Radiator Sample Clauses

Radiator. EAPType <list of types> (The first entry in the list is the default EAP type.)

Radiator. Tenant's cost is one-fourth (1/4) of total Platform construction cost.) Tenant at its own expense shall be responsible for installing and securing the Radiator(s) and make final connection of Cooling Piping. Tenant at its own expense shall also provide any Sound Attenuation Devices required by local ordinances or required by City of Phoenix with respect to Tenant's equipment, and Landlord shall provide any Sound Attenuation Devices required for the Building.

Radiator. Radiator is licensed software from Open System Consultants. Although its source code is available, no changes are allowed to be made to it. As in the FreeRADIUS case, there is a mechanism of functionality extensions by hooks. These are external Perl procedures which can be added to the configuration and do not violate the software license. An external MySQL database is used to hold temporary state records. The hooks provided for CUI have the following functionality: • cui_hook: As the PostProcessingHook, it is called for each Access-Request after all authentication methods have been called and before the reply is sent back. It adjusts the Access-Accept reply creating the MD5 hash from the User-Name, received Operator-Name and the local salt and placing it as the CUI value. It also inserts the appropriate record to the temporary database. As the PreProcessingHook for the Accounting-Request, it checks for a matching record in the temporary database and, if it finds it, adds the appropriate CUI value to the packet and updates the temporary record with the last accounting time. • cui_attr_hook: This hook should be called for each proxied request. If a CUI attribute is not present in an Access-Request, then the hook adds the CUI attribute with the NUL value and the Operator-Name attribute with the value defined in cui_operator_name. eduroam CUI for the Radiator package is available as a tar file, which should be unpacked in the Radiator working directory. An enclosed README file contains simple instructions for configuration. The package was installed in the GN3 test installation and tested by several project partners prior to implementation.

Radiator. Return door to the lobby. HALF LANDING Window. Dado rail. Radiator. BEDROOM 3.8m x 4.8m (12’6” x 15’9”) Two windows with a pleasant outlook. Decorative fireplace with mantelpiece over. Dado rail. Radiator.

Radiator. Refitted with a range of wall mounted and base level cupboards and drawers with roll top work surfaces over. Inset stainless steel sink and drainer. Gas hob with extractor over. Built in electric oven. Understairs cupboard. Space for fridge/freezer. Door to garage. Obscure window to side elevation. Stainless steel heated towel rail. Shower cubicle, low level WC and wash hand basin into vanity unit. Tiled walls. Tiled floor continued from hallway. Two uPVC double glazed French doors to rear elevation. Radiator. uPVC double glazed window to rear elevation. Feature fireplace with surround. Staircase rising to first floor landing. Doors to: uPVC double glazed window to rear elevation. Radiator. Wardrobe. uPVC double glazed window to front elevation. Radiator. uPVC double glazed window to rear elevation. Radiator.

Radiator. Silent extraction. Undermounted ceramic wash basin with marble surround and demister mirror over with concealed daylight strip lights and built in cupboard. Single low level sconce light. From reception hall, arched glazed door leads to:

Radiator. Coved ceiling. Built-in double wardrobe. Feature fireplace with wooden mantle. Double glazed window to front aspect.

Radiator. Double glazed window. WC Low level WC. Vanity sink unit with storage under. Obscure double glazed window. FIRST FLOOR Two storage cupboards, one having shelves and the other has a hanging rail with a shelf above. Doors leading to: BEDROOM 1 14'5" x 10'2" (4.40m x 3.11m) With a double glazed window enjoying views over fields. Radiator. BEDROOM 2 14'4" x 8'1" (4.38m x 2.47m) With a double glazed window and a radiator. Loft access. BEDROOM 3 9'1" x 7'10" (2.77m x 2.40m) With a double glazed window and a radiator. Built in wardrobe with a hanging rail. SHOWER ROOM 6'6" x 5'10" (1.99m x 1.79m) Having a corner shower unit with an electric Mira shower over and a Respatex splash back. Vanity sink unit with storage under. Low level WC. Ladder style towel radiator. Obscure double glazed window.

Radiator. The radiator and cooling system provided meets and/or exceeds NFPA and engine manufacturer’s cooling system requirements. To provide maximum corrosion resistance and cooling performance, the entire radiator core shall be constructed of long life aluminum alloy.