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with 10' extendable reach. <br />A diagram showing both vertical and horizon boom coverage <br />shall be supplied with the bid. <br />A boom tie down shall be supplied to keep the boom in a <br />stationary position while the unit is traveling over the road, <br />The vacuum intake system shall, by design, deposit solids in <br />the debris tank to ensure proper weight distribution between <br />the front and rear axles, for maximum driver control and <br />safety. <br />The wireless controller system shall include two controllers <br />and an in -cab charging system. Wireless controller shall <br />operate all functions, vacuum, boom functions, hose reel, <br />water pump on/off, water pressure variable flow. <br />The boom shall include a "boom up" safety alarm system that <br />will sound inside the cab if the boom is not properly stowed <br />before transport. <br />High Pressure The following is a description of the PTO driven high <br />Water Pump: pressure water pump currently used by the City of South <br />Bend. This system has proven very effective and does meet <br />all of our requirements for high pressure line cleaning. Any <br />bidder wishing to bid an alternatively driven pump may do <br />so with a detailed explanation of that system and the benefits <br />to be received by the City of South Ben�d from the use of <br />such a system. Such an alternative system may or may not <br />be acceptable to the City. If belt drive is being bid, a lifetime <br />fall replacement warranty shall be included. <br />The system shall include a variable flow, heavy duty, high <br />pressure water pump that delivers a smooth, continuous <br />pressure and flow through the entire operating range of the <br />pump.The pump shall be capable of flows from 0-80 GPM <br />and from 0-2500 PSI. <br />The water pump shall be sized to allow the water system to <br />operate with 80 GPM at 2,000 PSI continuous duty rating, <br />Capable of 1" ID and 3/4" ID jet hose use. <br />The high pressure water pump will be designed so no <br />damage will occur if run at normal operating pressurE <br />Ver. 2 — March 2018 <br />