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are for de-aerated water return from the de-airing tank, tap water going 

to the de-airing tank, and air/vacuum to the de-airing tank respectively.
On the face of the panel are the connections for air pressure outputs to 

the HM-4151A Bladder Air/Water Cylinders for cell pressure and back 

pressure, tap water and de-aerated water for the bladder cylinders, 

automatic volume change, and the triaxial cell. Also, there is an auxiliary 

pressure connection for air pressure up to 10 psi and an auxiliary vacuum 

connection. These connections are made using quick disconnect style 

fittings. These fittings have a barbed end and a nut which fits over  

the tubing to clamp the tubing on to the barbed end of the fitting.  

To disconnect the fittings from the panel, push down on the tab at the 

top of the socket half of the fitting as shown in Figure 3. The plug half  

of the fitting will pop outward. To reconnect it, just push the plug 

into the socket until the tab clicks and locks the plug in place. The 

connection for the tap water to the base of the sample via the volume 

change device requires a 1/4" to 1/8" push-to-connect adapter to allow 

the attachment of 1/4" tubing from the panel to the 1/8" OD tubing 

which connects to the volume change device. This adapter is supplied 

with the panel.

BLADDER CYLINDER CONNECTION

The bladder cylinders have push to connect style fittings at the bottom 

of the assembly. These fittings use the ¼ inch OD tubing and attach 

the by the same method as the fittings on the back side of the panel. 

The center fitting is for air pressure from the right side of the panel. The 

other push-to-connect fitting is for water from the connections on the 

front of the panel. There are two bladder cylinders required per triaxial 

cell. One bladder cylinder is for cell pressure and tap water supply, the 

other cylinder is for back pressure and de-aerated sample water supply. 

The air pressure line for one of the bladder cylinders will connect to the 

Cell air pressure connection on the front of the panel and the water line 

for that bladder cylinder will connect to the Bladder A connection on 

the front of the panel. The air line for the second bladder cylinder will 

connect to the pore water pressure (PWP) connection on the front of the 

panel and the water line for the second bladder cylinder will connect to 

the Bladder B connection on the front of the panel as shown in Figure 2.

AUTO VOLUME CHANGE CONNECTION

The Automatic Volume Change Device has push-to-connect fittings for 

1/8" OD tubing. The volume change device is connected to the panel at 

the Base connection on the front of the panel as shown in Figure 2. The 

connection for the tap water to the base of the sample via the volume 

change device requires a 1/4" to 1/8" push-to-connect adapter to allow 

the attachment of 1/4" tubing from the panel to the 1/8" OD tubing 

Summary of Contents for HM-4165

Page 1: ...product manual 03 11 HM 4165 3 Cell Manual Control Panel ...

Page 2: ......

Page 3: ...ll connections will require either 1 4 inch OD or 1 8 inch OD flexible tubing However metric adapters are available to allow connecting the inch tubing to 6 mm tubing PANEL CONNECTIONS The panel is equipped with push to connect style fittings on the back side of the panel frame It is necessary to use 1 4 OD flexible tubing to make the connections Figure 2 shows how the connections are to be made w...

Page 4: ...er cylinders have push to connect style fittings at the bottom of the assembly These fittings use the inch OD tubing and attach the by the same method as the fittings on the back side of the panel The center fitting is for air pressure from the right side of the panel The other push to connect fitting is for water from the connections on the front of the panel There are two bladder cylinders requi...

Page 5: ...e transformer into a 110 220 VAC electrical socket as in Figure 5 OPERATION After making all of the necessary connections check to make sure all of the valves on the front of the panel are set to the off position Also loosen the jam nuts on the regulators as shown in Figure 3 AIR PRESSURE ADJUSTMENT There are a total of seven regulators on the panel The main regulator located below the gauge label...

Page 6: ... by the regulator NOTE When the pressure is displayed for one of the cell air connections the other cell air valves must be in the OFF position or else the incorrect pressure will be displayed There are six valves under the WATER CONNECTION heading There are two valves for each triaxial cell apparatus which are used to control the flow of tap water to the cell and to the corresponding bladder cyli...

Page 7: ... the knob as if tightening a right handed screw and the fluids will drain out of the bottom To close it turn the knob as if loosening the screw Caution The filter may be under pressure If so the fluids will spray out at high velocity If the filter becomes dirty and clogged open the drain plug as described above to relieve pressure Remove the bowl by rotating the bowl counterclockwise to unscrew it...

Page 8: ... MASTER LOADER HM 4187A 3F DE AIRING TANK HM 2310 10 DISPLACEMENT TRANSDUCER HM 2315 VOLUME CHANGE DEVICE HM 4151A BLADDER AIR WATER CYLINDER HM 4165 DISTRIBUTION PANEL COMPRESSED AIR VACUUM TAP WATER DRAIN HUMBOLDT MFG CO MANUALLY CONTROLLED 3 TRIAXIAL CELL SYSTEM TO CELL VALVE TO BASE VALVE FIGURE 2 Figure 2 ...

Page 9: ...6 LOOSEN JAM NUT PRIOR TO ADJUSTING AIR PRESSURE PUSH DOWN TO RELEASE CONNECTOR FIGURE 3 Figure 3 Figure 4 Triaxial Cell PRESSURE TRANSDUCER TO CELL TO BASE AIR BLEED VALVE FIGURE 4 TRIAXIAL CELL ...

Page 10: ...Figure 5B Figure 5 Figure 5 ...

Page 11: ...RING TANK OR TURN KNOB RIGHT TO APPLY PRESSURE TO ASSIST DRAINING OF DE AIRING TANK AIR CONNECTION OFF PWP CELL STEP 1 TURN KNOB POINTING UP TO CELL STEP 2 ADJUST CELL PRESSURE BY ADJUSTING REGULATOR TO THE PRESSURE SHOWN ON THE DIGITAL DISPLAY STEP 3 TURN KNOB POINTING DOWN TO PWP STEP 4 ADJUST BACK PRESSURE TO THE DESIRED PRESSURE SHOWN ON THE DIGITAL DISPLAY FIGURE 7 CELL AND BACK PRESSURE CONT...

Page 12: ...ADDER B FILL CELL PWP FIGURE 8 CELL AND SAMPLE BASE WATER CONTROLS TURN KNOB UP TO FILL CELL AND BLADDER CYLINDER A WITH TAP WATER TURN KNOB DOWN TO DRAIN CELL AND BLADDER TURN KNOB DOWN TO FILL CELL AND BLADDER CYLINDER B WITH DE AERATED WATER Figure 8 ...

Page 13: ...nstream adjust drip rate accordingly Consult oil delivery conversion chart see below Generally one drop per minute downstream for every 10 15 SCFM flow is satisfactory 25 drops per minute equals one ounce per hour volume of oil passing through the sight dome NOTE This is a constant density type lubricator which delivers a constant ratio of oil to air flow Therefore if air flow increases or decreas...

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Page 16: ...r parts of such product for the warranty of this product please refer to Humboldt Mfg Co catalog on Terms and Conditions of Sale The purchaser is responsible for the transportation charges Humboldt Mfg Co shall not be responsible under this warranty if the goods have been improperly maintained installed operated or the goods have been altered or modified so as to adversely affect the operation use...

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