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ABB TKS-P20-541I-N001 Controller
ABB TKS-P20-541I-N001
1. Overview
The ABB TKS-P20-541I-N001 is an embedded controller built in compliance with PFM-541I.LX800 technical specifications. Developed and manufactured by AAEON Technology, this product adopts the industry-standard PC/104 architecture, featuring standardized design, strong compatibility and stable performance for industrial embedded application scenarios.
The ABB TKS-P20-541I-N001 is an embedded controller built in compliance with PFM-541I.LX800 technical specifications. Developed and manufactured by AAEON Technology, this product adopts the industry-standard PC/104 architecture, featuring standardized design, strong compatibility and stable performance for industrial embedded application scenarios.
2. Technical Specifications
Parameter Category
Technical Specifications
Processor
AMD Geode LX800 Processor (500MHz)
Chipset
AMD LX800 + CS5536 I/O Chipset
Memory
Onboard DDR 333 SDRAM, maximum support of 256MB
Storage Interface
IDE interface, CompactFlash card slot
Network Connection
2 × 10/100Base-TX Ethernet ports
USB Interface
4 × USB 2.0 ports
Serial Port
4 × Serial Ports
Parallel Port
1 × Parallel Port
Watchdog Timer
Built-in Watchdog Timer
Expansion Interface
PC/104 socket for modular stacking and expansion
Display Support
Integrated VGA controller with 2D engine, supporting CRT and LCD display
Dimension
96mm × 90mm (Standard PC/104 Size)
| Parameter Category | Technical Specifications |
|---|---|
| Processor | AMD Geode LX800 Processor (500MHz) |
| Chipset | AMD LX800 + CS5536 I/O Chipset |
| Memory | Onboard DDR 333 SDRAM, maximum support of 256MB |
| Storage Interface | IDE interface, CompactFlash card slot |
| Network Connection | 2 × 10/100Base-TX Ethernet ports |
| USB Interface | 4 × USB 2.0 ports |
| Serial Port | 4 × Serial Ports |
| Parallel Port | 1 × Parallel Port |
| Watchdog Timer | Built-in Watchdog Timer |
| Expansion Interface | PC/104 socket for modular stacking and expansion |
| Display Support | Integrated VGA controller with 2D engine, supporting CRT and LCD display |
| Dimension | 96mm × 90mm (Standard PC/104 Size) |
3. Product Features
Compact Size & Rugged Construction: Designed with a compact form factor and robust structure, the controller supports a wide operating temperature range and is fully adaptable to harsh industrial environment applications.
Wide Temperature Operating Capability: Two industrial-grade wide-temperature versions are available for diverse environmental requirements:
- WiTAS I: –25℃ to +70℃
- WiTAS II: –40℃ to +80℃
Low Power Consumption & Fanless Design: Equipped with AMD Geode LX800 low-power processor and adopting a fully fanless structure, it eliminates fan failure risks and is ideal for enclosed and space-limited installation scenarios.
High Reliability: The Mean Time Between Failures (MTBF) reaches 157,899 hours, ensuring long-term stable continuous operation in industrial scenarios.
Rich I/O Interfaces: Equipped with complete network, serial, parallel, USB and storage interfaces to meet the connection and control demands of complex industrial systems.
Excellent OS Compatibility: Supports multiple mainstream operating systems including Windows 2000, Windows XP, Windows CE 5.0 and Linux.
Environmental Compliance: Fully compliant with RoHS environmental protection standards, meeting green industrial production requirements.
Compact Size & Rugged Construction: Designed with a compact form factor and robust structure, the controller supports a wide operating temperature range and is fully adaptable to harsh industrial environment applications.
Wide Temperature Operating Capability: Two industrial-grade wide-temperature versions are available for diverse environmental requirements:
- WiTAS I: –25℃ to +70℃
- WiTAS II: –40℃ to +80℃
Low Power Consumption & Fanless Design: Equipped with AMD Geode LX800 low-power processor and adopting a fully fanless structure, it eliminates fan failure risks and is ideal for enclosed and space-limited installation scenarios.
High Reliability: The Mean Time Between Failures (MTBF) reaches 157,899 hours, ensuring long-term stable continuous operation in industrial scenarios.
Rich I/O Interfaces: Equipped with complete network, serial, parallel, USB and storage interfaces to meet the connection and control demands of complex industrial systems.
Excellent OS Compatibility: Supports multiple mainstream operating systems including Windows 2000, Windows XP, Windows CE 5.0 and Linux.
Environmental Compliance: Fully compliant with RoHS environmental protection standards, meeting green industrial production requirements.
4. Structure and Composition
4.1 PC/104 Modular Structure
This controller adopts a standard PC/104 self-stacking architecture, requiring no backplane for connection. The PC/104 bus connector enables direct stacking installation with the mainboard through double-row connectors. Users can stack and expand various PC/104 functional modules according to actual application needs, featuring flexible expansion and strong compatibility.
This controller adopts a standard PC/104 self-stacking architecture, requiring no backplane for connection. The PC/104 bus connector enables direct stacking installation with the mainboard through double-row connectors. Users can stack and expand various PC/104 functional modules according to actual application needs, featuring flexible expansion and strong compatibility.
4.2 Main Components
- CPU Mainboard: The core processing unit responsible for system operation, data calculation and logic control.
- Memory Module: Onboard DDR SDRAM, providing high-speed temporary data storage for system operation.
- Storage Device: Supports IDE hard disk and CompactFlash card for persistent data storage.
- Communication Interface Module: Integrates Ethernet, USB, serial and parallel ports to realize data transmission and device communication.
- Power Management Module: Includes power input and voltage stabilization circuits to ensure stable and safe power supply for the whole system.
- CPU Mainboard: The core processing unit responsible for system operation, data calculation and logic control.
- Memory Module: Onboard DDR SDRAM, providing high-speed temporary data storage for system operation.
- Storage Device: Supports IDE hard disk and CompactFlash card for persistent data storage.
- Communication Interface Module: Integrates Ethernet, USB, serial and parallel ports to realize data transmission and device communication.
- Power Management Module: Includes power input and voltage stabilization circuits to ensure stable and safe power supply for the whole system.
5. Application Fields
As a high-performance rugged embedded controller, the ABB TKS-P20-541I-N001 is widely applicable to various industrial and special scenario applications:
- Industrial Automation Control: PLC control systems, automated machine control units and production line control equipment.
- Data Acquisition System: On-site sensor signal collection, data processing and real-time data transmission.
- Human-Machine Interface (HMI): Industrial touch screen control systems, on-site operation panels and monitoring terminals.
- Edge Computing: Local edge computing nodes for data processing and analysis in harsh industrial environments.
- Communication Equipment: Industrial network routers, data gateways and communication relay devices.
- Transportation Industry: Vehicle-mounted control systems and rail transit on-board control equipment.
- Instrumentation & Meters: Industrial testing, measurement and analytical instrument equipment.
- Aerospace Industry: On-board computer systems for aerospace scenarios, benefited from its fanless and high-reliability rugged design.
As a high-performance rugged embedded controller, the ABB TKS-P20-541I-N001 is widely applicable to various industrial and special scenario applications:
- Industrial Automation Control: PLC control systems, automated machine control units and production line control equipment.
- Data Acquisition System: On-site sensor signal collection, data processing and real-time data transmission.
- Human-Machine Interface (HMI): Industrial touch screen control systems, on-site operation panels and monitoring terminals.
- Edge Computing: Local edge computing nodes for data processing and analysis in harsh industrial environments.
- Communication Equipment: Industrial network routers, data gateways and communication relay devices.
- Transportation Industry: Vehicle-mounted control systems and rail transit on-board control equipment.
- Instrumentation & Meters: Industrial testing, measurement and analytical instrument equipment.
- Aerospace Industry: On-board computer systems for aerospace scenarios, benefited from its fanless and high-reliability rugged design.
6. Installation and Maintenance
6.1 Installation Steps
- Select a qualified standard PC/104 baseboard or main module as the installation platform.
- Align the PFM-541I module with the PC/104 socket, and confirm the pin direction is correct to avoid reverse installation damage.
- Fix the module with screws according to the standard PC/104 screw hole positions to ensure firm mechanical connection.
- Stack other extended functional modules in a reasonable priority order to guarantee overall mechanical stability of the equipment.
- Connect external cables including power cords, network cables and serial port cables in sequence.
- Check all connection parts carefully before power-on to ensure all cables and modules are firmly connected without looseness.
- Select a qualified standard PC/104 baseboard or main module as the installation platform.
- Align the PFM-541I module with the PC/104 socket, and confirm the pin direction is correct to avoid reverse installation damage.
- Fix the module with screws according to the standard PC/104 screw hole positions to ensure firm mechanical connection.
- Stack other extended functional modules in a reasonable priority order to guarantee overall mechanical stability of the equipment.
- Connect external cables including power cords, network cables and serial port cables in sequence.
- Check all connection parts carefully before power-on to ensure all cables and modules are firmly connected without looseness.
6.2 Daily Maintenance Recommendations
Regular Mainboard Cleaning: It is recommended to clean the mainboard every six months. Use a soft brush to remove accumulated dust. Excessive dust accumulation may cause short circuits, signal interference and system operation errors.
Capacitor Status Inspection: Capacitors around the CPU and memory are susceptible to high temperature aging. Regularly check for breakdown, bulging or electrolyte leakage to eliminate potential faults.
Memory Gold Finger Cleaning: Clean the memory module and gold fingers regularly to prevent oxidation. For slight oxidation of pins, an eraser can be used for polishing and cleaning to ensure stable signal transmission.
Ventilation Environment Guarantee: Install the device in a chassis with good ventilation conditions to maintain a heat-dissipating environment and ensure normal and stable operation of the industrial computer.
Operating Environment Monitoring: Keep the operating temperature within the specified range (–40℃ to +80℃, subject to the specific product version). Control the relative humidity between 5% and 95% with no condensation inside the system to avoid device damage.
Regular Mainboard Cleaning: It is recommended to clean the mainboard every six months. Use a soft brush to remove accumulated dust. Excessive dust accumulation may cause short circuits, signal interference and system operation errors.
Capacitor Status Inspection: Capacitors around the CPU and memory are susceptible to high temperature aging. Regularly check for breakdown, bulging or electrolyte leakage to eliminate potential faults.
Memory Gold Finger Cleaning: Clean the memory module and gold fingers regularly to prevent oxidation. For slight oxidation of pins, an eraser can be used for polishing and cleaning to ensure stable signal transmission.
Ventilation Environment Guarantee: Install the device in a chassis with good ventilation conditions to maintain a heat-dissipating environment and ensure normal and stable operation of the industrial computer.
Operating Environment Monitoring: Keep the operating temperature within the specified range (–40℃ to +80℃, subject to the specific product version). Control the relative humidity between 5% and 95% with no condensation inside the system to avoid device damage.
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