Appidi Technologies Pvt. Ltd. Jeedimetla, Hyderabad, Telangana

Usage : Industrial use

Type : Limit Switch

Certification : ISO 9001:2008 Certified

Color : Black

Condition : New

Max. Voltage : 240 VAC

Surface Finishing : Power Coated

Switch Type : Lever Limit Switch

Appidi technologies offers the complete solution for temperature, humidity and filtration requirements.

Appidi Energy Recovery Units (ERU) heat recovery is a plate or rotary type air-to-air heat exchange designed to provide maximum energy efficiency in ventilated systems where heated or cooled air is let out and outdoor air is let in. In applications where ventilation is required or recycling of the same air is not allowed, energy recovery wheels or plate heat exchangers are used to recover the energy from exhaust air. This reduces the initial investment in HVAC equipment and minimises operating costs.   Since HVAC equipment is typically the largest source of energy consumption in commercial buildings, ERU investments are economically justified for outdoor air makeup. In new HVAC installations ERUs also allow ventilated systems to be sized with smaller compressors, lowering initial costs of the HVAC package. Principle advantages: Reduce CO2 emissions Sensible use of fossil energy carriers Protects nature for future generation Improves indoor air quality Improves employee functional efficiency

We offer desiccant dehumidifiers complete range for all applications, like pharmaceutical labs, food processing areas, lithium ion battery manufacturing facilities, seed storage, data centres, hvac applications Etc.,

Type : Desiccant Dehumidifier

Material : G I steel

Shape : Rectangular

Certification : ISO 9001:2008

Application : Industrial

Color : Grey

Feature : Superior Quality

Voltage : 220V

Condition : New

Country of Origin : India

Brand Name : Appidi

Function : Humidity control, Temperature control, clean room applications

After-Sales Service Provided : Available

Air is a mixture of moisture and air. Hence this moisture needed to be removed from the air by changing the temperature and humidity through a medium. The process in which the moisture is removed from the air is called Dehumidification process. This functionality could be achieved by using Appidi Dehumidifiers. midifier shall be Honeycomb Desiccant type and the patented refined technology which goes into manufacturing of Desiccant Rotors is most reliable and energy efficient. As a result our rotors will regenerate to its optimum level with only 120 Deg C. In several cases our Dehumidifiers are working with only low pressure steam of 3.2 Kg / Cm2 without adding any backup heaters. Our Dehumidifiers are so efficient that they maintain as low as 12% Relative Humidity with only 85 Deg C regeneration temperatures in favorable weather seasons. The basic Dehumidifier model starts from 360 CFM. This basic model is used for achieving the desired conditions. Depending on the requirement the larger models would be recommended for achieving the desired conditions. The basic model can consist of pre filter, Desiccant Rotor and Process fan in the supply section and heat retardant filter, heaters/ steam coil and Reactivation fan on the re generation section. Engineered Dehumidifiers will be available in various combinations like Dehumidifier with complete AHU, Pre cooling coil and after cooling coil sections and required filtration, process fan of desired static pressure. By pass arrangement for the return air, desiccant rotor etc. Our Desiccant rotors are integrated with silica gel metal silicates by special manufacturing process which has a capability of high moisture removal. The Dehumidifiers range starts from 360 CFM and extend up to 25,000 CFM in single unit. Many applications require specially selected Dehumidifiers to achieve the desired conditions.   Applications Pharmaceutical Manufacturing labs Food processing units Ship building Hygroscopic product storage Coffee & Tea Industry Seed storage rooms Sugar packing areas and warehouses Aircraft Maintenance Centers Cold store rooms Defence labs Heritage structures, art galleries and museums Manufacturing facilities of computers and electronic components Power stations, precision and chemical plants Humidity control is essential prior to painting of internal surfaces in large construction, bridges, warehouses, tunnels, wind mill towers etc. Fruit Drying Chocolate Storage Fertilizer bagging area Rubber creel room Leather storage General laboratories (instruments) Engine testing rooms and many other applications