ABB Inora 2 Gang RJ45 Cat 6 Data Outlet White BL329

A two-gang data socket provides two network outlets at one location, allowing devices such as computers, IP telephones, smart TVs, printers, wireless access points or other network equipment to be connected separately. This supports cleaner cable management and reduces the need for loose network splitters or long patch leads in residential and commercial interiors.

When installed as part of a correctly designed CAT.6 channel, the socket can support Gigabit Ethernet applications and CAT.6 frequencies up to 250 MHz. Actual speed depends on the complete channel, including the cable, patch panel, patch cords, termination quality, route length and active network equipment. A standard compliant copper Ethernet channel is generally limited to a maximum total length of 100 metres, including patch cords.

The BL329 is suitable for indoor data outlets in villas, apartments, offices, meeting rooms, retail units, schools, clinics, hotels and other UAE construction projects. Typical applications include workstations, smart TVs, routers, IP phones, network printers, CCTV network points and Wi-Fi access points. It should not be installed outdoors or in wet, dusty or exposed areas unless placed inside a suitably rated enclosure.

Installation typically involves mounting the socket on a compatible wall box, routing the CAT.6 cable without excessive pulling or bending, preparing the cable jacket, terminating each conductor according to the socket markings, securing the mechanism and fitting the faceplate. Both ends of each cable must follow the same T568A or T568B wiring scheme. A qualified structured-cabling technician should complete and test the installation.

Either T568A or T568B may be used if the termination markings and project specification permit it, but the same scheme must be maintained at both ends of the cable. T568B is common in many commercial installations, while project consultants may specify a particular standard. Consistency is essential to avoid crossed pairs, connection faults and reduced network performance.

Use genuine solid-conductor CAT.6 installation cable suitable for the project environment and compatible with the socket termination. The cable construction, conductor size, shielding type and fire-performance classification should match the consultant's specification and applicable UAE authority requirements. For concealed building installations, select an approved cable with the required flame-retardant or low-smoke, zero-halogen properties where specified.

A physical connection may be possible where the conductor and termination specifications are compatible, but the completed link will perform only to the rating of its lowest-category component. To achieve a properly specified CAT.6 installation, use CAT.6 cable, CAT.6 patch panels and suitable CAT.6 patch cords throughout the channel.

No separate mains power connection is required because this is a passive data outlet. It carries network signals between connected equipment and the patch panel or network cabinet. If Power over Ethernet is used, compatible network equipment supplies low-voltage power through the Ethernet cabling; the entire channel and connected devices must be suitable for the selected PoE application.

It may be installed in the same general area, but data and mains wiring must be segregated according to the project drawings, applicable UAE regulations and good installation practice. Avoid running Ethernet cable parallel and too close to power cables, particularly high-load circuits, because electromagnetic interference can affect data performance. Use separate containment or approved partitioned trunking and maintain the required separation.

Coordinate the outlet position and mounting-box depth before plastering, tiling or installing joinery. Protect the CAT.6 cable from crushing, sharp bends, moisture, paint and construction debris. Keep sufficient cable length for proper termination, but do not leave tightly coiled excess cable inside the box. The final faceplate should be fitted only after dusty work is complete, and each port should be clearly labelled to match the patch-panel schedule.

Keep the twisted pairs intact as close as possible to the termination point, remove only the necessary amount of outer jacket and do not nick or flatten the conductors. Follow the colour code printed on the termination module and use the recommended termination tool where required. Excessive untwisting, tight bends or poor conductor seating can increase crosstalk and prevent the link from meeting CAT.6 performance.

Each outlet should first be checked for correct wire map, continuity, open circuits, short circuits, reversals and split pairs. For projects requiring certified CAT.6 performance, use a calibrated field cable certifier to test parameters such as insertion loss, return loss, propagation delay and near-end crosstalk. Test results should be labelled and included in the handover documentation for commercial and construction projects.

Yes, it is relevant to UAE structured-cabling applications where a neat, white, two-port CAT.6 wall outlet is required. Product selection and installation should follow the approved project specification, local authority requirements and recognised structured-cabling practices such as ISO/IEC 11801 or ANSI/TIA-568.2-D. For regulated developments, contractors should also confirm consultant, developer and authority approvals before procurement.

Keep the outlet dry and free from dust, and clean the faceplate using a soft dry or slightly damp cloth without solvents. If a network connection fails, test with a known working patch cord and device, inspect the port for damage and verify the corresponding patch-panel connection. Persistent faults should be checked with a cable tester by a qualified technician rather than repeatedly re-terminating the socket without diagnosis.