Motorised Auto Consolidation (ACONS2 -CRS) System Setup

Motorised Automatic CRS Consolidation (ACONS2) System Setup

Our new ACONS2 CRS System makes things easier for Constant Rate of Strain (CRS) Automated Consolidation testing to ASTM D4186-06 by using a stepper motor to generate Force. It also comes with an RS232, Wi-Fi or USB Interface (user selectable) for computer control using our renowned Clisp Studio software, and an optional 7” Touchscreen Colour Display with Wi-Fi or USB Connection for remote control. The ACONS2 can be used with a standard 75.7 mm CRS cell for CRS strain testing or a 63.5 or 75.7 mm CRS cell with an Internal Submersible Load Cell for CRS strain and stress testing. Back Pressure is provided by an Automatic Pressure Controller and Pore Water Pressure is measured with a Pressure transducer. It can also be used with normal Consolidation cells for Consolidation tests.

Part Number : VJT9106

For prices: call +44 (0)118 945 3737 or Email us

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Motorised Auto Consolidation (ACONS2 -CRS) System Setup

Features

Compact design (small footprint)
Longer Strain Rods for Constant Rate of Strain (CRS) testing
RS232 or USB Interface for computer control
Optional 7" Remote Touchscreen Display with Wi-Fi or USB connection
Capable of applying step loading as well as displacement control
Motorised actuation of load
Includes 15kN (3372 lbf) Load cell
Adaptable to accept consolidation cells or a 63.5 or 75.7 mm ( 2.5 or 3 inch) CRS cell with an Internal Submersible Load Cell (supplied separately)
Suitable for use with Perm Consolidation Cell (supplied seperately)
Suitable for use with Unsaturated Perm Cell (supplied seperately)
Built-in high accuracy Digital Dial Gauge interface for displacement sensor
Built-in LSCT interface for displacement sensor
Built-in Mitutoyo Digital Dial Gauge interface
Over range protection
Multiple ACONS2 can be daisy chained and controlled from single PC (RS232 only)
Microprocessor based design
High Resolution 24 bit A/D converter
Built-in battery backed real time clock
Transducer calibration from/to Clisp Studio
Non-volatile storage of calibration