Magnetic HWR 50 plus Operating Manual Download Page 5

magnetic

®

...einfach besser

1. General / Safety information

1.1 General information

The magnetic

®

 Heating Water Regulator is used as a reaction vessel for the electrochemical treatment of heating water for

chemical-free operation of heating systems. The electrochemical water treatment contributes to a water quality that will ren-
der damage caused by the formation of limestone and corrosion unlikely.
The functional components are made from stainless steel, brass fittings, high potential magnesium alloy and high-quality 
plastic components. The reaction vessel is made of stainless steel. Elastomers, hemp and aramid fibres (KLINGERSIL 
C-4400) are used as sealing materials. High quality polyurethane foam or high quality non-woven fabrics with fire classifica-
tion B1 are used as insulation materials. The materials used comply with generally accepted engineering standards.
The instructions in this operating manual allow you to operate this system in a proper, safe and efficient manner. It is particu-
larly important to observe basic instructions for installation, operation and maintenance. Each person working with this sys-
tem must read the operating manual in its entirety, take of the instructions stated in it and apply them. Besides the operating 
manual, observe current and locally applicable rules for accident prevention for safe, professional handling. In addition, the 
manufacturer recommends keeping a written record on site. The form at the end of this operating manual may be used for 
this purpose. This operating manual must always be available at the place of operation.

1.2 Area of application

The magnetic

®

 Heating Water Regulator is used for the electrochemical treatment of water as part of chemical-free corro-

sion protection within closed water-bearing systems, such as heating systems. It is used to attain effective corrosion pro-
tection through ideal water quality without additional chemicals, to remove existing circulating impurities and to prevent 
the formation of new corrosion products. In particular, heating water regulators are used in heating systems where there 
is an increased risk of corrosion due to constant oxygenation, such as is the case for floor heating with plastic piping 
which are permeable to diffusion. In addition, regulators are more commonly used in lower temperature systems (e.g. heat 
pumps) or within the context of so-called “low-salt” operation of heating systems, mostly to stabilise the pH value.
Corrosion in heating systems is caused by the interaction of several factors. The magnetic

®

 Heating Water Regulator is not 

a stand-alone corrosion protection device. We see it as a measure within the overall context of the system operation. The 
magnetic

®

 regulator makes a decisive contribution to chemical-free corrosion protection due to its positive effect on the 

heating water thanks to natural layer formation and passivation of the metals in the system. Its core functions are:

• Attrition of dissolved oxygen through an electrochemical reaction
• Removal of circulating air bubbles
• Increasing the pH value >8.3 through electrochemically formed hydroxide
• Removal of circulating impurities from system water

Summary of Contents for HWR 50 plus

Page 1: ...magnetic heating water regulator HWR 50 100 plus Operating manual magnetic einfach besser Anodenstrom...

Page 2: ...heim Tel 49 7944 94199 0 Fax 49 7944 94199 19 info magnetic online de www magnetic online de Managing director Shareholder Michael Bader VAT ID No DE 255 018 730 Trade Register HRA 571362 Registered c...

Page 3: ...operating instructions 1 8 Conformity declaration 2 Layout of the electrochemical water treatment 2 1 Layout of the Heating Water Regulator 2 2 Estimating the system volume 2 3 Water content of buffe...

Page 4: ...ring 7 Maintenance 7 1 Functional check flow rate 7 2 Functional check Anode function 7 3 Backwashing desludging container cleaning 7 4 Monitoring water quality 7 5 Anode replacement 8 Troubleshooting...

Page 5: ...l may be used for this purpose This operating manual must always be available at the place of operation 1 2 Area of application The magnetic Heating Water Regulator is used for the electrochemical tre...

Page 6: ...e system from the water pressure or supply network Damaged systems should be decommis sioned immediately Faulty or damaged reaction vessels should only be repaired by specialist personnel authorised b...

Page 7: ...to good engineering practice A leakage and original pressure inspection is carried out 2 Layout of the electrochemical water treatment 2 1 Layout of the Heating Water Regulator The magnetic Heating W...

Page 8: ...mp The advantage is that the treated water ends up directly in other system parts too Due to increasing the return flow temperature it is not suitable for condensing boiler techno logy System group re...

Page 9: ...low before buffer Installation in main return flow before the buffer tanks if oxygenation is likely or circulating impu rities are present Anodenstrom Anodenstrom Anodenstrom Notes on bypass installat...

Page 10: ...al residue Strongly contaminated old systems in particular those which have been pretreated using chemicals must be rinsed completely prior to installing an HWR For this purpose we recommend using our...

Page 11: ...lling water in conjunction with an HWR A residual conductivity of 50 100 S cm must be retained When using a heating water regulator the filling water should not be softened using ion exchange 4 4 Use...

Page 12: ...ntrol and document flow by means of the water metre provided 6 Success monitoring In order to guarantee the successful function of the regulator one should pay particular attention to the following po...

Page 13: ...up however ideally every 2 years checking and documenting water chemistry with regards to pH values and conductivity during maintenance and consulting us if the values strongly deviate from our recom...

Page 14: ...es mA on the display signalises how hard the HWR is working The display allows the following interpretations The display indicator is between 10 and 100 This is the normal operating range The lower th...

Page 15: ...he device After the rinse process close the ball valve 3 and fill the HWR with water 6 After rinsing is concluded lower the magnet on the chain again Open the ball valve 1 on the supply line to the HW...

Page 16: ...e layer is covering the anode which is preventing it from working Clean the anode with a wire brush then it should function again Otherwise check the display func tion using a 1 5V If it doesn t react...

Page 17: ...sulation the automatic quick bleeder is faulty In this case it needs to be replaced the water metre is not turning Check if the pumps are working and all the valves are open If the water metre is stil...

Page 18: ...ductivity upon initial operation Serial number Date Colour of rinsing water Water residue free yes no Metre reading if available Conductivity S cm pH value mA metre Anode replace ment yes no Executor...

Page 19: ...Floor Centre outflow 745 5 895 5 F Depth incl ball valve 460 460 G Minimum distance 1000 1000 Inflow below outflow top 1 1 Performance data System water content 15000 l 35000 l Flow rate max 600l h m...

Page 20: ...term nkheim Tel 49 7944 94199 0 Fax 49 7944 94199 19 info magnetic online de www magnetic online de Managing director Shareholder Michael Bader VAT ID No DE 255 018 730 Trade register HRA 571362 Regis...

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