Technopark Tender

26 HP

34 HP

40 HP

Supply, installation , testing , and commissioning of Central Remote Controller System with a minimum of 10-inch touch screen. This system will be responsible for controlling the VRV/VRF System directly, without the integration of a third-party Building Management System (BMS). This should include the provision of high-quality communication cables and necessary equipment designed to ensure efficient and loss-free data transmission. The proposed location for the installation of the screen is Module I (electrical room), as indicated in the provided layout plan. The system should be capable of facilitating online service functionalities. This includes remote monitoring, adjustment capabilities, and diagnostic features to ensure efficient and proactive management of the VRV/VRF system. The contractor must ensure that the Central Remote Controller System is fully compatible with the VRV/VRF units and adheres to all the specifications and standards set by the Original Equipment Manufacturer (OEM). The system should be IoT compatible and should have provision to integrate with EAM software of Technopark. The system should have features for monitoring and controlling the units from a remote location through IoT. The contractor is also responsible for providing comprehensive training to the relevant personnel on the operation and maintenance of the Central Remote Controller System. All necessary training and documentation, including detailed manuals and troubleshooting guides, should be provided as part of the commissioning process. The quote must include all aspects of the supply, installation, testing, and commissioning of the Central Remote Controller System, ensuring that the system is fully operational, user-friendly, available online, and capable of delivering optimal performance in managing the VRV/VRF system.

Supply, installation, testing, and commissioning of the Tenant Billing Software system, designed to align with the specific billing parameters of Technopark. This process includes the provision of all necessary hardware and software components, along with reliable communication cables, including the Power Consumption Distribution Gateway. The software must be capable of accurately calculating the power consumption of each indoor unit. This calculation will be based on a variety of operational parameters, including the status of the unit, return air temperature, the position of the electronic expansion valve, and baseline values as determined by the manufacturer. It is essential that the billing system reflects the actual energy consumption of the corresponding units, providing a transparent and accurate basis for billing purposes. The system should be equipped to verify whether the actual consumption aligns with the required design conditions, ensuring efficiency and adherence to predetermined energy usage standards. The contractor is responsible for ensuring that the system is fully operational and meets the satisfaction of Technopark. The scope of work should include all aspects of system setup, including comprehensive testing and commissioning to confirm that the software accurately tracks and reports energy usage as per Technopark's billing requirements. The quote must include all aspects of the supply, installation, testing, and commissioning process, ensuring a turnkey solution for the Tenant Billing Software system. Adequate training and documentation for the operation and maintenance of the system are also to be provided by the contractor.

Supply, installation, testing, and commissioning of a four-way cassette-type VRV/VRF indoor unit. Each unit must be equipped with a cordless remote control and a decorative panel that meets the aesthetic requirements of the installation site. The contractor must ensure that the units are of the specified capacities and are complete with high-quality filters, a coil section featuring a refrigerant cooling coil, and a fan section. Additionally, an adequately sized insulated drain pan must be included to ensure efficient condensate drainage without leakage. The contractor is responsible for providing the power supply for each indoor unit. This power supply should be located at the nearest possible location as per the direction of engineer-in-charge, within a 3-meter radius of the unit, to facilitate optimal operation and ease of maintenance. The installation and commissioning of these units should strictly comply with the specifications and guidelines provided by the Original Equipment Manufacturer (OEM). This adherence is essential to avoid any operational failures or technical mishaps. The contractor must also ensure that the system operates efficiently, effectively, and safely with proper support structure. The quote must encompass all aspects of the supply, installation, testing, and commissioning process, including the provision of power supply for indoor units. (Approved Make: Daikin/LG/Haier/Mitsubishi, Carrier)

Minimum of 0.8 TR Ceiling Mounted Cassette (4Way Cassette)

Minimum of 3 TR Ceiling Mounted Cassette (4Way Cassette)

Minimum of 4 TR Ceiling Mounted Cassette (4Way Cassette)

Supply and installation of Refnet Joint/Y Joint in accordance with the specific design requirements and the prevailing site conditions. The choice of joint type and installation method shall be determined based on the system's layout and operational needs, ensuring optimal refrigerant flow and system efficiency. The contractor must assess the site and design specifications to select the most appropriate Refnet or Y Joint solution (as per OEM recommendation), guaranteeing compatibility and effectiveness within the VRF/VRV system configuration.

The supply and installation of refrigerant piping shall comply with the following specifications in accordance with the terms and conditions outlined in the tender document: * Insulation: All refrigerant piping is to be insulated with 19-mm-thick nitrile rubber sleeves. The insulation must be coated with polyshield or an equivalent IC-clad material to ensure thermal efficiency and effective condensation control. * Pipe Support: The piping should be supported using GSS slotted rail arrangements and GI clamps to provide necessary structural stability and maintain proper alignment of individual pipes. * Installation Accessories: The installation shall include all necessary accessories, such as elbows, T-joints, sleeves, and other relevant components, to ensure a complete and functional setup. * Exposed Piping Arrangement: For sections with exposed copper pipes, a ladder-type cable tray should be used to ensure orderly and secure installation. * Piping Diameter Specifications: For diameters above 19.8mm, 18 gauge hard-drawn copper piping should be used, chosen for its strength and durability. For diameters of 19.8mm and below, soft, seamless copper piping is recommended due to its flexibility, which is ideal for complex installations. All installation practices must comply with industry standards to ensure the safety and efficiency of the refrigerant piping system. The diameter of the VRF piping has to be strictly as per the approval of OEM. The contractor has to visit the site, analyze the total piping requirement based on the OEM recommendations, and quote accordingly as per the tender specification. The pipe diameter and thickness must follow the OEM (Original Equipment Manufacturer) recommendations, and the drawings should be approved by the OEM. The contractor is required to submit signed and sealed drawings, including pipe diameter and thickness, from the OEM, along with the necessary documentation.

Supply and installation of perforated cable trays to accommodate the parallel layout of pipes and cables as per the specific requirements directed by the engineer in charge. The size and design of the cable trays have to be selected to ensure they are suitable for the efficient organization and support of the installed pipes and cables as per industry standards and guidelines. This installation should facilitate safe, orderly, and accessible routing in line with the overall design specifications and site conditions. The contractor is responsible for ensuring that the cable trays have sufficient strength, appropriately sized, and correctly positioned as per the project's needs.

Supply and installation of PVC drain piping with a focus on functional design and efficiency. The drain piping must be installed with a sufficient slope to ensure successful operation and effective drainage.This network shall include all necessary fittings such as elbows, couplings, and T-joints, customized to meet on-site conditions for optimal water distribution. The installation must be executed considering the available routing height, ensuring that the piping does not protrude below the level of the false ceiling. Piping insulation has to be done using 9mm thick XLPE Aluminium foil-faced sleeves, appropriately gum pasted to the PVC pipe. All joints in the piping system are to be securely laminated with 3mm thick XLPE Tape featuring high-strength 3M adhesive, guaranteeing airtight connections. The contractor must diligently follow these specifications to ensure a seamless and discreet installation in line with the structural and aesthetic requirements of the site.

32 mm dia

25 mm dia

Supply and installation of control and transmission cabling, selecting suitable types as recommended by the Original Equipment Manufacturer (OEM). The cabling must conform to the highest industry standards and specifications, inclusive of necessary accessories and ancillary components. This includes positioning cables within PVC conduit pipes and adhering to OEM-specified dimensions and characteristics. The routing and overall cabling length shall be determined based on the project's unique layout, ensuring an optimal and secure installation pathway. The contractor is mandated to comply with all pertinent safety, environmental regulations, and installation norms throughout the process. The scope includes the provision of all requisite materials, labor, and equipment in the system's successful commissioning. The works also include executing thorough testing and commissioning protocols to affirm system functionality, aligning with stipulated warranty and maintenance provisions. Or Supply and install an advanced wireless communication system with all critical components for seamless operation. This includes the installation of the primary communication line from the outdoor unit to the nearest indoor unit. Beyond this juncture, the system shall employ wireless technology for inter-unit communication. The contractor must ensure the inclusion of requisite master and slave modules positioned to facilitate optimal signal transmission and reception as per OEM recommendation. Additionally, the inclusion of repeaters is mandatory to enhance signal strength and ensure uninterrupted communication across the network. These components must be selected in accordance with the specifications recommended by the Original Equipment Manufacturer (OEM) and should align with the latest industry standards for wireless communication technology. The contractor's responsibilities extend to the comprehensive testing of the wireless system, to confirm its optimal performance and adherence to all specified warranty and maintenance requirements.

Supply and installation of fresh air PVC piping network for the entire VRF system, designed to withstand a pressure rating of 4kgf/cm². This network shall include all necessary fittings such as elbows, couplings, and T-joints, customized to meet on-site conditions for optimal air distribution. At the external end of the piping, a wire mesh shall be installed to prevent the entry of insects and foreign objects. The sizing of the piping must be in accordance with the OEM's recommendations for the respective unit capacities. The scope of work includes providing all materials, labor, and equipment necessary for the complete and effective installation of the fresh air PVC piping system

3 inch dia

2 inch dia

Supply and installation of necessary steel structures for the secure mounting of indoor units. These steel structures must be designed and selected to support the weight and operational stresses of the indoor units, adhering to all relevant building codes and safety standards. The steel is to be of a grade and thickness appropriate for the load requirements and environmental conditions. Moreover, each steel structure must be treated with primer and a protective epoxy coating to ensure durability and resistance to environmental factors. The design of the steel structures should facilitate easy maintenance access to the indoor units and should also be able to integrate with the building's existing framework without compromising the building's functionality or aesthetics

Supply installation energizing testing and commissioning of Electrical panels as per the terms and conditions of the tender document

Supply and installation of perforated cable trays to accommodate the cables/electrical works from the feeder of the electrical room to the outdoor units as per the specific requirements directed by the engineer in charge. The size and design of the cable trays have to be selected to ensure they are suitable for the efficient organization and support of the installed pipes and cables as per industry standards and guidelines. This installation should facilitate safe, orderly, and accessible routing in line with the overall design specifications and site conditions. The contractor is responsible for ensuring that the cable trays have sufficient strength, appropriately sized, and correctly positioned as per the project's needs.