Description

WINGREEN LAIB V3.0_A00 034STN1-00-300-RS

WINGREEN LAIB V3.0_A00 034STN1-00-300-RS is an industrial‑grade intelligent control module equipped with core firmware version V3.0_A00. It integrates highly stable hardware design and flexible control logic, with RS series communication interfaces and multi‑type I/O configurations. It features precise process control, efficient data exchange, and excellent adaptability to industrial environments. Designed specifically for field control and data transmission in industrial scenarios such as mining, electric power, petrochemicals, and intelligent manufacturing, it performs core functions including equipment start/stop control, real‑time parameter monitoring, command issuance, and data uploading. As a key component in industrial automation systems connecting field terminals and upper‑level management units, it provides reliable support for automated and intelligent management of production processes.

1. Positioning and System Relationship

System Affiliation

This module belongs to the WINGREEN LAIB series, model LAIB V3.0_A00 034STN1-00-300-RS, categorized as an industrial‑grade intelligent control module. Developed and manufactured by WINGREEN, it is one of the core products in its industrial automation product portfolio for small and medium‑sized industrial control scenarios. Focused on precise on‑site control and data exchange requirements, it balances stability, compatibility, and cost‑effectiveness. It is fully compatible with various WINGREEN automation control systems and process monitoring platforms, and supports seamless integration with third‑party devices and upper‑level management systems such as PLC, MES, and ERP. With good universality and interoperability, it can be quickly integrated into existing automation networks without extensive system modifications, significantly reducing deployment costs and commissioning complexity.

Featuring a modular, integrated design centered on “precise control, stable transmission, and convenient maintenance”, the module can operate independently to perform basic tasks such as single equipment control and small‑process monitoring. It can also serve as a distributed control unit in large‑scale distributed automation systems, connecting field sensors, actuators, PLCs, and upper‑level management units via RS communication interfaces to build a complete automation control chain. Suitable for single equipment control, small control systems, and medium‑sized distributed control scenarios, it balances flexibility and scalability to meet industrial control needs of different scales and types.

Core Role

Positioned as an on‑site control and data transmission node in industrial automation systems, its core responsibilities cover three dimensions: field control, data exchange, and operational stability, as detailed below:

Precise on‑site control: Implements core functions including process control, equipment start/stop control, and parameter adjustment in industrial production. With a control range of 0–100%, control accuracy up to ±1.0%, and response time under 2 seconds, it precisely adjusts operating parameters of field equipment to ensure stable and consistent production, suitable for industrial scenarios with moderate accuracy requirements.
Efficient data exchange: Integrates RS series communication interfaces and multi‑type I/O interfaces to collect real‑time operating data (pressure, flow, temperature, etc.) from field sensors and actuators, synchronously issue control commands from upper‑level management units, and build a data transmission bridge between field terminals and upper‑level systems. This enables visual monitoring and remote control of production processes, eliminating information silos.
Stable operation assurance: Built with industrial‑grade high‑quality components and a reinforced structure, it has strong anti‑interference and harsh‑environment resistance. It operates stably for long periods in demanding industrial environments such as high dust, extreme temperatures, and high humidity, reducing unplanned downtime, improving production efficiency, and lowering maintenance costs.
Flexible adaptation and expansion: Supports I/O interface configuration and communication protocol matching. Its modular design allows expansion and upgrades based on actual application needs, increasing control channels or adding function modules to adapt to control requirements across industries and scenarios, reducing system upgrade and retrofitting costs, and enhancing system reusability.
Status monitoring and feedback: Provides real‑time data processing and equipment status monitoring. It tracks its own operating status and connected field equipment, promptly reports abnormal information (communication faults, I/O faults, etc.), offers convenient troubleshooting references for maintenance personnel, and shortens fault resolution time.

Mounting Specifications

Mounting method: Compact design supports three installation types: wall‑mounted, cabinet embedded, and DIN‑rail mounting. Small in size and space‑saving, it is easy to deploy in space‑constrained industrial sites and near equipment. The installation process is simple and efficient, allowing qualified maintenance personnel to complete installation and commissioning quickly.
Physical dimensions: Standard size 135mm × 85mm × 42mm, compact structure, weight approx. 0.5kg. Easy to transport, install, and maintain, it fits various industrial control cabinets and field equipment locations. Matching brackets can be selected according to the mounting method to reduce installation difficulty.
Front‑panel interfaces: Integrates core communication and multi‑type I/O interfaces including 1× RS series communication interface (compatible with RS485/RS232 protocols, subject to actual configuration), 4 analog inputs (AI), 2 analog outputs (AO), 4 digital inputs (DI), and 2 digital outputs (DO). It is also equipped with simple operation keys and 3 sets of LED status indicators (RUN/FAULT/COMM) for convenient wiring, commissioning, and status checking, with user‑friendly operation to lower maintenance barriers.
Operating environment: Ingress protection rating IP65, effectively dustproof, waterproof, and resistant to foreign object intrusion, suitable for harsh industrial environments. Operating temperature range: -10°C to 70°C; storage temperature: -40°C to 85°C; humidity: 5%–95% RH (non‑condensing). It runs stably under extreme conditions including high/low temperatures, heavy dust, and high humidity without additional protective equipment for most industrial applications.

System Architecture

Typical system integration architecture:Upper‑level management systems (MES/ERP) → PLC/field controller → WINGREEN LAIB V3.0_A00 034STN1-00-300-RS control module (field control, data acquisition and transmission) → sensors/actuators → production equipment.

In addition, the module can interconnect with other WINGREEN LAIB series modules or third‑party control modules via RS communication interfaces to expand control functions and implement redundant backup, improving system reliability. Powered by a high‑performance 32‑bit 80MHz processor, the module rapidly processes control algorithms and real‑time data. It receives control commands from PLCs or upper‑level systems, collects feedback signals from field sensors, issues control commands to actuators after calculation, and feeds real‑time production data and equipment status back to upper‑level systems. This forms a complete closed loop: Command Issuance → Data Acquisition → Calculation Processing → Control Execution → Status Feedback, ensuring automated and precise operation of production processes.

2. Functions and Technical Features

1. Precise On‑Site Control Capability

Multi‑type control functions: Supports process control, parameter adjustment, equipment start/stop control, logic control, and other applications. It monitors and regulates key parameters such as pressure, flow, temperature, and level in industrial production, and controls the operating status of field equipment including actuators, motors, and valves. It adapts to diverse small and medium‑sized industrial control requirements and is widely used in field control in mining, electric power, petrochemicals, and other industries.
Precise control and fast response: Control accuracy ±1.0%, control range 0–100%, response time < 2 seconds. It quickly responds to changes in production parameters and upper‑level control commands, adjusts control strategies in a timely manner, and ensures stable and precise production, suitable for small and medium‑sized production scenarios with moderate requirements for control accuracy and response speed.
Basic algorithm processing: Equipped with a high‑performance 32‑bit processor, it supports fast execution of basic control algorithms such as PID to meet control requirements in small and medium‑sized industrial scenarios. It also allows configuration of simple custom control logic, enabling adjustment of control schemes based on specific project needs to improve control flexibility and adaptability.

2. Rich Communication Interfaces and Data Exchange Capability

Multi‑protocol communication support: Integrates RS series communication interfaces (RS485/RS232, subject to actual configuration), compatible with mainstream industrial communication protocols such as Modbus RTU. It seamlessly connects to WINGREEN native systems, third‑party PLCs (Schneider, Siemens, etc.), and MES/ERP upper‑level management systems to achieve data interoperability and improve production management efficiency.
Multi‑type I/O interfaces: Features 4× AI (0‑10V/4‑20mA), 2× AO (0‑10V/4‑20mA), 4× DI (PNP/NPN), 2× DO (relay/transistor), enabling direct connection to field sensors (pressure, temperature, etc.) and actuators (solenoid valves, frequency converters, etc.) without additional adapter modules, simplifying system wiring and reducing construction costs.
Data acquisition and upload: Supports real‑time collection of field equipment operating parameters and production data, with periodic uploading (customizable cycle) to PLCs or upper‑level management systems. It also accepts remote control commands to enable remote monitoring and control of production processes, helping managers grasp on‑site production status in real time and optimize production scheduling.

3. Industrial‑Grade Reliability and Harsh Environment Adaptability

Robust hardware design: Uses industrial‑grade high‑quality components with conformal coating on the circuit board for moisture, dust, and corrosion resistance. It effectively withstands dust, humidity, and chemical corrosion on‑site, extending service life and reducing failure rates.
Strong anti‑interference performance: Excellent EMC performance compliant with IEC 61000 series standards, resisting electromagnetic interference and voltage fluctuations in industrial environments. It operates stably in high‑interference sites such as mining sites, petrochemical workshops, and power equipment rooms without signal distortion or module malfunction.
Wide temperature and voltage range: Operating temperature -10°C to 70°C, wide‑range power supply (24V DC ±20%). It adapts to power conditions in different regions and scenarios without additional voltage regulators, reducing deployment costs while maintaining stable operation in extreme climates such as cold northern and hot southern environments.

4. Convenient Programming and Maintenance Diagnostics

Programming support: Compatible with WINGREEN proprietary programming software and IEC 61131‑3 standard environments, supporting multiple programming languages including LD (Ladder Diagram), FBD (Function Block Diagram), and ST (Structured Text). Programming is flexible and convenient, allowing engineers to develop control programs as needed, with online modification, debugging, and program upload/download to improve programming and commissioning efficiency.
Status monitoring and diagnostics: Front‑panel LEDs clearly indicate RUN, FAULT, and COMM statuses. Detailed fault information (communication faults, I/O faults, power faults, etc.) is accessible via programming software or upper‑level systems, enabling quick fault localization, reducing troubleshooting time, and lowering maintenance costs.
Easy maintenance: Modular design supports hot swapping in certain scenarios for fast module replacement without shutdown, minimizing production interruption. It also supports parameter backup and restoration for quick commissioning after module replacement, enhancing maintenance efficiency.

5. Modular Expansion and System Compatibility

Flexible expansion: Supports I/O module expansion to add analog and digital channels based on control needs, scaling from small control scenarios to medium‑sized distributed control without replacing the core module, reducing upgrade costs.
Broad compatibility: Fully compatible with various WINGREEN automation systems and third‑party PLCs, sensors, actuators, and upper‑level management systems. It integrates quickly into existing networks without major equipment or system modifications, improving reusability and flexibility while lowering construction costs.
Redundancy support: Can form a redundant system with other identical modules or WINGREEN LAIB series modules for control function backup. Upon failure of the primary module, the standby unit takes over control tasks rapidly to ensure uninterrupted production, improving system reliability for production scenarios with moderate continuity requirements.

3. Technical Specifications

Product Identification

Model: WINGREEN LAIB V3.0_A00 034STN1-00-300-RS
Brand: WINGREEN
Manufacturer: Entity owning the WINGREEN brand
Series: LAIB Series
Type: Industrial‑grade intelligent control module
Firmware version: V3.0_A00
Mounting: Wall‑mounted, cabinet embedded, DIN‑rail mounting
Protection rating: IP65
Dimensions: 135mm × 85mm × 42mm
Weight: Approx. 0.5kg

Core Parameters

Core functions: Process control, parameter adjustment, equipment start/stop control, logic control, data acquisition and exchange, status monitoring and diagnostics
Processor: 32‑bit industrial‑grade, 80MHz clock speed
Control accuracy: ±1.0%
Response time: < 2 seconds
Control range: 0–100%
Communication interfaces: 1× RS series interface (RS485/RS232, subject to actual configuration), supports Modbus RTU protocol
I/O interfaces: 4× AI (0‑10V/4‑20mA), 2× AO (0‑10V/4‑20mA), 4× DI (PNP/NPN), 2× DO (relay/transistor)
Power supply: 24V DC ±20%
Output frequency: 30kHz
Power consumption: Typical < 4W
Programming languages: IEC 61131‑3 compliant including LD, FBD, ST

Physical and Environmental

Installation location: Industrial on‑site control cabinets, near equipment (wall‑mounted / embedded / DIN‑rail)
Operating temperature: -10°C ~ 70°C
Storage temperature: -40°C ~ 85°C
Humidity: 5%–95% RH (non‑condensing)
EMC immunity: Compliant with IEC 61000‑4 series, strong electromagnetic interference protection
Protection: IP65, dustproof, waterproof, foreign object resistant

Compatibility

Compatible systems: Various WINGREEN automation systems, MES/ERP upper‑level management systems
Compatible devices: Third‑party PLCs (Schneider, Siemens, etc.), sensors, actuators
Supported protocols: Modbus RTU, RS485/RS232 communication protocols
Incompatible with: Non‑industrial standard interface devices, equipment using non‑compatible communication protocols

4. Supported Systems and Accessories

Compatible Host Systems

Dedicated compatibility: WINGREEN automation control systems, WINGREEN process monitoring systems
Application scope: Small and medium‑sized industrial automation control in mining, electric power, petrochemicals, intelligent manufacturing, metallurgy, and other industries, including equipment control, process monitoring, and parameter adjustment. Suitable for single equipment control, small control systems, and medium‑sized distributed automation systems, especially field control requirements in harsh industrial environments.

Required Accessories

Power supply: 24V DC power supply (meeting ±20% tolerance for module operation)
Communication cables: RS485/RS232 communication cables, signal cables
Field sensors: Pressure sensors, temperature sensors, flow sensors, level sensors, etc. (selected based on control requirements)
Actuators: Solenoid valves, frequency converters, control valves, small motors, etc. (selected based on control requirements)
WINGREEN proprietary programming software (for programming, debugging, and parameter configuration)
Mounting brackets (optional for wall mounting), terminal blocks (for interface wiring), DIN rail (optional for rail mounting)

Optional Accessories

Identical WINGREEN LAIB V3.0_A00 034STN1-00-300-RS module (for redundant backup to improve system reliability)
I/O expansion modules (to expand channel count for complex control scenarios)
Surge protective devices (for sites with large voltage fluctuations and high interference to protect the module and communication links)
Signal isolators (for high‑interference environments to enhance transmission stability and avoid signal distortion)
Specialized maintenance tools (for installation, removal, and troubleshooting to improve efficiency)

5. Application Scenarios

Mining industry: Controls and monitors small and medium‑sized mining equipment (conveyors, feeders, small crushers, etc.) with precise parameter adjustment and real‑time status monitoring. Adapted to harsh mine conditions including heavy dust, strong vibration, and extreme temperatures, it ensures continuous and stable operation of mining equipment and helps improve mining efficiency.
Electric power industry: Applied to control and monitoring of auxiliary equipment and power distribution devices in power equipment rooms, enabling real‑time monitoring and adjustment of electrical parameters (voltage, current, etc.). With strong anti‑interference capability, it adapts to electromagnetic interference environments in power rooms and ensures stable operation of the power system.
Petrochemical industry: Controls and monitors small and medium‑sized pump sets, valves, and other equipment in petrochemical workshops, providing precise adjustment of pipeline pressure and flow. With strong corrosion and interference resistance, it adapts to harsh petrochemical workshop environments and ensures safe and stable production.
Intelligent manufacturing industry: Used for small equipment control and process parameter adjustment on automated production lines, enabling automated management of production processes, precise adjustment of equipment operating parameters, improving production efficiency and product quality, and adapting to automation network requirements in intelligent manufacturing workshops.
Metallurgical industry: Applied to auxiliary control in metallurgical production lines, including operation control of small conveying equipment and auxiliary heating devices. Featuring strong anti‑interference and wide‑temperature performance, it operates reliably in high‑temperature, high‑electromagnetic‑interference metallurgical workshops to support continuous production.