Trio Motion Technology Thermocouple / P367
I/O module / Gateway
- Flexslice system / EtherCAT
- 4 thermocouple inputs 16 bit
- Expansion via EtherCAT Coupler
The P367 Flexslice Thermocouple module has 4 thermocouple inputs, each digitised to a resolution of 16 bit ensuring flexibility in meeting the needs of a range of applications for temperature measurement such as the monitoring of hot melt glue in sealing applications.
The EtherCAT Flexslice system is designed for fast, flexible extensions of motion applications and can be used with Trio or 3rd Party EtherCAT Masters. The Coupler is connected to the network via the top Ethernet interface. The bottom RJ45 jack can be used to connect other EtherCAT devices in the same line.
The EtherCAT Coupler supports up to 16 input/output modules with a positive mechanical interlock and bus connector, enabling a reliable EBUS connection through the backplane. The complete assembly can be mounted on DIN rail. The coupler converts the passing telegrams from the Ethernet 100BASE-T into the EBUS signal format.
In the EtherCAT network, the Coupler can be installed at any position in the Ethernet line, making it suitable for use near the master or remotely.
Trio's Flexslice input/output modules provide a robust, fast and flexible solution for both motion control and general automation. EtherCAT cycle times of up to 125μs are supported and the bus coupler uses EBUS technology to bring all submodules onto the EtherCAT network with no performance degradation.
EtherCAT slave nodes (Flexslice modules) are connected via the Flexslice EBUS and the EtherCAT connector. Total number of slave nodes can be up to 128 including I/O and more complex devices.
Flex slice modules:
- P366 Flexslice Coupler
- P371 Flexslice 16-Out PNP
- P372 Flexslice 16-In PNP
- P362 Flexslice Power Connect
- P367 Flexslice Thermocouple
- P372 Flexslice Analogue 2 Servo Axes
- P375 Flexslice Flex 3-Axis
- P378 Flexslice 8 Analogue Outputs
- P379 Flexslice 8 Analogue Inputs
Specifications Flexslice Thermocouple Module P367: