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RUSKA 2465A-754

Users Manual

5-8

RETAINING NUT

(THRUST BLOCK)

UPPER THRUST
BEARING 2460-21

CYLINDER

PISTON

glg15.eps

Figure 5-10. Retaining Nut and Bearing

35 Bar Assembly

Refer to Figure 5-11 and also to drawing 2465-730A in Appendix B.

FILTER RETAINER
2460-4-27

O-RING
54-703-119

O-RING
54-700-15

RETAINING

RING

FILTER
24-580

LOWER THRUST
BEARING
2460-4-25
(not required with
this P/C but may
remain in base)

CYLINDER CONTAINER
2465-730-3

PISTON/CYLINDER
ASSEMBLY

CYLINDER
RETAINER
2465-730-4

BEARING

5-263

glg17.eps

Figure 5-11. Parts Required for Operation of the 35 Bar P/C

If the 35 BAR Piston Assembly is to be used, the Thrust Washer and the Lower Thrust

Bearing mentioned in the Chapter 5, Lower Range Piston Assembly, can be left in the

gauge.
The Piston and Cylinder can be installed as follows.
1.

The Filter, Filter Retainer, and O-Ring should be in the gauge as they were in

Chapter 5, General.

Summary of Contents for RUSKA 2465A-754

Page 1: ...010 2010 Fluke Corporation All rights reserved Printed in USA Specifications are subject to change without notice All product names are trademarks of their respective companies RUSKA 2465A 754 Gas Piston Gauge Users Manual ...

Page 2: ...rvice center to obtain return authorization information then send the product to that service center with a description of the difficulty postage and insurance prepaid FOB Destination Fluke assumes no risk for damage in transit Following warranty repair the product will be returned to Buyer transportation prepaid FOB Destination If Fluke determines that failure was caused by neglect misuse contami...

Page 3: ...Gauge Considerations 2 1 Introduction 2 1 How to Contact Fluke 2 1 Safety Information 2 1 Symbols Used in this Manual 2 2 Types of Piston Pressure Gauges 2 3 Calculations 2 5 Measurement of Pressure with the Piston Pressure Gauge 2 5 Elastic Distortion of the Cylinder 2 5 Gravity 2 5 Buoyant Effect of the Air 2 6 Temperature 2 7 Reference Plane of Measurements 2 7 Crossfloating 2 9 Bibliography 2 ...

Page 4: ...Gauge Pressures 5 10 Maintenance of the Gauge 5 11 6 Piston Cylinder Cleaning Instructions 6 1 General Information and Preparation 6 1 Functional Testing of Piston Cylinder Assemblies 6 2 Cleaning the Low Range Piston Cylinder Assembly 6 2 Mid Range Piston Cylinder 6 6 Cleaning the 35 Bar Piston Cylinder Assembly 6 8 Cleaning the High Range Piston Cylinder Assembly 6 11 Appendices A Calculations A...

Page 5: ...iii List of Tables Table Title Page 2 1 Symbols 2 2 ...

Page 6: ...RUSKA 2465A 754 Users Manual iv ...

Page 7: ...r 5 7 5 9 Mid Range Piston Cylinder Assembly 5 7 5 10 Retaining Nut and Bearing 5 8 5 11 Parts Required for Operation of the 35 Bar P C 5 8 5 12 Parts Required for High Range Piston Operation 5 9 6 1 Materials for Cleaning the Low Range Piston Cylinder 6 3 6 2 Preparations for Cleaning the Low Range Cylinder Step 1 6 3 6 3 Preparing the Kimwipes Step 2 6 4 6 4 Preparing the Kimwipes Step 3 6 4 6 5...

Page 8: ...RUSKA 2465A 754 Users Manual vi ...

Page 9: ... Sink Rate Model 2465 at Max Pressure 3 8 mm minute 0 15 in minute Model 2468 at Mid Pressure 1 27 mm minute 0 05 in minute Lower Mid Range Piston Pressure Range Model 2465 12 to 700 kPa 1 7 to 100 psi absolute or gauge Pressure Range Model 2468 12 to 1380 kPa 1 7 to 200 psi absolute or gauge Pressure Uncertainty Rating 0 0010 RDG 10 ppm or 0 28 Pa 4 0E 05 psi whichever is greater 2 3 Uncertainty ...

Page 10: ...ton Pressure Range 14 to 7000 kPa 2 to 1000 absolute or gauge Pressure Uncertainty Rating 0 0026 RDG 26 ppm or 2 8 Pa 4 0E 04 psi whichever is greater 2 3 Uncertainty Threshold 248 kPa 36 psi Resolution 1 ppm or 1 mg whichever is greater Precision Typical Type A Unc 2 ppm 3 Long Term Stability 1 ppm per year Piston Cylinder Material Tungsten Carbide Tungsten Carbide Thermal Coefficient 9 1E 06 per...

Page 11: ...e Piston 3500 kPa 500 PSIG With Low Range Piston Cylinder 700 kPa 100 PSIG With Lower Range Piston Cylinder 172 kPa 25 PSIG 2468 With Upper Mid Range Piston 7000 kPa 1000 PSIG With Lower Mid Range Piston Cylinder 1380 kPa 200 PSIG With Low Range Piston Cylinder 345 kPa 50 PSIG Power Requirements 2465A 754 DWG base 15 watts 115 VAC or 230 VAC 50 or 60 Hz 1 Negative gauge pressure limited by local b...

Page 12: ...RUSKA 2465A 754 Users Manual 1 4 ...

Page 13: ...99 FLUKE 1 888 993 5853 Canada 1 800 36 FLUKE 1 800 363 5853 Europe 31 402 675 200 China 86 400 810 3435 Japan 81 3 3434 0181 Singapore 65 738 5655 Anywhere in the world 1 425 446 5500 Or visit Fluke s website at www fluke com To register your product visit http register fluke com To view print or download the latest manual supplement visit http us fluke com usen support manuals Safety Information...

Page 14: ...ase supplied with the instrument must not be substituted with other laboratory supplies Cleaning of the instrument for oxygen compatibility using liquid Freon and ultrasonic cleaning systems is permitted with the exception of the pistons and cylinders The Fluke procedures for piston cylinder cleaning as described in Chapter 6 of this manual must be followed Ultrasonic cleaning may damage the cryst...

Page 15: ...ime etc It may be suggested that only certain types of piston pressure gauges qualify in this category Figures 2 1 2 2 and 2 3 illustrate the three most common types of cylinder arrangements A PRESSURE IN glg01 eps Figure 2 1 Simple Cylinder B PRESSURE IN glg44 eps Figure 2 2 Re Entrant Cylinder SECONDARY PRESSURE PRESSURE IN glg45 eps Figure 2 3 Controlled Clearance Cylinder When the simple cylin...

Page 16: ...e cylinder is surrounded by a jacket to which a secondary fluid pressure system is connected Adjustment of the secondary or jacket pressure permits the operator to change the clearance between the cylinder and piston at will A series of observations involving piston sink rates at various jacket pressures leads to the empirical determination of the effective area of the assembly Throughout the worl...

Page 17: ...in the effective area of the piston cylinder combination If the change in the area is a linear function of the applied pressure the relationship may be described by the equation 2 2 1 0 1 P b P b A Ae Where P is the nominal pressure e A is the effective area at a pressure P 0 A is the effective area of the piston cylinder assembly at a reference pressure level 2 1 b b are coefficients of elastic d...

Page 18: ...he density of the brass standards must be used Apparent mass is described as the value the mass appears to have as determined in air having a density of 0 0012 g cm against brass standards of a density of 8 4 g cm whose coefficient of cubical expansion is 5 4 x 10 5 ºC and whose value is based on true mass in value see reference 4 Although the trend is swinging toward the use of true mass in favor...

Page 19: ...m Whether in a system containing a gas or a liquid gravitational forces produce vertical pressure gradients that are significant and must be evaluated Fluid pressure gradients and buoyant forces on the piston of a pressure balance require the assignment of a definite position at which the relation P F A exits It is common practice to associate this position directly with the piston as the datum to...

Page 20: ...d the value obtained is valid at the reference plane The pressure at any other plane in the system may be obtained by multiplying the distance of the other plane from the reference plane by the pressure gradient and adding or subtracting this value to that observed at the piston reference plane glg03 bmp Figure 2 5 Head Correction Measurement ...

Page 21: ... If the piston is tapered it is important to maintain a uniform float position for both calibration and use This Position is referred to as the Mid Float position as it represents the middle of the calibrated range of the Piston Cylinder In normal operation the system is pressurized until the piston is in a floating position slightly above the index mark After a period of time the piston and its l...

Page 22: ...Institute of Mechanical Engineers 4 Design and Test of Standards of Mass NBS Circular No 3 Dec 1918 Included in NBS Handbook 77 Volume III 5 Johnson D P J L Cross J D Hill and H A Bowman Elastic Distortion Error in the Dead Weight Piston Gauge Ind Engineering Chem 40 2046 Dec 1957 6 Johnson D P and D H Newhall The Piston Gauge is a Precise Measuring Instrument Trans of ASME April 1953 7 Newhall D ...

Page 23: ... cylinder assembly Relative motion between the piston and cylinder is necessary and is obtained by an electric motor which is used to distribute the gas molecules throughout the annulus of the assembly It is relative absence of friction between piston and cylinder walls that characterizes the performance for which the gauge is so highly respected A second feature of the gauge is its ability to mea...

Page 24: ...ed by drilling a symmetrical pattern of holes concentric with the axis The sleeve mass is made from two materials The sleeve top is made from Aluminum 6061 T6 and the sleeve bottom ring is made from Titanium LEVEL REFERENCE VACUUM VENT PRESSURE INLET CONNECTION FLOAT POSITION SENSOR REFERENCE VACUUM FINE METERING VALVE THERMOMETER AVAILABLE AS AN OPTION ROTATION SENSOR CYLINDER RETAINING CAP LEVEL...

Page 25: ...Description Description of the Mass Set 3 3 3 ROTATION SENSOR CONNECTOR PRESSURE INLET CONNECTION glg05 eps Figure 3 2 Gas Piston Gauge Front View ...

Page 26: ...RUSKA 2456A 754 Users Manual 3 4 ...

Page 27: ...n of operation select either 115 VAC or 230 VAC by the proper positioning of the voltage selector on the side of the motor unit This feature is located on the power inlet module With power cords disconnected to both Piston Pressure Gauge and wall outlet use a small screwdriver to pry open the voltage select fuse compartment on the power inlet module Place two fuses of the correct value depending o...

Page 28: ... the 2465 12 Assembly The graduated end of the thermometer will protrude through the hole in the right hand side of the base casting Here too a small amount of heat sink compound applied to the bulb of the thermometer will shorten the response time of the thermometer W Caution Always remove the thermometer before shipping the gauge base ...

Page 29: ...iston or cylinder Handle piston and cylinder using cotton gloves on the hands to prevent acid etching of piston and cylinder walls 7 Pistons and cylinders are matched assemblies Each piston will operate properly only in its particular cylinder 8 Any sound which indicates metal to metal contact between the piston and cylinder is a signal for the operator to stop the gauge immediately Failure to do ...

Page 30: ...0 AA Grease 45 339 before installation All excess lubricant should be wiped off leaving only a slight film These parts are used in the gauge regardless of which piston is being used Low Range Piston Assembly Refer to Figures 5 1 5 2 and also to drawing 2465 725 in Appendix B UPPER THRUST WASHER 2460 5 5 UPPER THRUST BEARING 2460 5 6 LOW RANGE PISTON SHOWN FOR REFERENCE CYLINDER SHOWN FOR REFERENCE...

Page 31: ...nto the recess at the top of the filter retainer see Figure 5 1 The O Ring 54 703 119 rests on top of the filter retainer and seals against the bottom of the cylinder The lower thrust bearing must be in the gauge when the Low Range Piston is being used The lower thrust bearing can be left in place while the High Range Piston or 35 BAR Piston are being used W Caution When handling the Low Range Pis...

Page 32: ...RUSKA 2465A 754 Users Manual 5 4 glg08 eps Figure 5 3 Removing Low Range Piston and Cylinder from Container Step 1 glg09 eps Figure 5 4 Removing Low Range Piston and Cylinder from Container Step 2 ...

Page 33: ...instructions in Chapter 6 See Figure 5 6 W Caution The O Ring groove on the cylinder should be in the downward position when the cylinder is placed in the gauge glg11 eps Figure 5 6 Low Range Piston and Cylinder Showing O Ring Groove When screwing the Retaining Cap 2460 4 7 onto the cylinder a slight upward force may be necessary on the piston to properly seat the Piston Retainer 2460 5 5 into the...

Page 34: ...nd O Ring 2 Next insert the Lower Cylinder Spacer O Ring and the piston and cylinder after they have been cleaned according to the instructions in Chapter 6 Piston Cylinder Cleaning Instructions 3 The O Rings should be lubricated with Dupont Krytox 240 AA Grease 45 339 before installation All excess lubricant should be wiped off leaving only a slight film 4 Place the Cylinder Retainer 2460 70 2 ov...

Page 35: ...O RING 54 703 119 UPPER CYLINDER SPACER 2460 70 2 LOWER THRUST BEARING 2460 4 25 LOWER CYLINDER SPACER 2460 70 3 PISTON CYLINDER ASSEMBLY glg13 eps Figure 5 8 Parts Required for Operation of the Mid Range Piston Cylinder glg14 eps Figure 5 9 Mid Range Piston Cylinder Assembly ...

Page 36: ...2460 4 25 not required with this P C but may remain in base CYLINDER CONTAINER 2465 730 3 PISTON CYLINDER ASSEMBLY CYLINDER RETAINER 2465 730 4 BEARING 5 263 glg17 eps Figure 5 11 Parts Required for Operation of the 35 Bar P C If the 35 BAR Piston Assembly is to be used the Thrust Washer and the Lower Thrust Bearing mentioned in the Chapter 5 Lower Range Piston Assembly can be left in the gauge Th...

Page 37: ...o facilitate this 8 Gently slide the P C assembly into the Cylinder retainer 9 Slide the whole assembly into the gauge base 10 Insert the Hex Wrench 94 608 into the hole in the side of the housing 11 Place the Retaining Cap 2460 4 7 onto the cylinder housing 12 Tighten the cap securely by hand The gauge is now ready for operation High Range Piston Assembly Refer to Figure 5 12 and also to drawing ...

Page 38: ... that case the piston and cylinder must be cleaned Establishing Gauge Pressures Gauge Pressures Pressure should be admitted slowly into the gauge preferably through a metering valve It is very convenient to have a pressure adjusting pump such as RUSKA 2465A 800 Manual Pressure Controller to adjust the system pressure When the piston is floating suspended on a gas cushion between piston stops and n...

Page 39: ...uge body 2 Unscrew the Packing Nut 2460 4 15 and lubricate and replace the O Ring 3 Install the O Ring by reversing the above steps Refer to the drawings in Appendix A 4 To lubricate and replace the drive gear shaft O Ring seal or to lubricate the drive gears remove the two hex head screws that hold the Gear Support 2460 4 19 in the gauge body 5 Loosen the screw that holds the Hub Clamp 13 485 on ...

Page 40: ...out from the power in receptacle Both the fuses should be checked and replaced if necessary with fuses of the correct value depending on 115 VAC or 230 VAC local power supply conditions 3 Replace fuses only with the 3AG Slo blo 1 4 Amp fuse part 26 222 To replace the fuse holders simply push them back into the receptacle so that they snap back into place 4 Close the compartment door making sure th...

Page 41: ... the mechanical state of the critical components One contaminant is the ordinary hard particle of matter that scratches and abrades the finely finished surfaces as it becomes entrapped between the close fitting members The scratches invariably result in raised edges from the displacement of the metal and spoil the original relationship of the members The second type of contaminant is of a chemical...

Page 42: ...ston alone is floating near mid stroke 3 With a gentle stroke of the finger rotate the piston while also causing it to bounce in the cylinder After a few strokes allow the piston to coast on its own Although the rotation of the mid and high ranges may be lengthy the free rotation of the low range may last only a brief few seconds At any rate all ranges should rotate freely with no sudden changes i...

Page 43: ...6 6 3 glg18 eps Figure 6 1 Materials for Cleaning the Low Range Piston Cylinder Prepare a clean work area near a running tap water source Prepare several sets of folded wipers as shown in Figures 6 2 6 3 and 6 4 glg19 eps Figure 6 2 Preparations for Cleaning the Low Range Cylinder Step 1 ...

Page 44: ...RUSKA 2465A 754 Users Manual 6 4 glg20 eps Figure 6 3 Preparing the Kimwipes Step 2 glg21 eps Figure 6 4 Preparing the Kimwipes Step 3 ...

Page 45: ... the cleaning tool for cleaning the bore of the cylinder See Figures 6 5 and 6 6 1 Disassemble the piston cylinder assembly 2 Pre clean the piston and cylinder using solvent soaked wipers Prepare additional wipers as necessary for drying the piston and cylinder once they have been washed with soap and water glg22 eps Figure 6 5 Preparing the Low Range Cleaning Tool Step 1 glg23 eps Figure 6 6 Prep...

Page 46: ...ssary 9 Apply a slight amount of lubricant to the O ring and wipe off any excess 10 Place the cylinder upright the O ring groove at the bottom on the work area Carefully insert the piston into the top of the cylinder and allow it the sink freely into the cylinder Do not force the piston into the cylinder or it may be damaged 11 If lint becomes a problem a clean dry gas source can be used to blow t...

Page 47: ...folded together for wiping the outside of the piston and cylinder A single folded wiper can be inserted into and then wrapped around the cleaning tool for cleaning the bore of the cylinder See Figures 6 7 and 6 8 3 Disassemble the piston cylinder assembly 4 Pre clean the piston and cylinder using solvent soaked wipers Prepare additional wipers as necessary for drying the piston and cylinder once t...

Page 48: ...Carefully insert the piston into the top of the cylinder and allow it to sink freely into the cylinder Do not force the piston into the cylinder or it may become damaged 12 If lint becomes a problem a clean dry gas source can be used to blow the lint off of the parts prior to assembly Install the thrust bearing around the bottom of the piston 13 Install the retaining nut on the bottom of the pisto...

Page 49: ...f the piston and cylinder Prepare several twisted wipers as shown in Figures 6 10 6 11 and 6 12 to wipe the bore of the cylinder 2 Disassemble the piston cylinder assembly 3 Insert the retaining clip from the bottom of the piston into the installation tool rinse with solvent and set aside Pre clean the piston and cylinder using solvent soaked wipers Prepare additional wipers as necessary for dryin...

Page 50: ...soft bottle brush Cashmere Bouquet soap and warm tap water 5 Rinse thoroughly and dry immediately using the pre twisted wipers Set the cylinder aside and cover with a clean dry wiper 6 Using soft paper wiper Cashmere Bouquet soap and warm tap water scrub the outside of the piston Rinse thoroughly and dry immediately Set the piston aside and cover with a clean dry wiper Allow the piston and cylinde...

Page 51: ...iston Cylinder Assembly Cleaning supplies refer to Figure 6 9 consist of Solvent such as high grade alcohol or acetone Low lint paper wipers such as Kimberly Clark Kimwipes number 34155 Retaining Ring Installation Tool such as RUSKA part number 2 774 Wooden applicator sticks such as Puritan number 807 12 Cashmere Bouquet brand hand soap Bottle brush such as RUSKA part number 7 680 Warm tap water 1...

Page 52: ...g ring using solvent soaked wipers and set aside 9 Inspect the O rings for any sign of damage replace as necessary 10 Apply a slight amount of lubricant to the O rings and wipe off any excess glg30 eps Figure 6 13 Cleaning the High Range Cylinder glg31 eps Figure 6 14 Drying the High Range Cylinder ...

Page 53: ...ust bearing around the bottom of the piston with the flange of the outer race facing the bottom of the cylinder 14 Install the retaining clip onto the bottom of the piston using the installation tool The end of the piston must be supported during the retaining clip installation so as not to risk breaking the piston 15 Install the O ring into the cylinder container 16 Carefully insert the piston cy...

Page 54: ...RUSKA 2465A 754 Users Manual 6 14 ...

Page 55: ...rd Since the piston gauge temperature fluctuates while it is operated a confusing point in the procedure is the necessity for the temperature of the gauge to be predicted prior to operation This expected temperature however is used to allow the pressure calculations to be performed Once the piston pressure gauge is floating at the intended pressure a final temperature observation is made and then ...

Page 56: ...reported area of the piston at 23 degrees Celsius c thermal coefficient of superficial expansion t Δ 23 t D Gravity and Buoyancy Correction When the masses are applied to the piston in the presence of the buoyant atmosphere buoyancy corrections are necessary and are combined with gravity corrections For convenience the combined correction 1 K or 2 K is applied as a multiplier with the result indic...

Page 57: ...e that the values selected are in the same Apparent Mass unit of measure that was used to calculate the 1 K or 2 K values The apparent mass Column 9 is obtained from 2 K F M A where A M apparent mass versus brass record in Column 9 F force required on piston as found in Column 8 2 K multiplier which was obtained by previous equation When the masses are applied to the piston in an evacuated bell ja...

Page 58: ...e same plane as the reference plane of the piston pressure gauge The difference between the two planes h is positive if the reference plane of the device being calibrated is higher than the reference plane of the piston pressure gauge I Column 5 is the pressure required at the reference plane of the piston pressure gauge to produce the desired pressure at the reference plane of the device being ca...

Page 59: ...le sequence Subtract this value from the remainder which now results in another new remainder mass value Continue this process until the remainder which now results in another new remainder mass value Continue this process until the remainder is smaller than the smallest available mass from the mass set At every step record the selected mass its mass ID number into Column 10 O Column 11 the remain...

Page 60: ...to an absolute value by adding barometric pressure e g 7 14 P Nitrogen Density English Units 1 000 to 15 000 Psig To calculate the density of Nitrogen at pressures from 1 000 psig to 15 000 use the following equation 2 11 6 4 3 10 46069 9 10 74396 2 10 37465 2 P x P x x in lbm DENSITY where PRESSURE P in psi absolute if P is in gauge convert it to an absolute value by adding barometric pressure e ...

Page 61: ...SURE P in Pa absolute if P is in gauge convert it to Pa absolute by adding barometric pressure e g 101325 P Helium Density SI Units 0 to 6 9 MPa To calculate the density of Nitrogen at pressures from 0 01 MPa gauge to 6 9 MPa use the following equation P x E m kg DENSITY 06 585 1 3 where PRESSURE P in Pa absolute if P is in gauge convert it to Pa absolute by adding barometric pressure e g 101325 P...

Page 62: ...ion Factors To Convert From To Multiply By Pa N m 2 1 N m 2 Pa 1 Pa MPa 10 6 MPa Pa 10 6 N m 2 MPa 10 6 MPa N m 2 10 6 Pa PSI 1 450377 X 10 4 PSI Pa 6894 76 MPa PSI 145 0377 PSI MPa 6 89476 X 10 3 where Pa pascal MPa megapascal N newton m meter PSI pounds per square inch ...

Page 63: ... C inch 2 Gravity Buoyancy K 1 b 1 psi Tare Apparent Mass pound b 2 psi 2 Reference Pressure P R mtorr psi c o C 1 2 3 4 5 6 7 8 9 10 11 12 13 P B NOMINAL PRESSURE ρ medium Mass Density ρ W ρ medium ρ air lb in 3 x g L 980 665 P H ρ W x h P A P B P H P R 1 b 1 P A b 2 P A 2 A e t A o t x Column 6 F P A x A e t M F x K 1 Masses to be used Remainder Remainder Temp Coef Column 9 x 453 59237 x c psi l...

Page 64: ...RUSKA 2465A 754 Users Manual A 10 ...

Page 65: ...m 3 kg m 3 A o 23 A o at 23 o C m 2 Gravity Buoyancy K 2 b 1 MPa Pa Tare Mass kg b 2 Mpa 2 Pa 2 Reference Pressure P R mtorr Pa c o C 1 2 3 4 5 6 7 8 9 10 11 12 P B NOMINAL PRESSURE ρ medium Mass Density ρ W ρ medium ρ air kg m 3 x g L P H ρ W x h P A P B P H P R 1 b 1 P A b 2 P A 2 A e t A o t x Column 6 F P A x A e t M F x K 2 Masses to be used Remainder Temp Coef Column 9 x 1000g kg x c Pa kg m...

Page 66: ...RUSKA 2465A 754 Users Manual A 12 ...

Page 67: ...B 1 Appendix B Drawings and Bills of Materials Drawings and Bills of Material This section contains drawings and bills of material for the Gas Piston Gauge RUSKA 2465A 754 ...

Page 68: ...RUSKA 2465A 754 Users Manual B 2 glg32 bmp Figure B 1 P C ASSY LR CAL D ...

Page 69: ...Drawings and Bills of Materials Drawings and Bills of Material B B 3 glg33 bmp Figure B 2 P C ASSY LR ...

Page 70: ...RUSKA 2465A 754 Users Manual B 4 glg34 bmp Figure B 3 P C ASSY W O CLEANING KIT ...

Page 71: ...Drawings and Bills of Materials Drawings and Bills of Material B B 5 glg35 bmp Figure B 4 PISTON CYL ASSY ...

Page 72: ...RUSKA 2465A 754 Users Manual B 6 glg36 bmp Figure B 5 PC ASSY MHR W O CLEANING KIT ...

Page 73: ...Drawings and Bills of Materials Drawings and Bills of Material B B 7 glg37 bmp Figure B 6 PIST CYL ASSY ...

Page 74: ...RUSKA 2465A 754 Users Manual B 8 glg38 bmp Figure B 7 P C ASSY HR CAL D W O CLEANING KIT ...

Page 75: ...Drawings and Bills of Materials Drawings and Bills of Material B B 9 glg39 bmp Figure B 8 P C ASSY ...

Page 76: ...SC BRASS 1 5 3865261 54 703 119 O RING VITON 15 16 X 3 32 1 6 3865027 54 700 227 O RING BUNA N 2 1 8 X 1 8 1 7 3865454 54 703 6 O RING VITON 3 8 X 1 4 X 1 16 2 8 3864782 54 700 111 O RING BUNA N 7 16 X 3 32 1 9 3865195 54 703 10 O RING VITON 1 4 X 1 16 3 10 3899971 24 580 MEMBRANE FILTER 5 11 3865238 54 703 113 O RING VITON 9 16 X 3 32 1 3872923 2460 6 156 RETAINING CLIP 3 See Page B 9 Fluke recom...

Page 77: ...Drawings and Bills of Materials Drawings and Bills of Material B B 11 glg41 bmp Figure B 10 RUSKA 2465A 754 Interior View ...

Page 78: ...7 4 1 3863366 25 664 FTG NPTMX 4ANMALE SS SS 4 AN A 4 2 3904071 33 886 HOSEAS 3130 03 72 IN SYNFLEX WP 3000PSI 1 3863774 33 905 HOSE STEEL 1 5KSI 48 IN SWAGELOK SS FL4TA4TA4 48 2 3904904 45 335 GREASE DOW HI VAC 5 3 OZ TUBE CMS 056 762 1 3915196 86 856 TUBING POLYETHYLENE 66P 3 8 O D C SPECS 72 3866900 88 807 VALVE BALL FM SS 1 8NPT 2 PORT SS 42F2 1 3917778 99876 1 CLAMP WITH WING NUT KF16 OR KF 1...

Page 79: ...Drawings and Bills of Materials Drawings and Bills of Material B B 13 glg42 bmp Figure B 11 Kit Lines and Fittings ...

Page 80: ...RUSKA 2465A 754 Users Manual B 14 glg43 bmp Figure B 12 2465A 23 ...

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