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Brass 3 Gang Cement Mold Assembly

Designed and manufactured in strict conformance to ASTM standards, the Three Gang Cement Cube Mold is used to form 2" (5.1 cm) cube samples for compressive strength testing of cement, motors, lime, gypsum, and capping compounds. Features Sample Size: Up to three 2" (5.1 cm) cubes Construction: Forged bronze, three-gang with wide-flanged top and base, machines and ground finish Mold Closure: Mechanical, "T" bolt screw clamps held in place by snap rings Base Plate: Machined forged bronze with knurled holddown screws Specifications Size: 6" × 4" × 11" (15 × 10 × 28 cm) Weight: 12 lb (5.4 kg) Part Number #120-902

Cement Mold Assembly, 8 Specimen, Single Deep, Brass

The Brass Cement Mold Assemblies are used to form multiple 2" (5.1 cm) cube specimens for compressive strength tests. The 8-specimen assembly is used in the OFITE Single Deep Curing Chamber, while the 16-specimen assembly fits the OFITE Double Deep Curing Chamber. The 16-specimen assembly can also be used with the Chandler Models 7350 and 7355 Curing Chambers. Specifications Size: 12" × 6.5" × 3" (31 × 17 × 84 cm) Weight: 23 lb (10 kg) Part Numbers #122-083

Model 130 HTHP Benchtop Consistometer

The OFITE Model 130 Benchtop Consistometer was specifically engineered to determine the thickening time of well cements under simulated down-hole pressures and temperatures. Its compact, lightweight design makes the unit ideally suited for benchtop use. Features Pressure generated via an air-driven hydraulic pump Drive table is rotated with a magnetic drive External cooling jacket aids cooling of test cell Electronic timer with alarm, elapsed 0.1 minute resolution Deadweight calibration unit included Temperature and consistency alarms provide automatic shutdown Safety head with rupture disk are provided Unit is fully capable of testing cements in strict accordance to the guidelines as stated in API Specification 10 Pressure displayed in PSI Compact size and light weight make the unit suitable for the benchtop Specifications Maximum Pressure: 16,000 PSI (110.3 MPa) Maximum Temperature: 400°F (204.4°C) Temperature Controller: Digital PID 1° Resolution Internal Heater: 2,500 Watt (5,000 Watt Available) Slurry Cup: 150 RPM Rotational Speed; 316 Stainless Steel 220 Volt, 50/60 Hz, 25 Amp electrical power supply Size: 25 × 16 × 20 inches (63.5 × 40.6 × 50.8 cm) Weight: Approximately 215 lb (97.6 kg) Requirements Air/Nitrogen Supply (100 - 150 PSI / 690 - 1,035 kPa) Water Supply for Cooling (40 PSI / 276 kPa) Water Drain Part Numbers #120-90: Standard #120-90-DAS: With Data Acquisition

Model 20 Constant Speed Blender, 4 liter

The Model 20 Constant Speed Blender, 4 Liter, facilitates the preparation of oil well cements and fracturing fluids for testing according to API guidelines. Constant speed blenders provide consistent mixing energy to cement slurries to prepare them for subsequent tests. The OFITE Model 20 also provides a means of consistently preparing fracturing fluids for testing. The optional Torque Monitoring Module evaluates the hydration and cross-link times of these fluids. Features Two preset mixing speeds (4,000 and 10,000 rpm) and variable speed Rotational speed is maintained at set point with microprocessor Timing relays automatically control mixingtimes at required RPM Digital instrumentation provides excellent readability Specifications Maximum Speed: 23,000 RPM Stainless steel mixing blades Mixing Container: Stainless Steel, 4 Liter 115-Volt, 60 Hz, or 230-Volt, 50 Hz Each can be operated via a 1.25 KVA power supply Part Numbers #120-65: 115 Volt #120-65-1: 230 Volt

Model 2025 Automated HTHP Cement Consistometer, 25 KSI, 400°F

The Model 2025 Automated HTHP (or HPHT) Cement Consistometer was specifically engineered to determine the thickening time of well cements under simulated down-hole pressures and temperatures. The HTHP Consistometer offers a computerized Data Acquisition and Control system, automatic temperature and pressure control, and a variable speed motor all standard in one easy-to-use unit. Features Computerized Data Acquisition and Control system provides detailed test information in convenient formats and can control multiple units from one computer. RS-232 and Ethernet connections available. Automatic temperature and pressure control Automatic, programmable variable speed motor (0 - 150 RPM) powered by a magnetic drive Convenient oil reservoir features a cap with built-in funnel to help prevent spills, a removable top and bottom that make cleaning easy, and a sloping bottom that collects sediment for easy removal Visual indicator provides an at-a-glance status update during testing Smaller cell and more efficient cooling system provide quicker cool-down times Small footprint saves valuable lab space Conforms to API Specification 10A (ISO 10426-1) guidelines Specifications Maximum Pressure: 25,000 PSI (172.4 MPa) Maximum Temperature: 400°F (204°C) Consistency Range: (0 - 125 Bc) Digital Temperature Controller with 0.1° resolution Pressure indicator resolution is 1 PSI and includes both high- and low-pressure alarms Slurry cup rotational speed is variable up to 150 RPM Size: 22.5” × 27.5” × 70” (57cm × 70cm × 178cm) Weight: Approx. 450 lb (204kg) Crated Size: Approx. 26” × 34” × 76” (66cm × 86cm × 193cm) Crated Weight: Approx. 750 lb (340kg) Requirements Air / Nitrogen supply (100 - 120 PSI) Water supply for cooling (40 PSI) Water Drain 230-Volt, 50 / 60 Hz, 25-Amp electrical power supply Software Features Reports real-time data that can be exported to an Excel, Word, or similar file Enables you to program the temperature, pressure ramps, and motor speed Operates multiple units with one computer Components #120-001: Mineral Oil, 1 Gallon #120-10-1: Tool Kit #120-102: Rupture Disk, 28000 PSI #120-40-032: Filter, High Pressure #120-40-033: Filter Element #120-106-002: O-ring for Filter Element #120-35-031: O-ring for Cell, Viton® #120-35-033: Air Filter #120-35-132: Oil Filter #120-40-029: O-ring for Cooling Jacket, FFKM #120-401: O-ring for Cell, Metal #120-401-V: O-ring for Cell, Viton® #120-50-040: Wrench, Box End, 5/8" #120-59-076: Hose Kit #122-077: Fuse, 10 Amp, 5 mm × 20 mm Slurry Cup Components #120-519: Slurry Cup Assembly without Expansion Chamber #120-521: Slurry Cup Assembly with Expansion Chamber #120-501: Sleeve #120-502: Diaphragm, Molded #120-502-1: Diaphragm, Flat #120-503: Paddle Pin #120-504: Pivot Bearing #120-505: Pivot Bearing Gasket #120-506: Paddle #120-507: Paddle Shaft, 7.75" (For Slurry Cup without Expansion Chamber) #120-508: Diaphragm Retaining Ring #120-509: Drive Disk #120-510: Drive Bar #120-511: Shear Pin #120-512: Drive Pin #120-513: Gasket #120-514: Drive Disk Set Screw #120-515: Diaphragm Support #120-516: Slurry Cup Base #120-517: Slurry Cup Locking Ring #120-520: Paddle Shaft, 9.125" (For Slurry Cup without Expansion Chamber) #122-522: Expansion Chamber Lid Potentiometer Components #120-628: Potentiometer Assembly #120-602: Calibration Spring #120-603: Body #120-604: Resistor #120-605: Contact Spring #120-606: Contact Arm #120-607: Contact Strip #120-608: Grounding Cable Retaining Screw #120-609: Grounding Contact Spring Calibration Components #120-35-040: Calibration Stand Assembly #120-75-9: Weight Hanger #120-75-10: Weight Set Optional #120-35-SP: Spare Parts Kit #120-506M: Paddle for Dynamic Settling Test Part Numbers #120-35: Model 2025 Automated HTHP Consistometer #120-35-DAS: Model 2025 Automated HTHP Consistometer with Computer #120-35-R: Model 2025 Automated HTHP Consistometer with Chart Recorder #120-35-RDAS: Model 2025 Automated HTHP Consistometer with Computer and Chart Recorder

Model 2040 Automated HTHP Cement Consistometer, 40 KSI, 600°F

The Model 2040 Automated HTHP (or HPHT) Cement Consistometer was specifically engineered to determine the thickening time of oil well cements under simulated down-hole pressures and temperatures. The Model 2040 offers a computerized Data Acquisition and Control system, automatic temperature and pressure control, and a variable speed motor all standard in one easy-to-use unit. Features Small footprint, our new and slim design saves valuable lab space Automatic temperature and pressure control, variable speed motor (0 - 150 RPM) powered by a magnetic drive Oil Reservoir, features a cap with built-in funnel to help prevent spills, a removable top and bottom that makes cleaning easy, and a sloping bottom that collects sediment for easy removal Windows® based, Computerized Data Acquisition and Control system, provides detailed test information in convenient formats, and can control multiple units from one computer via RS-232 or Ethernet connection Safety Features, temperature, pressure, and consistency alarms Status indicator, symbolizes (3) selectable ranges of consistency Conforms to API Specification 10 guidelines Specifications Maximum Pressure: 40,000 PSI (275.8 MPa) Maximum Temperature: 600°F (315°C) Consistency Range: (0 - 125 Bc) Digital Temperature Controller with 0.1° resolution Pressure indicator resolution is 100 PSI and includes both high- and low-pressure alarms Slurry cup rotational speed is 150 RPM Size: 22.5" × 27.5" × 70" (57cm × 70cm × 178cm) Weight: Approx. 450 lb (204kg) Crated Size: Approx. 26" × 34" × 76" (66cm x 86cm x 193cm) Crated Weight: Approx. 750 lb (340kg) Requirements Air / Nitrogen supply (100 - 120 PSI) Water supply for cooling (40 PSI) Water Drain 230-Volt, 50 / 60 Hz, 25-Amp electrical power supply Software Features Reports real-time data that can be exported to an Excel, Word, or similar file Enables you to program the temperature, pressure ramps, and motor speed Operates multiple units with one computer Components #120-001: Mineral Oil, 1 Gallon #120-10-1: Tool Kit #120-103: Rupture Disk, 45000 PSI #120-40-032: Filter, High Pressure #120-40-033: Filter Element #120-106-002: O-ring for Filter Element #120-35-031: O-ring for Cell, Viton® #120-35-033: Air Filter #120-35-132: Oil Filter #120-40-029: O-ring for Cooling Jacket, FFKM #120-401: O-ring for Cell, Metal #120-401-V: O-ring for Cell, Viton® #120-50-040: Wrench, Box End, 5/8" #120-59-076: Hose Kit #122-077: Fuse, 10 Amp, 5 mm × 20 mm Slurry Cup Components #120-519: Slurry Cup Assembly without Expansion Chamber #120-521: Slurry Cup Assembly with Expansion Chamber #120-501: Sleeve #120-501-T: Sleeve, Tapered #120-502: Diaphragm, Molded #120-502-1: Diaphragm, Flat #120-503: Paddle Pin #120-504: Pivot Bearing #120-505: Pivot Bearing Gasket #120-506: Paddle #120-507: Paddle Shaft, 7.75" (For Slurry Cup without Expansion Chamber) #120-508: Diaphragm Retaining Ring #120-509: Drive Disk #120-510: Drive Bar #120-511: Shear Pin #120-512: Drive Pin #120-513: Gasket #120-514: Drive Disk Set Screw #120-515: Diaphragm Support #120-516: Slurry Cup Base #120-517: Slurry Cup Locking Ring #120-520: Paddle Shaft, 9.125" (For Slurry Cup with Expansion Chamber) #122-522: Expansion Chamber Lid Potentiometer Components #120-628: Potentiometer Assembly #120-602: Calibration Spring #120-603: Body #120-604: Resistor #120-605: Contact Spring #120-606: Contact Arm #120-607: Contact Strip #120-608: Grounding Cable Retaining Screw #120-609: Grounding Contact Spring Calibration Components #120-35-040: Calibration Stand Assembly #120-75-9: Weight Hanger #120-75-10: Weight Set Optional #120-35-SP: Spare Parts Kit #120-506M: Paddle for Dynamic Settling Test Part Numbers #120-40: Model 2040 Automated HTHP Consistometer #120-40-DAS: Model 2040 Automated HTHP Consistometer with Computer #120-40-RDAS: Model 2040 Automated HTHP Consistometer with Electronic Chart Recorder and Computer

Model 25 Constant Speed Blender

The Constant Speed Blender facilitates the preparation of oil well cements and fracturing fluids for testing according to API guidelines. It provides timed, constant speed rotation, even under load. Features Stainless steel mixing container and blades Rotational speed is maintained at set point with microprocessor Automatically controls mixing times at required RPM Digital instrumentation provides excellent readability Two preset mixing speeds: 4,000 and 12,000 RPM Variable speed and programmable controls enable custom mixing speeds and times Specifications Maximum Speed: 25,000 RPM (no load) 115-Volt, 60 Hz, or 230-Volt, 50 Hz Size: 8.5” × 8.5” × 16” (22 × 22 × 41 cm) Weight: 14 lb (6.5 kg) Crated Size: 11.5” × 10.25” × 15.4” (29 × 26 × 39 cm) Crated Weight: 16.9 lb (7.7 kg) Part Numbers #120-64: 115 Volt #120-64-1: 230 Volt

Model 60 Atmospheric Cement Consistometer

The Model 60 Atmospheric Consistometer is used for conditioning cement slurries as specified within API Specification 10. Determination of rheological properties, examination of free water content, and valuation of the API fluid loss test all require that the cement slurry be pre-conditioned by an Atmospheric Consistometer. Features Temperature is maintained via a PID controller, to increase accuracy and reproducibility Unit is operated at atmospheric pressure Process temperature is displayed digitally, for easy reading Heat transfer fluid (oil) is continuously circulated, ensuring a consistent temperature is maintained Slurry container rotational speed is 150 RPM to meet API specifications Dual container design so that two slurries can be conditioned at one time Cooling system included to allow cooling the slurry below room temperature Stainless steel temperature bath resists corrosion, ensuring long life Dead-weight calibration unit helps keeps the unit in calibration, ensuring consistent performance Specifications Maximum Pressure: Atmospheric Maximum Temperature: 200°F (93.3°C) Heater: 1,500 watts Slurry Cup Rotational Speed: 150 rpm Temperature Control: PID controller Temperature Bath Material: Stainless Steel Display: Digital Size: 14.5" × 15.5" × 24.5" (37 × 39 × 62 cm) Weight: 98 lb (44 kg) Crated Size: 32" × 21" × 32" (81 × 53 × 81 cm) Crated Weight: 200 lb (91 kg) Requirements Water supply and drain for cooling 120 Volt, 50 / 60 Hz, 4.4 KVA power source 220 Volt, 50 / 60 Hz, 2.2 KVA power source Part Numbers #120-75: 115 Volt #120-75-1: 230 Volt

Model 60 Atmospheric Cement Consistometer

Model 80 Recording Atmospheric Consistometer

The Model 80 Recording Atmospheric Consistometer is utilized to pre-condition cement slurries in accordance with API Specification 10. Determination of rheological properties, examination of free water content, and evaluation of the API fluid loss test all require that the cement slurry be conditioned by an atmospheric consistometer. Features Three-channel strip chart recorder measures temperature and consistency of each container Temperature is maintained via a PID controller, to increase accuracy and reproducibility Unit is operated at atmospheric pressure Process temperature is displayed digitally, for easy reading Heat transfer fluid (oil) is continuously circulated, ensuring a consistent temperature is maintained Slurry container rotational speed is 150 RPM to meet API specifications Dual container design so that two slurries can be conditioned at one time Cooling system included to allow cooling the slurry below room temperature Stainless steel temperature bath resists corrosion, ensuring long life Dead-weight calibration unit helps keeps the unit in calibration, ensuring consistent performance Specifications Maximum Pressure: Atmospheric Maximum Temperature: 200°F (93.3°C) Heater: 1,500 watts Slurry Cup Rotational Speed: 150 rpm Temperature Control: PID controller Temperature Bath Material: Stainless Steel Display: Digital Size: 30” × 16” × 18” (76 × 41 × 46 cm) Weight: 105 lbs (47.7 kg) Crated Size: 23” × 20” × 22” (58 × 51 × 56 cm) Crated Weight: 170 lbs (77.2 kg) Instrument Requirements Water supply for cooling and drain 120 Volt, 50 / 60 Hz, 20 Amp 220 Volt, 50 Hz, 10 Amp Part Numbers 120-80: 115 Volt 120-80-1: 230 Volt

Mud Aid™

When a drilling fluids specialist cannot be on site full-time, an automated system can be beneficial to measure and monitor drilling fluid properties. The newly launched MUD AID™ is a remotely monitored, automated in-field diagnosis unit, designed to manage and automate drilling fluid processes. The MUD AID™ facilitates optimization and execution of the drilling fluid program by presenting real-time information on fluid properties. This compliments the job of the drilling fluids specialist and may assist in optimizing drilling fluid performance. The unit live-samples drilling fluid and tests project specific properties, to API standards where applicable. The unit presents this data in real-time allowing the operator to make adjustments according to the program. The MUD AID™ is integrated with the winning, secure, cloud based web portal IMDEXHUB-IQ™, for complete visibility anywhere, anytime across the operation. Features Increased productivity – Real-time notification of drilling fluid parameters and support from a qualified drilling fluids specialist, anywhere, anytime in the world Reduced downtime – Standard tests at regular intervals help identify issues as they occur Safety – Reduced risks associated with personnel/contractors on site Instant decision making – Having access to information means decisions can be made in a timely matter and provides accountability on performance Reporting - Automatically generated daily drilling fluid reports and recaps Secure chain of custody of the data with seamless workflows. Easy Set-up and Customization The MUD AID™ is portable, lightweight and easy to install and operate. Set up includes pairing the MUD AID™ to site specific conditions, setting parameters and automating alerts, and helping to intercept any potential issues. The drilling fluid specialist will remotely provide periodic monitoring and recommendations, so drillers can attempt to rectify variances in the system – providing drillers greater control over their drilling fluid system. Drilling fluid test properties are viewed through the IMDEXHUB-IQ™ as well as on the unit display, which provides instant, secure access to real-time data and historical information. Data can also be downloaded via USB. Instant Access to Data, Anywhere, Anytime IMDEXHUB-IQ™ collects, stores and provides critical operational data, protected through a validated chain of custody and secure database. This award winning, secure, cloud based web portal can be accessed from any internet connection. IMDEXHUB-IQ™ provides efficient data work flow and real-time secure access to information, such as data from REFLEX tools, shift reports, pre-starts and more, for geologists, drill supervisors and other key decision makers. Technical Specifications and Requirements Specifications 24/7 tracking of drilling fluid parameters (Ability to be programmed to test from every 30 mins to every 12 hrs) Programmed monitoring of individual drilling fluid programs, to intercept potential issues before they become major Trend tables for collected data Email alerts when parameters are breached Integration with IMDEXHUB-IQ™, providing access to real-time data and historical information for decision makers Up to 60 days storage capacity of drilling fluids tests (With full history available via IMDEXHUB-IQ™) Can be integrated with PASON / WITS0 systems Wi-Fi, 3G/4G, LTE with satellite fail-over connectivity Can be powered via multiple power options (220VAC, 110VAC, 24VDC rig power, 24VDC solar/battery) Access data and reports on site via any VNC application (from PC, cellphone, or tablet), or output stored data via USB Portable, lightweight design – Two pelican cases 45kg and 30kg Easy 30 min installation time and easy operation Testing Capabilities Rheology: 0 - 600 rpm, Plastic Viscosity, Yield Point, Gels, Apparent Viscosity Temperature Ions: pH, Chlorides, Potassium, Calcium, others available Density / Mud Weight

Mud Watcher

Drilling fluid measurement is essential for safe and efficient rig operation. Manually collecting and testing mud samples is slow and time consuming for rig personnel. The Mud Watcher automatically measures the temperature, density, and viscosity of drilling fluid on the rig and send the data directly to the rig data acquisition system, mud logging unit, or dedicated data acquisition system. It is designed to be installed, operated autonomously, and maintained by the existing rig crew, with no specialized skills required. The Mud Watcher provides a steady stream of data, alerting mud engineers to possible problems much more quickly than conventional testing procedures. This reduces risk to personnel while providing accurate and timely measurements to enhance overall decision making, leading to higher efficieny, well quality, and productivity. For more information, check out the frequently asked questions. Features Continuous monitoring of drilling fluid density and viscosity. Density is displayed in customer selected units. Viscosity may be displayed as centipoise, centistokes, or funnel viscosity. Data is exported as an intrinsically safe analog signal to the rig data acquisition system, mud logging unit, or a dedicated data acquisition system. Provides an early indication of developing hole or drilling fluid changes that may be precursors to drilling problems Reduces rig crew exposure to noise and fumes within the shaker house Accurate, reliable, and easy to operate and maintain No requirement for dedicated / specialist service engineers. Operated and maintained by existing rig crews. Releases rig crews for more productive tasks Specifications Density Range: .9 - 2.64 sg (7.5 - 22 ppg) Viscosity: Native measurement in standard viscosity units (cP or Pa-s), can be converted to application specific Funnel Viscosity Seconds Viscosity Range: up to 20,000 cP (equivalent) Min/max ambient temperature: -4 to 203°F (-20 to 95°C) Electrical interface size: Intrinsically safe gland IP rating: IP 65 minimum for all parts Available signals: Temperature, Density and Viscosity, 4-20mA, Active, Powered Max suction pressure (lifting height): Dry 4m, Wet 8m Size: 68" × 29" × 29" (1735 × 720 × 720 mm) Weight: < 771 lb (350 kg) Requirements Electrical: 85 - 264 VAC, 2 Amp, 50/60 Hz Air: 100 psi (689.5 kPa) max at 20cfm / 40cuM/hr, 5 to 7 barG Part Number 350-00

Multi-Blade Foam Cement Blending Assembly

The Multi-Blade Foam Cement Blending Container is designed to mix foam cement slurries. The stainless steel container fits on the OFITE Constant Speed Blender. Inside, instead of a single set of blades, it contains a stack of five (5) sets of blades. The extra blades introduce significantly more air into the slurry as it mixes, creating a foam instead of the standard liquid slurry.

OLR Series 1000 OnLine Rheometer

The OnLine Rheometer (OLR) is designed to continuously measure, plot, and report the rheological properties of drilling, completion, and fracturing fluids in the pipe. The OLR uses a squeezeflow technique; it measures storage and loss moduli by imposing a small cyclic deformation on a liquid sample at a variety of frequencies, from 1-100 Hz. Quality control parameters and user interface are based on ?* (complex viscosity [Pa s]), as measured by the OLR. The response of the liquid is measured and displayed in terms of G' (storage modulus [Pa]), G'' (loss modulus [Pa]), d (phase angle [Degrees]), and ?*. Features Fast and Reliable Real Time Results Low Maintenance Out of Specification Diagnosis Plug-and-Play Installation Precise and Robust Sensor System Process Control Process Monitoring Quality Control State of the Art Technology Time and Cost Savings Specifications Frequency Range: 1 - 100 Hz Viscosity Measurement Range (geometry dependent): 0.25 - 200,000 Pa s Force Range: 0 - 44.48 N Operating Range: Temperature: 14° - 230°F (-10° - 110°C) Pressure: 0.7 - 145 psi (4.8 - 1,000 kPa) Temperature Measurement: RTD PT100 Ohm, Class A Size: 11.6" × 18.1" × 23.8" (30 × 46 × 61 cm) Weight: 145 lb (65 kg) Requirements Electrical: 115 - 230 VAC, 50/60 Hz Power Input Maximum: 10 W Fuses: 5A Suitable for 1" to 8" pipe (DN25 - DN200) Software (SOLR) Features Set-up of process monitoring and quality control parameters Monitoring and control of process either through SOLR or through the factory PLC Out-of-specification product diagnosis

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Products

Categories:

Sub Categories:

Brass 3 Gang Cement Mold Assembly

Cement Mold Assembly, 8 Specimen, Single Deep, Brass

Model 130 HTHP Benchtop Consistometer

Model 20 Constant Speed Blender, 4 liter

Model 2025 Automated HTHP Cement Consistometer, 25 KSI, 400°F

Model 2040 Automated HTHP Cement Consistometer, 40 KSI, 600°F

Model 25 Constant Speed Blender

Model 60 Atmospheric Cement Consistometer

Model 60 Atmospheric Cement Consistometer

Model 80 Recording Atmospheric Consistometer

Mud Aid™

Mud Watcher

Multi-Blade Foam Cement Blending Assembly

OLR Series 1000 OnLine Rheometer

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