The PSC series process controller is a new era multi-loop controller where the functions of 2 controllers are compactly integrated into one unit.
Adopting a 16-color LCD display, it shows information in an easily visible way.
The user-friendly, multi-loop controller offers a flexible system with advanced operability and innovative features to make your manufacturing processes more efficient.
Multi-function, multi-loop and programmable process controller
New generation of programmable PID controllers
Large, thin colour LCD graphic display
(4.3 inch TFT, 256 colours, 480 x 272 pixels)
Intuitive touch-screen operation
DCS Distributed Control System in instrument format
Advanced calculation and sequential control functions
Easy setting of various engineering functions
Ideal for replacing existing instruments:
IEC/DIN format *1 Panel cut-out size (W72 x H144 mm)
Fully compatible with existing PID controllers
High reliability for demanding process use
Control, display and I/O functions are handled by independent CPUs for increased safety and reliability.
An integrated manual charger is available with the PSC110 and PSC210.
Excellent expandability (PSC200/210)
Communication with host via Modbus (Ethernet TCP/IP or RS-485 RTU)
Peer-to-peer communication via NestBus to increase I/O.
Stored trend data exportable to PC via built-in infrared communication port *2
*1. IEC 61354 (DIN 43700) *2. The SCCFG PC Configurator is used to convert and export data in CSV format.
5 logic outputs (relay contacts and Mofset relays)
1 RUN output (relay contact)
DCS Distributed control system in instrument format
Advanced calculation and sequential control functions
The control and calculation functions are achieved by combining a wide variety of basic to advanced function blocks, normally found only in DCS systems. 2 PID blocks, 48 calculation blocks and 12 sequential control blocks (1068 commands) are available for all versions of the PSC series, applicable to a a wide range of application areas.
High reliability - for demanding process use
Control, display and I/O functions are managed by independent central units for increased safety and reliability.
The integrated manual charger (option PSC110/210) can be controlled independently, even in the event of failure of the main controller module, which can be easily replaced while maintaining emergency control.
Operating views - ease and continuity
Four types of operating views, short trend, digital display, bar graph and double bar graph, are available to suit various process applications, designed to provide ease and continuity for operators who are familiar with existing controllers.
Excellent scalability - Peer-to-peer and host-to-host communication
The PSC200/PSC210 features Modbus (Ethernet TCP/IP or RS-485 RTU) which allows easy connection to logging or SCADA systems on a host PC to monitor and control local I/O data.
In addition, RS-485 'NestBus' allows peer-to-peer communication with other controllers and I/O devices for I/O point flexibility.
Powerful intuitive tools and software to help you explore the full capability of PSC process controllers
Multi-loop process controller applications
Water treatment
Water distribution control, pump control, chemical injection control
Combustion furnace
Batch-type furnace, continuous furnace in the metal or cement industry
Thermal energy
Manufacturing process, heating power control, distribution control
Incineration plant
Combustion temperature control, blower and exhaust control
Other
Autoclave instrumentation, open channel flow calculation, multipoint gas analyser multiplexing calculation
Application examples of the PSC process controller
Chemical injection control Ratio with cross-limit control Three-element boiler drum level control
The SC100 controls two flow loops for water and injected chemical. The chemical flow is controlled in a constant ratio to the water flow. Other signals from pH and conductivity analysers can be monitored at the same time.
An example of temperature control in a batch reactor. The reactor temperature control loop is connected in cascade to the hot water control loop in the hot water tank. The secondary loop controller controls the valves for hot water and steam.
Discover the multi-function PID controller - PSC series
