Enable automation and control of industrial processes and enhanced business performance with user-friendly tools. Benefits include safeguarding your plant equipment, protecting people, the environment, and assets, preventing unnecessary shutdowns, improving asset availability, and enhancing operator effectiveness.
Our control configuration tools enable operators to set controller configuration parameters or create custom computation programs via the optical communications adapter attached on the controller front panel.
The LL50A Parameters Setting Software is designed to build and set parameters and program pattern and ladder programs for our UTAdvanced digital indicating controllers directly from a PC. Tuning and monitoring of ladder programs are possible during communication with the controllers.
A Distributed Control System (DCS) is a platform for automated control and operation of a plant or industrial process. A DCS combines Human Machine Interface (HMI), logic solvers, historian, common database, alarm management and a common engineering suite into a single automated system.
CENTUM VP consists of four components including operation and monitoring functions, engineering functions, control functions, and a network communication system. It can be flexibly configured to suit the requirements of plants both large and small in a wide variety of industries. In addition, integration with ProSafe-RS safety instrumented systems, STARDOM network-based control systems, and different generations of CENTUM systems extends its scope of operations.
Since it was released in 1993, CENTUM CS has been widely applied in the plants of oil refineries, petrochemical, chemistry, iron/steel, non-ferrous metal, metal, cement, paper pulp, food/pharmaceutical industries and many other public utilities. We offer DCS migration/replacement solutions to provide you with the most up to date DCS technologies.
CENTUM CS 3000 R3 features an open architecture which provides flexibility and compatibility with existing systems. It can be seamlessly connected with the previous CENTRUM systems as well as easily upgraded into the CENTUM VP system that was released in 2008. We offer DCS migration/replacement solutions to provide you the most up to day DCS technologies.
Limit controllers should be used for processes where there is a safety or quality requirement to protect a process from damage caused by excessive temperatures. If the pre-set temperature limit is exceeded, then the output switches to shut down the system.
The UT35A-L is a digital indicating controller that can be configured as a high or low limit controller by the user. It features a universal input, three alarm outputs, a retransmission output, a timer to count the total time the setpoint is exceeded and a register to retain the maximum temperature reached. The UT35A-L also complies with FM approval.
The UT150L is a 1/16 DIN sized limit controller that complies with FM approval. It is ideal for oven, furnace and kiln applications. Configurable as either a high or low limit controller, the UT150L also features a universal input, a timer to count the total time the setpoint is exceeded and a register to retain the maximum temperature reached. Two alarm outputs, a retransmission output and communication functions are also available as an option.
Our manual setters can be used as a remote setter for digital indicating controllers. They have PV display and transmit 4-20mA DC by manual operation.
The UD310 is a 1/16 DIN sized manual setter that features a large PV display, two alarm outputs and a PV retransmission output. It transmits a 4 to 20 mA DC signal by manual operation and can also be used as a remote setter of target setpoint for digital indicating controllers.
Panel indicators are digital panel meters with easy to read LED lights. They can be used as a digital indicating controller for control rooms and instrumentation panels in process automation sites.
The UM33A is a digital indicator that employs an easy to read, 14 segment color LCD display, along with navigation keys. It features 9 alarm outputs and input correction functions including PV bias, polygonal line approximation and polygonal line bias. A 24VDC sensor power supply is also available as an option.
PID controllers provide the most accurate and stable control as they have the ability to automatically compensate for changes within the system. Our PID controllers include both heating and cooling control and RS-485 communication is available.
The UT100 Series of PID controllers provide versatile options that make them ideal for use in many different applications. They feature a 1/16 DIN size option, an easy to read display, T/C or RTD input selection and output types including ON/OFF, voltage pulse or DC current. The controllers operate in automatic mode only. Alarm contact outputs, retransmission output, contact input setpoint selection and RS485 are also available as an option.
Process controllers precisely control and monitor temperature, pressure, level or flow in batch or continuous processes. They can also back up critical or safety-related loops controlled by PLC, RTU, DCS and PC-based systems.
The 330R is a universal process monitor that programs to accept a signal input from a process instrument or temperature sensor, and shows real-time process status on its large display. It features alarm trip outputs that can be used for on/off control or to warn of unwanted high/low process conditions. The 330R is also available with an analog output signal (proportional to input) for retransmission to an analog control system, and with RS-485 communications for interface with digital-communicating DCS, PLC and PC-based SCADA systems.
The 535 is a single loop process controller that provides PID control of temperature, pressure, level and flow in batch and continuous process applications. It provides a proportional analog control signal output that is typically used to regulate a control valve or similar final control element. The 535 also features an autotune capability that continually analyzes your process and makes modifications to the tuning parameters to ensure precise, long term and stable control.
The FCN-500 is a dual redundant, configurable controller that ensures critical processes continue without interruption. It features a highly durable design, fan-less cooling, error check and correct (ECC) memory to prevent software failures and contains no IC chips on the backplane, preventing mechanical failures. Rich diagnostic functions make it possible to keep track of CPU temperature, SRAM memory status and I/O module status.
The FCN-RTU is a low power consumption model controller that meets the demanding requirements where infrastructure is inadequate and conditions inhospitable. It features a highly durable design, fan-less cooling, error check and correct (ECC) memory to prevent software failures and contains no IC chips on the backplane, preventing mechanical failures. Rich diagnostic functions make it possible to keep track of CPU temperature, SRAM memory status and I/O module status.
The FCJ is a brick type, autonomous controller that fulfills the basic requirements of utility control while also providing reliability for SCADA communication with its network redundancy capability. It features a highly durable design, fan-less cooling, error check and correct (ECC) memory to prevent software failures and contains no IC chips on the backplane, preventing mechanical failures. Rich diagnostic functions make it possible to keep track of CPU temperature, SRAM memory status and I/O module status.
The 555 is a cost effective way to upgrade chlorination and dechlorinatin processes in an easy to use, rugged 1/4 DIN size package. The 555 can easily be set up to handle flow proportional control, residual control, compound loop control with lag times, and dechlorination with sulfer dioxide. The 555 is designed to quickly integrate with your flow transmitters and residual analyzers through straightforward configuration menu selections.
Y-View is an operator interface that is offered in a variety of sizes from 5.7 to 15 inches. All units are available with color screens and the 5.7-inch unit is also available in monochrome. Y-View HMI supports up to 8 protocols simultaneously and includes a gateway function allowing for the easy movement of points between different systems.
Program controllers allow you to create programs that can reliably maintain desired temperatures for specific lengths of time regardless of weather-influenced outside temperature fluctuations. Our program controllers provide up to 30 program patterns and simultaneous monitoring of 8 PV events, 16 time events and 8 alarms.
The UP35A is a program controller that features 4 program patterns, 40 segment options per pattern, a multi-channel contact I/O and a ladder sequence function. The easy to read, 14-segment large color LCD display and navigation keys greatly increase the monitoring and operating capabilities. The UP35A’s compact design also helps to save instrument panel space.
The UP55A is a ¼ DIN sized program controller that provides up to 30 program patterns with simultaneous monitoring of 8 PV events, 16 time events and 8 alarms. It also features a ladder sequence function as a standard option.
The UP150 is a compact, 1/16 DIN sized program temperature controller that offers one program pattern and 16 segment options per pattern. It also features a universal input, two event outputs, auto-tuning and a “SUPER” overshoot suppress function. Retransmission output and RS485 communication features are also available as an option.
A Programmable Logic Controller (PLC) is an industrial computer with inputs and outputs used in the control and automation of industrial processes. A PLC is designed to withstand harsher factory conditions and provide real time deterministic control and monitoring.
The FA-M3V is the industry’s fastest programmable logic controller (PLC) in terms of CPU scanning speed, providing fast and stable control. The FA-M3V delivers extended functionalities including diverse network support, large file transfer capabilities and “PC-less” maintenance for improved productivity.
Safety Instrumented Systems (SIS) protect against the potential incidents that can affect people, assets and the environment in and out of the plant. They are also equipped to prevent unnecessary shutdowns, improve asset reliability and enhance operator effectiveness.
ProSafe-RS is an IEC61508 and ANSI/ISA 84 compliant safety system. It has been used in over 1,500 projects, ranging from large scale integrated process automation projects to stand-alone solutions. Our ProSafe-RS safety systems are built with competence, life cycle support and long term sustainability.
ProSafe-SLS is a safety system specifically designed for applications which require the highest Safety Integrity Levels (SIL 3 and 4). At the heart of ProSafe-SLS are solid-state elements which process the functional logic. This technology is capable of executing all typical safety tasks, as well as supplementary non-safety-critical functions.
Supervisory Control And Data Acquisition (SCADA) Systems are typically used for monitoring and control of small or large-scale processes, which can span multiple sites across large distances. Common applications that utilize this technology include oil & gas production fields, pipelines, water and wastewater.
FAST/TOOLS is SCADA software that utilizes a true client/server architecture and is compatible with stand-alone stations and distributed setups. Each component of the FAST/TOOLS software suite is scalable on top of each other and can be mixed throughout a single or multiple SCADA environments.
Single loop controllers receive temperature, flow rate, pressure and other types of measurement readings from sensors and send corresponding instructions to control elements in order to maintain these values within a desired range.
The YS1350 and YS1360 are manual setters designed to provide a manual output of setting and operating signals to controllers and operation terminals. These controllers include several standard features including an operation mode selector switch [cascade (C) and manual (M)], a status input-based operation mode selector function and an operation mode discrimination status output function. The compact design of these setters also save instrument panel space and complies with CE, FM and CSA standards.
The YS1500 is an indicating controller that features fundamental control functions required for PID control. The available functions include those necessary for input signal processing such as square root extraction, linear segment conversion and feed-forward calculation. A single loop, cascade and selector mode is also available. The compact design of this controller also saves instrument panel space and complies with CE, FM and CSA standards.
The YS1700 is a programmable indicating controller that can be tailored for various applications through the use of a user program. The compact and lightweight design of this controller also saves instrument panel space and complies with CE, FM and CSA standards.
The YSS1000 is package software used to configure the functions of the YS1000 Series devices. Through the use of communication with these devices, it has the ability to read, write, tune and monitor user programs and parameters.
Temperature controllers are designed to control temperatures within your application. Our temperature controllers employ an easy-to-read, 14-segment large color LCD display along with navigation keys, greatly increasing their monitoring and operating capabilities.
The TC10 is a compact, single loop temperature controller that has an easy to read, 3-color LED display. The compact design of this controller also saves instrument panel space. The TC10 supports easy configuration with codes for quick start-up.
The UT32A-D is a dual-loop, digital indicating controller that features advanced control functions including ladder sequence and fuzzy logic control. It’s large, 14-segment color LCD display and navigation keys greatly increase monitoring and operating capabilities. The compact design of this controller also saves instrument panel space.
The UT35A and UT32A are general purpose temperature controllers that feature 4 target setpoints, 3 independent alarm terminals, ladder sequence control, and up to 8 digital outputs. Their large, 14-segment color LCD display and navigation keys greatly increase monitoring and operating capabilities. The UT35A/UT32A also support open networks such as Ethernet communication.
The UT55A and UT52A are mid-level temperature controllers that feature 4 target setpoints, 3 independent alarm terminals, ladder sequence control, and up to 18 digital outputs. Their large, 14-segment color LCD display and navigation keys greatly increase monitoring and operating capabilities. The UT55A/UT52A also support open networks such as Ethernet communication.
The UT75A is an advanced application temperature controller that features 20 target setpoints, ladder sequence control with capacity up to 1,000 steps, and up to 18 digital outputs. It’s large, 14-segment color LCD display and navigation keys greatly increase monitoring and operating capabilities. The UT75A also supports open networks such as CC-Link, PROFIBUS-DP, and DeviceNet.