ProductivityCODESYS: Built with proven Productivity hardware

By combining the time-tested durability of Productivity hardware with the flexibility and power of CODESYS software, FACTS Engineering has created a value packed advanced control solution that can be deployed in almost any application. The P2CDS-622 CPU features an ample 50MB of memory, fast scan times, a compact footprint, plus:

• Plug-and-play USB programming
• A high-speed Ethernet port for HMI and peer-to-peer or business system networking (no Ethernet communications module needed)
• A secondary multipurpose Ethernet port for applications with multiple networks
• Support for EtherNet/IP devices
• MQTTS (encrypted) protocol support for secure cloud based communication
• Two software selectable (RS-232 or RS-485) serial ports for peripheral device interfacing or controller networking
• Micro SD data logging right from the CPU
• 2-year warranty and 45-day guarantee!

The ProductivityCODESYS system utilizes Productivity2000 I/O modules for monitoring and control signals. These I/O modules are easily inserted/removed from the base chassis and boast many convenience features including the patented high-contrast OLEDs on the analog/temperature modules. These ultra-clear displays make it simple to view up to 8 channels of analog values in an instant and without any extra equipment. Voltage, current, temperature, and even fault conditions are displayed for your convenience and eliminate the need to disconnect signal wires in order to get a reading with a meter.

Wiring these I/O modules is also made easy with the removable screw or clamp type terminal blocks. ZIPLink pre-wired cables and terminals are also available and will not only save you valuable time but make your installation well organized and efficient.

• Discrete modules are available with 8, 16, or 32-point DC inputs; 8, 15, 16, or 32-point DC outputs (in sinking or sourcing); and 8 or 16-point AC I/O and relay output modules.
• Analog modules are available in 12, 13, and 16-bit resolutions giving you an option of lower price or higher precision for your application measurement requirements. 0-4095 counts on a typical 12-bit 0-10V module gives you a graduation of 2.44mV per count, where a 16-bit module with 0-65535 counts has a graduation of 0.152mV per count.
• Temperature modules offer 16-bit resolutions with up to 8 channels of thermistor or thermocouple inputs, or up to 6 channels of RTD inputs (both with 0.1°C or °F resolution).