Description
WINGREEN FAN_DETECTION V1.0_A05 03ZSTJ3-00-105
1. Overview
WINGREEN FAN_DETECTION V1.0_A05 03ZSTJ3-00-105 is an industrial fan detection module. As a core detection component of the WINGREEN industrial control hardware system, it serves as a dedicated monitoring interface for industrial equipment heat dissipation systems.It is mainly responsible for fan operating condition monitoring, fault early warning and signal feedback of industrial equipment. Applied to fan monitoring of industrial control cabinets, server cabinets, industrial machinery heat dissipation systems and automatic equipment, it realizes fan speed detection, operating status identification, fault alarm and signal transmission. It prevents equipment overheating and damage caused by fan stall or abnormal speed, and is suitable for harsh industrial scenarios such as industrial automation, equipment monitoring and mechanical manufacturing.Inheriting the core advantages of high stability and high sensitivity of WINGREEN industrial control products, this module can be seamlessly integrated into various industrial control systems and equipment heat dissipation architectures. It provides critical heat dissipation monitoring support for the safe and stable operation of industrial equipment, and is widely used in core industrial fields including automatic production lines, industrial control cabinets, special machinery and server rooms.
2. Product Specifications
| Parameter Name | Specifications |
|---|---|
| Model | FAN_DETECTION V1.0_A05 03ZSTJ3-00-105 |
| Manufacturer | WINGREEN |
| Compatible Systems | Various industrial control systems, equipment heat dissipation architectures, industrial control cabinets, server cabinets and automatic equipment |
| Operating Temperature | Standard range: -10℃ to 60℃; adaptable to various indoor and outdoor industrial environments with strong resistance to temperature fluctuations |
| Power Supply Parameters | Supports industrial DC power supply with stable output. Adaptable to diverse on-site power supply scenarios with surge resistance, anti-static performance and low power consumption |
| Signal Type & Functions | Realizes fan speed detection, operating status identification (normal / stall / abnormal), fault alarm signal output and feedback to prevent equipment overheating risks |
| Physical Parameters | Compact modular structure, suitable for standard industrial panel and cabinet mounting, lightweight and easy for system integration |
| Protection Performance | Industrial-grade protection design with anti-electromagnetic interference and anti-electrical noise capabilities, adaptable to complex electrical environments and dusty industrial sites |
| Connection Method | Modular interface design enables seamless connection with main control units and fan components. Convenient wiring is compatible with multiple fan models |
| Mounting Method | Flush panel mounting or cabinet mounting, suitable for standard industrial control cabinets and equipment heat dissipation compartments. Easy to install, space-saving and convenient for later maintenance |
3. Technical Features
Excellent Compatibility: Specially designed for industrial equipment heat dissipation monitoring, it can be seamlessly integrated into various industrial control systems and heat dissipation architectures, and compatible with multiple industrial fan models. Installation and commissioning can be completed without extensive modification. It supports integration into both newly designed and existing equipment frameworks with great scalability.
- Accurate and Sensitive Monitoring: Built with high-precision speed detection module and signal processing unit, it quickly identifies fan operating status (normal, stall, abnormal speed) with high detection accuracy and fast response. It captures fan fault signals in a timely manner and provides reliable support for equipment heat dissipation protection.
High Industrial Durability: Adopts high-grade industrial components with wide operating temperature range, anti-interference, surge-resistant and anti-static capabilities. It adapts to complex on-site environments including temperature fluctuation, electrical noise and dust, supports 24/7 continuous operation, and features long-term stable performance with low failure rate.
- Concise and Practical Design: Compact modular structure suitable for standard industrial mounting scenarios with light weight and small footprint. Reasonable layout balances installation convenience and functional practicality, facilitating coordinated operation with fan components and control units and simplifying system integration.
- Efficient and Convenient Maintenance: Modular structure allows easy installation, removal, fault diagnosis and maintenance. With clear fault signal indication, it enables rapid fault locating, reduces maintenance intervention, shortens downtime and lowers overall maintenance costs, with professional technical support available.
4. Application Scenarios
(1) Industrial Automation
Widely applied in heat dissipation systems of various industrial automatic production lines. As a core monitoring component, it real-timely monitors the operating status of built-in fans of production line control cabinets and automatic equipment, and feeds back fault signals promptly. It prevents equipment shutdown and damage caused by overheating to ensure continuous and stable operation of production lines, adapting to scenarios such as robots, conveyors and visual inspection equipment.
(2) Industrial Control Cabinets & Server Rooms
Adopted for heat dissipation monitoring of industrial control cabinets and server cabinets. It real-timely detects fan speed and operating status inside cabinets. Once fan stall or abnormal speed occurs, it outputs alarm signals immediately to remind on-site personnel for handling, avoiding failures of internal equipment and servers caused by overheating and guaranteeing normal equipment operation.
(3) Industrial Machinery Manufacturing
Suitable for heat dissipation monitoring of various industrial machinery including machine tools, machining centers and special machinery. It real-timely monitors operating status of internal heat dissipation fans, prevents wear and failures of core mechanical components caused by poor heat dissipation, extends service life of machinery and improves operational reliability. It adapts to high-temperature and high-load industrial machinery scenarios.
(4) Other Industrial Fields
