Cordsets
Factory-correct cordsets for every Gocator sensor in your installation. LMI Power/Ethernet and I/O cordsets in straight or 90-degree orientations, in lengths from 1.2 meters to 25 meters (custom lengths up to 60 meters available), high-flex construction engineered for industrial deployment - including dedicated G5-series cordsets for the Gocator 5500 family.
LMI Cordsets connect Gocator sensors to power, networks, encoders, PLCs, and the LMI Master hubs that synchronize multi-sensor systems. Every Gocator sensor has two connectors at the back - one for Power/Ethernet and one for I/O - and each requires the right cordset for the deployment. Use the reference table on this page to select the part number that matches your installation: connector orientation (straight or 90-degree), connection type (standalone or to-Master), and the appropriate cordset family for your Gocator series. All current LMI cordsets feature high-flex construction rated for continuous-flex applications in cable carriers, energy chains, and robot-mounted sensors.
Every Gocator Sensor Has Two Connectors
Understanding what each connector does is the first step in specifying the right cordset for your installation:
| Connector | What It Carries | Cordset Required |
|---|---|---|
| Power/Ethernet | +24 VDC power, laser safety enable signal, and Gigabit Ethernet network communication. The primary connection that powers and networks the sensor. | Power and Ethernet cordset (standalone, with pigtailed power leads and RJ45 Ethernet connector) OR Power and Ethernet to Master cordset (dual RJ45 ends for connection through an LMI Master hub). |
| I/O | Quadrature encoder input, hardware trigger, 2 digital inputs, 1 digital output, 1 RS-485 serial output, and 1 analog (4-20 mA) output - factory signals for synchronization with conveyors, PLCs, and motion systems. | I/O cordset with open-wire end for connecting to encoders, PLCs, or terminal blocks at the host control system. |
For single-sensor benchtop or development installations, you may only need a Power and Ethernet cordset if no encoder or hardware trigger is required. For multi-sensor networks, encoder-synchronized applications, or installations requiring PLC integration through discrete I/O, both cordset types are typically required.
Connector Orientation: Straight or 90-Degree
Every LMI cordset family is available in two connector orientations at the sensor end. The choice depends on your mounting envelope:
| Straight Connector | 90-Degree Connector |
|---|---|
| Cordset extends straight out from the back of the sensor. The default choice when there is clearance behind the sensor for the cable to route away cleanly. Best for benchtop setups, open-frame installations, and applications where rear clearance is not a constraint. | Cordset exits the sensor at a right angle, routing parallel to the sensor body. Best for sensors mounted close to enclosure walls, multi-sensor arrays in tight ring configurations (such as log scanning rings using the Gocator 2880), and any installation where rear cable routing would interfere with mechanical clearance. |
Standalone or to-Master?
The Power and Ethernet cordset family comes in two architectural variants depending on whether you're using an LMI Master hub:
| Standalone Power and Ethernet | Power and Ethernet to Master |
|---|---|
| Sensor end Binder connector + open wire power leads + single RJ45 Ethernet connector. Connect the sensor directly to a +24 VDC power supply and a host PC or Ethernet switch. | Sensor end Binder connector + dual RJ45 connectors (one for power/sync, one for Ethernet). Connects the sensor to an LMI Master 810 or 2410 hub for synchronized multi-sensor networking. |
| Use for single-sensor benchtop development, single-sensor production deployments, and any installation that doesn't require synchronization across multiple Gocator sensors. | Use for multi-sensor networks where the LMI Master hub provides synchronized power, laser safety distribution, encoder routing, and trigger across the network with microsecond accuracy. Required for ring-configuration log scanning, multi-sensor wide-FOV inspection, and any application where multiple Gocator sensors need synchronized capture. |
G2/G3/G6 Sensors vs. G5 (Gocator 5500 Series) Cordsets
An important distinction: the Gocator 5500 Series line confocal sensors require dedicated High Power cordsets that are not interchangeable with the standard Gocator cordsets used by every other Gocator family.
| Standard Cordsets | High Power Cordsets (G5 Only) |
|---|---|
| Compatible with the Gocator 1300 Series, Gocator 2100/2300/2400/2500/2600 line profilers, Gocator 2880 dual-triangulation profiler, Gocator 3210 and 3500 Series snapshot sensors, Gocator 4000 Series coaxial line confocal sensors, and Gocator 6300 Series precision profilers. | Required for the Gocator 5500 Series dual-axis line confocal sensors. These sensors have higher power draw than other Gocator families because of the dual-axis confocal architecture, and require the High Power cordset variants designated specifically for G5 use. |
| Part number families: 301175, 301172, 301176, 301171, 301165, 301173. | Part number families: 301203, 301202, 301238, 301237. |
Always verify cordset compatibility with your specific Gocator model before ordering. If you're not sure which cordset family fits your installation, contact Automation Distribution at 1-888-600-3080 for confirmation.
Cordset Reference Table
Six standard cordset families cover the Gocator portfolio outside of the 5500 Series, plus four High Power families for G5. Browse the products in this category to find the specific part number and length you need.
| Family | Type | Orientation | Connector Ends | Use Case |
|---|---|---|---|---|
| 301175 | I/O | Straight | Binder + open wire end | Standard I/O cordset for encoder, trigger, and PLC integration on G2, G3, G4, and G6 sensors. |
| 301172 | I/O | 90-degree | Binder + open wire end | Right-angle I/O cordset for installations with tight rear clearance behind the sensor. |
| 301176 | Power + Ethernet | Straight | Binder + open wire end + RJ45 | Standalone Power and Ethernet for single-sensor installations without a Master hub. |
| 301171 | Power + Ethernet | 90-degree | Binder + open wire end + RJ45 | Right-angle standalone Power and Ethernet for tight envelopes. |
| 301165 | Power + Ethernet to Master | Straight | Binder + dual RJ45 | For connecting Gocator sensors to LMI Master 810 or 2410 hubs in multi-sensor networks. |
| 301173 | Power + Ethernet to Master | 90-degree | Binder + dual RJ45 | Right-angle Power and Ethernet to Master for tight envelopes in multi-sensor networks. |
| 301203 G5 only |
High Power + Ethernet | Straight | Binder + open wire end + RJ45 | Standalone High Power cordset for Gocator 5500 Series single-sensor installations. |
| 301202 G5 only |
High Power + Ethernet | 90-degree | Binder + open wire end + RJ45 | Right-angle standalone High Power cordset for Gocator 5500 Series in tight envelopes. |
| 301238 G5 only |
High Power + Ethernet to Master | Straight | Binder + dual RJ45 | High Power to Master cordset for connecting Gocator 5500 sensors to LMI Master hubs. |
| 301237 G5 only |
High Power + Ethernet to Master | 90-degree | Binder + dual RJ45 | Right-angle High Power to Master cordset for Gocator 5500 in multi-sensor tight-envelope installations. |
Available Lengths
LMI cordsets are available in seven standard stocking lengths. Custom lengths under 25 meters can be specified within the family part number; lengths between 25 meters and 60 meters are available on request with quote.
| Length | Typical Use Case |
|---|---|
| 1.2 m | Short benchtop development setups, sensor-to-Master connections in compact control panels, and short hops between adjacent sensors and hubs. |
| 2 m | Standard short run for sensor-to-panel connections, compact inspection cells, and short cable carrier installations. |
| 5 m | The most common length - sensor to control cabinet, robot-mounted sensors with moderate reach, single-sensor production installations. |
| 10 m | Longer runs between sensor and control cabinet, multi-sensor installations with distributed sensors, or sensors mounted at distance from the host system. |
| 15 m | Large production line installations where the sensor is mounted at significant distance from the central control cabinet. |
| 20 m | Very large production lines, lumber mill installations, and wide-area multi-sensor systems where central cabinet placement is fixed. |
| 25 m | Maximum standard catalog length. The limit before special cable handling requirements (different bending radius specifications) kick in. |
| Custom (under 25 m) | Available on request when a non-standard length within the catalog range better fits the installation. |
| 25 m to 60 m | Available on request with quote. Cordsets longer than 25 meters have a static bending radius of 45 mm and a dynamic bending radius of 140 mm - specify mounting geometry when requesting custom lengths in this range. Contact Automation Distribution at 1-888-600-3080 for quotes. |
Most LMI cordsets are manufactured to length on demand and are NCNR (non-cancellable, non-returnable) once ordered. Verify part number, length, and orientation requirements before placing the order. Contact Automation Distribution if you need help confirming compatibility with your specific Gocator model.
High-Flex Construction for Industrial Deployment
All current LMI Gocator cordsets feature high-flex construction engineered for the mechanical demands of industrial deployment. They are rated for:
- Minimum 2 million 90-degree "tick-tock" bends at 40 mm radius - the bend cycle in continuous-flex cable carriers and energy chains.
- Minimum 7 million U-shape bends at 40 mm radius - the bend cycle in robot-mounted sensors and continuous flexing applications.
- Static bending radius of 45 mm and dynamic bending radius of 140 mm for cordsets longer than 25 meters.
- EMI-shielded construction for the noisy electrical environment of industrial production lines.
- Factory-specified pinouts for direct compatibility with Gocator I/O Connector and Gocator Power/LAN Connector pinout standards.
This rugged construction means LMI cordsets can be deployed in cable carriers, energy chains, robot-mounted sensors, and continuously-flexed installations without premature cable failure. For fixed installations where flex life is not a concern, the same construction provides ample EMI shielding and mechanical durability.