Tentec Mini Air Driven Pump
Tentec Air Driven Pump Units operate on the simple but efficient
principle of power magnification through the use of differential
areas. A relatively large air-operated piston drives the smaller
piston, which provides fluid flow at high pressures. All Tentec
air driven pump units are fitted into an easily transportable, tubular
steel frame.
The pump units are available, fitted with a large choice of pressure
gauges and are supplied complete with an air pressure
regulator which can be set to stall the pump unit when it reaches
the pressure required for each particular tensioning application.
Recommended Oil
ISO Grade 10, 32 and 68
Example: Shell Morlina oil 10
Air Consumption
When operating from zero to rated hydraulic pressure,
air consumption will be approximately 28ft³/Min of free
air at 100 PSI input. At lower air pressures and higher
hydraulic pressures, air consumption will be reduced
proportionally to flow rates included.
Technical Specifications
Tentec supply many different air driven pump units, of varying
pressure and fluid discharge specifications. This document details the main tensioning air pump, the
model HTT.627x Series. The Tentec standard tensioning pump
configuration is the model HTT.6271, with a maximum working
pressure of 1500bar fitted with a suitable gauge and outlet
connection.
For higher pressure needs the model HTT.627x series pump
can be configured with a 2275bar max working pressure, fitted
with a suitable gauge and outlet connection. Part number
HTT.6272
Approximate Air to Hydraulic Pressure
Ratios Static Condition
| |
Air Pressure (psi) |
|
| Ratio |
10 |
20 |
30 |
40 |
50 |
60 |
70 |
80 |
90 |
100 |
| 440:01:00 |
5000 |
8000 |
12500 |
16500 |
21000 |
25500 |
30000 |
34000 |
38000 |
42500 |
Notes:
When operating from 0 to rated hydraulic pressure, air consumption will be approx 28scfm of free air at 100psi
input. At lower air pressures and higher hydraulic pressure, air consumption will reduce proportionaly
Measurement
| Model Ratio |
Hydraulic Piston Diameter (In) |
Hydraulic Piston Area (In2) |
Volume per Stroke (In3) |
| 440:01:00 |
0.25 |
0.049 |
0.061 |
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