Jamison's patented Gnome® Pedestals provide an ideal RFID solution for any public setting when an unobtrusive and tasteful design is desired. Available in aluminum or four quality wood grain side trims.Scheduled Maintenance Notice: This site will be unavailable due to scheduled maintenance from 3:00 a.m. to 9:00 a.m. (EST) 10/2/2016. We apologize for the inconvenience. SpecificationsPart Number-Panel-W-HHRUA6-AC-1200-750HRUA5Acrylic (Clear)Polycarbonate (Clear)PET (Clear)Anti-static PVC (Clear)AC (Thickness 5mm)PC (Thickness 5mm)PY (Thickness 5mm)ST (Thickness 5mm)500~2000300~900W/2-56.5HFS5-2020HFHRF5-2020SCB5-254HRLSP2HHDS90(Mounting Screws included)26W/2-66.5HFS6-3030HFHRF6-3030SCB8-40HRUB(No Side Extrusion)5500~1900300~900W/2-36.5-HFHRF5-2020--HRLSP2HHDS90(Mounting Screws included)26HFHRF6-3030 The specifications and dimensions of some parts may not be fully covered. For exact details, refer to manufacturer catalogs. Additional Products in this Category Safety Fence Units -A-

Safety Fence Units -B- Aluminum Extrusions Standard Unitssplit wall air conditioner units Aluminum Extrusion with Milled Surfaces- 5 series, Base 20 , 40mm x 60mmac unit for 1800 sq ft house Aluminum Extrusions 8-45 Series L Shape with Milled Surfaceinstall wall mounted ac unit Brackets - 5 Series, Thick Type, Protrusion Bracket Customers Who Viewed This Item Also Viewed TEL：800-681-7475 (ext.360） / FAX：800-681-7402 8:30 a.m. - 8:00 p.m. ET (Monday to Friday)Hot Aisle & Cold Aisle Containment Projects This page features actual customer projects custom designed for their unique challenges and configurations within their data center's cold and hot aisles. Click on the projects below for a larger image view and quick explanation of the unique project.

Cold Aisle Project 1 Cold aisle containment system featuring raised flooring, perforated floor tiles, dual sliding doors and the Polar Cap 2 retractable roof system. Cold Aisle Project 2 Cold aisle containment system featuring raised flooring, perforated floor tiles, single sliding doors and the Polar Roof system. Cold Aisle Project 3 Based upon the Rack Hat System, this cold aisle containment project comprises vinyl strip doors, vinyl Rack Hat, and the Polar Roof system. The modular design allows for configuration around missing cabinets, and systems that utilize in-row cooling units. Cold Aisle Project 4 With cooling provided through a raised floor, this cold aisle containment project uses rigid wall panels in conjunction with the Polar Cap 2 roof system to provide containment in aisles with missing rows. Cold Aisle Project 5 Cold aisle containment for a project in which a non-raised floor is present, where an overhead air conditioning system is in place;

containment is achieved through single sliding doors, custom rigid ceiling panels, and cooling being ducted into the aisle via the Polar Roof and diffusers. Hot Aisle Project 1 Hot aisle containment system with raised flooring, dual sliding doors, and rigid wall panels. This project provides the ability to create a return plenum, while being able to work and build around infrastructural considerations such as ladder racks. Hot Aisle Project 2This project accommodates varying cabinet heights through the use of brush, and provides a modular system that can be installed and supported via overhead strut channel. Hot Aisle Project 3 Hot aisle containment through raised flooring, vinyl strip doors, and vinyl Rack Hat of varying height to provide containment in gaps between the ceiling, cabinets, and potential missing cabinets. Hot Aisle Project 4 Hot aisle containment with raised flooring, dual sliding doors, and vinyl Rack Hat between the ceiling and cabinets.

Hot Aisle Project 5 Based upon a non-raised floor, this hot aisle containment project comprises dual hinged doors, and the Polar Cap 2 retractable roof system. This design provides containment for systems that utilize in-row cooling units. Cold aisle containment systems typically consist of aisle end doors and a roof system to contain the supply airflow to the intake of the IT equipment. Cold aisle containment ensures a uniform and predictable air temperature at the IT intake.Learn more about Cold Aisle Containment Hot aisle containment systems direct the upward airflow to an AC return system such as a drop-ceiling void. Data center hot aisle containment systems can increase cooling efficiency by 30% or more. Learn more about Hot Aisle ContainmentEdit ArticleHow to Install a Portable Air Conditioner Two Methods:Venting a Portable Air Conditioner through a WindowVenting a Portable Air Conditioner When a Window is Not AvailableCommunity Q&A Portable air conditioners are a convenient alternative to window-mounted air conditioners because they are quick and easy to install, and can be moved from room to room.

Portable air conditioners work by chilling warm room air using refrigerants, and exhausting the hot air that is a by-product of this process out of the room through a hose. [1] In order for your air conditioner to work, you must ensure that this hot air is successfully vented out of the room, preferably through a window to the outside. [2] This guide will teach you how to properly install and vent a portable, single-hose air conditioner through a window, and offer alternative suggestions if a window is not available. Read the instructions that came with your portable air conditioner carefully. Choose a location for your portable air conditioner. Place the air conditioner near both a window and an electrical outlet. Ensure that the air conditioner will not be a tripping hazard, and that the airflow will not be obstructed by furniture, plants, etc. Determine if the window adapter kit will work with your window. Almost all portable air conditioners come with a window adaptor kit that will work, however in some cases the kit is missing or not right for the window, and you will have to improvise a bit.

For the unit to function well, the gaps between the window adapter for the vent hose and the sides of the window must be sealed off. Measure your window opening to determine if the window adapter kit can be expanded or trimmed to fit correctly. If the window adapter kit that came with your portable unit is missing or does not adequately fit your window, take careful measurements of the opening you need to accommodate and have a piece of Plexiglas cut to size at your local hardware store. You can also use a piece of plywood, or even cardboard, to fill the gap. These options are less attractive, but will work in a pinch. Connect the exhaust hose that came with the portable air conditioner to the air conditioning unit. This may be a single hose with connectors already attached, or you may have to first attach an exhaust connector to the unit, and then attach the hose to the connector. Follow the directions that came with your unit. Connect the window connection bracket or adapter to the other end of the exhaust hose, if it is not already attached.

Run the exhaust hose to the window, and place the window connection bracket or adapter into the open window. Secure the exhaust hose window connection in place. Adjust the included window kit sliders or panels until they completely fill the gap between the window connection bracket and the sides of the window. If you are using a piece of Plexiglas, simply slide it in the windowsill next to (or above) the exhaust hose window connection, and hold it in place until the window is closed. Close the window so that it fits snugly against the exhaust hose window connection, and holds everything firmly in place. In some cases, it may be necessary to use duct tape to seal the gaps around the exhaust hose window connection, and hold the window kit firmly in place. Plug in your air conditioner. Vent the air conditioner through a sliding glass door. Vent the air conditioner through the ceiling. In office environments where outside windows are not present or accessible, portable air conditioners can be vented through a drop ceiling.

Commercial ceiling vent kits can be purchased online or from your local HVAC retailer. There are a number of potential risks and inefficiencies involved with this procedure, so be sure to check with your building's maintenance personnel before proceeding. It is also possible to vent a portable air conditioner into an attic, however to avoid property damage or inadvertently heating up other parts of the house, it is advisable to get professional advice from an HVAC specialist before proceeding. Vent the air conditioner through an exterior wall. Vent the portable air conditioner through a chimney. In homes that have chimneys, it is possible to vent a portable air conditioner through a fireplace. Use the supplied window adapter kit, or custom-cut Plexiglas to fill in the gaps around the exhaust hose and the fireplace opening. Make sure that your chimney is clean and not obstructed by soot, and that the flue is open. Show more unanswered questions The air conditioning exhaust hose will radiate some heat into the room.