Our line of business includes supply, installation, repair & maintenance of
1.HVAC UNITS
Features:
mild steel ducts (MS Ducts) are fabricated from hot rolled or cold rolled black steel sheets with fully welded construction to achieve leak proofing. MS ducts are mainly used for the kitchen exhaust because of its inherently fire resistant characteristics. The fire resistance characteristics of MS ducts can be further enhanced by Fire Rated Spray Coat or painted with multiple coats of Red Oxide along with Rock wool insulation conforming to NFPA 96 Standards.
SS ducts are fabricated out from prime SS sheets of 316 / 304 grades with fully welded longitudinal and transverse joints. KAD is experienced in manufacturing round as well as rectangular stainless steel ducts, Dedicated team of engineers and technicians are involved in manufacturing process. Stainless steel Ducts are manufactured as per NFPA, BS and ASHRE standards. Stainless Steel ducts are mainly used for Kitchen exhaust in exposed to view areas and in the areas where Hygiene is the top priority and in highly corrosive environments. Stainless Steel ducts have higher strength, rigidity and best finish in comparison with GI ducts. Its appearance though is much sleeker than the one in an aluminum duct it stands way out for its corrosion resistant characteristic. For SS Ducts stainless steel sheets are available in two qualities i.e. Grade 316 & Grade 304.
manufacturing aluminum round as well as rectangular ducts. Material is as specified in ASTM B209, BS.EN485, BS.EN515, BS.EN573 depending on the exposed environment. KAD’s Aluminum ducts are fabricated from aluminum sheets of AA1100 / Equal grade of sheets with Hemmed ‘S’ & Drive ‘C’ cleats or FL flanged type transverse joints. Plain type (Reflector finish) is also widely used as air ducts in areas such as swimming pool, clean rooms of sensitive/industrial films etc.
The heating, ventilation and air–conditioning (HVAC) industry is in the midst of a dynamic era. However, air–distribution ductwork, a critical component of HVAC systems, has remained virtually unchanged since the early 1900s. Several factors have introduced the need to revolutionize HVAC ductwork. Energy use has continued to escalate, and thus the demand for energy reducing solutions has intensified. Requirements for clean air are becoming increasingly prevalent. Speed of construction has become a valuable asset. Floor space and headroom are under constant pressure.
KINGSPAN PDF
3.BUILDING MANAGEMENT SYSTEMS
A Building Management System (BMS) is a computer-based system installed in buildings to control and monitor mechanical and electrical plants, including; HVAC (heating, ventilation, air conditioning), lighting, power systems, fire systems, and security systems.
Building management systems (BMS) are the core management tool that allows building managers to monitor and control energy and occupant comfort. It enables Building Managers to provide the finest possible working environment while keeping both landlord and renter costs to a minimal. Effective BMS utilization increases the operational life of equipment and systems while decreasing loads and running hours, resulting in optimal building performance. As a consequence, maintenance and capital costs are reduced, and embedded energy consumption is reduced as a result of equipment upgrades and replacements.
The BMS’ main goal is to ensure facility operating safety while simultaneously monitoring and improving the use and efficiency of its monitored subsystems to enable for more efficient operation.
Chilled Water System is an example of a key subsystem managed by the BMS. Management of the facility chillers might be overseen by a BMS to ensure correct distribution throughout the distribution loop by monitoring proper system behavior in terms of water/coolant temperature control or pump control.
BMS Advantages