Beckhoff C6032 PLC Industrial PLC With Intel Celeron/Pentium/i3/i5/i7, Up To 64 GB DDR4

I. Product Overview

Beckhoff C6032 is an integrated industrial PLC (Industrial IPC Controller) based on PC architecture. It is a compact modular industrial control computer in the Beckhoff C60xx series. With TwinCAT3 software, it can achieve standard PLC logic control, multi-axis motion control, human-machine interface HMI visualization, machine vision data processing, equipment data acquisition, and IoT edge computing. It also completes servo, IO, sensor, and actuator networking and linkage through the EtherCAT high-speed fieldbus.

The entire machine adopts a very small volume cast aluminum body. It replaces traditional fixed PLC controllers in a narrow control cabinet space. It can be flexibly selected from various Intel processors such as Celeron, Pentium, i3, i5, i7, with a maximum support of 64GB DDR4 RAM. It balances lightweight installation and high-performance computing, suitable for most industrial automation control scenarios such as single-machine equipment, production line stations, and flexible conveying systems, achieving all functions of PLC programming, motion control, screen configuration, data storage, and upper-level communication with a single set of hardware.

II. Product Advantages 

1. Performance levels can be freely selected, covering all scenarios

   The processors range from entry-level Intel Celeron (Celeron) and Pentium (Pentium) dual-core to i3 quad-core, i5 six-core, and i7 eight-core, allowing for simple single-machine logic control, millisecond-level multi-axis synchronization, large data volume vision processing, and complex production line algorithm computing to be matched with hardware configurations as needed, without performance redundancy waste.

2. Ultra compact body, significantly saving cabinet space

   The overall size is only 132×133×102mm. Compared to traditional industrial computers with the same computing power, it can save approximately 90% of installation space. It is specially designed for compact control cabinets and embedded installation in equipment bodies, perfectly meeting the requirements of equipment miniaturization and integration design.

3. Modular expansion design, interface can be custom-expanded

   The original design includes 2 compact PCIe slots. Additional serial ports, network ports, acquisition cards, and fieldbus modules can be installed. The original board includes multiple network ports, USB, and DP video output. It supports dual M.2 solid-state drives and comes with hardware RAID1 disk redundancy. Key production data is automatically backed up to prevent loss.

4. Flexible installation methods, excellent wiring adaptability

   Supports DIN rail snap-in installation, back panel wall mounting of control cabinets, side wall side installation; The interface panel can be rotated to adjust the outflow angle according to the direction of the line wiring. It can be fixedly installed in the corners of the narrow cabinet, reducing the difficulty of construction and wiring.

5. Native TwinCAT + EtherCAT deep compatibility, integrated ecosystem

   It is perfectly compatible with Beckhoff TwinCAT automation software at the factory. It supports one-click deployment of soft PLC programming, NC motion control, TwinSAFE safety control, and OPC UA IoT communication. The theoretical minimum cycle of the EtherCAT bus can reach within 1ms, supporting up to hundreds of-axis servo synchronization control. It is suitable for high-speed assembly lines and precision equipment.

6. Industrial-grade durable body, stable operation in wide temperature range

   The aluminum-zinc alloy cast integrated shell is resistant to vibration and electromagnetic interference. The standard operating temperature is 0~55℃, IP20 protection level. It is suitable for harsh industrial environments such as dust in the workshop, temperature differences, and electromagnetic interference. The original factory motherboard is developed by Beckhoff, with long-term supply of components, ensuring more stable after-sales service during the equipment's lifecycle.

7. Cost-optimized architecture, outstanding value for money

   Compared with the high-end rack-mounted industrial control IPCs from Beckhoff, the C6032 has optimized the casing and mass production processes. Under the condition of not reducing the industrial reliability and hardware durability, the overall purchase cost and maintenance cost of the machine are lower, making it more friendly for small and medium-sized equipment manufacturers to select for batch production.

III. Detailed Technical Parameters

IV. Application Industries & Application Scenarios

1. Main Application Industries

• 3C electronic non-standard automation equipment
• lithium battery new energy production equipment
• photovoltaic intelligent manufacturing
• packaging printing machinery
• food and filling production lines
• machine tool numerical control renovation
• logistics warehousing sorting equipment
• textile sewing automation
• semiconductor packaging equipment
• intelligent warehousing AGV scheduling
• magnetic suspension flexible conveying production line XTS system
• machine vision inspection equipment
• environmental protection sewage self-control system.

2. Subdivided Usage Scenarios

1. Single-machine equipment control:

   injection molding machines, labeling machines, screwing machines, dispensing machines, welding machines, terminal crimping machines, replacement of traditional small PLC, integrated program + touch screen + data upload integrated control.

2. Multi-axis motion control:

   mechanical hands, modulars, transplant platforms, stator assembly lines, single C6032 can control hundreds of servo axes, achieving high-precision synchronous interpolation motion.

3. Flexible production line system:

   Beckhoff XTS magnetic drive flexible conveying line, C6032 as the main controller manages the entire production line's motor track, maximum support 24-meter track length, 100-level motor point scheduling.

4. Visual Inspection Linkage:

   combined with industrial cameras for product size detection and defect recognition, industrial computer completes image algorithm operation + PLC logic linkage for sorting and rejection. Production line high-level data collection: summary of workshop workstation data, connection with MES system, production output statistics, equipment failure warning, pre-processing of edge-end data and uploading to the cloud.

5. Small control cabinet integration project:

   renovation project for limited cabinet space, portable detection instruments, on-board industrial control unit.