China-K-Gt-R-Series-Pneumatic-Vibrator

We have the following types:
K series: Pneumatic ball vibrator
GT series: Pneumatic turbine vibrator
R series: Pneumatic roller vibrator
SK series: Impact air hammer

Feature:
Maximum temperature 140° C _280° F
Noise level range 75 to 100 Dba
These compact pneumatic vibrators are simple in design and yet capable of deliverieng very high centrifugal forces.
The body is machined from an extruded aluminium section, inside of which a precision steel roller rotates, it is retained by two special high impact plastic end plates. For easy mounting, the body has four holes, two horizontal and two vertical.
Air is introduced through one of two inlet ports drilled at right angles to each other in the body. These inlet ports are tapped with a standard pipe thread and a pipe plug is provided for sealing the one not used. The air is exhausted through the special high impact plastic end plates whose design incorporates an air silencer.
Application:

Series R high frequency pneumatic roller vibrators provide a new approach in the movement of fine materials. Being pneumatically powered, the frequency can be controlled by the regulation of air pressure.
Examples of their uses inculde:
- Emptying hoppers
- Agitation of small particles
- Moving of fine powders
- Compaction of plastic and concrete in moulds

Model		 Frequency Centrifugal  force* Air  consumption  /  Minute
V. P. M.   x  1000
2 4 6 2 29 4 58 6 87 2 29 4 58 6 87
Bar Bar Bar Bar PSI Bar PSI Bar PSI Bar PSI Bar PSI Bar PSI
29 58 87 N LBS N LBS N LBS Ltr. CF Ltr. CF Ltr. CF
PSI PSI PSI                        
R-50 25 35 36 1.07 240 2.92 657 4.22 950 100 3.5 145 5.1 195 6.9
R-65 19 21 26 2.73 614 4.83 1.089 6.12 1.377 200 7 300 10.6 400 14.1
R-80 15.5 18.5 19 3 675 6.09 1.37 7.45 1.676 290 10.2 430 15.2 570 20.1
R-100 11 14 16 3.75 844 6.75 1.519 8.9 2.003 370 13 550 19.4 730 25.8
R-120 10 11.5 12.5 8 1.8 10 2.25 12.5 2.812 500 17.6 730 25.8 970 34.2













Model Frequency  Centrifugal  force Air  consumption  L/  Minute
V. P. M.   x  1000
2  Bar 4  Bar 6  Bar 2  Bar 29  PSI 4  Bar 58  PSI 6  Bar 87  PSI 2  Bar 29  PSI 4  Bar 58  PSI 6  Bar 87  PSI
29  PSI 58  PSI 87  PSI N LBS N LBS N LBS Ltr. CF Ltr. CF Ltr. CF
GT-8 36 42 46 990 223 2060 464 2910 655 46 1.6 80 2.8 112 3.9
GT-10 27.5 35 37.5 840 189 1390 313 2400 540
GT13 26 30 33 1400 315 2440 549 3730 839 120 4.2 200 7 290 10.2
GT-16 17 21.5 24 1220 275 2090 470 3160 711
GT20 17 20 23 2170 488 4040 909 5520 1242 185 6.5 325 11.4 455 15.9
GT-25 12 15.5 17 2120 477 3510 790 5070 1140
GT30 13 14 16 3380 760 5430 1222 7540 1696 330 11.5 530 18.5 745 26
GT-36 8 10 13 3290 740 5360 1206 7190 1618
GT40 7.7 8.8 9.5 4300 968 7300 1642 9800 2205 425 15 700 24.6 970 34.2
GT-48 6 7.5 9.7 4900 1102 7700 1732 10500 2363
*  Data  obtained  with  a  Kistler  3axis  dynamometer  on  a  heavy  laboratory  test  block  and  displayed  by  Kistler  control 
Model Frequency  Centrifugal  force* Air  consumption  /  Minute
V. P. M.   x  1000
2  Bar 4  Bar 6  Bar 2  Bar 29  PSI 4  Bar 58  PSI 6  Bar 87  PSI 2  Bar 29  PSI 4  Bar 58  PSI 6  Bar 87  PSI
29  PSI 58  PSI 87  PSI N LBS N LBS N LBS Ltr. CF Ltr. CF Ltr. CF
K-8 25.5 31 35 130 29 260 58 360 81 83 2.9 145 5.1 195 6.9
K-10 22.5 28 34 250 26 470 106 710 160 92 3.2 150 5.3 200 7.1
K-13 15 18.5 22.5 320 72 550 124 870 196 94 3.3 158 5.6 225 7.9
K-16 13 17 19.5 450 101 800 180 1.1 248 122 4.3 200 7.1 280 9.9
K-20 10.5 14.5 16.5 720 162 1.22 275 1.72 387 130 4.6 230 8.1 340 12
K-25 9.2 12.2 14 930 209 1.57 353 2.05 461 160 5.6 290 10.2 425 15
K-30 7.8 9.7 12.5 1.51 340 2.47 556 3.21 722 215 7.6 375 13.2 570 20
K-36 7.3 9 10 2.06 464 3.15 709 4.05 911 260 9.2 475 16.8 675 24
*  Data  obtained  with  a  Kistler  3axis  dynamometer  on  a  heavy  laboratory  test  block  and  displayed  by  Kistler  control  monitor  (COMO). Frequency  and  force  will  decrease  on  a  less  rigid  mount.   Specifications  subject  to change  without  notice  or  obligation.
 
 
 

Stop valve is usually used for or connecting the medium flow and is not recommended for throttling.

The maximum permissible leakage of the Stop Valve with non-metal elastic seals is zero, and that of the stop valve with meal seals is 0.1xDNmm3/s. Therefore, acceptable stop valves with metal seals possibly have slight leakage. Hence, in the applications where there must not be any leakage,especially at the pipeline ends,stop valves with soft seals should be used,and shutoff valves with metal seals should not be used.

Nominal Pressure of Brass Stop Valve is 1.6MPa. Medium temperature for metal seal is -20℃~150℃, and medium temperature for non-metal elastic seal is -20℃~120℃. When the stop valve is used for saturated steam, the pressure of the saturated steam should be ≤0.6MPa.

Stop Valve

Stop Valve,Brass Stop Valve,Stop Cock Valve,Forged Brass Stop Valve

Ningbo Jiekelong Precision Manufacturing Co., Ltd. , http://www.jklvalve.com

March 09, 2020