Table of Contents

Loehnert.Lisrt.IO.Beckhoff

With the Loehnert.Lisrt.IO.Beckhoff package creating an IO system is simple and fast. Configurations with terminals wired to couplers (e. g. EK1100) or PLCs (e. g. CX8090) are possible.

Supported Bus Couplers and PLCs

Model Class Required License Communication Others
EK1100 EK1100 TwinCAT IO ADS Samplerate ca. 50S/s
CX7000 CX7028<TModule1, TModule3, TModule5, TModule7> (onboard IO) and EK1100(bus coupler) TwinCAT IO ADS
CX8190 EK1200 TwinCAT IO ADS Samplerate ca. 50S/s

Supported Terminals

Model Class Type Resolution Channels Fast Measuring
EP1008 EP1008 DI box 8 yes
EL1018 EL1018 DI 8 yes
EL1252 EL1252 DI with timestamp 1µs 2 yes
EL1254 EL1254 DI with timestamp 1µs 4 yes
EL1809 EL1809 DI 16 yes
EL1904 EL1904 Safe DI 4 yes
EL1918 EL1918 Safe DI with logic 8 yes
EP2338 EP2338 DI/DO box 8x DI, 8x DO yes
EL2634 EL2634 DO with relays 4 -
EL2809 EL2809 DO 16 -
EL2828 EL2828 DO 8 -
EL2872 EL2872 DO 16 -
EL2904 EL2904 Safe DO 4 no
ELM3002 Elm3002 AIN ±20mV...±30V 24Bit 2 yes
EL3024 EL3024 AIN 4...20mA 12Bit 4 yes
EL3064 EL3064 AIN 0...10V 12Bit 4 yes
EL3162 EL3162 AIN 0...10V 16Bit 2 yes
EL3164 EL3164 AIN 0...10V 16Bit 4 yes
EL3202 EL3202 AIN RTD (e.g.: PT100) 0.1 °C per digit 2 yes
EL3204 EL3204 AIN RTD (e.g.: PT100) 0.1 °C per digit 4 yes
EL3356 EL3356 Measuring bridge 16Bit 1 no
EL3453 EL3453 Power measurement (3x400V/5A AC) 24Bit 1x 3 phase no
EL3681 EL3681 Multimeter (300V/10A, AC/DC) 19Bit 1 no
EL3692 EL3692 Resistance measurement (10mΩ - 10MΩ) 24Bit 2 no
EL3702 EL3702 AIN -10...+10V (max. 100kS/s) 16Bit 2 yes
EL4002 EL4002 AOUT 0...10V 12Bit 2 -
EL4004 EL4004 AOUT 0...10V 12Bit 4 -
EL4014 EL4014 AOUT 0...20mA 12Bit 4 -
EL4132 EL4132 AOUT -10...10V 16Bit 2 -
EL7342 EL7342 DC motor terminal (48V/3.5A, DC) 2 -
EL91xx (E. g. EL9100) EL91xx Potential supply -
EL95xx (E. g. EL9505) EL95xx Power supply -

Fast Measuring

All inputs that implement the IRecordable support fast measuring. Every cycle of the EtherCAT IO-task fires the RecordValuesReceived event, which means you can measure the inputs with 1 kS/s, using an oversampling terminal (e.g. ELM3002 or EL3702) even 100 kS/s. You can record the inputs using the RecorderModule.