Air Conditioning Floor Mounted Unit
Feature & Benefit
- ✔ Precise temperature & humidity control
- ✔ Clean, hygienic, microbe-free airflow
- ✔ Corrosion-resistant construction for long life
- ✔ Multi-stage & HEPA-ready filtration
- ✔ Reliable for continuous industrial operation
- ✔ SOP-driven manufacturing quality
- ✔ Uniform airflow distribution
- ✔ Compatible with central cooling/chiller systems
- ✔ Fully customizable to application needs
- ✔ Ideal for pharma, food, healthcare & industrial use
“Air Conditioning” is defined as the conditioning of indoor air in order to maintain temperature, humidity, cleanliness and air movement at levels suited to human health and comfort or the industrial processes conducted.
Comfort air conditioning
This is the conditioning of air to achieve a comfortable temperature and humidity. People living in environments with comfort air conditioning get less tired, less sick, and work with higher efficiency. The factors that should be controlled to achieve comfortable conditions with air conditioning systems are the following
Product Details
Air Temperature
Relative Humidity
Cleanness
Removal of foreign materials like dust and microbes from the air.
Air Velocity
The air movement velocity varies with temperature and conditions of use of space.
Industrial Air Conditioning
Industrial production and storage requires appropriate environmental conditions so that the structure of the product or the personnel is not affected adversely. We optimize air conditioning in a way that keeps your product and personnel in top condition.
Classification of Air Conditioning Systems
Central Systems
These systems are used primarily for the conditioning of larger buildings. Air handling units, air ducts, vents and/or fan coil units etc. constitute the system components. Heating, cooling, ventilation and humidity control is achieved by circulating water, air or coolant within the tubes and ducts of the system. Central systems can be classified in three main groups
All-Air Systems
These are systems where air is used as heat transfer fluid. These systems provide sensible and latent cooling by transferring conditioned air by cooling-dehumidification processes to the living space through ducts and provide heating by conditioning heated air and transferring it to the living space through ducts.
All-Water Systems
The living space is heated or cooled by fan coil units placed in each living space. The cold water required for cooling is transferred to the installation by pumps from a central cooling group (a chiller), while the hot water required for heating is transferred to the installation by pumps from the central boiler system. The comfort conditioning of spaces is achieved by thermostat.
Air-Water Systems
Air and water systems employ the process of cooling or heating spaces in a way that will also meet people’s fresh air requirement, by transferring clean air that is conditioned in a central unit or water that is cooled in a central cooling group to fan coil units.
Corrosion Resistance
We take all the measures to prevent corrosion as per hygienic air handling unit standards. Right from employing the non-corrosive material for panels, heating coils, use of copper collectors to prevent moisture related corrosion of battery collector surfaces to stainless steel drain pan which does not hold water due to its double directional slant, etc. we make ensure that corrosion does not occur.
Air Conditioning System Elements
Elements which constitute the system that conditions a space are the boiler, the water cooling group (chiller), the air handling unit, ducts and installation elements. Selection of these elements to be compatible with each other has an impact on the overall performance of the system.
Using filters
JPC has guidelines laid down for filters to be used and in what way they should be employed. For Example
• The use of low efficiency pre-filtration before
high efficiency filtration
• Using manometers after filter cells
• Stages of Filtration to be considered for
various application.
• Method of using HEPA filters and their placement
for best results in terms of operating efficiency.
• Filters to be placed as far from humidifier cells as
possible and many more.
Panel
The sandwich panel is insulated with 25, 50mm thick polyurethane (PUF) for heat and sound insulation and also with Fiberglass, Mineral Wool and Rockwool with a B2 fire rating, and its interior and exterior surfaces are manufactured from Galvanized Sheet Steel, Aluminum & Stainless Steel material.
Sheet thicknesses can be selected between
0.6 mm & 1.2 mm as desired. The exterior surface is a galvanized pre-coated sheet covered with protective plastic film.
Filter frames Standard frames
These are designed with the purpose of placing Bag Filters, Rigid Filters, Activated Carbon Filters & Chemical Filters in the system in a way that prevents leaks. They are manufactured from galvanized steel or stainless steel. There are locking depths (25 mm, 50 mm, 75mm, 100 mm, 150mm and 300mm). Filters are placed as per guidelines.
Housing
Aluminum frame structures with a panel thickness of 25mm and 50mm are available. The sections are available with thermal break and without thermal break with internal coving.
Production Process
We have a Standard Operating Procedure that is adhered to stringently in our production process. Right from receipt of the order by the engineering department to the manufacturing of customized product and delivering it with assurance of best quality; we ensure that every single step is monitored for quality, product performance and durability.
