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CX Series PLC: Compact, High-Performance Embedded Controllers for Industrial Automation

Product Details

Place of Origin: Germany

Certification: ATEX、IECEx、FM Approval、IA、KC、DNV GL

Model Number: CX7000 CX8000 CX8200 CX5100 CX5200 CX5300 CX5600 CX9020 CX9040

Payment & Shipping Terms

Minimum Order Quantity: 1

Price: $50-$3,736

Delivery Time: 3-5workdays

Payment Terms: L/C,D/A,D/P,T/T,Western Union,MoneyGram

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Highlight:

Beckhoff CX Series PLC controller

,

compact industrial automation PLC

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high-performance embedded PLC controller

Type:
Programmable Logic Controller
Warranty:
Original Manufacturer's Warranty
Pakage:
Original Pakage
Shipping Term:
International Express(DHL/FEDEX/TNT/UPS/ARAMEX)/sea Freight / Air Freight / International Special Line
Freight Charge:
For Industrial Equipment (e.g., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote
Type:
Programmable Logic Controller
Warranty:
Original Manufacturer's Warranty
Pakage:
Original Pakage
Shipping Term:
International Express(DHL/FEDEX/TNT/UPS/ARAMEX)/sea Freight / Air Freight / International Special Line
Freight Charge:
For Industrial Equipment (e.g., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote
CX Series PLC: Compact, High-Performance Embedded Controllers for Industrial Automation
CX Series PLC: Compact, High-Performance Embedded Controllers
The CX Series PLC is a comprehensive line of compact, high-performance embedded controllers engineered for industrial automation applications. Designed for DIN rail mounting to optimize cabinet space, these controllers seamlessly integrate PC technology with modular I/O systems while supporting multi-bus protocols including EtherCAT, PROFINET, and CANopen.
Key Product Features
  • Compact Structure: DIN rail mounting design enables direct connection to I/O systems, reducing control cabinet space and wiring costs
  • Wide Temperature Operation: Robust operation from -25℃ to +60℃ with strong vibration and shock resistance for harsh industrial environments
  • Software Support: Compatible with TwinCAT automation software for system configuration and PLC programming with object-oriented capabilities
  • Bus Compatibility: Supports EtherCAT bus with multi-bus system compatibility including PROFINET, CANopen and PROFIBUS for excellent scalability
Main Series Overview
  • CX7000 Series: Compact PLCs with Arm Cortex processors, integrated multi-functional I/O channels including 8 digital inputs and 4 digital outputs
  • CX8000 Series: 32-bit Arm9 processors running Windows CE 6 with pre-installed TwinCAT 2 PLC Runtime and built-in 1-second UPS
  • CX8200 Series: Compact PLC with 1.2GHz dual-core Arm Cortex-A53 CPU, 1GB LPDDR4 RAM, USB 3.0 interfaces running Beckhoff RT Linux
  • CX5100 Series: Fanless embedded controllers with Intel Atom multi-core processors, 2 independent Gigabit Ethernet ports and 4 USB 2.0 interfaces
  • CX5600 Series: AMD Ryzen dual-core processors with fanless design, 4-8GB RAM, M.2 SSD and built-in 1-second UPS
Technical Specifications Comparison
Parameter CX7000 Series CX8000 Series CX8200 Series CX5100 Series
Processor CX70xx: 480MHz single-core Arm Cortex-M7
CX72xx: 720MHz single-core Arm Cortex-A
400MHz 32-bit Arm9 single-core 1.2GHz dual-core Arm Cortex-A53 Intel Atom multi-core (CX5120: 1.46GHz single-core; CX5130: 1.75GHz dual-core)
Memory Built-in RAM (varies by model); MicroSD card for storage 64MB RAM; MicroSD card (512MB-8GB optional) for storage 1GB LPDDR4 RAM; replaceable industrial MicroSD card CFast card for booting and storage; capacity customizable
Operating System TwinCAT/RTOS Windows CE 6.0 Beckhoff RT Linux Windows Embedded Standard/TwinCAT BSD
Integrated I/O 8 digital inputs (24V DC), 4 digital outputs (24V DC, 0.5A); configurable as counter, encoder, analog, PWM modes No integrated I/O; connects to Bus Terminal/EtherCAT Terminal No integrated I/O; automatic recognition of E-bus/K-bus No integrated I/O; automatic I/O model recognition
Communication Interfaces EtherCAT; optional multi-bus support 10/100M Ethernet; supports ADS, ModbusTCP, etc Gigabit Ethernet, USB 3.0; EtherCAT, multi-bus compatible 2 independent Gigabit Ethernet ports, 4 USB 2.0 ports
Key Features Compact, cost-effective, integrated multi-function I/O Built-in 1-second UPS; pre-installed TwinCAT 2 Runtime Built-in 1-second UPS; high-speed USB 3.0; TwinCAT NC PTP available Fanless design; 2 independent Gigabit Ethernet; built-in 1-second UPS
Working Temperature -25℃ to +60℃ -25℃ to +60℃ -25℃ to +60℃ -25℃ to +60℃
Mounting Method DIN rail mounting DIN rail mounting DIN rail mounting DIN rail mounting
Typical Application Light-duty automation, small-scale control systems General industrial control, medium-sized I/O expansion Smart manufacturing, high-speed data transmission scenarios Heavy-duty industrial control, high-performance real-time control
Product Model Selection Guide
Series Model Core Configuration and Positioning
CX7000 Series CX7080 480MHz Arm Cortex-M7, 8DI/4DO, EtherCAT, fanless, for light automation

CX7280 720MHz Arm Cortex-A9, modular I/O, multi-bus, for medium-duty control
CX8000 Series CX8080 400MHz Arm9, 1s UPS, TwinCAT 2 Runtime, general industrial control

CX8180 Arm Cortex, enhanced communication, RS232/RS485, for data-intensive tasks
CX8200 Series CX8280 1.2GHz dual-core Arm Cortex-A53, Gigabit Ethernet, USB 3.0, smart manufacturing
CX5100 Series CX5120 Intel Atom 1.46GHz single-core, fanless, 2 Gigabit Ethernet, light-heavy duty control

CX5130 Intel Atom 1.75GHz dual-core, CFast storage, high-performance real-time control
CX5200 Series CX5230 Intel Atom x5-E3930, modular, higher efficiency, for expanded I/O scenarios

CX5240 Intel Atom x7-E3950, multi-tasking, for complex automation systems
CX5300 Series CX5330 Intel Atom x6-E3950, powerful CPU, for heavy-duty industrial control

CX5340 Intel Atom x6-E3950, enhanced memory, for high-load real-time tasks
CX5600 Series CX5620 AMD Ryzen dual-core, high computing power, for ultra-complex automation

CX5640 AMD Ryzen dual-core, expanded I/O, for industrial edge computing
CX9020 Series CX9020 1GHz Arm Cortex-A8, compact, Ethernet-based control, for simple automation
CX9240 Series CX9240 Arm Cortex-A53, universal use, DIN rail, for distributed control systems
Industry Applications & Scenarios
Industry Sector Typical Application Scenarios Compatible CX Models Core Value
Automotive Manufacturing Body welding robot control, battery module assembly lines, stamping machine feeder systems with precision control and flexible production line adaptation CX5130, CX5620, CX8280, CX7080 Fanless design for dusty environments, TwinCAT software compatibility, EtherCAT high-speed communication for production line synchronization
Semiconductor/Electronics Manufacturing Photoresist coating equipment, SMT pick-and-place machines, clean room environmental monitoring with precision motion control and dense equipment layouts CX5340, CX9020, CX8180 High computing power for precision control, compact size for dense layouts, multi-communication interface compatibility
Logistics, Warehousing & Ports Automated container terminals, sorters and conveyor lines, AS/RS stackers with high-speed data transmission and reliable operation CX5240, CX7280, CX8080 High-speed network support, modular design for customization, UPS function for critical scenario reliability
Food & Beverage Packaging Aseptic filling machines, labeling and cartoning lines, pasteurizers with fast response and multi-protocol compatibility CX7280, CX8280, CX7080 Fast response for high-speed packaging, multi-protocol sensor compatibility, temperature and dust resistance
New Energy (Solar PV/Energy Storage) Solar tracking systems, energy storage battery control, module string welders with edge computing and stable communication CX5640, CX5120, CX8080 Edge computing capability, BMS system compatibility, UPS function for unstable power grids
Tire & Rubber Tire vulcanizers, conveyor belt systems with high temperature and vibration resistance for harsh environments CX5230, CX7280 Environmental resistance, multi-axis synchronization, production traceability data integration
Marine & Offshore Engineering Hybrid ferry propulsion, port crane control, yacht equipment with industrial-grade protection for marine environments CX5130, CX9240, CX7080 Marine environment adaptation, modular multi-system control, compact space design
Logistics & Warehouse Automation AGV dispatching systems, sorting robots, refrigeration systems with high-speed communication and mobile adaptability CX8280, CX9020, CX5330 High-speed AGV communication, compact mobile robot integration, stable extreme temperature control
Selection Guidance: Choose CX5100/CX5300/CX5600 series for precision manufacturing (high computing power); CX7000/CX9000 series for small equipment/distributed control (compact + cost-effective); CX8000/CX8200 series for general scenarios (balanced performance & price). Prioritize models with UPS for outdoor/unstable power grid scenarios; choose fanless, compact models for clean rooms/space-constrained environments.
Frequently Asked Questions
Q1: The CX PLC fails to connect to the local industrial bus (e.g., PROFINET) after installation--what's wrong?
This is common in cross-border projects. First, check if the bus protocol is activated in TwinCAT—many customers forget to enable the PROFINET master/slave mode. Second, confirm the IP address segment matches the local network. Last, check bus terminal wiring—loose shielded cables or mismatched terminal resistors (120Ω for PROFINET) are frequent culprits.
Q2: My CX PLC keeps triggering overheating alarms in a Middle Eastern factory--how to fix it?
Middle Eastern workshops can hit 55℃+ in summer. The issue is usually poor ventilation in the control cabinet. Don't stack the CX with other heat-generating devices like inverters. Add a small cabinet fan and ensure the DIN rail has 2cm of space around the CX for air flow. If using the CX5600, avoid covering its heat sink.
Q3: The built-in UPS can't save data during power outages in African sites--why?
Unstable grid voltage damages the CX's 1-second UPS over time. First, check if the UPS capacitor is still working. Second, use a surge protector + voltage stabilizer before the CX power supply. Third, don't rely on the built-in UPS for long outages—it's only for 1-second data retention. Pair it with an external UPS for extended backup.
Q4: The CX PLC can't communicate with the local MES system in European factories--what's the solution?
European MES systems mostly use OPC UA protocol, not the default ADS protocol. First, install the OPC UA server license in TwinCAT. Second, confirm firewall settings—open port 4840 for the CX PLC. Third, check data format—MES systems often require specific data types rather than raw bytes from I/O.
Q5: The CX7000's integrated I/O doesn't work after installation in a Mexican auto parts plant--how to troubleshoot?
The CX7000's integrated I/O is configurable. First, check if the I/O is set to the correct mode in TwinCAT. Second, confirm voltage matches—Mexican factories use 120V AC, but the CX7000's I/O is 24V DC. Use a voltage converter. Third, check wiring polarity—reverse connections will make I/O unresponsive.
Q6: The CX PLC freezes occasionally in a Scandinavian cold storage (-20℃)--is this a quality issue?
No, it's about environmental adaptation. Humid cold conditions can cause condensation. First, use a dehumidifier in the control cabinet. Second, preheat the CX before startup. Third, choose the right model—the CX8200 has better low-temperature performance than the CX7000 for sub-zero environments.
Q7: I can't find the TwinCAT license server in a remote Australian mine site--how to activate the PLC?
Use offline activation: export the CX's device ID on-site, generate the offline license file where internet is available, then import it back to the mine. Also, use a USB dongle license instead of a soft license for better reliability in remote areas.
Q8: The CX's Ethernet port gets damaged easily in a coastal Indian factory--what's the reason?
Coastal salt spray corrodes Ethernet port contacts. First, use shielded Ethernet cables with anti-corrosion connectors (M12 instead of RJ45). Second, install the CX in a sealed control cabinet with positive pressure. Third, apply anti-corrosion spray to Ethernet port contacts.