CZPT CZPT Product :2AH type 160mm driven middle dimensions higher pressure
pneumatic pushed h2o pump for tube expanding
CZPT Info for Air driven liquid pumps
CZPT air pushed liquid pumps are ratio products that utilize low strain compressed
air driving a bigger diameter piston (region x stress) which is linearly linked to a more compact
hydraulic piston/plunger. Making use of this ratio principal, a higher hydraulic stress can be generated.
CZPT Pump design quantities mirror the pumps nominal stress ratio, although the specialized data
implies actual ratios. The outlet stall strain is straightforward to set by adjusting the air generate pressure
by way of a basic air strain regulator.
By multiplying the force ratio by the available shop
air pressure, the nominal liquid force can be calculated.
Exmple ( Pump Product: AH40 liquid pump)
Air push piston region ( 160mm Ø)
CZPT plunger region ( 25 mm Ø)
Genuine ratio = 40:one
one. AIR Push Part
The air drive segment is made up of a mild excess weight piston complete with seals running within an
aluminum barrel. The diameter of the air piston is 80mm. When compressed air is equipped 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) triggered at every end of the stroke
2. CZPT Area (Wetted End)
The hydraulic area of an air driven liquid pump is made up of four major items, the hydraulic physique,
the piston/plunger, the examine valves and the primary higher pressure seal. The hydraulic
piston/plunger is directly connected to the air piston and it is housed within the hydraulic physique and
its movement up and down produces the liquid flow into and out of the pump through the verify
valves. The check out valves are spring loaded and on the suction stroke the inlet examine valve
opens to the highest enabling fluid into the hydraulic human body and on the compression stroke the
inlet check valve closes and the discharge check valve opens forcing the pumped fluid into the
procedure. The primary large stress seal is located in the hydraulic body and the piston/plunger seals
against this in the course of procedure. There are different supplies and patterns of high strain seals
depending on the fluid becoming pumped and the optimum pressures of the pump, nonetheless the
CZPT seals are suitable for each drinking water and hydraulic fluid use.
CZPT air driven liquid pumps are self-priming, Even so, higher ratio pumps are a lot more challenging to
Prime and might call for bleeding. In standard, it is not suggested to use an air- line lubricator.
CZPT air driven liquid pumps cycle automatically as the outlet stress boosts the
resistance also increases and the cycle fee decreases right up until the pump stops immediately
when the output pressure forces are equivalent. This is referred to as the stall situation.
The pump will restart with a slight drop in the outlet pressure or an improve in the air push
strain. Pump efficiency can be affected by a variety of conditions, these kinds of as freezing of the
exhaust muffler or pilot valves (which is brought on by dampness in air lines), inadequate inlet air-line
sizes and soiled filers. When functioning the pumps on a ongoing basis, we advise you use
a highest cycle fee of 50~sixty cycles per minute.
This will each enhance services intervals and help in protecting against ice forming
at the exhaust. An air source dryer will also aid in minimizing icing up.
To acquire best total efficiency, it is advised not to reduce the indicated port sizes
and consult We for flow circumstances not shown in charts.
Standard applications for high force pneumatic h2o screening pump
Key characteristics
One design available in 8 ratios
Compatibility with a variety of liquids
Risk-free pneumatic procedure
Aluminum bodies and wetted resources of carbon steel or stainless steel
Rugged,compact,reputable and effortless routine maintenance proven style
Substantial top quality seals, long service life offered
No require for air line lubrication
Vast software with massive selection of stress ratio
Main technological data
Normal technical information for pneumatic pushed liquid pumps
| 2AH Serial air liquid pump | |||||||||||||||||||||
| CZPT data Base on air pushed pressure at 7 bar ,air usage is 1-1.6M3 for every min | |||||||||||||||||||||
| Product | Piston/Rod diameter ø(mm) | Displacement for every stroke (mL ) | Liquid IN | Liquid OUT | Greatest outlet pressure Bar@air driven at 8.3Bar | Outlet pressure(Bar) 1Bar=.1Mpa=1.019Kg/cm² | |||||||||||||||
| one hundred | two hundred | 300 | four hundred | 500 | 600 | 700 | 900 | 1200 | 1700 | 2200 | 2700 | 3600 | 4500 | 5400 | |||||||
| Movement rate L/Min (L/min) | |||||||||||||||||||||
| 2AH512 | ten | 3.93 | NPT1/four” | *HF4 | 4249 | .47 | .forty five | .forty three | .forty one | .39 | .35 | .31 | .28 | .24 | .2 | .sixteen | .14 | .12 | .1 | ||
| 2AH630 | 9 | 3.18 | NPT1/four” | *HF4 | 5312 | .38 | .37 | .37 | .35 | .33 | .32 | .29 | .25 | .22 | .19 | .sixteen | .14 | .13 | .14 | .08 | |
| 2AH800 | eight | 2.fifty one | NPT1/four” | *HF4 | 6640 | .3 | .29 | .29 | .28 | .26 | .twenty five | .23 | .2 | .18 | .fifteen | .13 | .eleven | .1 | .1 | .09 | .06 |
Remark one) Maxium outlet stress are at an air driven stress of eight bar or 116 PSI ,for long life employing
of such pump ,we recommend that air driven pressure must be not far more than 8 Bar
Normal diagram of these kinds of air pushed liquid pumps
Solution Applications
Manufacturing facility corners