Mumbai, Maharashtra, India
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Our Products
The enclosures are of single skin design, constructed in 3mm marine grade aluminum and or steel and are used in communications and Telecom organizations. Protects sensitive electronic equipment from harsh conditions that would overwhelm a typical rack enclosure. Ideal for use in factories, construction areas, utility plants, warehouses and other areas with limited space that are high in moisture, dust and debris. Fully compliant to IP54 standards.
Subracks are usually used for housing plug-in-units which contain mounted PCBs. Profile T – Punch slots: are universal and facilitate mounting of card guides of various designs. Mounting angle: has special reinforcements throughout the height profile to strengthen and prevent misalignment of the unit.
EMS PDU are designed for installation and use within 19 networking cabinets and enclosers. Each unit comprises a high quality extruded housing into which are loaded upto 12/6 sockets. In this particular range each sockets in 5 Amp / 5/15 Ampstyle, manufactured in accordance with the IEC 60320 standard with 3 meter input lead is terminated with a IEC 60320.
Reliable power distribution solution in a variety of professional IT environment.
In Rack models provide secure Power Distribution in Basic, Metered, Monitored and switched model types. Specialty models are also available, including Automatic Transfer switching Hot swap and Dual Circuit.
EMS Power Distribution Unit is of Following size:
EMS PDU 5amp 2 Socket
EMS PDU 5amp 4 Socket
EMS PDU 5amp 6 Socket
EMS PDU 5amp 12 Socket
EMS PDU 5/15 amp 6 Socket
EMS PDU 5/15 amp 12 Socket
EMS PDU 5/15 amp 15 Socket
EMS C13 12 Socket
EMS C19 12 Socket
EMS C13-19 12 Socket
A slide out Keyboard tray to suit 800W racks mounting. Fabricated sheet steel with wrist rest degree bend at front end. It is very practical to use since the tray accommodate both the keyboard and the mouse. Adjustable side rails to fit on to the rack depth provided as a standard along with supply.
Directional airflow panels maximize the financial performance of any new or existing data center. The precise delivery of air reduces bypass airflow, allowing new facilities to reduce the number of CRAH units.
Benefits
Die-cast aluminum panels with 56% unobstructed open area
Cools over 12kW of heat and up to 25kW in a contained system at .2 inches H20
Effortless reconfiguration and retrofit of any existing stringered access floor, without modification
Available with or without top surface adjustable dampers
Floor sockets Each unit comprises a high quality extruded housing into which are loaded upto 126 sockets. In this particular range each sockets in 5 Amp 515 Amp style
Egg crate ceiling grills are designed to work with the natural properties of rising hot air andaregenerally used most effectively with hot aisle containment. This allows hot-rack equipment exhaust air to pass into the drop-ceiling plenum and be directed back to the AC unit. As a result, the AC unit functions more efficiently and provides increased cooling efficiency.
Benefits
More efficient hot aisle containment
Increased energy efficiency
These range covers table top cases for all sizes of PCBs as per DIN and IEC standards. 3 heights and 3 widths and 3 depths combinations are possible.
Features
Earlier, when valves and tubes were part of the electronic circuit, the system modularity was limited to 1U. Today this type of packaging has declined as all such components have become miniaturized and are put on PCBs which are mounted and put in an insert module.
Features:
Benefits
Warm and cool air does not have far to travel
Allows the units to dissipate high heat loads quicker
Scalable approach to cooling your data center
Floor Mount
The floor mount, inrow air conditioner couples the functionality of a perimeter CRAC (computer room air conditioner) unit with a significantly smaller footprint. These products are embedded in rows of data center cabinets, supporting a conventional hot aisle/cold aisle layout.
Overhead
Overhead units have a unique value proposition. Suspended from the ceiling or housed on top of a cabinet, these units conserve valuable floor space, leaving more room for servers, storage, and switches. Overhead systems allow cooling-strapped data centers to add capacities without new construction.
A chimney system consists of a solid metal chimney that extends from the top rear of the IT racks. The hot air is pushed through the chimney up to the ceilingreturn air plenum. This type of system is highly compatible with most data centers due to the fact that it can be installed on an already existing enclosure. They can be installed not only on an individual cabinet but also on a system which can span several cabinets
Hot air is completely eliminated from the space and the room remains cool, in turn lowering operational costs
Increased flexibility with installation and configuration
Active this type of chimney system has a fan installed at the base of the chimney which will assist airflow and can respond based on temperature or pressure
Passive this type of chimney system is used without a fan
The Cold Aisle Containment (CAC) approach encloses the cold aisle with ceiling panels above the aisle betweenadjoining racks and with doors at the end of the aisle. This allows the cold air from the perforatedfloor tiles in front of the cabinets to be contained and delivered to the server equipmentair inlets. The CAC prevents cold air from mixing with warm air or being obstructed by surrounding equipment/sources before it reaches the servers. Because CAC possessesthis ability, it is called focused cooling.
Provides focused cooling at the rack
Can cool higher heat loads typically up to 10-15kW (raised floor)
Minimizes cold and hot air mixing so the return temperature to the cooling unit is higher
Cold aisle containment combined with Inrow cooling can cool more than 30kW heat load per rack
These are used for housing PCBs.
Features:
In its simplest form, Hot Aisle Containment (HAC) consists of a barrier that guides hot aisle exhaust airflow upward back to the CRAC (computer room air conditioner) return. This method keeps hot exhaust air emitted from server racks separated. Keep in mind though, while HAC improves energy efficiency compared to no HAC; it can add cooling (and power) load because of larger fans to overcome additional pressure drops.
One redundant cooling unit can serve several aisle containments
HAC with Inrow cooling improves energy efficiency compared to traditional raised floor cooling with HAC.
Typically a rack hat style containment with end row doors.
Minimizes cold and hot air mixing so the return temperature to the CRAC is higherHAC with Inrow cooling can cool more than 30kW heat load per rack
Closing the end of the aisles with a functional door system can not only optimize the design and operation of your data center, but it can also improve the efficiency. Aisle end doors are great for hot aisle/cold aisle containment applications, adaptto fit to existingracks, and can be configured to fit any site needs
Improved efficiency
Easy toconfigure to existing setup
Eliminates hot/cold air mixing
Increased cooling capacity
Data center curtains are an economical energy saving solution often utilizing curtain materials that have been around for a long time in clean rooms. Combining the curtains with an aluminum track system allows you to attach the data center curtains to the drop ceiling and to the tops of the racks. More intelligently designed aisle containment curtains utilize UL listed fuse links. These melt at a temperature that is below the temperature at which your fire suppression system would be activated 135 degrees is the melt point for them to drop away. This allows the curtains to drop to the floor before the temperature would be sufficient to trigger a data center fire suppression system.
Increased energy efficiency and performance capability of climate control
Superior output density is facilitated, thanks to guaranteed cold air supply
Easily installed and retrofitted
An inexpensive way to boost the performance of your existing data center, lengthening the investment cycle until a replacement needs to be purchased
Cold aisle/hot aisle containment curtains are available in flexible strip and soft wall panel formats that can be customized to meet the specific requirements of any facility.
These products are in sizes lesser than 84T. All customized PCB enclosure solutions are possible with this product range.
Features:
Subfloor baffling systems are used to control airflow distribution in raised floor data centers. By sealing off unused space that does not require pressurized airflow, you are able to optimize your cooling efforts and keep the cold air contained to a certain area
Better control of the cool air in your center
No waste on empty space by controlling the airflow
Cool off hot spots
In the ever changing data center, there will come a time when you may have to remove a rack for maintenance, or perhaps you provide rack and stack testing and have a very dynamic floor with racks moving often. Here is an easy lower cost solution to close those empty gap spaces. Expandable Filler Panels (EFP) are designed to fill space between racks, power units, columns or other gaps in your data center where air can escape, reducing the effectiveness of your cooling efforts. These panels install quickly as permanent or temporary fillers for missing or removed racks.
In the ever changing data center, there will come a time when you may have to remove a rack for maintenance, or perhaps you provide rack and stack testing and have a very dynamic floor with racks moving often. Here is an easy lower cost solution to close those empty gap spaces. Expandable Filler Panels (EFP) are designed to fill space between racks, power units, columns or other gaps in your data center where air can escape, reducing the effectiveness of your cooling efforts. These panels install quickly as permanent or temporary fillers for missing or removed racks.
A quick solution to sealing off gaps in your data center when racks must be removed
EFP panels can also be used when you have to open up space to move equipment
EFP panels store easily. Purchase a supply and have them on hand for when you need them.
These stylish, attractive panels maintain that professional look in your data center.
Constructed from Class 1 fire-rated, 1/8 thick aluminum-skinned composite material for rigidity and durability.
Panels have a two-inch flange on either side. The magnetic seals hold tight to the cabinets. No need for mechanical fasteners.
Adjustable panel allows you to change panel width to fit any space.
Stock panels are available in five different adjustable widths, from 6.5 inches to 56 inches.
Individual panels can be joined together to fit larger gaps.
Standard height is 84 inches. Custom heights are available.
Stock color is semi-gloss black. Custom colors are available.
