LiYCY Control Cable / Data Cable
For low-voltage signal and control circuits where screened construction is required inside machine panels or control cabinets.
Industrial control cabinets need more than one cable type. PLC I/O, analog signals, RS485 communication, PROFINET links, sensors, actuators, terminal blocks and internal wiring accessories should be organized as one clear cabinet BOM. ZION helps buyers select control cable, shielded data cable, industrial communication cable and wiring accessories according to circuit function, shielding, flexibility, conductor size, marking and packing requirement.
For industrial control cabinet projects, do not specify only by cable name. A reliable RFQ should separate the BOM by circuit function: cabinet control wiring, low-voltage signal wiring, serial communication, industrial Ethernet, sensor actuator connection and wiring accessories. Then confirm conductor size, core or pair count, shielding, jacket, flexibility, voltage grade, marking, packing length and document requirement before quotation.
| Cabinet Area | Recommended Direction | Why It Matters | Information to Confirm |
|---|---|---|---|
| PLC I/O and relay control wiring | LiYY control cable or YY flexible control cable | Suitable for protected control circuits where shielding is not required. | Core count, conductor size, voltage, color, flexibility and packing length. |
| Analog signal and low-voltage signal routes | LiYCY control/data cable or CY shielded control cable | Shielded construction helps reduce interference for sensitive signal circuits. | Shield type, grounding practice, route separation and terminal plan. |
| RS485 / RS232 serial communication | RS485 / RS232 communication cable | Serial data links need impedance, shielding and pair structure to be reviewed. | Protocol, distance, baud rate, pair count, shield and jacket requirement. |
| Industrial Ethernet inside or near the cabinet | PROFINET industrial Ethernet cable | PLC, drive, HMI and industrial switch links need Ethernet-grade cabling. | Category, shield, jacket, flexibility, connector and installation environment. |
| Sensor and actuator connection | Sensor actuator cable / PUR shielded cable | Machine devices may require flexible, oil-resistant or shielded connection cable. | Device type, connector, core count, jacket, bending and drag condition. |
| Cabinet identification and wiring finish | Tools, labels and cable accessories | Clear labeling reduces wrong termination, maintenance time and project rework. | Label text, cable tie type, tool requirement, packaging and project quantity. |
For low-voltage signal and control circuits where screened construction is required inside machine panels or control cabinets.
For general low-voltage control wiring in protected cabinet routes, PLC panels, machine wiring and automation enclosures.
For flexible control circuits where a braided screen, PVC jacket and reliable cabinet routing are required.
For unscreened flexible control wiring where the cabinet route is protected and electrical noise is limited.
For serial data links between PLCs, meters, drives, controllers, panels and remote industrial devices.
For PLC, HMI, drive, I/O module and industrial switch connections where Ethernet-grade industrial cabling is required.
For sensor, actuator, valve, switch, I/O block and machine device connection where flexibility or shielding is needed.
For cabinet labeling, cable management, installation preparation and maintenance-friendly wiring organization.
List cable family, conductor size, core or pair count, shield, jacket, voltage, route position and product reference.
Give quantity, packing length, delivery schedule, destination, label request and OEM or distributor requirement.
Clarify sample, datasheet, marking photo, certificate and compliance document expectations before mass order.
Common directions include LiYY, LiYCY, YY, CY, RS485 communication cable, PROFINET industrial Ethernet cable and sensor actuator cable. The final selection depends on circuit function, shielding, flexibility, conductor size and cabinet route.
Shielded cable is normally considered for analog signal, low-voltage data, RS485, communication or noise-sensitive routes. The grounding and termination method should be confirmed with the panel design.
Usually no. A cabinet BOM should separate control wiring, signal wiring, communication cable, sensor actuator cable and accessories to reduce procurement and wiring mistakes.
Send product link or datasheet, conductor size, core or pair count, shield requirement, jacket material, voltage, quantity, packing length, label request, destination and required compliance documents.
Clear labels help panel builders match each cable to the correct terminal block, PLC I/O point, field device or communication port. This reduces installation errors and later maintenance time.
Yes. Custom marking, jacket color, reel length, carton labels, drum packing and OEM/ODM requirements can be discussed when the specification, quantity and destination market are clear.
Samples, datasheets and available document information can be discussed after confirming the cable construction, size, marking, packing and project approval requirement.
Check cable marking, drum label, route separation, bend radius, termination compatibility, shielding practice and document approval before installation to reduce rework and callback risk.
Send drawings, cable schedule, cabinet route condition, quantity, packing requirement, product links and document requests. ZION can help organize the cable direction before quotation and sample discussion.
