PNEUMATIC TURBINE VIBRATORS Series T
Maximum temperature 140¢XC=280¢XF
Noise level range 65 to 80 dBA
 1. Hard anodised aluminium alloy body
2. Turbine rotor
3. Aluminium = light weight
4. Brass = heavy weight
5. Ball-bearings
 6. Plastic endplate with thread
7. Nylon endplate
8. Accelerator grooves
9. Air inlet
10. Air exhaust
11. Base Mounting's holes

DESCRIPTION

A low speed range and large working moment are combined in these vibrators to produce a powerful vibration with a high amplitude.

The body is machined from an aluminium extrusion which is tempered and hard anodized. It is chemically resistant and suitable for use in the food and pharmaceutical industries.

The LP-vibrators (Low Pressure) works most economically between 30 and 60 PSI while the HP-vibrators (High Pressure) shows the best results between 60 and 80 PSI. In this range the frequency of vibration can be varied by regulation of the air pressure, thus enabling the vibrator to be tuned to suit the application.

These pneumatic turbine vibrators have a low noise level. The noise measured in the proximity of the silencer may be reduced to half when an exhaust hose is used.

Design

The vibration is produced by the centrifugal force of the rotor which has a large excentric moment. The rotor is supported on two heavy duty bearings which ensure a long working life even when used at maximum speed.

INSTALLATION INSTRUCTIONS

An air line filter and lubricator must be used to guarantee a long working life of the bearings. A hydraulic oil ISO VG5 = 5 cSt/40¢XC must be used, for example SHELL Tellus Oil C5. The recommended mounting bolts should be grade 5 or better.

The surface into which the vibrator is to be mounted should be absolutely flat ¡X mounting the vibrator to an uneven surface may distort the vibrator body and cause the turbine to give less than designed performance.
PERFORMANCE DATA
Model Frequency V.P.M. Centrifugal force measured Air consumption / Minute
2 Bar
29 PSI		 4 Bar
58 PSI		 6 Bar
87 PSI		 2 Bar = 29 PSI 4 Bar = 58 PSI 6 Bar = 87 PSI 2 Bar = 29 PSI 4 Bar = 58 PSI 6 Bar = 87 PSI
N LBS N LBS N LBS Ltr. CF Ltr. CF Ltr. CF
T-50/LP 17.000 21.500 23.000 700 157 1.240 279 1.710 385 67 2.4 115 4.0 165 5.8
T-50/HP 11.000 14.500 16.500 600 135 1.020 230 1.350 304 79 2.8 140 4.9 198 7.0
T-65/LP 9.500 13.000 15.000 770 173 1.380 310 1.800 405 89 3.1 157 5.5 236 8.3
T-65/HP 8.500 10.500 12.000 1.300 293 2.050 461 2.600 585 108 3.8 193 6.8 290 10.2
T-80/LP 9.000 11.500 13.000 1.840 414 2.960 666 3.790 853 150 5.3 260 9.2 385 13.6
T-80/HP 6.800 9.000 10.500 2.000 450 3.470 780 3.740 1.066 NA NA 260 9.2 385 13.6
T-100/HP 6.500 9.000 10.000 2.480 558 4.800 1.080 6.060 1.364 NA NA 300 10.6 430 15.2
Data obtained with aKistier 3-Axis Dynamometer on a heavy laboratory test block
and displayed by a Kistler control monitor (COMO).
Frequency and force will decrease on a less rigid mounL
We reserve the right to improve, modify or withdraw specifications or products without notice or obligation.
DIMENSIONS *will accept NPT
Model A Width C D E F G*
Thread
BSP 		H*
Thread
BSP		 Weight
mm inch mm inch mm inch mm inch mm inch mm inch kg Lbs
T-50/LP 50 1.97 46 1.81 86 3.38 68 2.68 12 0.47 7 0.27 1/8" 1/4" .385 .86
T-50/HP 50 1.97 60 2.36 86 3.38 68 2.68 12 0.47 7 0.27 1/8" 1/4" .520 1.15
T-65/LP 65 2.56 50 1.97 113 4.45 90 3.54 16 0.63 9 0.35 1/4" 1/4" .735 1.60
T-65/HP 65 2.56 64 2.52 113 4.45 90 3.54 16 0.63 9 0.35 1/4" 1/4" .975 2.15
T-80/LP 80 3.15 56 2.20 128 5.04 104 4.09 16 0.63 11 0.43 1/4" 3/8" 1.210 2.70
T-80/HP 80 3.15 70 2.75 128 5.04 104 4.09 16 0.63 11 0.43 1/4" 3/8" 1.560 3.45
T-100/HP 100 3.94 67 2.64 160 6.30 130 5.12 20 0.79 13 0.51 3/8" 3/8" 2.270 5.00
  Copyright JADE SCREEN ENTERPRISE CO., LTD.. All rights reserved.
System design and maintenance : ienet