These Controlled Environment Units for Clean Rooms for Medical Devices are fabricated using 43mm thick insulated panels with anodized aluminium framework. The exterior panels are pre-painted galvanized sheets, and the interior panels are smooth galvanized iron sheets, allowing easy cleaning and compliance with sterile manufacturing requirements in Clean Rooms for Medical Devices. These units can be easily transported in dismantled condition and installed onsite without difficulty, making them ideal for Clean Rooms for Medical Devices.

The panel insulation has a density of 40kg/cu.mtr. Air handling sections can be fitted with chilled water, hot water, or steam coils in 2, 4, 6, or 8-row options. Stainless steel 304 insulated coil trays include mist eliminators and proper drain traps for contamination control, ensuring high-quality performance for Clean Rooms for Medical Devices. Coil face velocity is maintained below 500 fpm. Centrifugal fans from KRUGER/NICOTRA are used and are AMCA certified.

Direct drive fans compatible with building automation systems ensure energy-efficient operation in Clean Rooms for Medical Devices. Motors are three-phase induction type (Eff-1 & 2) from CG/ABB/Kirloskar. Blower and motor assemblies are mounted on a common base frame with spring/rubber anti-vibration isolators. Door limit switches automatically stop the motor when service doors are opened. All doors have aluminium die-cast hinges and nylon handles. Base frames are constructed from 16G GI / 100x50mm MS channels and can be dismantled for easy placement. Custom filtration arrangements are included in all Controlled Environment Units for Clean Rooms for Medical Devices.

Single Layer Prefabricated Controlled Environment Units – Floor Mounted for Clean Rooms for Medical Devices

These Controlled Environment Units for Clean Rooms for Medical Devices are constructed from 16G/18G pre-painted or powder-coated galvanized panels with anodized aluminium frames. The modular design allows easy transportation and installation onsite for Clean Rooms for Medical Devices.

Centrifugal fans of KRUGER/NICOTRA make are used and AMCA certified. Direct drive fans compatible with BMS systems ensure energy efficiency in Clean Rooms for Medical Devices. Three-phase induction motors (Eff-1 & 2) from CG/ABB/Kirloskar are used. The blower and motor assembly is mounted on a common base frame with spring/rubber anti-vibration isolators. Door limit switches stop the fan automatically when doors are opened. Service doors have aluminium die-cast hinges and nylon handles. Base frames are fabricated using 16G GI / 100x50mm MS channels for easy dismantling. Custom filtration setups are provided as required in all units for Clean Rooms for Medical Devices.

Evaporative Cooling Controlled Environment Units – Floor Mounted for Clean Rooms for Medical Devices

These Controlled Environment Units for Clean Rooms for Medical Devices are made from 16G/18G pre-painted or powder-coated galvanized panels with anodized aluminium structure. The units are easy to transport and install onsite for Clean Rooms for Medical Devices.

Evaporative cooling pads are installed on stainless steel water tanks, with mist eliminators and mono-block pumps, including piping and controls for precise temperature and humidity management in Clean Rooms for Medical Devices. Cooling pad face velocity is maintained below 500 fpm. Centrifugal fans of KRUGER/NICOTRA make are used and AMCA certified. Direct drive fans compatible with BMS systems are included for energy efficiency in Clean Rooms for Medical Devices. Three-phase induction motors (Eff-1 & 2) from CG/ABB/Kirloskar are used.

Blower and motor assemblies are mounted on a common base frame with spring/rubber anti-vibration isolators. Door limit switches stop fans automatically when service doors are opened. Service doors include aluminium die-cast hinges and nylon handles. Base frames are 16G GI / 100x50mm MS channels and can be dismantled for easy placement. Custom filtration levels are provided in all units for Clean Rooms for Medical Devices.

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