state which method was used rather than quoting a number with no test behind it. The practical differences are set out in our ingress rating guide.

Can I mix straight and right-angle ends on one cordset?

Yes, and that is the usual request. Give us the clocking angle if it matters, otherwise both plugs are molded in the same orientation with the molded bodies aligned when the cable lies flat.

Have one built to your drawing

Send the connector part numbers, lengths and environment. We review manufacturability in writing before any tooling spend, and we tell you up front what we cannot do.

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