FP-X Series PLC – High-Speed Control for Industrial Automation
Price:
USD50-300
MOQ:
1
Delivery Time:
3-5workdays
Product Description
FP-X Series PLC – High-Speed Control for Industrial Automation
The FP-X Series PLC is a compact, high-performance programmable logic controller engineered specifically for industrial automation applications, with high-speed control capability as its core advantage. It delivers precise and efficient control solutions for a wide range of industrial scenarios.
Equipped with a 32-bit RISC processor, this series achieves an ultra-fast instruction processing speed of 80 ns per step for programs ranging from 0 to 3,000 steps, and 580 ns per step for programs exceeding 3,000 steps. The scan time for a 5,000-step program is as low as 2 ms, enabling rapid response to on-site control commands and meeting the demands of high-speed production processes.
Boasting built-in 1-4 axis pulse output (varying by model) and high-speed counting functionality up to 50 KHz, the FP-X Series excels at precision motion control. It is ideally suited for applications such as assembly lines and packaging machinery that require high-speed positioning and action control.
In addition, the series offers flexible expandability: a single control unit can connect up to 8 expansion modules, with I/O points expandable to a maximum of 300 (or 382 points with an FP0 adapter). Supporting multiple communication protocols including Modbus-RTU and Ethernet, it seamlessly integrates into diverse industrial automation systems, balancing high-speed control performance with robust system compatibility. It is the optimal control solution for small-to-medium industrial automation projects.
Core High-Speed Control Capabilities
Ultra-Fast Processing Speed
Equipped with a 32-bit RISC processor, it achieves 80 ns/step for 0-3000-step programs and 580 ns/step for programs over 3000 steps. A 5000-step program has a scan time as low as 2 ms, ensuring instant response to on-site control commands and supporting high-speed production workflows.
Precision Motion Control
Built-in 1-4 axis pulse output (model-dependent) and up to 50 KHz high-speed counting, enabling accurate positioning and synchronous action control for scenarios like assembly lines and packaging machinery.
Flexible Expansion & Compatibility
Scalable I/O Capacity
A single control unit can connect up to 8 expansion modules, with I/O points expandable to a maximum of 300 points (extendable to 382 points with an FP0 adapter), adapting to diverse application scale requirements.
Multi-Protocol Communication Support
Compatible with Modbus-RTU, Ethernet, and other mainstream industrial protocols, enabling seamless integration with existing automation systems, HMI, and frequency converters.
Compact & Cost-Effective Design
Space-Saving Form Factor
Compact housing design fits easily into limited cabinet spaces, ideal for small-to-medium automation equipment with tight installation constraints.
High Cost Performance
Balances high-speed performance and expansion flexibility at a competitive price point, serving as a cost-efficient solution for small-to-medium industrial automation projects.
Technical Specifications
| Parameter Category | Specific Parameters | AFPX0-L14R | AFPX0-L30R | AFPX0-L40R/L40MR | AFPX0-L60R/L60MR |
|---|---|---|---|---|---|
| Processing Performance | Program Capacity | 2.5k Steps | 2.5k Steps | 8k Steps | 8k Steps |
| Basic Instruction Processing Speed | 80ns/Step (0-3000 Steps) | 80ns/Step (0-3000 Steps) | 80ns/Step (0-3000 Steps); 580ns/Step (Over 3001 Steps) | 80ns/Step (0-3000 Steps); 580ns/Step (Over 3001 Steps) | |
| Scan Time for 5000-Step Program | - | - | Approx. 2ms | Approx. 2ms | |
| I/O Configuration | Built-in Input Points | 8 Points | 16 Points | 24 Points | 32 Points |
| Built-in Output Points | 6 Points (TR2/RY4) | 14 Points (TR4/RY10) | 16 Points (TR4/RY12) | 28 Points (TR4/RY24) | |
| Pulse Output Axes | 1 Axis (Max. 20kHz) | 2 Axes (Max. 20kHz) | 2 Axes (Max. 50kHz) | 2 Axes (Max. 50kHz) | |
| High-Speed Counter Channels | 2 Channels (Max. 20kHz) | 4 Channels (Max. 20kHz) | 4 Channels (Max. 50kHz) | 4 Channels (Max. 50kHz) | |
| Max. FP-X Expansion Units | Not Supported | Not Supported | 3 Units | 3 Units | |
| Built-in Analog Input | None | None | 2 Channels (10-bit, supports Voltage/Thermistor/Potentiometer Input) | 2 Channels (10-bit, supports Voltage/Thermistor/Potentiometer Input) | |
| Max. I/O Points (Incl. Expansion) | 14 Points | 30 Points | 150 Points (Up to 216 Points with FP0 Adapter) | 150 Points (Up to 216 Points with FP0 Adapter) | |
| Communication Functions | Built-in Communication Ports | RS232C × 1 | RS232C × 1 | RS232C × 1 + RS485 × 1 (L40MR) | RS232C × 1 + RS485 × 1 (L60MR) |
| Supported Protocols | - | - | Modbus-RTU, PLC Link, Mewtocol | Modbus-RTU, PLC Link, Mewtocol | |
| Other Functions | Calendar Clock | None | None | Yes | Yes |
| Program Protection | 4/8-Bit Password Protection | 4/8-Bit Password Protection | 8-Bit Password Protection + Upload Prohibition | 8-Bit Password Protection + Upload Prohibition |
Complete Model List - Control Units
| Model No | Power Supply | Program Capacity | Core Functions | Part Number |
|---|---|---|---|---|
| AFPX0-L14R | 100~240V AC | 2.5k Steps | - 1-axis pulse output (max. 20kHz) - 2-channel high-speed counter (max. 20kHz) - No expansion support |
AFPX0L14R-F |
| AFPX0-L30R | 100~240V AC | 2.5k Steps | - 2-axis pulse output (max. 20kHz) - 4-channel high-speed counter (max. 20kHz) - No expansion support |
AFPX0L30R-F |
| AFPX0-L40R | 100~240V AC | 8k Steps | - 2-axis pulse output (max. 50kHz) + linear interpolation - 4-channel high-speed counter (max. 50kHz) - 2-channel 10-bit analog input - Calendar clock - Supports 3 expansion units (max. 150 I/O points) |
AFPX0L40R-F |
| AFPX0-L40MR | 100~240V AC | 8k Steps | - Same as L40R + RS485 communication port - Supports data sharing among 16 PLCs (PLC Link) |
AFPX0L40MR-F |
| AFPX0-L60R | 100~240V AC | 8k Steps | - 2-axis pulse output (max. 50kHz) + linear interpolation - 4-channel high-speed counter (max. 50kHz) - 2-channel 10-bit analog input - Calendar clock - Supports 3 expansion units (max. 150 I/O points) |
AFPX0L60R-F |
| AFPX0-L60MR | 100~240V AC | 8k Steps | - Same as L60R + RS485 communication port - Supports data sharing among 16 PLCs (PLC Link) |
AFPX0L60MR-F |
Target Industries & Applications
Food & Beverage & Packaging Machinery
Typical Scenarios: Medium-speed beverage filling lines (3,000-10,000 bottles/hour) in Europe and America, snack packaging machines in Southeast Asia, PET bottle blow molding machines (for mineral water and cola bottles).
Practical Applications: Controls the timing of filling valve opening and closing, synchronizes conveyor belts and labeling machines. When switching between 330ml and 500ml bottle formats, the 2ms ultra-fast scan speed enables instant recall of preset parameters without production downtime. Equipped with 50kHz high-speed counting, it precisely controls film sealing positions to minimize packaging material waste.
Why It Fits: The compact form factor fits perfectly into the limited cabinet space of packaging equipment. Multi-protocol support allows seamless connection with HMIs and frequency converters, delivering high cost-efficiency for small and medium-sized factories upgrading their equipment fleets.
Electronics & 3C Assembly
Typical Scenarios: Small-scale SMT placement lines in Europe and America, mobile phone accessory assembly lines in Southeast Asia, LED lamp welding equipment.
Practical Applications: Coordinates AGV feeding carts with placement machines; 1-4 axis pulse output enables precise component positioning (with a deviation ≤0.05mm). For multi-variant production, the 8k-step program capacity stores over 10 product process templates, cutting changeover time to just 3 minutes--ideal for small-batch, high-mix orders.
Why It Fits: High-speed processing capability meets the demands of fast electronic component handling. Expandable I/O can connect to vision inspection modules, and Modbus protocol support enables integration with MES systems for production data traceability, a key requirement for overseas electronics manufacturers.
Frequently Asked Questions
Q: The PLC power light won't turn on at all after power is connected. What's wrong?
A: This is most likely a power compatibility or wiring issue--super common in overseas sites: ① First check the supply voltage--the FP-X Series supports 100-240V AC wide voltage, but some Southeast Asian factories use mixed 220V/110V lines. Use a multimeter to verify if the terminal voltage is within the 90-264V range; voltages below 90V will trigger protection. ② Check wiring polarity--make sure L/N wires aren't reversed, and terminal screws are tight (loose connections are frequent due to unstandardized on-site operations overseas). ③ Check power capacity--if the PLC shares a power supply with frequency converters or heaters, high startup currents may trip the circuit breaker. We recommend assigning a dedicated power supply with 1.5x the rated power to the PLC, or installing an isolation transformer.
Q: Programs can be uploaded, but there's no response from I/O signals (e.g., the input light doesn't turn on when the sensor is triggered)?
A: Prioritize checking wiring and signal type compatibility--two easy pitfalls in overseas installations: ① Wrong wiring--digital input/output wires run in the same cable, or are bundled with power lines, causing signal loss from interference. Route them separately as per specifications; use shielded twisted-pair cables for analog signals, with the shield grounded at one end (control cabinet side only). ② Mismatched signal types--overseas sensors have NPN or PNP outputs, and FP-X inputs are bidirectional compatible. However, reversed sensor power supply (e.g., 24V +/- polarity reversed) will prevent signal recognition. Use a multimeter to test the sensor output terminal and confirm it outputs 24V or 0V when triggered. ③ Exceeded wiring length--signal attenuation becomes severe when input wiring exceeds 30 meters, especially in large-span Southeast Asian factories. Install signal amplifiers for runs over 20 meters, or mount the PLC closer to the sensors.
Q: Frequent error alarms and shutdowns occur during operation, with the error code showing "communication abnormality". How to fix it?
A: This is a common issue in overseas multi-device linkage scenarios (e.g., PLC connecting to HMI, frequency converters). Troubleshooting steps: ① Inconsistent protocol parameters--baud rate (commonly 9600/19200), parity bit (N/E/O) and slave address for Modbus-RTU must match those of frequency converters and HMIs exactly. Often, overseas clients modify parameters without synchronization. ② Loose wiring or excessive distance--RS485 communication signals distort beyond 100 meters. In large European factory workshops, add a repeater every 50 meters, or switch to Ethernet communication. ③ Electromagnetic interference--proximity to welding machines or high-power motors can interfere with communication. Encase communication cables in metal conduits, or relocate the PLC away from high-voltage equipment, keeping grounding resistance below 4Ω.
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Company
Shanghai Fradwell Industrial Automation Co., Ltd.
Location
No. 168, Chengnan Road, Pudong New Area, 201399 Shanghai, China
Contact Person
Angelo Wu