Description

The PARKER EVM32-BASE is a powerful,modular motion control base unit from Parker Hannifin’s Electromechanical Automation Division,engineered as the central processing platform for high-performance multi-axis applications.Supporting up to 32 coordinated axes via EtherCAT or CANopen,it integrates real-time motion control,logic execution,and safety functions in a compact DIN-rail form factor.

Designed for OEMs and system integrators,the EVM32-BASE delivers industrial PC-level performance without the fragility—making it ideal for demanding applications in robotics,printing,semiconductor handling,and automated assembly.

Application Scenarios

At a European medical device manufacturer,a high-speed syringe assembly line suffered from timing jitter between rotary and linear axes,causing misaligned plungers and 8%scrap rates.Engineers replaced the legacy motion system with a PARKER EVM32-BASE controlling 12 servo axes over EtherCAT.Leveraging its deterministic 250µs cycle time and built-in camming functions,they synchronized all motions with micron-level precision.Within weeks,scrap dropped to 0.3%,and throughput increased by 22%.The EVM32-BASE’s integrated web server also enabled remote diagnostics during FDA audits—proving that precision motion control starts at the base layer.

Parameter

Main Parameters Value/Description

Product Model EVM32-BASE

Manufacturer Parker Hannifin(Electromechanical Automation Group)

Product Category Multi-Axis Motion Controller/Automation Base Module

Max Axes Supported 32 coordinated axes(via EtherCAT or CANopen)

Motion Cycle Time As low as 250µs(configurable)

Communication Interfaces 2×Gigabit Ethernet(1 for EtherCAT,1 for OPC UA/Web),RS-232(service)

Supported Protocols EtherCAT(master),CANopen,Modbus TCP,OPC UA,FTP,HTTP

Programming Standards IEC 61131-3(CODESYS-based),PLCopen Motion Parts 1–4

CPU Dual-core ARM Cortex-A9 with real-time co-processor

Memory 1 GB RAM,4 GB flash storage(expandable via microSD)

Safety Integration Supports PROFIsafe or CIP Safety via compatible I/O modules

Mounting DIN rail(35 mm)or panel mount

Operating Temperature 0°C to+55°C(derated above 45°C)

Certifications CE,UL,cUL,RoHS,KC

Note:The EVM32-BASE requires optional terminal blocks or I/O modules(e.g.,EVM-I/O series)for field connectivity.

Technical Principles and Innovative Values

Innovation Point 1:The EVM32-BASE runs a hard real-time Linux kernel with deterministic EtherCAT stack,achieving jitter below±1µs—critical for electronic line shafting and flying shear applications.

Innovation Point 2:Built-in OPC UA server enables direct machine-to-cloud data flow without gateways,supporting predictive maintenance and OEE dashboards in Industry 4.0 environments.

Innovation Point 3:Integrated web HMI allows browser-based tuning,scope visualization,and alarm logs—eliminating the need for dedicated engineering PCs on the shop floor.

Innovation Point 4:Seamless interoperability with Parker’s EVD/EVS servo drives and ACR9000 legacy systems ensures smooth migration paths while preserving existing motion libraries.

Application Cases and Industry Value

In a North American flexible packaging plant,a pouch-filling machine required rapid format changes between 15 product types.Using the PARKER EVM32-BASE,engineers implemented recipe-driven motion profiles stored locally on the controller.Changeovers that once took 45 minutes now complete in under 3 minutes via touchscreen selection.Over one year,the line achieved 99.6%uptime,with zero motion-related faults.Maintenance staff praised the EVM32-BASE’s oscilloscope function for diagnosing resonance issues in vacuum grippers—turning days of trial-and-error into minutes of data-driven correction.

Related Product Combination Solutions

PARKER EVM-I/O Series:Digital/analog/safety I/O modules that snap onto EVM32-BASE backplane

PARKER EVD Servo Drives:EtherCAT-enabled drives natively optimized for EVM32-BASE

PARKER ACR9000:Legacy motion controller;programs can be migrated to EVM32-BASE via conversion tools

PARKER Compax3:CANopen servo drives compatible with EVM32-BASE in hybrid networks

PARKER HMI600 Series:Touch panels with native integration for EVM32-BASE visualization

PARKER P Series Linear Actuators:Electromechanical axes controlled via EVM32-BASE motion commands

CODESYS Development Suite:Official programming environment for IEC 61131-3 logic and motion

PARKER Mobile Software Toolkit:Enables remote monitoring of EVM32-BASE via smartphone/tablet

Together,these components form a unified,scalable automation ecosystem where the EVM32-BASE acts as the intelligent motion brain.

Installation,Maintenance,and Full-Cycle Support

Installation of the PARKER EVM32-BASE begins with DIN-rail mounting and connection to 24 VDC power.EtherCAT daisy-chaining simplifies drive wiring,while auto-discovery in Parker’s configuration software detects all nodes in seconds.Field I/O modules attach directly to the base unit’s rear—no backplane needed.

Maintenance is streamlined by onboard diagnostics:LEDs indicate network status,errors,and SD card activity,while the web interface provides real-time axis plots and error history.Firmware updates can be deployed remotely via FTP or USB.Parker offers global technical support,including application engineering assistance for motion tuning and safety validation.

Even as IIoT evolves,the EVM32-BASE remains future-proof—its open architecture supports edge analytics,MQTT publishing,and integration with MES platforms like SAP or Rockwell FactoryTalk.

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