The Auto/Manual Transfer Station AM01P is an auxiliary device that allows the switching from automatic to manual and from manual to automatic without bumping the process. The manual output signal can be adjusted by the frontal knob. The output signal is indicated by the built-in indicator. The power supply is isolated from the inputs and outputs.
BFY-CL is a coupling device for the FY family of SMAR positioners, designed for applications in several different models of final control elements.
BFY-CL attends to the needs of modulating controls for processes requiring strokes longer than 100 mm in the final control element.
The operation principle of BFY-CL is based on the oblique split rule, reducing a original long stroke to a short one, orthogonal to the original travel.
The BFY applications are many. From the modulation in control cylinders of long stroke to acting as floodgates of high capacity.
The BFY-CL is used with the FY301 / FY302 / FY303 / FY400 SMAR positioners – presented in HART®/4-20 mA, Foundation fieldbus™ andProfibus PA communication protocol versions.
This is a mechanical device that facilitates the routing of PROFIBUS-PA, PROFIBUS-DP, FOUNDATION fieldbus, AS-i, DeviceNet, Modbus and Conventional cables to guarantee the correct bending of the cable, respecting the minimum bending. Whenever this bending is violated there is a change in the cable impedance, causing signal reflection. This device was designed for cabinet and field mounting.
The Power Supply Switch Box QDA-5 and QDA-10 are electrical devices that provide a safer distribution of power supply for panel and field instruments. Its compact design and functionality saves panel space, providing a better layout, and reduce the installation time.
The QDA receives power, ac or dc, and distribute it through separated channels. Each channel has a DPST switch and fuse holder, allowing shut-off of one loop while others continue running.
Smar™s SD1 Magnetic Tool is the second man-machine interface used to make local adjustments in the Smar™s transmitters and converters. It comprises the advantage of the powerful HHT and the convenience of the “good-old” screwdriver.
The instruments have, under the identification plate, holes for two magnetic switches activated by the magnetic tool. If the transmitter or converter are fitted with a display, and configured for Complete Local Adjustment, the magnetic tool is almost as powerful as the HHT. It eliminates the need for an HHT in most basic applications.
Tag View 3.1 is an OLE for Process Control Client Application (OPC Client) specially developed to validate a Fieldbus Configuration. This software monitors the Function Blocks and their parameters in the two forms of windowing: Tag View Window to display value and status of process variable in a real time trend graphic. You can use Tag View Window to analyze the statistical behavior of the process variables, also. Tag View window determines the maximum and minimum values and the number of overshoots and undershoots that exceed a specified dead band of the configured tags.