Low Current Division

Installation of Wi-Fi technology to create a local network within a specific area, allowing devices to connect and communicate wirelessly.

Install routers and switches to manage the flow of data within the network efficiently.

Install distribution hubs or cabinets at strategic points in the OSP network to facilitate cable distribution, splicing, and termination. Install conduits or ducts to house and protect cables, providing a pathway for cables to pass through underground or aerial routes. Perform splicing and termination of fiber optic cables at various distribution points or splice closures. Implement proper testing procedures to ensure the integrity and quality of spliced connections.

Installation of fixed networks enable high-speed data transfer within local area networks (LANs) in offices and data centers. Install any necessary wired infrastructure, such as Ethernet cabling and power-over-Ethernet (PoE) connections for access points.

Deployment of IPTV servers, middleware, and user-end devices. Connect the IPTV set-top box to the user's television and the home network, typically through Ethernet or Wi-Fi.

Install and integrate smart infrastructure components, including: Intelligent Transportation Systems (ITS) for traffic management and monitoring. Smart lighting systems for energy-efficient and adaptive street lighting. Environmental monitoring sensors for air and water quality. Smart grids for efficient energy distribution. Waste management systems with sensors for optimizing collection routes.

Implement the data center's network infrastructure, including switches, routers, and firewalls. Consider factors such as proximity to network entry points, power sources, and cooling systems. Connect the router to the network using Ethernet cables. Ensure that the cables are properly terminated and securely connected to the router interfaces.

Set up the necessary connectivity infrastructure, including wireless networks (Wi-Fi, Bluetooth, LoRa, etc.) or wired connections for IoT devices. Install and configure IoT gateways that act as intermediaries between devices and the central IoT platform.

Install containment panels, doors, and roof panels as per the designed layout. Ensure that the containment system aligns with the designated hot or cold aisle. Pay attention to sealing gaps between panels, doors, and the data center structure to prevent the mixing of hot and cold air.

Install the materials to create an effective barrier against the passage of fire and smoke. Apply the selected firestop materials according to the manufacturer's specifications and installation guidelines. Common firestop materials include fire-rated caulks, sprays, wraps, pillows, and sealants.

Lay the cables in the cable trays, ensuring they are organized and secured. Use cable ties, clamps, or other appropriate accessories to fasten the cables within the tray. Follow industry standards and guidelines for cable spacing and separation.

Install and position the server racks in their designated locations, leaving adequate space between racks for airflow and maintenance. Anchor the racks to the floor to enhance stability, especially in areas prone to seismic activity and ensure that the racks are perfectly leveled. Physically installing servers, storage systems, and networking devices according to the design specifications.

Install sensors, meters, and monitoring devices at critical points within the data center. Connect these devices to the DCIM system to gather real-time data on power usage, temperature, humidity, and other relevant metrics.

Install support brackets or structures for the cable trays. Cut the cable trays to the required lengths using appropriate tools. Fit the trays together, ensuring proper alignment and connection. Provide proper grounding for the cable tray system to ensure electrical safety. Bond the cable trays to the building's grounding system, and use bonding jumpers between tray sections if necessary.

Install the raised floor system according to the approved design and specifications. Laying the support structure, placing the floor panels, and securing them in place.

Clear the designated area of any obstacles or equipment. Ensure that the data center infrastructure (flooring, power distribution, etc.) is prepared for the cage installation. Install the chosen panels to create the walls and ceiling of the cage. Ensure that panels are securely attached and provide the required level of security. Install access doors with integrated security features. Test the doors to ensure they operate smoothly and that access control systems function as intended.

Install mounting hardware for sensors, controllers, and other BMS components. Run wiring for power and communication between components, ensuring neat and organized installations.

Process of transferring an organization’s IT infrastructure, data, applications, and services from one data center to another.

Setting up the necessary wiring and components for effective public address systems.

Control various building functions, such as heating, ventilation, air conditioning (HVAC), lighting, and security.

Installation and maintenance of data and voice communication infrastructure. Install and configure any necessary wired infrastructure, such as Ethernet ethernet cabling and power-over-Ethernet (PoE) connections for access points

Installation of audio and video equipment, such as speakers, displays, and multimedia systems.

Installation and maintenance of security devices including CCTV cameras, access control systems, mantrap and physical barriers. Install locking mechanisms on server racks to control access.

Installation and maintenance of fire alarm systems.

Restrict and monitor access to specific areas using card readers, biometric scanners, and other access control devices.