Laserfiche WebLink
e. Multiple timer settings for optimum dosing during normal and <br />peak flow conditions. <br />f. Pump alternation, if applicable, continues during override <br />conditions. <br />g. Built-in programming keys for field -adjustable timer settings <br />without a portable computer. <br />h. Ability to use EEPROM card to change panel functions. <br />High- and low-level alarm conditions differentiated by steady or <br />blinking LED light. <br />Individual pump run indicating light on the panel. <br />k. Silenced alarms automatically reactivated after 12 hours if <br />condition is not corrected. <br />I. Standard 120 V output for remote alarm activation. <br />M. Timed delays on float inputs to prevent chattering. <br />n. Ability to use one model of float for all functions. <br />o. Visual indicators of float positions. <br />P. Redundant -off function as standard. <br />q. UL 508 listing. <br />5. Electrical Requirements: See plans and specifications. <br />6. Demand Sump Pump Operation: Controller shall activate the lead pump <br />when the liquid level reaches the level of the 2nd float switch. If the <br />liquid level reaches the level of the 3rd float switch, the High -Water <br />Alarm will sound. When the liquid level lowers to the level of the 1st <br />switch the pump will shut off. If the controller recognizes that a Pump <br />Fails to Start, it will sound an alarm and start the lag pump. <br />7. Dosing Sump Pump Operation: Controller shall activate the pump <br />sequence starting with pump 1 and ending with pump 4 when the liquid <br />level reaches the level of the 2nd float switch. If the liquid level reaches <br />the level of the 3rd float switch, the High -Water Alarm will sound. When <br />the liquid level lowers to the level of the 1st switch the pumps will shut <br />off. If the controller recognizes that a Pump Fails to Start, it will sound an <br />alarm and notify the operator. The second float switch represents a level <br />SP 29 <br />