VICAT APPARATUS
VICAT APPARATUS
Introduction
The setting time determination of cement and mortars is one of the most important parameters for the quality inspection and verification.
Furthermore the production and use of new mortars, admixtures and similar materials with the research activity has highlighted the need of sophisticated test apparatus capable of performing a variety of independent test cycles and procedures on numerous specimens.
Our new VICAMATIC apparatus fully satisfies these requirements and is capable of performing tests with start delay, adjustable dropping rate auto-mode and free or driven drop. The driven drop option allows the adjustment of the drop or lifting time within 10 and 50 seconds. The VICAMATIC can also be equipped by the needle cleaning device with water container for testing in water as prescribed by EN.
The installed firmware allows the PC connection via the RS 232 port and the expansion to a Multiple Testing System with up to 16 apparatus via the RS 485 port.
The high versatility and flexibility of the VICAMATIC is summarised below.
Use of a single apparatus
Main advantages:
- Production of a test graph report on paper
- Display of test data in real time. See description of this unique feature in the firmware paragraph
- Possibility of connection to a simple serial printer (See accessories)
- Possibility of connection to PC via RS 232 port
All the above features represent the most advanced economical solution for general laboratory use.
Use of a multiple system
Main advantages (in addition to the above):
- Test system expandable any time to up to 16 units for PC connection
- The single units to be connected to the PC network can be located in different places and not necessarily all together (See the Software paragraph)
- Powering down one unit does not prevent the use of all other units in the network
- The units can be independently programmed
General description
The apparatus consists essentially of a mechanism of four different stepper motors which control the sliding weight with needle, the rotation and displacement of the table and the chart drum. The displacement of the sliding weight with needle is recorded by a pen in the chart drum and also read by an encoder for the data acquisition.
The automation of the system is obtained by an electronic control chard with microprocessor. The front control panel includes the membrane keyboard with large graphic display.


