OfiTE 170-00-2 User manual

HTHP Filter Press for Cement Testing
with 175-mL, Double-Capped Test Cell and N2Pressuring Manifold
#170-00-2: (115 V)
#170-01-2: (230 V)
Instruction Manual
Updated 7/31/2017
Ver. 3.0
OFI Testing Equipment, Inc.
11302 Steeplecrest Dr. · Houston, Texas · 77065 · U.S.A.
Tele: 832.320.7300 · Fax: [phone] · www.ote.com
©Copyright OFITE 2015

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 1
Intro..................................................................................................2
Specications .................................................................................2
Components ...................................................................................3
Safety...............................................................................................5
Diagrams .........................................................................................6
Operation.........................................................................................7
Warranty and Return Policy ........................................................ 11
Table of
Contents

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 2
The OFITE HTHP (High Temperature, High Pressure) Filter Press is designed
for testing cement under elevated temperatures and pressures. It simulates
various downhole conditions and provides a reliable method for determining
the effectiveness of the material being tested. The complete assembly
consists of the following:
- A controlled Nitrogen pressure source (not included)
- A pressure manifold with two regulators (primary and back pressure)
- A high-pressure test cell with removable cement screens
- A heating jacket for heating the test cell
- A suitable stand
Size: 7.5" × 11" × 23.5" (19.1 × 27.9 × 59.7 cm)
Weight: 27 lb (12.3 kg)
Shipping Size: 17" × 23.5" × 12.5" (43.2 × 59.7 × 31.8 cm)
Shipping Weight: 38 lb (17.2 kg)
Maximum Temperature: 400°F (204°C)
Maximum Pressure: 2,000 PSI (10,343 kPa)
Pressure Source: Nitrogen (at least 1,500 PSI / 10,343 kPa) -
Not Included
Test Cell Capacity: 175 mL
Power Requirement: #170-00-2: 115V; #170-01-2: 230V
Heater: 400 Watt
Intro
Specications

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 3
Components #153-14 Graduated Cylinder, 50 mL × 1 mL
#154-10 Dual-Scale Thermometer with Dial, 5" Stem, 50°– 500°F
(0° – 260°C)
#170-00-1 Heating Jacket (115V) -OR-
#170-01-1 Heating Jacket (230V):
#130-10-52 JamNut,⅜"-24,StainlessSteel,Qty:2
#130-38-005 Strain Relief
#164-32 Male Connector for Power Cable (230V Only)
#170-05 Thermostat
#170-09 Insulation Board
#170-10 Thermostat Pilot Lot
#170-11 HeatingElement,115V,200W,Qty:2
#170-15 Base
#170-21 StandSupportRod,Qty:2
#170-25 Aluminum Well
#170-30 Stainless Steel Thermostat Cover
#170-30-001 Fish Paper
#170-44 ½"RubberFoot,Qty:4
#171-32 Midget Knob
#171-82 AC Power Cord (115V Only)
#170-06-1 Back Pressure Receiver, 15-mL Stainless Steel Tube for N2
#144-11 ⅛"90StreetEll
#144-15 PlateBrassBushing,¼"NPTMaleto⅛"NPTFemale
#170-07 O-ring
#170-28 Receiver Body
#170-32 NeedleValve,Male,⅛"×⅛"NPT
#171-23-1 Safety Pin with Lanyard
#170-19 Filter Paper, 2½" (6.35 cm), Specially Hardened for Filter Presses
#170-35 6" Adjustable Wrench
#170-45 Test Cell Assembly, Double-Capped for Cement Testing,
With Cement Screens, 2,000 PSI
#170-13-3 O-ring,Viton,Qty:4
#170-16 ValveStem,Qty:2
#170-17 ValveStemO-ring,Qty:4
#170-18 DetachableScreen,325-Meshwith60-MeshBackup,Qty:2
#170-24 2,000-PSIEndCap,Qty:2
#170-26-1 HardenedLockingScrew,Qty:12
#170-27   " Allen Wrench
#170-45-3 Cell Body
#171-24 1350 / 750 PSI (9,308 / 5,171 kPa) Nitrogen Manifold
#142-39 PipePlug,¼",Qty:2
#170-20 Manifold Block
#170-32 NeedleValve,Male,⅛"×⅛"NPT
#171-23-1 Safety Pin with Lanyard
#171-24-002 Regulator,Qty:2

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 4
#171-24-1 Chrome Nut, R.H., Reg Inlet CGA-580
#171-24-2 Nipple with Filter
#171-24-3 Fitting,¼"Flare×⅛"FNPTFemale
#171-24-5 Fitting,¼"NPTStreetTee,316StainlessSteel,Qty:2
#171-25-1 Relief Valve set at 750 PSI (5,171 kPa)
#171-25-2 Relief Valve set at 1,350 PSI (9308 kPa)
#171-26 5,000# Hose,   "×3',Qty:2
#171-28 Dual Manifold Body
#171-38 Gauge, 1,000 PSI, 2½", ¼" NPT Bottom
#171-40 Gauge, 1,500 PSI, 2½", ¼" NPT Bottom
#171-42 Gauge, 3,000 PSI, 2½", ¼" NPT Bottom
#171-90-06 ReducingBushing,¼"MNPT×⅛"FNPT,316Stainless
#171-90-07 HexNipple,¼"NPT,Qty:2
#171-90-13 Fitting, ¼" Flare × ¼" Male NPT
Optional:
#170-37 Nitrogen Cylinder, 21" × 7", Right-hand Thread
#170-00-2-SP Spare Parts for One Year:
#143-00-1 Diaphragm for Airco Regulator
#143-07 Repair Kit for #143-00 Regulator
#153-14 GlassGraduatedCylinder,50mL×1mL,Qty:2
#154-10 Dual-Scale Thermometer with Metal Dial, 5" Stem,
50° – 500°F (10° – 260°C)
#170-07 O-ringforBackPressureReceiver,Qty:3
#170-13-3 TestCellO-ring,Viton,Qty:24
#170-16 ValveStem,Qty:4
#170-17 ValveStemO-ring,Qty:48
#170-18 Detachable Screen with 325 Mesh and 60 Mesh Backup,
Qty:4
#170-26-1 HardenedLockingScrew,Qty:24
#171-23-1 SafetyPinwithLanyard,Qty:2

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 5
Safety Nitrogen must be supplied in an approved Nitrogen gas cylinder and secured
to meet safety standards.
Do not use Nitrous Oxide cartridges as pressure sources for high-
temperature, high-pressure (HTHP) ltration. Under high temperature
and pressure, Nitrous Oxide can detonate in the presence of grease, oil,
or carbonaceous materials. Nitrous Oxide cartridges are to be used only
for Garrett Gas Train Carbonate Analysis.
Due to the high temperatures and pressures involved in this test, extreme
care must be exercised at all times. All safety precautions must be met,
especiallyinthecellbreakdownprocedureaftertheltrationprocedurehas
been completed.

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 6
Diagrams
Heating Jacket
(#170-00-1 or #170-01-1)
Cell Cap (#170-24)
Test Cell (#170-45)
Back Pressure Receiver
(#170-06-1)
Bleeder Valve (#170-32)
O-ring (#170-13-3)
Locking Screw (#170-26-1)
Valve Stem (#170-16)
Screen (#170-18)
Safety Pin (#171-23-1)
With Lanyard
Bleeder Valve (#170-32)
Manifold Block (#170-20)
Safety Pin (#171-23-1)
With Lanyard
Outlet Valve Stem
(#170-16)
Nitrogen Manifold
Primary Pressure
Gauge (#171-40)
Source Pressure
Gauge (#171-42)
Back Pressure
Gauge (#171-38)
Connect to Back
Pressure Receiver
Manifold Block
(#170-20)

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 7
1. Connect the heating well power cord to an appropriate power source.
Place a dial-type metal thermometer into the well in the heating jacket
and preheat to 10°F (6°C) above the desired test temperature. A pilot light
will come on when the heating jacket is at the desired temperature as
selected by the thermostat control knob.
2. Be sure all of the o-rings on the valve stems are in good working condition
(pliable with no nicks or cuts, etc.), and are not damaged during the
assemblyprocedures.Placeathinlmofsiliconegreaseonallo-rings.
Place an o-ring into one end of the test cell and place the screen on top of
itwiththeatsidefacingdown.Slowlypushoneofthecellcapsintothe
cell, making sure the arrow on the cap lines up with the arrow on the cell
body. Tighten the locking screws with the supplied allen wrench. Screw a
valve stem into the cell cap and tighten it completely.
Standard Buna N o-rings (#170-13) should be used only for tests up to
300°F (149°C). For tests over 300°F (149°C), use Viton®o-rings (#170-
13-3). After tests that come close to the maximum temperature, it will
probably be necessary to replace the o-rings.
If the cap locking screw seats are oval shaped and no longer
round, there is a possibility of stress failure and the cap should be
replaced.
3. PreparethetestsampleaccordingtoAPIspecications.Carefullypour
thesampleintothecell.Donotllthecellcloserthan0.5"(13mm)from
theo-ringgroovetoallowforheatexpansionoftheuid.Becarefulnotto
spilluidontheo-ringgrooveinsidethecell.
Operation
Cap Locking
Screws (#170-26-1)
Removable Screen
(#170-18)
Cell Cap O-ring
(#170-13-3)
Allen Wrench
  " (#170-27)
Cell Cap
(#170-24)
Valve Stem
(#170-16)

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 8
4. Repeat step 2 on the other end of the cell.
Needle Valve
(#170-32)
Safety Pin
and Lanyard
(#171-23-1)
Needle Valve
(#170-32)
Manifold Block
(#170-20)
Back Pressure
Receiver
(#170-06-1)
5. Place the cell in the heating jacket. Rotate the cell in the heating jacket
so that the pin in the bottom of the heating well seats into the hole in the
bottom of the cell. This will anchor the cell inside the well and prevent the
cell from rotating as the valve stems are opened and closed. Transfer the
thermometer from the heating jacket to the thermometer well within the
cell.
6. Connect the pressuring assembly to the top valve stem and lock it in
place with the retaining pin. Place the back pressure receiver on the
bottom valve assembly and also lock it in place with the retaining pin.
Cap Locking Screws
(#170-26-1) Arrows
7. Unscrew the T-screws (counter-clockwise) on the pressure manifold to
make sure both regulators are completely closed. Connect a nitrogen
cylinder (at least 1,500 PSI) to the center inlet on the pressure manifold.
Open the pressure release valve on the nitrogen bottle and note the bottle
pressure as registered on the middle manifold gauge.

OFITE, 11302 Steeplecrest Dr., Houston, TX 77065 USA / Tel: [phone] / Fax: [phone] / www.ote.com 9
8. Keeping the valve stems closed, adjust the two regulators on the nitrogen
manifold to the recommended back pressure for your test (refer to the
chart below). Open (loosen) the top valve stem ½ turn to pressurize the
sample.Maintainthispressureontheuiduntilthedesiredtemperature
is stabilized as indicated by the thermometer. The heating time of the
sample should never exceed one hour.
The upper and lower limits of the test pressure differential are determined
by the test temperature. As this temperature exceeds 212°F (100°C), the
back pressure must be increased in order to prevent vaporization of the
ltrate.The1,000PSIdifferentialpressuremustbemaintained,sothetop
pressure will have to be increased accordingly. The table below shows
the pressures recommended for various test temperatures.
Recommended Minimum Back Pressure
Test Temperature Vapor Pressure Minimum Back Pressure
°F °C PSI kPa PSI kPa
212 100 14.7 101 100 690
250 121 30 207 100 690
300 149 67 462 100 690
350 177 135 932 160 1,104
400* 204 247 1,704 275 1,898
500* 260 680 4,692 700 4,830
*For tests above 400°F, use Teon o-rings.
9. Whentheuidsamplereachesthedesiredtesttemperature,increasethe
primary pressure (the regulator on the left) to 1,000 PSI (3,448 kPa) more
than the back pressure. Open (loosen) the bottom valve stem ½ turn to
initiateltration.
10. Collecttheltratefor30minutesmaintainingtheselectedtest
temperature within ± 5°F (± 3°C). If the back pressure rises above the
recommended setting during the test, cautiously reduce the pressure by
openingthevalveonthereceiveranddrawingoffsomeoftheltrateinto
the graduated cylinder.
11. At the end of the test, close (tighten) the top and bottom valve stems to
seal off the cell. Turn the regulator t-screws counter-clockwise to close off
theowofpressurizedgas.Openthevalveonthebackpressurereceiver
tocollectalloftheltrateinthegraduatedcylinder.Releasetheremaining
pressure from the nitrogen manifold by opening the bleeder valve on the
manifold block.