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g. Visual alphanumeric LCD display for: <br /> All fault channels <br /> Power on <br /> Call in progress <br /> Battery condition <br /> Inter-call delay in progress <br /> Successful acknowledgment <br /> Dialer setup <br /> th. The unit shall utilize non-volatile EE-PROM for storage of phone numbers, <br /> vocabulary, and all other programmed functions. <br /> i. Capability to remotely query the fault input channel statuses or analog values from <br /> a standard dial-up touch-tone phone. This remote access shall be limited to users <br /> that have the proper security code. <br /> 1 j. The dialer shall be programmed by the Contractor with the audio message as <br /> specified for the alarm functions shown on the Drawings. <br /> D. FLOAT SWITCHES <br /> 1. Each float switch shall utilize a weighted PVC plastic or polypropylene float which <br /> moves with liquid water level to actuate a hermetically sealed mercury switch. The <br /> mercury switch shall change states with rising water level. The switch shall have a <br /> minimum rating of 10 Amp at 120 VAC. The float switch shall be Anchor Scientific or <br /> approved equal. <br /> 1 2. Each float switch shall be suspended from above and have a cable weight outside of float. <br /> Excess cable shall be coiled and hung on the supporting galvanized or stainless steel "J" <br /> ' hook. The Contractor shall provide and install the supporting "J" hook for each float <br /> switch. <br /> 3. The float switch cable shall be type SJOW with a heavy duty neoprene, water-resistant <br /> jacket and fine stranded AWG#16/2 wire. The float switch cable shall be potted to the <br /> float switch. Sufficient float switch cable length shall be provided to run the cable directly <br /> to the junction/terminal box without any splices. <br /> ' ELECTRICAL <br /> 16000 - 31 <br />