User manual Smart B65doc
Contents
1. USER MANUAL AUTOMATIC WATER SOFTENER Smart B65 Water softenening devices type Smart B65 are ones of high quality and precision Properly installed and operated the Smart B65 devices guarantee infallible operations and increased durability Please read this manual carefully before assembly This manual serves as future reference to system operations Water softener model Boy B65 can be installed everywhere where the flow rate of water is not higher that 75l min and the water temperature is lower than 40 C The highest quality of components installed in Mijar products guarantees their infallible functionality for many years Technical Parameters System capacity for 10 dH litres 1500 Sal consumption per regeneration kg 0 7 Flow rate nom max l min 0 20 75 Pressure bar 1 5 6 0 Connections cal 3 4 Maximum temperature of water c lt 40 Brine tank capacity kg 10 Amount of resin 1 5 Power supply V 230 Height mm 620 Width mm 240 Depth mm 440 water softened completely water softened partially only for valves type B65 Counting the system s capacity for different water hardness The system capacity is counted using formula z 1500 x 10 y where z amount of water softened between regenerations Y tested water hardness in dH Germann degrees of hardness EXAMPLE of counting the system capacity Data tested water hardne2. ation stages countercurrent rinse BACK WASH saline solution rinse BRINE WASH rapid rinse RAPID RINSE settling rinse SETTLE RINSE brine tank refill BRINE REFILL 2 SYSTEM PROGRAMMING Rys 1 The regeneration process has been set to start at 2 00 AM by default After connecting the system to power supply the user must set the current time manually first Setting the current time and the time of regeneration pic 1 To set the current time the user must press and hold the white button 1 and simultaneously turn the gearwheel 2 so in the gap 3 the current time is shown like on the watch Nextly release the white button 1 so it falls back between the gearwheel pins 2 a morning hours midnight to midday e g 9a 9 00 AM p afternoon hours midday to midnight e g 9p 21 00 PM The valve is automatically set to start the regeneration process at 2 00 pm If the time of regeneration is to commence earlier the user should accordingly turn the gearwheel 2 clockwise of counterclockwise from the current time Setting the frequency of regeneration pic 1 Days of regeneration are set on the 12 day disk 4 by lifting up or lowering the pinions 5 Each pinion represents 1 day First the user has to lower all of pinions 5 down 4 and then lift the pinions representing days when the regeneration is to be carried out Red arrow indicated current day 6 Example vAll of the pinions are li
3. fted up the regeneration takes place everyday vEvery second pinion is lifted up the regeneration takes place every second day vEvery third pinion is lifted up The regeneration takes place every third day And so on Manual initiation of regeneration process rys 1 To manually initiate the regeneration process the user has to turn the knob 7 clockwise until REGEN is shown in the gap The know 7 will turn and when the regeneration process is finished the knob will reach the IN SERV position Thank to the built in water mixer during the regeneration mode hard water is available Rys 1 Control Valve 3 ASSEMBLY AND INITIATION OF THE SYSTEM Before initiating the device the user must set the current time and the day of regeneration see point 2 The valve is set to carry out the regeneration every 6 days at 2 00 am by default Connecting the device pic 2 1 Connect inlet B and outlet C of the device to the water supply 1 Connect one side of the draining elastic hose 1 2 to the fitting A and the other to the sewage system The sewage system should be unobstructed enough to discard 5 l min of rinse water The elastic hose should be inflexible enough to rule out the possibility of cloggs which can lead to overflow of brine tank 2 Slowly turn on raw water supply valve 3 Pour approximately 45kg of tablet salts into the brine tank 4 Deaerate system by turning the knob 7 rys 1 clockwise to the BACK WASH
4. position After few minutes the system will deaerate Next turn the knob back to the IN SERV position and the system will go back to water softening mode 5 Pour about 5 liters to the brine tank 6 Connect the device to power supply 230V D and set the current time see point 2 PIC 2 Device connections 4 HANDLING THE DEVICE The proper handling of the device requires periodic tablet salt refill The brine tank should be fully refilled every time The minimum amount of salt that must be in the tank for the device to function properly is about 1 3 of brine tank capacity Refilling the salt tablets Lift the cover of the device Pour the salt tablets Close the lid NOTE XThe device must not operate without salt tablets for more than 14 days otherwise the system may be damaged xThe user must not use the loose salt or salt of unknown origin
5. ss 15 dH using formula z 1500 x 10 15 we receive the result of 1000 litres With a water hardness of 15 dH the Smart B65 system will soften 1000 liters of water TABLE 1 SYSTEM CAPACITIES German Degrees dH System Capacity litres 10 1500 11 1363 12 1250 13 1154 14 1071 15 1000 16 938 17 882 18 833 19 789 20 750 21 714 22 681 23 652 24 625 25 600 26 577 27 556 28 536 29 517 30 500 2 SYSTEM OPERATION Softening process IN SERV Hard water contains dissolved minerals among them Calcium and Magnesium ions responsible for limescale formation on heating parts of equipment During the softening process by mean of ion exchange the Calcium and Magnesium compounds are removed from water As the water flows through resin deposits the Magnesium and Calcium ions are being absorbed on the surface of resin beads Over time the softening properties of resin will become depleted and it will have to be regenerated The regeneration process proceeds automatically During the regeneration mode the resin deposit is flushed with saline solution thus absorbed minerals are rinsed from resin beads and flushed off to the sewage system After the regeneration process the system regains full capacity Proces regeneracji REGEN During the regeneration process the resin is rinsed by the saline solution The regeneration cycle consists of 4 regener
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