iFLEX E5 controller
In stock
Mobile controls with extended functionality and increased performance
The mobile controls from the iFLEX E (extended class) series are programmable controls which combine the performance of highly integrated 32-bit microprocessor technology with compact design. Moreover, they are designed for use in tough environments, including extreme operating temperatures, and offer a protection standard up to IP67, EMV durability, shake-proof, as well as the design of plugs and housing.
- High integrated 32-bit micro-controller
- Integrated floating point unit (FPU)
- Real-time multi-tasking operating system
- Programmable according to IEC 61131-3 and C
- PWM outputs with high output current
- Flexible with internal extension module
- Supports SAE J1939
- Real-time clock
- SRAM, battery-buffered
- Supply voltage 10 VDC to 30 VDC
- Operating temperature range −30 °C to +75 °C
iFLEX E – extended class
Controls systems for mobile applications.
Along with a high level of performance, thanks to 32-bit microprocessor technology, the iFLEX E controls permit a large number of inputs and outputs for digital and analogue signals which in their turn enable processing functions in the sensors and actuators.
The inputs and outputs can be individually configured and customized perfectly to suit the application. Proportional valves can be run directly through PWM outputs with internal current measurement without an additional amplifier.
The integrated CAN interfaces enable the integration of intelligent sensors and actuators with CANopen. Several iFLEX E5 control units can also be linked to create a powerful decentralized network. In addition the iFLEX E5 unit supports engine datacommunication as specified by SAE J1939.
The iFLEX E5 mobile control unit also features internal interfaces for extension modules. Recording and permanent storage of process data is no problem – the iFLEX E series has a real-time clock and a 256 KiB RAM with battery back-up.
The iFLEX E series application software can be developed in the high-level language "C" or with a PLC programming system in accordance with IEC 61131-3.



Hirschmann Automation and Control
