Usun Model: At300 Double Acting High Pressure Pneumatic Driven Hydraulic Test Pump

Usun Model: At300 Double Acting High Pressure Pneumatic Driven Hydraulic Test Pump

Popular  CZPT Design :AT400  type  2000-3000 Bar output  160mm pushed double

acting High pressure    pneumatic driven hydraulic test pump 

CZPT Data for Air driven liquid pumps

 

CZPT air driven liquid  pumps are ratio products that use lower strain compressed

 

air driving a bigger diameter piston (region x strain) which is linearly connected to a smaller sized

 

hydraulic piston/plunger. Utilizing this ratio principal, a higher hydraulic stress can be produced.

 

CZPT Pump design figures mirror the pumps nominal force ratio, while the technical data 

 

implies actual ratios.  The outlet stall force is easy to set by altering the air push force

 

by way of a simple air force regulator. 

 

By multiplying the strain ratio by the available shop

 

air pressure, the nominal liquid stress can be calculated.

 

Exmple ( Pump Product: AT644 liquid pump)

 

Air drive piston region ( 160mm Ø)

 

CZPT plunger location ( 20 mm Ø)

 

Genuine ratio = sixty four:1

 

1.  AIR Travel Section

 

The air drive section consists of a light excess weight piston full with seals running within an

 

aluminum barrel. The diameter of the air piston is 80mm. When compressed air is supplied to

 

the pump the air pushes the air piston down on a compression stroke

 

( forces fluid out of the liquid stop).

 

 Under the control of pilot pins (poppet valve) brought on at every finish of the stroke

 

2. CZPT Area (Wetted End)

 

The hydraulic part of an air driven liquid pump is made up of 4 major parts, the hydraulic human body,

 

the piston/plunger, the verify valves and the principal large strain seal. The hydraulic

 

piston/plunger is  directly joined to the air piston and it is housed inside of the hydraulic body and

 

its motion up and down results in the liquid flow into and out of the pump via the check

 

valves. The check out valves are spring loaded and on the suction stroke the inlet examine valve

 

 opens to the optimum enabling fluid into the hydraulic human body and on the compression stroke the

 

inlet verify valve closes and the discharge check valve opens forcing the pumped fluid into the

 

method. The major higher force seal is located inside of the hydraulic human body and the piston/plunger seals

 

against this for the duration of operation. There are distinct materials and types of large pressure seals

 

dependent on the fluid becoming pumped and the maximum pressures of the pump, nevertheless the

 

CZPT seals are suitable for each water and hydraulic fluid use.

 

CZPT air pushed liquid pumps are self-priming, However, substantial ratio pumps are more tough to

 

Prime and may possibly demand bleeding. In basic, it is not advisable to use an air- line lubricator.

 

CZPT  air pushed liquid pumps cycle automatically  as the outlet strain boosts the

 

resistance  also increases and the cycle fee decreases until finally the pump stops immediately

 

when the output  pressure forces are equivalent. This is referred to as the stall issue.

 

The pump will restart with a slight drop in the outlet force or an improve in the air drive

 

force. Pump performance can be impacted by a quantity of problems, these kinds of as freezing of the

 

exhaust muffler or pilot valves (which is caused by humidity in air lines), inadequate inlet air-line

 

measurements and dirty filers. When working the pumps on a constant foundation, we suggest you use

 

a highest cycle fee of 50~60 cycles for every minute.

 

This will each increase provider intervals and aid in stopping ice forming

 

at the exhaust. An air offer dryer will also aid in reducing icing up.

 

To receive ideal overall functionality, it is advisable not to lessen the indicated port sizes

 

and consult We for stream circumstances not revealed in charts.

Normal purposes for  pneumatic driven h2o testing pump  

Essential functions

1 model available in 8 ratios

Compatibility with a variety of liquids

Safe pneumatic operation

Aluminum bodies and wetted resources of carbon metal or stainless metal

Rugged,compact,dependable and simple servicing verified layout

Large quality seals, long services lifestyle accessible

No need to have for air line lubrication

Extensive software with massive selection of strain ratio

Major technological data 

Standard technological data for pneumatic pushed water pump 
 

AT Serial Air liquid pump 
CZPT data                                             Foundation on air driven at 7Bar , air usage is around  .9M3 for each min 
Base on air pushed strain at 7Bar
Design Piston/Rod diameter ø(mm) Displacement for every stroke (mL) Liquid IN Liquid OUT Maximum outlet pressyre Bar@at eight.3Bar Liquid Outlet pressure (Bar)     1Bar=.1Mpa=one.019Kg/cm²
20 40 70 100 one hundred fifty 200 three hundred 400 five hundred 600 700 900 1200 1700 2350
Movement rate   L/min  (L/min)
AT10 50 294.52 NPT3/4” NPT3/four” 83 35.34 26.fifty one 20.sixty two seventeen.67 eleven.seventy eight                      
AT16 40 188.five NPT3/four” NPT3/four” 132.8 22.sixty two sixteen.ninety seven thirteen.two eleven.31 7.fifty four                      
AT20 35 a hundred and forty four.32 NPT3/4″ NPT3/four” 166 17.32 14.forty three 12.99 11.fifty five ten.one                    
AT28 thirty 106.03 NPT1/2″ NPT1/2″ 232.four 12.72 10.six nine.fifty four 8.forty eight seven.forty two 6.36                  
AT40 25 seventy three.sixty three NPT1/2″ NPT1/2″ 332 8.eighty four seven.36 6.63 5.89 5.15 four.forty two three.sixty eight                
AT64 twenty forty seven.12 NPT3/eight” NPT3/eight” 498 5.sixty five 4.71 4.24 three.seventy seven 3.3 2.83 two.36 one.88 one.41              
AT80 eighteen 38.17 NPT3/8″ NPT3/8″ 664 4.fifty eight 3.eighty two three.44 three.05 two.sixty seven 2.29 1.91 1.53 one.34 1.fifteen            
AT100 16 30.sixteen NPT3/8″ NPT3/8″ 830 three.sixty two 3.32 3.02 two.87 2.56 two.26 1.eighty one one.fifty one one.21 one.06 .9        
AT130 14 23.09 NPT3/8″ NPT3/8″ 1079 2.77 2.sixty six 2.54 2.31 2.08 one.eighty five one.sixty two one.39 1.fifteen .92 .eighty one .69 .23      
AT170 twelve twelve.forty four NPT3/eight” NPT3/8″ 1411 1.49 1.forty three one.37 1.31 1.24 1.12 1 .87 .seventy five .62 .5 .44 .37 .twelve    
AT240 ten eight.64 NPT3/eight” *HF4 1992 1.04 .99 .95 .91 .86 .78 .sixty nine .six .fifty two .43 .35 .3 .26 .22 .seventeen  
AT300 9 seven.32 NPT1/4″ *HF4 2490 .88 .84 .eighty four .81 .seventy seven .73 .66 .fifty nine .51 .forty four .37 .33 .29 .33 .eighteen  
AT400 8 five.53 NPT1/four” *HF4 3320 .66 .sixty four .sixty four .61 .fifty eight .fifty five .five .forty four .39 .33 .28 .twenty five .22 .21 .19 .fourteen

Remark one) Maxium outlet stress are at an air pushed stress of eight bar or 116 PSI ,for prolonged daily life making use of

of this kind of pump ,we advise that air driven force should be not a lot more than eight Bar 

Common diagram of such air pushed liquid pumps 


 

Solution Applications 

 

Manufacturing unit corners 

 

Usun Model: At300 Double Acting High Pressure Pneumatic Driven Hydraulic Test Pump

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