DROPSA nano Progressive User Operation And Maintenance Manual Download Page 6

 

8. DIVIDER BLOCKS ASSEMBLY 

To order a Pre-assembled Assembly the following ‘string’ formation is used to identify the sequencing of the 

elements and the order of assembly.  

 

INLET Config. and PACK

 

 

ELEMENT configuration (repeat for  N° element)

 

TYPE 

INLET 

N° 

ELEMENTS 

FLOWRATE 

[cm³] 

OUTLET 

CYCLE 

CONTROL 

PRESSURE COTROL

 

OUTLET 

FITTINGS

 

TYPE 

PRESSURE 

[bar] 

POSITION 

nP 

Empty  

Standard 

Hole centers 

42mm

 

3

÷

12

 

025

 

0,025 

Empty 

both 

US 

Ultrasensor 

right side 

M 

with 

memory 

pin 

30-50-75 

100-150-200 

250-300

 

left 

OP4 

Ø4 Push-

in  

 

Reduced 

Hole center 

20mm

 

 

045

 

0,045 

SL 

single left 

USL 

Ultrasensor 

left side 

with rod 

20-30-50 

100-150 

200-250

 

right 

OP6 

Ø6 Push-

in  

075

 

0,075 

SR 

single right 

V

 

visual right 

side 

B

 

with 

membrane

 

30-50 

100-150 

200-250

 

LR

 

let right 

OC8BK 

1/8” BSP 

valved

 

105

 

0,105 

BL

 

bridge left 

VL

 

visual left 

side 

 

UL 

Single left  

upper

 

OC8NK 

1/8” NPT 

valved

 

 

BR

 

bridge right

 

 

UR 

Single right 

upper

 

 

BLR

 

bridge  

left & right

 

URL 

Single  

right & left  

upper

 

Both Upper 

UL 

Single left  

upper 

UR 

Single right  

upper 

 

Specify the full string of dividers block as in following example below: 

 

- nP 5 

(

105 BLR – 105 SR USL M 75 UR OC8BK – 045 SL M 100 UL OC8BK – 025 BLR – 075 OP4

)

 

 

      1°   

 

   2° 

 

 

 

   3° 

 

           4°  

   5° 

 

Please note that LEFT and RIGHT are defined relative to the INLET element when viewed vertically from the bottom-

up as shown below. 

 

 

(                    −...) 

5° 

 

4° 

 

3° 

 

2° 

 

1° 

INLET              ELEMENTS 

 END 

    INLET 

Summary of Contents for nano Progressive

Page 1: ...ti io on n t t 1 1 5 58 86 6 5 56 66 6 1 15 54 40 0 f f 1 1 5 58 86 6 5 56 66 6 1 15 54 41 1 A AU US ST TR RA AL LI IA A D Dr ro op ps sa a A Au us st tr ra al li ia a L Lt td d t t 6 61 1 0 02 2 9 9...

Page 2: ...gurations that make them flexible for use in multiple applications The compactness makes them particularly suitable for use in small areas 3 TECHNICAL CHARACTERISTICS nP nano Progressive product has t...

Page 3: ...ble to combine the flow rates of a metering element with the next metering element in the assembly by selecting an appropriate bridge metering element BRIDGE ELEMENT The output flow rate is bridged to...

Page 4: ...ment of the spool during the lubrication cycle It is recommended to install them on both master and secondary dividers on the secondary master in order to have rapid feedback of any blockages or failu...

Page 5: ...r INLET 5119832 4x1 Drawn steel tube 500bar 0092080 6 comrpession fitting 150bar 5118001 ASTM 6x0 71 Copper steel tube 310bar 0092069 4 bicone fitting 150bar 5118000 ASTM 4x0 71 Copper steel tube 500b...

Page 6: ...USL Ultrasensor left side P with rod 20 30 50 100 150 200 250 R right OP6 6 Push in 075 0 075 SR single right V visual right side B with membrane 30 50 100 150 200 250 LR let right OC8BK 1 8 BSP valve...

Page 7: ...with visual indicator nP 025 0 075 0645780 Element with visual indicator nP 075 0 045 0645779 Element with visual indicator nP 045 0 105 0645781 Element with visual indicator nP 105 ELECTRIC CYCLE IND...

Page 8: ...D N elements A B C D N elements 42 1 65 6 2 24 24 94 76 3 3 3 20 79 5 5 22 30 5 1 2 82 8 3 26 3 90 3 3 55 4 96 8 3 82 4 104 3 4 11 5 110 8 4 36 5 118 3 4 66 6 124 8 4 91 6 132 3 5 21 7 138 8 5 46 7 1...

Page 9: ...t the identification label and all the other relative documents are also destroyed 14 HANDLING AND TRANSPORTATION Prior to shipping the equipment is carefully packed in cardboard package During carria...

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