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This P3 iGen Control Module A is an upgraded control system for the WOODCO boilers and includes a replacement screen and connecting cable. It's suitable for the following models: WOODCO Prestige WOODCO Twist WOODCO E-Compact 'S' WOODCO 215 Product no. 400833 The control board for a biomass boiler, also known as a Programmable Circuit Board (PCB), is an essential digital component designed to ensure the optimal performance of your boiler. This vital part is responsible for maintaining the correct temperature, pressure, and current flow, enabling all electronic components within the boiler to function efficiently and safely. By synchronizing the various elements of your boiler, the PCB ensures continuous and uninterrupted operation. Features Temperature Regulation: Maintains precise control over the boiler's temperature for consistent heating performance. Pressure Monitoring: Ensures safe and optimal water and air pressure levels within the boiler system. Current Flow Control: Manages the electrical flow to various components, preventing overloads and ensuring safety. Component Synchronisation: Integrates and synchronizes all electronic parts, promoting smooth and efficient operation. Fault Detection: Identifies potential issues early, allowing for timely maintenance and repairs. Why You Should Buy A well-functioning PCB is critical for the reliability and efficiency of your biomass boiler. Understanding its intricacies helps in identifying and addressing faults promptly, preventing costly repairs and extending the lifespan of your boiler system. Investing in a high-quality control board ensures your home remains warm and comfortable with minimal disruption. Understanding the Boiler PCB Often referred to as the brain of the boiler, the PCB controls, protects, and monitors various aspects of the boiler’s operation. It processes information from sensors, timers, and thermostats, sending signals to control different parts of the system. Regular maintenance and timely repairs of the PCB are essential to avoid issues like erratic thermostat behavior, power outages, and continuous operation without heating. Indications of a Malfunctioning PCB Intermittent Display Panel Operation: Erratic functioning of the display panel could indicate PCB issues. Total Power Outage: A complete loss of power to the boiler often points to PCB faults. Error Codes: Specific error codes on the boiler’s display panel can signify PCB problems. Unusual Noises: Clicking, buzzing, or humming sounds from the boiler may relate to electrical components on the PCB. Burning Smell: Overheating components can emit a burning smell, indicating serious PCB issues. Understanding Boiler Components Fan: Expels combustion gases through the flue. Pump: Circulates heated water to radiators. Heat Exchanger: Transfers heat from fuel to water. Gas Valve: Controls gas flow to the burner. Thermistor: A temperature sensor that helps regulate heat output. NTC Thermistor: Similar to a thermistor but with resistance that decreases with temperature increases. Ensure your biomass boiler operates at peak efficiency by maintaining its PCB and addressing any faults promptly. A reliable control board not only enhances performance but also contributes to a safe and comfortable home environment.

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This is the iGEN ecoTouch Display Unit, suitable for Woodco boilers with the iGen control boards (product code 400833) Product code. 401027 The HMI (Human-Machine Interface) Display Screen is an advanced control panel designed to enhance the functionality and user interaction with your biomass boiler. This screen allows both users and engineers to control various aspects of the boiler, including manual operation of all components, managing parameters and settings, observing boiler operations, and performing fault diagnosis. Features Intuitive User Interface: Easy-to-use touch screen interface for seamless interaction. Manual Control: Direct manual control over all boiler components, offering precise management. Parameter Management: Adjust and fine-tune settings to optimize boiler performance. Operational Monitoring: Real-time display of boiler operations, ensuring transparency and control. Fault Diagnosis: Built-in fault finding capabilities to quickly identify and troubleshoot issues. Customisable Settings: Personalize operational parameters to suit specific requirements and preferences. Durable Design: Robust and reliable construction for long-lasting performance in industrial environments. Understanding the HMI Display Screen The HMI Display Screen serves as the central hub for interacting with your biomass boiler. It provides an intuitive touch interface, enabling users to manually control components like pumps, fans, and valves. Engineers can easily access and adjust boiler parameters, ensuring optimal settings for various operating conditions. Key Functionalities Manual Operation: Gain complete control over each boiler component, from ignition to shutdown. Parameter Adjustment: Fine-tune temperature, pressure, and other critical settings for enhanced efficiency. Real-Time Monitoring: View live data on boiler operations, helping to maintain transparency and control. Fault Identification: Utilize the built-in diagnostic tools to identify and address faults promptly. Custom Settings: Customize boiler operations to meet specific needs and optimize performance. Enhancing Boiler Management The HMI Display Screen simplifies boiler management by providing a clear and comprehensive interface. Users can effortlessly switch between different modes, access historical data, and implement maintenance protocols. This capability not only improves operational efficiency but also extends the lifespan of the boiler by ensuring it operates within optimal parameters.  

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This 1m CT2S/PT1000 exhaust temperature sensor is suitable for the following biomas boilers: WOODCO Twist WOODCO Prestige Product no. 400836 This Flue Gas Temperature Sensor, also known as an Exhaust Temperature Sensor, is a crucial component for monitoring and maintaining the efficiency of your biomass boiler. This sensor accurately detects the temperature of the flue or combustion gases being extracted, providing vital data to ensure optimal boiler performance and safety. Features Accurate Temperature Detection: Precisely measures the temperature of flue gases to ensure efficient combustion. Enhanced Boiler Control: Provides essential data for adjusting the heating circuit, optimizing performance. Durable Construction: Built to withstand high temperatures and harsh conditions within the flue system. Easy Installation: Designed for straightforward integration into existing biomass boiler systems. Real-Time Monitoring: Offers immediate feedback on flue gas temperatures, allowing for quick adjustments. Understanding the Flue Gas Temperature Sensor The Flue Gas Temperature Sensor plays a vital role in your biomass boiler system by detecting the temperature of the exhaust gases. This information is crucial for regulating the heating circuit and ensuring that the boiler operates within safe and efficient parameters. Correct temperature settings are necessary to prevent excessive fuel consumption and avoid potential damage to the boiler. Key Functionalities Temperature Monitoring: Continuously measures the temperature of flue gases to maintain optimal boiler performance. Safety Assurance: Helps prevent overheating and potential damage by providing accurate temperature data. Performance Optimisation: Enables fine-tuning of the heating circuit for improved fuel efficiency and reduced emissions. Durability: Designed to endure the high temperatures and corrosive environment of the flue system.

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This exhaust fan is suitable for the following biomass boilers: WES E-Compact 40kW WOODCO Prestige Product no. 400723   The exhaust fan is essential for maintaining optimal combustion system operation. Also known as an Induced Draft (ID) fan, this exhaust fan is meticulously designed to create negative air pressure, effectively removing flue gases from the combustion chamber. This fan is designed to meet the rigorous demands of modern combustion systems, ensuring they operate smoothly and safely.   What is the primary function of an exhaust fan in a combustion chamber? An exhaust fan, or Induced Draft (ID) fan, removes flue gases from the combustion chamber by creating negative pressure, ensuring efficient and safe operation.   How does an ID fan improve boiler efficiency? By removing flue gases, the ID fan prevents buildup that can hinder combustion, thereby improving the overall efficiency and performance of the boiler.     What maintenance does the exhaust fan require? Regular inspection and cleaning are recommended to ensure optimal performance and longevity. The fan is designed for easy maintenance.   How energy-efficient is this exhaust fan? Our exhaust fan is optimised for energy efficiency, helping to reduce operational costs while maintaining high performance.  

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This cleaning spiral is for the Prestige 25-40kW Woodco model that is hung in the heat exchanger, within the fire tubes. The price is based on individual springs. Product Code: 100234 Turbulators, also known as flue gas spirals or heat exchanger baffles, are essential components designed to maximize the efficiency of heat exchangers in modern biomass heating systems. By slowing down and swirling the combustion gases, turbulators disrupt the laminar flow and transform it into a turbulent flow, significantly enhancing the rate of heat transfer. Features Enhanced Heat Transfer: Converts laminar flow into turbulent flow to increase the heat exchange rate. Improved Efficiency: Maximizes the efficiency of the heat exchanger by ensuring thorough mixing of gases. Durable Construction: Made from high-quality materials to withstand the harsh conditions within the heat exchanger. Easy Installation: Designed for straightforward integration into existing biomass boiler systems. Optimised Performance: Ensures the highest possible efficiency in the heat exchanger area. By enhancing the mixing and flow of combustion gases, this component significantly improves the overall performance and efficiency of your heating system, leading to better energy utilization and cost savings. Understanding the Turbulator Turbulators function by slowing down and swirling the combustion gases within the heat exchanger. This action breaks up the laminar boundary layer of the fluid, gas, or other medium, creating a spiraling, turbulent flow. The result is a more efficient mixing and tumbling of the medium, which enhances the rate of heat transfer and improves the overall efficiency of the heat exchanger. Key Functionalities Flow Disruption: Breaks up laminar flow, creating a turbulent flow for better heat transfer. Gas Mixing: Ensures thorough mixing of combustion gases to enhance heat exchange. Efficiency Boost: Increases the efficiency of the heat exchanger, leading to better overall system performance. Robust Design: Constructed from durable materials to ensure long-lasting performance. Seamless Integration: Easily fits into existing biomass boiler systems for improved functionality. Enhancing Boiler Efficiency The Turbulator is a vital component for any biomass boiler system aiming to maximise heat exchange efficiency. By transforming the flow of combustion gases and ensuring thorough mixing, it significantly enhances the rate of heat transfer. This results in improved boiler performance, better energy utilisation, and reduced operational costs.

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