Cen-Tec Systems 99506 35 Ft. Low Voltage Central Vacuum Hose Dark Gray

The 99506 is a 1. 375” X 35 foot crush proof vacuum hose designed for on off control of the central vacuum at the hose handle. The 360 degree gas pump grip is lightweight and perfectly balanced to reduce the effort of vacuuming. The universal wall end is designed for compatibility with industry standard wall inlets that use two low voltage contacts to permit on-off control of the vacuum. The 99506 is often paired with air turbine nozzles which use the air stream from your vacuum to turn an agitator on carpeted surfaces, with floor brushes, combination nozzles, and above the floor accessories like dusting tools, crevice tools, and upholstery tools. The 99506 is not for use with electric drive power nozzles It also is compatible with all major brands of central vacuum including Beam, Electrolux, Eureka, Nutone, Vacu-Flo, Vacumaid, MD, Cyclovac, Wal Vac, Honeywell, M&S, Canavac, Imperium, and Husky.

• 1. 375” x 35 foot central vacuum hose designed to fit industry typical wall inlet valves and provide for on off control of your central vacuum from the hose handle
• Has a 360 degree swivel handle with a comfortable grip providing single handle control of the hose and vacuum tools in a comfortable compact design
• The hose carcass is lightweight and crush proof to making it easier to vacuum and reducing fatigue
• Compatible with all major brands of central vacuum including eureka, beam, electrolux, vacumaid, canavac, hoover, cyclovac, husky, vacuflo inlets with pin jack inlets, m + s, md, imperium, and most regional brands
• Hose is made in the USA
• The wall end design fits industry standard wall inlets equipped with low voltage contacts inside the valve opening. The split contacts in the wall end provide a simple circuit through to the handle switch for turning your central vacuum power unit on and off at the working end of the hose
• Low voltage hose, so it is not compatible with electric power nozzles
• The locking stub tube is ideal for insuring the wand stays in place, avoiding unintended separation