KNX Cable 1 Pair 0.8mm LSZH Foil Shielded
Standard option for routine KNX TP bus wiring, lighting control loops, compact indoor routing and common device-to-controller runs.
Open ProductSelect KNX bus cable, shielded control cable, RS485 communication cable, CAT6A network cable and matching wiring accessories for lighting control, curtain control, room scene panels, hotel guest room control and commercial building automation.
Separate dedicated KNX bus cable from general control, RS485 or Ethernet cabling. This avoids using a generic cable where a dedicated building control bus cable is expected.
Confirm indoor LSZH / flame-retardant requirements, cable route, equipment room layout, weak-current shaft access and routing distance before final model selection.
Match KNX cable with field panels, sensors, lighting controllers, access points, patching accessories and building backbone infrastructure for easier installation and maintenance.
| Project Area | Typical Devices | Recommended Product Direction | Engineering Decision Point | Risk Status |
|---|---|---|---|---|
| KNX lighting control | Switch actuators, dimmers, lighting panels, control modules | KNX 1 Pair 0.8mm LSZH foil shielded cable | Use dedicated KNX cable when the project clearly specifies KNX TP bus communication. | Pass |
| Hotel room / scene control | Room panels, curtain controller, HVAC touch panel, occupancy sensor | KNX 2 Pair 0.8mm or mixed KNX + control cable package | Use 2 Pair when routing flexibility or additional conductor capacity is preferred. | Pass |
| BMS / HVAC interface | Gateway, HVAC controller, Modbus / BACnet MS/TP device | RS485 120Ω shielded communication cable | Do not replace RS485 fieldbus wiring with KNX cable unless the protocol and system design require it. | Check |
| IP lighting gateway / room network | IP gateway, controller network port, PoE device, management terminal | CAT6A LSZH Ethernet cable + copper patching accessories | Use structured cabling for IP communication and keep it separated from low-voltage control bus routes. | Check |
| Panel / endpoint termination | Weak-current cabinet, patching zone, wall outlet, control room | Copper patch panel, keystone jack, faceplate, surface box | Accessories should match rack size, port count, label plan and future maintenance access. | Pass |
| Power circuit wiring | High-voltage lighting feed, mains power distribution | Use separate compliant power cable, not KNX bus cable | KNX and lighting control cable must not be positioned as a power cable replacement. | Avoid |
The product group below is arranged by project role: dedicated KNX bus cable first, then signal/control extension, IP network cabling, and endpoint patching accessories. All cards use real product images from ZION / Hello Signal sources.
Standard option for routine KNX TP bus wiring, lighting control loops, compact indoor routing and common device-to-controller runs.
Preferred when the project needs more conductor capacity, broader field deployment flexibility or structured lighting control routes.
For Modbus RTU, BACnet MS/TP, BMS gateway links, HVAC control and long-distance serial communication near noisy equipment.
For IP controllers, lighting gateways, PoE devices, AV-over-IP interfaces and room network points in smart building systems.
For sensors, actuators and control endpoints where flexible routing, shielding and field-side control signal stability are required.
For organized termination, labeling and service access inside weak-current cabinets, floor distributors and equipment rooms.
Used with network faceplates and surface boxes for clean endpoint termination near room controllers, panels and smart terminals.
For office, hotel room, classroom and apartment endpoint cabling where visual finish and maintainable labeling are required.
For termination, testing, labeling, cable fixing and maintenance handover in smart building cabling projects.
Check whether the project is KNX, RS485/BMS, IP-based lighting control or a mixed control system.
List sensors, switches, dimmers, actuators, room panels, curtain controllers and gateways.
Plan weak-current routes, power cable separation, riser path, cabinet position and endpoint access.
Choose KNX 1 Pair / 2 Pair, RS485, CAT6A, sensor cable and accessories by system role.
Finalize cable length, packaging, labels, patching accessories, spare quantity and delivery schedule.
| Quotation Item | What Buyer Should Provide | ZION Recommendation Output |
|---|---|---|
| System type | KNX, lighting control, BMS, RS485, IP gateway or mixed low-voltage system | Matched cable family and product role separation |
| Building type | Hotel, office, hospital, school, apartment, commercial complex or villa | Indoor sheath and installation-risk recommendation |
| Cable schedule | Pair count, estimated length, floor area, route type and packaging preference | 1 Pair / 2 Pair KNX model, packaging and spare length suggestion |
| Cabinet / endpoint plan | Rack size, patching area, outlet type, panel quantity, labeling method | Patch panel, keystone jack, faceplate and tool/accessory list |
| Compliance preference | LSZH, flame-retardant, CPR, RoHS, CE or project-specific documentation | Datasheet, sample, compliance document and quote-ready BOM support |
KNX 1 Pair is the cleaner standard option for routine KNX bus wiring where compact routing is preferred. KNX 2 Pair is better when the project wants more conductor capacity or broader field deployment flexibility.
Not automatically. KNX cable should be used when the system is designed for KNX TP bus communication. RS485 field networks such as Modbus RTU or BACnet MS/TP normally require RS485 cable with suitable impedance and shielding.
Lighting control cable is commonly installed inside buildings, hotels, offices and public spaces. LSZH material helps position the product for indoor fire-safety requirements and procurement compliance review.
For a complete project BOM, include cabinet termination, patch panel, keystone jack, faceplate, surface box, labeling materials and basic installation tools according to endpoint quantity and maintenance plan.
Share system type, cable schedule, floor layout, route length, required sheath material, pair count, packaging length, cabinet layout and any compliance documents requested by the project owner.
Send your lighting control layout, device list or preliminary cable schedule. ZION can help match KNX cable, RS485 cable, CAT6A cabling and endpoint accessories into a quote-ready project configuration.
