Dynisco's UPR900 Process Indicator
1/4 DIN Panel Display of Pressure and/or Temperature
The UPR900 can display your choice of engineering units related to a selectable range of input types. Add an optional secondary input for an all-in-one display of polymer melt pressure and temperature. The secondary input can be strain gauge to indicate differential pressure measurement. The UPR900 includes two standard assignable alarms with the option to add a 3rd. The LCD graphical display allows for easy reading of trending graphs with user selectable monochromatic configurations. The UPR900 is easily field-configured, can be programmed remotely via optional Modbus RS-485 or can be programmed with BlueControl software.
Dynisco's ATC990 Process Controller
1/4 DIN Auto-Tuning Control & Display of Process or Differential Pressure
The ATC990 Process Controller provides a cost-effective way to control a single process parameter, such as for a plastics extruder. Designed to improve user efficiency many features are integrated to reduce commissioning time, simplify operation and minimize maintenance downtime. Reliably auto-tune and alarm on strain gauge, DC voltage, temperature or current inputs. The ATC990 can also control differential pressure when an optional secondary strain gauge input is used.
Eurotherms 3200 Series Indicators and Alarm Units
3204i, 32h8i, 3216i - Accurate indication of Temperature and Process Measurement
The Eurotherm range of 3200i indicators offer accurate indication of temperature and process measurements. Process interlocks, including overtemperature furnace limits, are implemented using relay output channels.
The emphasis is on ease of use. A simple ‘Quick Start’ code is used to configure all the functions essential for indication and protecting your process
- Temperature & process indication
- Process protection
- Heat treatment – furnace over temperature
- Plastics – extrusion melt pressure
- Weighing platform
|Input Type||Custom, mA, mV, RTD, TC|
|Panel Size(DIN)||1/16, 1/4, 1/8|
|IP Rating||NEMA 12 / NEMA 4X (3216 only), IP65|
|Control Types||3216i, 3204i: 4 Digit LCD plus 5 character alphanumeric, 32h8i, 5 Digit LCD plus 9 alphanumerica|
|Alarm Types||Dev, Hi, Lo, Rate, Sensor Break|
|Supply Voltage||100-260V ac, 24V dc/ac|
|Transmitter Power Supply||24V dc, None|
|No of Alarms||3|
|PC Configuration||Graphical Wiring|
|Transducer Power Supply||10V dc, None|
|User Calibration||5 point, Auto Tare, Load Cell, Shunt|
|No of Relay Outputs||3216i: 3, 32h8i, 3204i: 2|
|Digital IP/Logic OP||2/0|
|Retransmission||3216i: Non isolated, 32h8i 3204i: Isolated|
|Custom Messages||128 Characters|
|Slave Comms||Modbus RTU|
|Melt Pressure||3216i, 3204i: No, 32h8i: Yes|
|PV Input Selection||None|
View Eurotherm Indicator and Alarm Brochure
View Eurotherm Product Selection Guide
Eurotherm's EPC3000 Programmable Controller
Helping deliver an efficient and secure process.
The EPC3000 range of programmable single loop process and temperature controllers maximizes efficiency and repeatability and is certified for cybersecurity communications robustness.
Accuracy and Repeatability
Process inputs are fast and accurate, with exceptional thermal stability, aiding precise and consistent control over long periods without calibration drift. Recalibration and user calibration correction functions are available to further improve accuracy.
The industry-leading Eurotherm PID algorithm delivers fast reacting and repeatable control and has been enhanced in the EPC3000 range to further reduce overshoot. Rapid rise to operating temperature and low oscillation helps improve yield. PID settings may be adjusted to suit specific process operating regions, helping deliver optimum performance.
Connectivity and Cybersecurity
The EPC3000 controller range is Ethernet enabled as standard and is the first Eurotherm controller to be designed and certified to meet the stringent cybersecurity requirements of Achilles® Communications Robustness Testing Level 1. Ethernet communications are supported via a standard RJ45 connector, providing fast access to process and diagnostic information as well as connectivity to external PLCs, SCADA systems and IIoT technologies.
Modbus RTU serial communication is also supported.
A free PC-based backup and configuration tool uses a USB connection, to power the instrument for convenient desktop configuration.
Eurotherm's EPC2000 Programmable Controller
Precision at the Heart of Your Process
Whatever your process, the EPC2000 controller delivers outstanding performance precisely where it is needed. Easily providing required stability, accuracy and repeatability, together with an internationally recognized cybersecurity certification.
Efficient, consistent results in an easy-to-deploy format. The EPC2000 DIN rail mounting controller delivers fast acting precision control with easy-to-integrate ethernet communications. This offers high performance enhanced Eurotherm PID control, either as part of a stand-alone machine or as a control loop in a multi-zone application.
Improve Quality, Reduce Scrap and Increase Profits
- Fast-acting enhanced Eurotherm PID control reaches operating temperature quickly, minimizing overshoot, increasing plant utilization
- Precise repeatable control improves quality and reduces waste
- Independent single loop controllers continue to maintain zone conditions, independently of supervisory system or PLC operation
Reduce Equipment and Maintenance Costs
- Easy-to-install, commission and replace
- Robust battery-free design for reliability in demanding environments and highly regulated industrial processes
- Adapt easily to changing needs and machine integration functions with flexible software and user function block wiring
- Instant function upgrades available online, only pay for what you need now
- Extended standard warranty and free online support
Distributed, Communicating, Controllers
- Compact DIN rail mounting format
- Distributed, Ethernet-based controllers
- Install close to the point-of-use, reducing cabling runs and wiring costs
World Class Certification
- Cybersecurity certification to Achilles® CRT Level 1
- Wide range of international standards
- Suitable for use in demanding automotive and aerospace applications
Eurotherm's 3500 Advanced Temperature Controller and Programmer
Precision control of temperature and process variables
The latest range of advanced process controllers from Eurotherm provide precision control of temperature and a host of other process variables together with an abundance of advanced options making it the most adaptable product in its class.
The emphasis is on flexibility yet the 3500 controllers still maintain ease of use. A simple ‘Quick Start’ process is used to configure all the basic functions essential to controlling your process. This includes input sensor type, measurement range, control options and alarms making ‘Out the Box’ operation truly achievable. More advanced features are configured using a PC based graphical configuration tool enabling users to pick function blocks from a library then connect them together using soft wiring.
Ideal for Automation Applications
- Heat Treatment
- Environmental chambers
- Reactors and Fermenters
- Melt pressure
- Process applications
PID Controller Features
- 2 PID loops
- 50 Programs
- Precision PV input
- Carbon potential
- Custom user interface
- Modbus RTU
- Ethernet Modbus TCP
- Profibus DP
- DeviceNet network
|Analogue IP/OP||- In: 5 Out: 6|
|Combinational Logic||- 24 Operations|
|Digital Comms||- Modbus, DeviceNet, Profibus, Ethernet, Modbus Master|
|Digital IP/OP||- In: 40 Out: 41|
|Math's Equation||- 24 Calculations|
|PC Configuration||- Graphical Wiring|
|Safety Approvals||- None|
|Special Features||- User wiring, Master comms|
|Timers/Counters/Totals||- 4 / 2 / 2|
|Input Type||- TC, RTD, mV, mA, Volts|
|PV Accuracy||- <0.1%|
|IP Rating||- IP65, NEWMA12|
|Display Type||- Main PV: 5 digit plus 4 line alphanumeric|
|Control Types||- On/Off, PID, VP|
|Alarm Types||- Hi, Lo, Dev, Sensor Break, Event, Heater Fail|
|Supply Voltage||- 24V dc/da, 85-264V ac|
|SP Programmer||- 50 Programs, 500 Segments max|
|Real Time Clock||- Day and Time|
Kobold - MIS Economical Electromagnetic Flowmeter
Developed for Measuring & Monitoring Medium-sized Flow of Conductive Liquids in Pipes
Kobold's MIS Electromagnetic Flowmeter offers 2 configurable outputs. It features monitoring, batching, and transmitter functions. The batching function has an external control input. There is both a grand and resettable totalizer. The colored, multi-parameter TFT display rotates in 90 degree increments for easy viewing, regardless of the installation position. The MIS also offers bi-directional measurement capabilities. Set-up is easy with the intuitive menu, accessed by the four optical touch keys on the display. Measurement with the MIS does not depend on the process liquid and its properties such as density, viscosity, and temperature. IO-Link comes standard. Common application areas include water and wastewater treatment, and many other industrial applications.
Kobold PSD - Digital Pressure Sensor w/LED Display
Offers - Switch & Analog Outputs
The PSD is an economical, adjustable pressure switch with a digital display and analog output for monitoring the pressure of compatible liquids, air or other non-combustible, non-aggressive gases. The switching pressure may be viewed on the rotatable LED display and easily adjusted via buttons. The compact device has a high-quality stainless steel housing with a protection class of IP 65. The switching points, reset points, switch types and other different functions can be programmed simply and without pressurization of the device.
Kobold New Dot - Turbine Flow Meter/Monitor
High Accuracy, Long Service Life
Kobold's DOT is a highly accurate turbine flowmeter used to measure the flow of clean, low viscosity liquids. The rugged design with stainless steel construction and tungsten carbide bearings ensures a long service life. The DOT can handle a wide variety of aggressive and non-lubricating liquids. Common application media includes: chemicals, petrochemicals, fuels, and deionized water.
Principle of Operation
The operation principle of the DOT is as follows. A pick-up coil with a permanent magnet core is mounted in the housing adjacent to the rotor blade tips and a magnetic circuit is created by the rotating blades. The rotation varies the pick-up of this magnetic circuit and the flux changes induce a small voltage in the coil. The frequency of this is directly proportional to the rotor speed and the volumetric flow rate.
The DOT is available in NPT threads from ½” to 2”. Standard ANSI flanges are available in ½” to 6” with larger sizes available upon request. Threaded versions are rated for pressures up to 3,600 PSIG and flanged versions are according to the ASME flange rating. The temperature range is from -4 to 176 degrees Fahrenheit, with up to 250 degrees possible with the mV output option. Available outputs include: mV pulse, transistor pulse, analog 4-20 mA, or LCD total, rate/total or batching display with analog and switching outputs.