Sensors, Controls & Electronics
WES Control Board - for ORANGE Screen
This control board is suitable for the following boilers with an ORANGE screen: WES E-Compact Trianco Greenflame WES Slim Please order the model you require from the drop down menu *Wood Energy Solutions (WES) 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.
£428.12 - £491.47
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WES Control Board - for BLUE Screen
This control board is suitable for the following boilers with a BLUE screen: WES E-Compact Trianco Greenflame WES Slim Please select the model you wish to order from the drop down menu *Wood Energy Solutions (WES) 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.
£428.12 - £491.47
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£142.03£113.01
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Lambda Module for Trianco/WES boilers
This is the lambda module—PSYSM01000006—most commonly found on Trianco and WES (Wood Energy Solutions) boilers to control the lambda sensor. This module pairs with the Lambda Sensor (401030). The Lambda Sensor for biomass boilers is a critical component designed to optimise fuel consumption and enhance boiler efficiency. This sensor ensures optimal combustion by accurately measuring the oxygen content in the exhaust gases, reducing fuel consumption by up to 20%. This precise control over the combustion process improves heating efficiency and minimizes CO2 emissions, contributing to a cleaner environment. Features Accurate Oxygen Measurement: Measures the percentage of molecular oxygen (O2) in exhaust gases to determine fuel mixture quality. Fuel Consumption Reduction: Optimizes boiler operation to reduce fuel consumption by up to 20%. Enhanced Combustion Efficiency: Ensures optimal combustion of fuel used for heating purposes. CO2 Emissions Reduction: Minimizes carbon dioxide emissions by maintaining an ideal fuel mixture. Durable Construction: Built to withstand the harsh conditions within the boiler system. Easy Integration: Designed for seamless installation into existing biomass boiler systems. Why You Should Buy Investing in a Lambda Sensor for your biomass boiler is essential for achieving superior fuel efficiency and reducing environmental impact. By ensuring optimal combustion, this sensor helps lower fuel consumption and CO2 emissions, providing significant cost savings and contributing to a greener future. Understanding the Lambda Sensor The Lambda Sensor functions by measuring the oxygen content in the flue gases. This information is used to adjust the boiler parameters, ensuring that the fuel mixture is neither too lean nor too rich. A lean mixture has too much oxygen, while a rich mixture has too little. Maintaining the correct balance is crucial for efficient combustion and fuel savings. Key Functionalities Oxygen Level Monitoring: Continuously measures the oxygen levels in the exhaust gases to ensure optimal fuel mixture. Fuel Efficiency: Reduces fuel consumption by up to 20% through precise combustion control. Emission Control: Lowers CO2 emissions by maintaining efficient fuel combustion. System Optimization: Adjusts boiler parameters to achieve the best possible combustion conditions. Robust Design: Engineered to endure the rigorous environment within a biomass boiler system. Potential Issues with a Faulty Lambda Sensor A malfunctioning Lambda Sensor can lead to several problems: Increased Fuel Consumption: Inefficient combustion can result in higher fuel usage, increasing operational costs. Higher CO2 Emissions: Poor combustion leads to elevated carbon dioxide emissions, negatively impacting the environment. Blocked Heat Exchanger: Inefficient combustion can cause soot and other residues to accumulate, potentially blocking the heat exchanger and reducing boiler efficiency. By incorporating a Lambda Sensor into your biomass boiler system, you ensure that your boiler operates at peak efficiency, with reduced fuel consumption and lower emissions. This sensor is an indispensable tool for maintaining an efficient and environmentally friendly heating system.
£224.00£186.67
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EasyTouch LCD Display Screen
This EasyTouch display screen is found on some WES 18kW SLIM boilers. This is a touch screen without buttons, with a blue back light. Part no. 400204 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.
£219.21
Control Boards & Displays
Here is a subcategory of control PCBs, screens, displays and cables
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£428.12 - £491.47
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£428.12 - £491.47
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£79.37
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£73.51
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£20.66£18.03
Sensors
Here are some sensors including water temperature, lambda, exhaust depression, pellet fuel level, photocells, and more
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£31.07£29.99
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£84.37
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£14.29£12.89
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£36.51
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£131.60
