In the seventies&commaHilead manufactured the initial CY14-1B serise piston pump&periodAfter thousand instances demo production experiments&commawe broke via the CY massive specification pump’s accelerating question for the very first time in domestic&commathe rotational pace enhanced from one thousand rpm to 1500 rpm&commaand attain to 2200 rpm&time period
In 1998&commaHilead produced the initial Q series low sounds axial piston pump in the domestic&commacompared with the regular piston pump&commathe sound decreased 4 Db&commathe radial direction size decreased 60mm&commathe heigh has been shortened 47mm&commathe solitary set bodyweight reduced 10kg&commaespecially&commaQ100 and Q125 pump loaded the domestic hole&periodEven nowdays&commaHilead is a chief of CY series piston pump&time period
Advantages&colon
one&period Decide on the higher-precision needle bearing with holder to change the previous brief cylindrical roller bearing&time period So lower down the sound of the pump and reduce the external proportions and fat&period
two&time period The oil absorption channel spot of Q&astCY14-1Bk is elevated by forty&percnt&interval So the self-absorption capacity and peak speed of the pump are lifted as well&period of time And the sounds of the pump is reduced&interval
three&interval Boost the framework of the valve plate&period of time So elevate the oil absorption capability and minimize the noise&time period
four&period Enhance the framework of the central spring&period of time Lower down the spring pressure&period of time
5&time period Boost the framework of piston&time period Elevate the pressure of pulling or dragging by twenty&percnt&period of time
6&interval Use the precision casting housing which seems much better&time period Make the interior wall of the channel fantastic and specific&period of time
Model *CY14-1B (CM14-1B) | Steady working pressure Mpa | Nominal Displacement ml/r | Rated velocity r/min | Theoretical flow l/min | Rated energy Kw |
|
a thousand r/min | 1500 r/min | 1500 r/min | ||||
10*CY(M)fourteen-1B | 31.five | ten | 1500 | 10.nine | sixteen | ten |
sixteen*CY(M)fourteen-1B | 31.five | sixteen | 1500 | 16 | 24 | fourteen.eight |
25*CY(M)14-1B | 31.five | 25 | 1500 | 26.9 | 40 | 24.six |
32*CY(M)fourteen-1B | 31.five | 32 | 1500 | 32 | forty eight | 29.6 |
40*CY(M)fourteen-1B | 31.five | forty | 1500 | forty | sixty | 36.nine |
sixty three*CY(M)fourteen-1B | 31.5 | 63 | 1500 | 67 | 100 | sixty |
80*CY(M)fourteen-1B | 31.5 | eighty | 1500 | 87 | 130 | 75 |
one hundred sixty*CY(M)fourteen-1B-G | 31.five | one hundred sixty | 1500 | 175 | 260 | 157 |
250*CY(M)14-1B-G | 31.5 | 250 | 1500 | 275 | 414 | 250 |
True power of the pump N=PQ/60η[p~Actual stress (Mpa)Q~True movement(l/min)η~general performance approx .85~.9] |