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ANALOGIC DOSING PUMPS EONE MA SERIES 

Operating princip les 

Dosing pump operation is ensured by a PTFE (teflon®) membrane mounted on the piston of an electromagnet. When the 

piston of the electromagnet is attracted, pressure is produced in the pump head and liquid is ejected from the discharge valve. 

Once the electrical impulse has terminated a spring brings the piston back to its original position and liquid is called in through the 
suction valve. Due to this simple operation of the pump, no lubrication is needed and maintenance is reduced to nearly zero. The 
materials used to manufacture the pump make it fit for use even with particularly aggressive liquids. The dosing pump has been 

designed for flow rates starting from 1 to 30 l/h and pressures from 4 to 20 bar (depending on pump type). 

Technical Characteristi cs 

 

Equipment manufactured according to CE regulation 

 

Anti acid plastic casing  

 

Control panel protected by adhesive film resistant to atmospheric agents and UV rays 

 

Power supply: extended range 90 – 260 Volt 50-60 Hz 

 

IP65 protection level 

 

Environmental conditions: closed environment, altitude up to 2000 m, ambient temperature from 5°C to 40°C, 
maximum relative humidity 80% up to a maximum of 31°C (linear decrease down to 50% at 40°C). 

 

Classification  with  respect  to  protection  against  indirect  contacts:  CLASS  I  (the  equipment  is  supplied  with  an 

electrical protection conductor). 

Reference Standards  

The dosing pump is in accordance with the following directives: 

 

2006/95/CE:    

" low tension" 

 

2004/108/CE:  

" electromagnetic compatibility" 

 

Tipe 

Max Flow rate 

Max 

Pressure 

[bar] 

Stroke 

[imp/1’] 

Standard  

power supply 

Power 

adsorbed 

[W] 

Current 

MAX 

[A] 

Net 

weight 

[kg] 

L/h 

mL/min 

mL/colpo 

0110 

16,66 

0,09 

10 

0 – 180 

100 -250 V / 50-60 Hz 

19 

1,4 

3,0 

0310 

50,00 

0,21 

10 

0 – 240 

21 

1,4 

3,0 

0507 

83,33 

0,27 

0 – 300 

21 

1,4 

3,5 

0520 

83,33 

0,46 

20 

0 – 180 

28 

2,0 

4,5 

0810 

133,33 

0,45 

10 

0 – 300 

26 

1,8 

3,5 

1010 

10 

166,66 

0,55 

10 

0 – 300 

36 

1,8 

4,5 

1504 

15 

250,00 

0,83 

0 – 300 

26 

1,8 

3,5 

2005 

20 

333,33 

1,38 

0 – 240 

32 

1,9 

4,5 

3005 

30 

500,00 

2,08 

0 – 240 

32 

1,9 

4,5 

0210(*) 

33,33 

0,18 

10 

0 – 180 

36 

1,6 

3,0 

0507(*) 

83,33 

0,46 

0 - 180 

36 

1,6 

3,0 

(*) only model BASIC 

Summary of Contents for eOneMa

Page 1: ...1...

Page 2: ...dimensions 7 Material in contact with the additive 7 INSTALLATION 8 Introduction 8 Pump installation 8 Electrical scheme 8 Tubes connection 9 Typical installation 10 Accessories 11 REGULATIONS FOR SU...

Page 3: ...in this manual FORBIDDEN Before safety information it highlights an operation not to be performed ATTENTION Before a very important notes regarding health protection for the exposed personnel or regar...

Page 4: ...p in his possession and its correct use The manufacturer cannot be considered responsible for any damage derived from improper erroneous and unreasonable use Shipping and handling Shipping must be per...

Page 5: ...the discharge tube and then proceed with maintenance operations using adequate safety measures gloves goggles overalls etc Assembly All the pumps we produce are normally supplied fully assembled For...

Page 6: ...s and UV rays Power supply extended range 90 260 Volt 50 60 Hz IP65 protection level Environmental conditions closed environment altitude up to 2000 m ambient temperature from 5 C to 40 C maximum rela...

Page 7: ...h water at temperature of 20 C Overall dimensions Fig 1 Dimensions in mm Plate for wall mounting Material in contact with the additive In the standard configuration the pumps of the eOne series are su...

Page 8: ...d state before starting up the pump Locate the pump as shown in fig 2 taking into account that it can be located over or under the liquid level within a maximum difference of 1 5 meters The injection...

Page 9: ...through ring nut 2 and bush 3 3 Press the hose end 1 onto the conic adapter of the nozzle 4 4 Place the nozzle 4 onto the nipple 5 5 Tighten the ring nut 2 onto the nipple 5 Fig 4 Tubes connection To...

Page 10: ...10 Fig 5 Priming sequence Typical installation A Main pipeline B Injection valve C Backpressure valve D Pressure gauge E Relief valve F Power supply plug G Chemical tank H Foot filter I Level probe...

Page 11: ...lene semi rigid white discharge hose length 2m n 1 3 8 BSP injection valve n 1 foot filter n 1 instruction manual REGULATIONS FOR SULPHURIC ACID ADDITIVE MAX 50 In this case it is necessary to take in...

Page 12: ...e section the pump stop dosing and the red LED lights up UNDER LOAD and OVER LOAD functions The innovative HRS technology has allowed to create a range of metering pumps capable of detecting pressure...

Page 13: ...default Level alarm and 1 1 signal input The pump is supplied with a connector for a level switch supplied on request When the height of the liquid in the product tank is lower than a predetermined mi...

Page 14: ...he additive from the tube Again if the casing is in contact with the additive must be cleaned Warning when the power supply is deactivated the pump may emit one or more pulses so before you disconnect...

Page 15: ...X 1 PUMP DRAWINGS 1 pump head screws to tighten the four screws use a dynamometer screwdriver set to a tightening torque of 180 200 Nxcm using a hexagonal insert of 2 5 mm 1 ELECTROMAGNET 2 PUMP HEAD...

Page 16: ...MORSETTI APPENDIX 2 EXPLODED VIEWS 1 Plastic casing 2 Plastic cover 3 Pump head 4 Electromagnet 5 Pump gasket 6 PC board 7 Knob basket 8 Adjustment knob 9 Flange 10 Diaphragm 11 Pump head basket 12 p...

Page 17: ...106 5 Body filter 6 Ceramic ball 7 O ring 3030 8 O ring 3081 9 Valve seat 10 Filterinig basket 1 Ring nut 2 Bush 3 Nozze 4 O ring 106 5 Injection valve nipple 6 Adapter 7 O ring 3024 3030 8 Ceramic b...

Page 18: ...18...

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