Description

WINGREEN IPB PCB V2.0_A01 03ZSTL6-00-201-RS

WINGREEN IPB PCB V2.0_A01 03ZSTL6-00-201-RS is a dedicated power supply board and a key power distribution and management component in industrial automation infrastructure. Specially designed for harsh factory environments, it adopts an industrial-grade hardware architecture and high-reliability PCB design, integrating core functions such as centralized power distribution, voltage regulation, and overload protection. It provides clean, stable and protected DC power for sensitive electronic control components including PLCs, I/O modules, sensors, and communication devices. Acting as a central power hub in industrial control cabinets, it simplifies wiring and improves system reliability. Widely used in industrial scenarios such as machine control panels, process automation skids, and material handling systems, it provides core power support for the stable operation of industrial automation systems.

1. Positioning and System Relationship

System Affiliation

With the core positioning of stable power distribution, safety protection and efficient management, the board adopts a standardized industrial PCB design with optimized thermal management and electrical protection structure. It serves as the core power hub of industrial control systems, working collaboratively with various control devices, detection equipment and actuators to realize the conversion, distribution and protection of input power. It meets the multi-device and multi-channel power supply requirements on industrial sites, balancing power supply stability, safety and convenience, and adapting to industrial automation power management scenarios of different scales. Compared with previous generations, the V2.0_A01 version features optimized improvements in power conversion efficiency, thermal management and protection functions, further enhancing equipment operational reliability and applicability.

Core Role

• Centralized power distribution management: As the central power hub in the control cabinet, it receives the main input voltage (AC or DC) and distributes regulated voltage to various parts of the control system (PLCs, I/O modules, sensors, etc.) through multiple protected output channels. It simplifies wiring complexity, improves the standardization and reliability of system wiring, replaces multiple discrete power supplies and terminal blocks, and reduces system construction and maintenance costs.
• Voltage regulation and filtering: Integrated with professional voltage regulation and LC filter circuits, it outputs stable DC voltage even when the input power fluctuates, minimizing ripple and electrical noise to avoid interference with sensitive digital and analog circuits. This ensures stable operation of downstream electronic equipment and provides clean power support for precise device performance.
• Comprehensive safety protection: Equipped with protection circuits such as fuses, circuit breakers or electronic current limiters, it provides effective protection against abnormal conditions including overload, short circuit and over-temperature, preventing damage to connected downstream equipment or the power board itself. It also features surge and electrostatic discharge (ESD) protection to resist common electrical interference and voltage spikes on industrial sites, improving system operational safety.
• Real-time status monitoring: Fitted with LED indicators that intuitively display input power status, output channel operating status and fault conditions (e.g., over-temperature, overload), enabling maintenance personnel to perform rapid visual diagnosis, detect and resolve power abnormalities in a timely manner, and reduce troubleshooting time and maintenance costs.

• System integration and coordination: Can be seamlessly integrated into various industrial automation systems and operate with WINGREEN series detection modules, control modules and industrial equipment of other brands to provide stable power supply. It also supports linkage with host computer systems to feed back power operation status data and realize centralized monitoring and management of the power system.

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Installation Position

• Mounting method: Compact industrial PCB design suitable for standard industrial DIN-rail mounting. It features a compact structure with small installation space, facilitating deployment in industrial control cabinets. The installation process is simple and convenient, and qualified maintenance personnel can quickly complete installation, wiring and commissioning without complex tools.
• Physical dimensions: Referencing WINGREEN’s same-series industrial power board specifications, the standard dimensions are approximately 150mm × 100mm × 50mm, weighing about 0.5kg. Compact and lightweight, it is easy to transport, install and maintain, adapting to the installation space of various industrial control cabinets. Matching fasteners can be selected according to DIN-rail specifications to ensure firm and stable installation.
• Front-panel interfaces: Integrates power input interfaces, multi-channel power output interfaces, RS-series communication interfaces (corresponding to the “RS” suffix in the model) and status indication interfaces. The interfaces are clearly labeled and rationally arranged, adopting industrial-grade screws or terminal blocks for easy wiring, commissioning and maintenance. It is user-friendly, lowers maintenance barriers, and supports flexible transmission of power status signals.

• Installation environment: Adapted to harsh industrial on-site operating environments. Featuring an industrial-grade PCB design with excellent dustproof and moisture-proof performance, it reaches an ingress protection rating of IP65, effectively resisting dust, moisture and other harsh environmental impacts. Its operating temperature range suits general industrial applications, enabling stable installation and operation in complex environments including high/low temperatures, dust and vibration. It boasts excellent anti-interference and anti-shock performance to ensure stable and continuous power supply.

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System Architecture

2. Functions and Technical Features

2.1 Efficient Centralized Power Distribution

• Multi-channel output design: Integrates multiple independent power output channels equipped with dedicated screws or terminal blocks, providing convenient power connection points for various industrial electronic devices such as PLCs, I/O modules, sensors and communication devices. It realizes centralized power distribution management, simplifies wiring in control cabinets, and reduces wiring complexity and potential faults.
• Wide input voltage adaptation: Supports a wide range of input voltages (e.g., 9–36VDC or 110/230VAC), adapting to different main power supplies on industrial sites without additional voltage conversion equipment. This improves the versatility and adaptability of the power board for flexible use in various industrial scenarios.
• Precise voltage output: Delivers stable output voltage and can provide regulated DC voltage (e.g., 24VDC) according to downstream equipment requirements. With high voltage regulation accuracy, it effectively avoids the impact of voltage fluctuations on sensitive electronic equipment, ensuring stable and precise operation.

• Load adaptability: Features strong load driving capacity to power multiple industrial devices simultaneously, meeting the power demand of multi-device coordinated operation in industrial control systems. It eliminates the need for additional multiple power modules, reducing system construction costs.

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2.2 Stable Voltage Regulation and Filtering

• Voltage regulation function: Integrated with high-efficiency voltage regulators that adjust output voltage in real time, ensuring stable output voltage even when the external input power fluctuates, and preventing equipment failure or performance degradation caused by over-voltage or under-voltage.
• EMC filter design: Adopts LC filter circuits to effectively suppress power ripple and electrical noise, reducing electrical interference to sensitive digital and analog circuits. It provides clean and stable power for precision equipment such as PLCs and detection modules, ensuring equipment detection and control accuracy.

• Low-loss conversion: Uses high-efficiency power conversion design with high conversion efficiency, reducing energy loss and equipment heating. This further improves the operational stability and service life of the power board, adapting to the 24/7 uninterrupted operation requirements of industrial sites.

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2.3 Comprehensive Safety Protection

• Overload and short-circuit protection: Each output channel is integrated with fuses, circuit breakers or electronic current limiters, which quickly cut off power to the corresponding channel in case of load overload or short circuit, preventing damage to the power board and connected downstream equipment and reducing the risk of fault escalation.
• Over-temperature and over-voltage protection: Built-in over-temperature detection and over-voltage protection circuits automatically trigger protection and cut off power output when the power board operates at an excessively high temperature or the input voltage is abnormally high, avoiding equipment damage due to overheating or over-voltage and enhancing system operational safety.
• Surge and ESD protection: Provides surge and electrostatic discharge (ESD) protection to resist common voltage spikes and electrostatic interference on industrial sites, protecting the internal circuits of the power board and downstream equipment to ensure long-term stable operation of the power system.

• Safety-compliant design: Complies with relevant industrial safety and EMC standards. The PCB design adopts appropriate creepage and clearance distances to ensure electrical safety and meet the stringent safety requirements of industrial sites.

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2.4 Convenient Status Monitoring and Maintenance

• Intuitive status indication: Equipped with LED indicators that clearly display input power status, operating status of each output channel and fault conditions (e.g., over-temperature, overload), allowing maintenance personnel to conduct rapid visual diagnosis and preliminarily judge the power board status without professional tools.
• Modular design: Features a highly modular structure with independently detachable power conversion modules, protection modules and filter modules, facilitating later maintenance and upgrades. A faulty module can be replaced individually without replacing the entire power board, reducing maintenance costs and downtime.
• Easy installation and wiring: Suitable for DIN-rail mounting with a simple installation process and no need for complex tools. The interfaces are clearly labeled and rationally arranged for convenient wiring operations. Qualified maintenance personnel can quickly complete wiring and commissioning, shortening the system deployment cycle.

• Online monitoring support: Transmits power operation status data (input voltage, output voltage, operating temperature, etc.) to the host computer system via RS-series communication interfaces, realizing remote monitoring and management of the power system. This enables maintenance personnel to grasp power status in real time and predict faults in advance.

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2.5 Industrial-Grade Reliability and Environmental Adaptability

• Robust PCB and hardware design: Uses industrial-grade high-quality components and advanced PCB manufacturing processes. The circuit board features optimized layout focusing on thermal management and signal integrity, with excellent shock and vibration resistance. It effectively withstands mechanical vibration, dust and moisture on industrial sites, extending service life and reducing failure rates.
• Protection class adaptation: Up to IP65 ingress protection with excellent dustproof and waterproof performance, allowing direct deployment in outdoor or harsh industrial environments with dust and moisture without additional protection measures, ensuring stable operation in complex conditions.
• Environmental adaptability: Operating temperature range covers -20°C to 70°C, with a wider storage temperature range (-40°C to 85°C, typical). Relative humidity adapts to general industrial environments (5%–95% RH, non-condensing). It operates stably in extreme temperature and humidity environments, and features excellent electromagnetic compatibility to resist industrial on-site electromagnetic interference, ensuring stable power supply.
• Low power consumption and long service life: Low-power design suitable for long-term continuous industrial applications. It reduces energy consumption and equipment heating, further improving operational stability and service life while lowering maintenance costs, meeting the 24/7 uninterrupted power supply demand of industrial sites.

2.6 Flexible Expansion and System Compatibility

• Flexible expansion capability: Supports output channel expansion, allowing the number of output channels to be increased according to actual power supply requirements to adapt to industrial control systems of different scales. Core power board replacement is unnecessary, reducing system upgrade costs.
• Wide compatibility: Can be seamlessly integrated into various industrial automation systems, machine control panels and process automation skids. It is compatible with WINGREEN series control modules, detection modules and industrial equipment of other brands (PLCs, I/O modules, sensors, etc.), with strong versatility and interoperability for quick integration into existing industrial automation networks.
• Communication compatibility: Integrates RS-series communication interfaces supporting industrial-standard communication protocols (e.g., Modbus RTU), enabling stable communication with host computer systems and industrial control modules. It meets requirements such as power status feedback and remote monitoring, improving the intelligent management level of the power system.

3. Technical Specifications

Product Identification

• Model: WINGREEN IPB PCB V2.0_A01 03ZSTL6-00-201-RS
• Brand: WINGREEN
• Manufacturer: WINGREEN
• Series: WINGREEN Industrial Power Distribution Series
• Type: Industrial-grade dedicated power supply board (IPB)
• Mounting: DIN-rail mounting
• Dimensions: Approx. 150mm × 100mm × 50mm (reference to same-series specifications)
• Weight: Approx. 0.5kg (reference to same-series specifications)
• Protection class: IP65

Core Parameters

• Core functions: Centralized power distribution management, voltage regulation, overload/short-circuit/over-temperature protection, power status monitoring, RS communication feedback
• Input voltage: 9–36VDC or 110/230VAC (wide-range adaptation)
• Output voltage: 24VDC (standard output, adaptable to other common industrial DC voltages)
• Output channels: Multiple independent outputs (specific quantity refers to same-series specifications)
• Communication interface: RS-series communication interface (supports industrial-standard communication protocols)
• Voltage regulation accuracy: ±1% (reference to same-series industrial power board standards)
• Operating temperature: -20°C ~ 70°C
• Storage temperature: -40°C ~ 85°C (typical)
• Relative humidity: 5%–95% RH (non-condensing)
• Protection features: Overload protection, short-circuit protection, over-temperature protection, over-voltage protection, surge protection, ESD protection

Physical and Environmental

• Installation location: Inside industrial control cabinets (DIN-rail mounting), outdoor deployable (IP65 protected)
• Operating temperature: -20°C ~ 70°C
• Storage temperature: -40°C ~ 85°C (typical)
• Humidity: 5%–95% RH (non-condensing)
• Anti-interference: Excellent electromagnetic compatibility, resistant to industrial electromagnetic interference, shockproof and vibration-resistant
• Protection class: IP65 (dustproof, waterproof)
• PCB design: Industrial-grade PCB with optimized thermal management and signal integrity; creepage and clearance distances comply with industrial safety standards

Compatibility

• Compatible systems: Various industrial automation systems, machine control panels, process automation skids, material handling systems, robot workstation control systems
• Compatible devices: PLCs, I/O modules, industrial sensors, communication devices, actuators, WINGREEN series control modules and detection modules
• Incompatible with: Non-industrial standard interface devices, non-compatible voltage rating devices, non-industrial communication protocol devices

4. Supported Systems and Accessories

Compatible Host Systems

• Dedicated compatibility: Various industrial automation control systems, WINGREEN industrial control and detection systems, process automation skid control systems
• Application scope: Machine control panels (CNC machines, injection molding machines, packaging equipment, etc.), process automation skids (chemical, water treatment, pharmaceutical industries), material handling systems (conveyors, automated storage and retrieval systems), robot workstations, building management systems (HVAC control panels), etc. It is especially suitable for industrial scenarios requiring centralized power distribution and safety protection, and is widely used in electric power, petrochemical, heavy machinery, intelligent manufacturing and other industries.

Required Accessories

• External main power supply: AC or DC power supply meeting input voltage specifications (e.g., 9–36VDC, 110/230VAC) to ensure stable power supply
• Connection cables: Power input/output cables, RS communication cables (shielded twisted pair for signal transmission and interference reduction)
• Mounting accessories: DIN rails, fasteners to ensure firm installation of the power board
• Terminal blocks: For wiring of power input/output and communication interfaces to ensure secure and reliable connections adapting to industrial on-site wiring requirements
• Commissioning tools: Industrial-grade commissioning tools for power board parameter calibration and troubleshooting

Optional Accessories

• Spare power module / protection module: For later fault replacement to improve maintenance efficiency and ensure rapid recovery of the power system
• Surge protective device: For industrial sites with large voltage fluctuations and high interference to further enhance the surge resistance of the power board and protect equipment safety
• Signal isolator: For complex high-interference environments to improve communication signal transmission stability and ensure accurate feedback of power status data
• Special commissioning software: For power board parameter configuration and operation status monitoring to improve maintenance efficiency
• Output channel expansion module: For increasing the number of power output channels to adapt to multi-device power supply requirements in complex industrial scenarios
• Remote monitoring module: For enhancing remote connection and data transmission functions to meet the remote power management needs of distributed control systems

5. Application Scenarios

• Machine control panel power management: Serves as the main power supply for all control components in individual machines such as CNC machines, injection molding machines and packaging equipment, providing centralized power distribution for PLCs, sensors, actuators and other devices to ensure stable machine operation and simplify control panel wiring.
• Process automation skid power distribution: Applied in modular process skids in the chemical, water treatment and pharmaceutical industries, distributing stable power to valves, transmitters, local controllers and other equipment in the skids to ensure continuous and reliable operation of process automation workflows.
• Material handling system power supply: Provides clean and stable power for motor drivers, optical sensors, PLCs and other equipment on conveyor systems and automated storage and retrieval systems (AS/RS), ensuring smooth material handling processes.
• Robot workstation power supply: Powers robot controllers, safety devices and peripheral equipment in robot workstations, delivering stable, interference-free power to ensure precise robot operation and improve production efficiency.
• Building management system power supply: Used in HVAC control panels to power controllers, actuators and sensors, ensuring stable operation of building management systems and achieving precise control of environmental parameters.
• Industrial control cabinet centralized power distribution: Acts as the central power hub in industrial control cabinets, providing centralized power distribution for all control, detection and communication equipment in the cabinet. It simplifies wiring, improves system reliability, reduces maintenance costs, and adapts to various industrial automation control cabinet scenarios.