General Description

WYKEHAM FARRANCE’s electro-mechanical TRIAX 4C is the ideal solution for commercial laboratories who require a versatile stand-alone machine, able to...
Read More

Description

WYKEHAM FARRANCE’s electro-mechanical TRIAX 4C is the ideal solution for commercial laboratories who require a versatile stand-alone machine, able to perform high quality triaxial tests in addition to unconfined and general purpose compression tests with superior perfomance.

The load frame is built around a robust twin chromed-column structure, ensuring extremely high rigidity.

This model is fitted with 4 built-in chan­nels and data acquisition, to be used either in stand-alone mode or connected to a PC.
This load frame is equipped with a wide user friendly touch screen display, side mounted and very ergonomic allowing local control of the main func­tions and data acquisition.
The touch screen display is ex­tremely versatile to start, pause and stop the test, to set up data recording mode, to show live readings of the transducers in real time and to perform calibrations.  In addition a LAN connection and a dedicated software (included with the machine) allows remote control from the PC.  In remote control mode the soft­ware allows the user to control the main functions via PC as well as to calibrate the channels with linear, polynomial and multi-co­efficient calibration mode, and to display the readings.

 

Products

Code
Description
Units

Technical Specifications

Model  28-WF4001/4C
4 channels built-in  YES
Maximum sample diameter, mm 70
Minimum testing speed, mm/min 0.00001
Maximum testing speed, mm/min 50.8
Maximum load frame capacity, kN 50
Maximum loading capacity, kN from 35 to 7
Minimum vertical clearance, mm 390
Maximum vertical clearance, mm 725
Horizontal clearance, mm 380
Platen diameter, mm 158
Platen travel, mm  100
Dimensions, mm ( h x w x d) (approx.) 1215 x 645x 495
Power, W 600
Weight, kg (approx.) 90

 

Standards

  • BS 1377:7
  • ASTM D2850
  • ASTM D4767
  • BS 1377:8
  • ASTM D7181
  • EN 17892-8
  • EN 17892-9