Trio P359 Flexslice 8-In Analogue Current Input Module

The Trio P359 Flexslice 8-In Analogue Current Input Module provides high-density analogue sensor integration for industrial automation, machine control and motion control applications. Featuring eight 4–20mA analogue input channels within a compact 15mm-wide Flexslice module, the P359 enables accurate measurement of process variables while maximising control cabinet space.

Designed for use with Trio's Flexslice EtherCAT I/O platform, the P359 allows machine builders and system integrators to connect a wide range of analogue sensors for monitoring and control. Typical devices include temperature transmitters, pressure sensors, flow meters, level sensors and position measurement devices using industry-standard 4–20mA signals.

Each input channel provides 12-bit analogue-to-digital conversion, delivering 4,096 discrete measurement steps across the input range for accurate and repeatable data acquisition. With 100µA input accuracy and input frequencies up to 100kHz, the P359 provides reliable analogue signal acquisition for demanding industrial applications.

The P359 integrates with Trio Flex-6 Nano and Flex-7 controllers, as well as Trio's EtherCAT Flexslice distributed I/O system. Its positive click-to-lock connection system provides secure module installation while simplifying system expansion and maintenance.

Applications

Typical applications include:

• Temperature monitoring and control
• Pressure measurement
• Flow monitoring
• Tank level measurement
• Process control equipment
• Packaging and production machinery
• Material handling systems
• Industrial automation equipment
• Water treatment systems
• Machine monitoring and diagnostics

Need Help Selecting the Right Flexslice I/O Module?

Micromech supplies Trio Flexslice I/O modules, motion controllers, servo drives and complete machine control solutions for industrial automation applications. Our engineers can help specify the right EtherCAT I/O solution for your application.

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Flexslice 32-In NPN (P387) Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

It supports incremental encoder inputs. If configured for stepper / pulse output an axis can be pulse+direction or quadrature simulated encoder output. Two 20 way MDR connectors (Axis 0 and 1) provide a reliable shielded connection for high speed signals. Each MDR connector supports all the signals for full closed loop control of a servo axis.

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• Bus coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options

Features

• Use with Trio or 3rd Party EtherCAT Masters
• High performance, flexible topology and simple configuration.
• Bus cycle time synchronised with Motion Coordinator Servo Period.
• coupler module with 2 x RJ45 Ethernet ports for EtherCAT connection.
• Bus EtherCAT protocol remains fully intact down to individual modules using the E-bus system.
• I/O functions tightly synchronised to motion using EtherCAT distributed clocks.
• Automatic mapping to the Motion Coordinator I/O system.
• DIN rail mounted.
• Multiple practical push-in connector options – No break outs required.
• Clip-together design with ‘quick release’ locks for mechanical integrity.
• User labelling facility
• Machine builder custom functionality options