M22-400

OPERATION

Operation of the pressurized consistometer is simple with all of the operational controls conveniently located on the front panel. The readout indictors for the viscosity, pressure, and temperature, as well as operational instructions, are easily read from the 12-inch color touch-screen. The consistometer is designed so that closure, heating, and pressurization can be achieved quickly. This ensures compliance with the requirement of ISO and API schedules. The temperature control system will automatically control the rate of temperature rise of the slurry (i.e. temperature gradient). When the slurry reaches the desired maximum temperature, the system will hold the slurry temperature at that level. The temperature and viscosity of the slurry, and current pressure are displayed constantly on the touch-screen numerically and graphically. Contains easy spin-on/off automotive style mineral oil filter and 100 micron high pressure filter to remove sediment and other contaminants from mineral oil.

FEATURES

• 12 inch color touch-screen for display of testing parameters and access to programmable features
• Easy network LAN connection for remote viewing in real-time
• USB drive for data export or export direct via network connection
• Maximum operating pressure 22,000 psi (150 MPa)
• Maximum operating temperature 400° F (205° C)
• Precision, magnetic, drive assembly keeps maintainence down to a minimum
• Automatic, shut down cooling
• Oil reservoir cooling
• No other processor or PC is required to operate the system
• Ultra-fast processor ensures high-speed computing
• Lots of on-board memory for thousands of tests
• CementLab software takes consistometer technology into the 21st century
• Pressure control optional
• Redesigned with automated technologies to remove unnecessary valves, switches, and timers

BENEFITS

• Instructions displayed on touchscreen allow first-time users to operate instrument efficiently
• Rate of temperature rise of the slurry can be closely controlled over a wide range of temperature gradients including a multi-slope gradient
• Easy network configuration for remote viewing of tests, data transfer.
• Hundreds of similar units are in operation with interchangeable parts
• High-wattage slurry heater provides high heating rates needed to simulate high temperature gradients in wells as required by ISO and API schedules
• The units have viscosity alarms that can be set over the range from less than 30 Bc to 100 Bc
• The cooling coils around the pressure vessel permits the circulation of a cooling fluid to cool the pressure vessel quickly
• Oil reservoir cooling used to rapidly cool oil between tests