User manual HONEYWELL KS10S DATASHEET

[. . . ] KS10S Softening device KaltecSoft Product specification sheet Application + Regeneration Menu / OK KaltecSoft Calcium carbonate dissolved in water is a valuable minaral but may create serious problems to private households as soon as the water is heated. A solid layer of lime scale , is formed preferably on hot surfaces. [. . . ] transformer) Micro fuse Power consumption Protective class Connection size Connection water output 1-40 °C 1. 3 - 8. 5 bar max. 3. 2 m3/h 2. 0 bar 230 V / 50 Hz 24 V / 50 Hz 2W IP 22 1" AG 1/2" hose nozzle Housing Microprocessor Control panel with status indicator Bottle with monodisperse ion exchanger Bypass valve with integrated diluting valve External transformer Disinfection unit Rotary disc valve Corrugated pipe connection hoses Total hardness measuring instrument High quality synthetic material housing All components subject to pressure in glass-fibre-reinforced plastics All components to brine in Noryl · · · · · · · · Materials The plant is designed for operation with salt tablets (acc. DIN EN 19604). www. honeywell. com 1 KS10S Softening device KaltecSoft Method of Operation The softening device is controlled by a highly modern microprocessor. Using the integrated consumption counter the microprocessor calculates the individual consumption characteristics and the remaining capacities resulting thereof as well as the optimal time for the regeneration. Regeneration The regeneration is done in 4-day intervals, i. e. at the latest 4 days after the last regeneration the next regeneration is initiated (independent of the water consumption). If 97 % of the calculated capacity has been reached, a regeneration is initiated independently of the 4-day interval. During the regeneration, untreated water can be taken out. Disinfection The softening device is equipped with a disinfection unit that disinfects all drinking water porting part of the softening device during each regeneration. B L Options KS10S-30 KS10S-60 Option Connection size Weight Dimensions KS10S-30 1" AG 20, 0 670 550 300 11 l 25 kg 2, 9-6, 4 mol (16-36, 5 °dH x m3) ca. 45 min 0, 4-1, 6 kg 44-66 l requested Accessories D06F Pressure reducing valve Noise protected pressure reducing valve with setting scale. Maximum inlet pressure 16 bar, with brass filter bowl 25 bar, outlet pressure range 1. 5 6. 0 bar A = With clear filter bowl up to 40 °C / 16 bar B = With brass filter bowl up to 70 °C / 25 bar D06F F76S Fine filter, reverse rinsable AA= With clear filter bowl AAM= With red bronze filter bowl OFV10S-A Bypass valve insert if a pressure scourer is applicated it is neccessary to fit a bypass valve insert into the bypass valve. OFV10S-A F76S 1-3 family dwelling 3-8 family dwelling KS10S-60 1" AG 25, 0 1100 550 300 17 l 50 kg 5, 8-13, 5 mol (32-76 °dH x m3) ca. 50 min 0, 8-4, 5kg 68 - 102 l H R kg mm H L B Volume of ion exchanger Provision of operating material Exchange capacity between regenerations Regeneration period Salt consumption (depending on the capacity level and proportional salting) Water consumption during regeneration DVGW-Approval No. 2 www. honeywell. com EN0H-1417GE23 R0808 · Subject to change KS10S Softening device KaltecSoft Installation Example Installation Guidelines · · All works should only be carried out by a qualified person Ensure that installation is not subject to freezing or extreme heat o Avoid direct exposure to sunlight. [. . . ] Description DE10S-A 1 2 3 4 5 Disinfection unit Controller head seal kit Spare part kit for brine pump O-ring set Turbine water counter Part No. DE10S-A EK10S-A EK10S-B EK10S-C EK10S-D EK10S-A EK10S-B EK10S-C EK10S-D Automation and Control Solutions Honeywell GmbH Hardhofweg D-74821 Mosbach Phone: (49) 6261 810 Fax: (49) 6261 81309 http://europe. hbc. honeywell. com www. honeywell. com Manufactured for and on behalf of the Environmental and Combustion Controls Division of Honeywell Technologies Sàrl, Ecublens, Route du Bois 37, Switzerland by its Authorised Representative Honeywell GmbH EN0H-1417GE23 R0808 Subject to change without notice © 2008 Honeywell GmbH [. . . ]