DF56 is a redundant power supply works independently or with another redundant power supply module to assure a constant power supply to the application. When two redundant power supply modules are used, both split the energy that is needed to supply to the system. When one power supply fails, the other, automatically, will assume the operation. Each power supply has a relay to indicate failures allowing the user to replace damage modules.
DFI302 is a key-interfacing element in the distributed architecture of field control systems. It combines powerful communication features with direct I/O access and advanced control for discrete and continuous applications. Due to its modular structure, it can be placed inside panels in the control room or sealed boxes in field. Highly expandable, it is targeted to applications ranging from small standalone systems to large and complex plants.
DFI302 is a modular multifunctional device with a DIN-rail mounted backplane into which all components are installed, including main and fieldbus power supplies (DF50 and DF52, respectively), controllers (DF51, DF62, DF63, DF73 and others), and line impedance (DF53) modules. They are plugged-in through industrial grade connectors and by using a robust metal screw. A conventional I/O subsystem with modules for analog and discrete inputs and outputs can be connected (optional). Modularity is the keyword for DFI302 flexibility. Besides, since all modules including the fieldbus power supply subsystem are plugged into the same backplane, the DFI302 comes up as a single integrated unit.
The DT302 Foundation Fieldbus Density Transmitter is an instrument developed for the continuous, online measurement of liquid concentration and density, directly in the industrial process.
The DT400 WH is a density transmitter with Wireless HART™ digital communication, Version 7 HART, designed for continuous density and concentration measurement of liquids, directly on industrial processes.
The ENET-710 is a data communications module that bridges Ethernet and Serial communication networks.
With the increasing importance of networking for industrial control/automation, the ENET-710 module provides Ethernet-networked computers the ability to perform remote monitoring and control of serial Modbus compatible industrial devices in the field as well as access to LC700 PLC CPU modules and the CD600 Multi-Loop Controller.
Up to seven clients can access the ENET-710 via Ethernet and communicate over one full-duplex RS-232C and four half-duplex RS-485 compatible serial ports to serial field devices.
The module can be installed in the LC700 Programmable Logic Controller (PLC) to receive power, or it can be operated in a stand-alone fashion with an external +24VDC power source. There is also a redundant power supply mode when using both power sources.
Fully compliant with Modbus/TCP, the ENET-710 implements bridging to the LC700 PLC CPU module serial ports and other Modbus/RTU compatible devices enabling bi-directional communication between clients on Ethernet and devices on a serial Modbus network.
The module also functions to offer data communications between Ethernet and the CD600 Multi-Loop Controller with the CD600 configuration software.
FBTools is an application which allows the user to upgrade the firmware of any Smar field device – FOUNDATION Fieldbus TM and PROFIBUS PA, PCI302 cards, DFI302 controllers and communication gateways such as FB700, MB700 and HI302.
This tool also allows configuring TCP/IP properties of those modules’ network interfaces.
FBView is a powerful tool for those who want to work with fieldbus devices. FBView provides the user with the messages that pass through the fieldbus buses.
FBView can capture, analyze and decode the messages, showing all information. The information reports the message type, the address of the device that sent the message, and the address of the receiver. It is also possible to decode the messages from each level of the Fieldbusprotocol. FBView is easy to use and runs on Windows 2000 and XP.
The FDI302 Smar interface, (Fieldbus Communication Interface for Firmware Update), allows firmware update of the FOUNDATIONTM fieldbus and PROFIBUS-PA field devices using a computer and Smar FBTools application software.
There are two models available:
FDI302-1: Fieldbus Communication Interface for Firmware Update – 302 and 303 series
FDI302-2: Fieldbus Communication Interface for Firmware Update – DC30
The FRI303 PROFIBUS-PA Remote I/O makes the integration of Profibus and conventional I/O easy. FRI303 is a PROFIBUS-PA device that has two built-in relays and two dry contact inputs making integration of PROFIBUS-PA and conventional devices such as on/off sensors, solenoids, on/off valves, electrical actuators, motors, pumps, starters, etc.
The FRI303 can be located at the field, mounted close to the conventional devices without the need to run the conventional wiring to the control room. The FRI303 is an integral part of SYSTEM302 but also integrates into other systems supporting Profibus.
The FY302 is from the first generation of Fieldbus devices. It is a control valve positioner for pneumatic valve in a Fieldbus system. The FY302 produces a pressure output as required to position a control valve according to an input received over the Fieldbus network or internal controller.
The Fieldbus technology used in the FY302 enables, an easy interface between the field and the control room and several interesting features that considerably reduce the installation, operation and maintenance costs.
The FY303 is a control valve positioner for PROFIBUS systems. The FY303 provides a pressure output to position the control valve according to the input received from a PROFIBUS network. The digital technology used in the FY303 enables an easy interface between the field and the control room including special features that considerably reduce installation, operation and maintenance costs.
It can be configured through commercially available programs, compatible with Profibus-PA, or locally using a magnetic key in basic operations.
The FY400 digital positioner uses the most advanced microprocessor to perform an accurate and quick valve positioning. It is a controller which receives its setpoint from the process main controller and actuates the valve to move exactly to the ideal position for better process performance.
The FY400 Hart ® senses the actual stem valve position and it takes the corrective action according to a fully user configurable strategy. The “non-contact” position sensor (Hall effect based) prevents the inadequacy of links and levers.
Configurable via software, from 3 mm up to 100 mm stroke, selected from the linear magnet and mounting bracket choices according to the required stroke.
FY400 Rotary
Configurable via software from 30° to 120° used with rotary magnet and proper mounting bracket.
FY400 Remote Non-contact Position Sensor
Most appropriate on applications involving high temperature and vibration. Also suitable for places with difficult access. Available from 5 m to 20 m cable length.
FY400 Local Non-contact Position Sensor
Regular positioner with integrated position sensor.
FY400 with Pressure Sensors
In addition to the regular information on the valve and positioner status, the pressure sensors are also useful for advanced diagnosis.
Parameterezation and Diagnostics
For FY400 management and diagnostics, AssetView ensures continuous information monitoring.Smar has developed AssetView, which is a user-friendly
Web Tool accessed anywhere and anytime using an internet browser. It is designed for management and diagnostics of field devices, to ensure reactive, preventive, predictive and proactive maintenance.
The HCC301 is a HART® to Current Converter and it converts a digital variable from the HART® communication in an analog current signal, allowing that this variable is monitored and controlled.
It is an interface that helps the communication between the field and the control room.
The HCC301 supports master or slave behavior. To choose one of the options, use the configuration jumper.