Control & Sensors

This exhaust temperature probe is suitable for the following pellet boilers: WES E-Compact Trianco Greenflame Product no. 400005 This PT1000 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 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.

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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.

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This vacuum sensor is suitable for the following boilers: WES E-Compact Trianco Greenflame KWB Easyfire WOODCO Product no. 40003 The Vacuum Sensor for biomass boilers is a crucial device designed to measure the negative air pressure within the boiler. This sensor ensures that flue gases and heat are properly circulated around the heat exchanger and efficiently expelled through the flue. By providing accurate pressure measurements, the vacuum sensor optimises the control of combustion and induced draught fans, enhancing boiler efficiency and safety. Features Accurate Pressure Measurement: Precisely measures negative air pressure within the boiler to ensure efficient flue gas circulation. Optimal Combustion Control: Directs the operation of combustion and induced draught fans for improved efficiency. Heat Management: Ensures the right amount of heat is retained within the boiler for safety and efficiency, preventing wasted heat. Durable Construction: Built to withstand the challenging conditions within a biomass boiler system. Easy Integration: Designed for seamless installation into existing biomass boiler systems. By providing real time, accurate pressure readings, this sensor ensures optimal control of the combustion process, preventing wasted heat and ensuring that the boiler operates safely and efficiently. Understanding the Vacuum Sensor The Vacuum Sensor functions by measuring the negative air pressure within the boiler. This measurement is critical for directing the control of the combustion and induced draught fans, which in turn regulate the flow of flue gases and heat around the heat exchanger. Proper management of these elements is crucial for maximising boiler efficiency and maintaining safety. Key Functionalities Pressure Monitoring: Continuously measures negative air pressure to ensure proper flue gas circulation. Fan Control: Directs the operation of combustion and induced draught fans based on pressure readings. Heat Management: Optimizes the retention and expulsion of heat for maximum efficiency and safety. Robust Design: Engineered to endure the demanding environment of biomass boiler systems. System Compatibility: Easily integrates with various biomass boiler setups to enhance performance. Enhancing Boiler Efficiency and Safety The Vacuum Sensor is a vital component for any biomass boiler system, ensuring efficient and safe operation. By accurately measuring negative air pressure and directing fan control, it prevents heat waste and maintains optimal boiler performance. This not only improves efficiency but also enhances the safety and reliability of your heating system.  

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This safety stat is suitable for the following boilers: WES E-Compact WOODCO Trianco Greenflame Trianco Greenflame ECO Bioflame EKOGREŃ Woodpecker Product no. 400718 This safety stat is situated on the stoker channel of the boiler and measures the rise in temperature in the feed channel. Should the temperature rise too much (~80C), the physcial stat will open and cause the boiler to shut down. This safey feature is designed to prevent the boiler burning back towards the fuel supply and is an essential part of the boiler safety system. 

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This water pressure sensor, has a range of 0-3bar, and is suitable for the following boilers; WES E-Compact WOODCO Prestige WOODCO 215 Trianco Greenflame Product no. 400707 The Water Pressure Sensor for biomass boilers is a critical safety device designed to monitor and regulate the water pressure within the boiler system. When the water pressure drops below 0.2 bar, this sensor detects the change and automatically shuts off the boiler, preventing dangerous conditions such as kettling and steam formation. Ensuring your boiler operates safely, this sensor maintains optimal pressure levels for efficient and secure operation. Features Accurate Pressure Monitoring: Detects changes in water pressure within the boiler system. Automatic Shutoff: Shuts down the boiler when water pressure drops below 0.2 bar to prevent unsafe conditions. Prevents Kettling: Helps avoid kettling and steam formation, ensuring safe boiler operation. Safety Assurance: Maintains boiler safety by preventing operation under unsafe pressure conditions. Durable Construction: Made from high-quality materials to withstand the demanding conditions of biomass boilers. Easy Integration: Designed for seamless installation into existing biomass boiler systems. Why You Should Buy Investing in a Water Pressure Sensor is crucial for maintaining the safety and efficiency of your biomass boiler system. By monitoring pressure levels and shutting off the boiler under unsafe conditions, this sensor ensures your boiler operates securely, preventing potential hazards and maintaining optimal performance. Understanding the Water Pressure Sensor The Water Pressure Sensor functions by continuously measuring the water pressure within the boiler. If the pressure drops below 0.2 bar, the sensor triggers an automatic shutdown of the boiler. This is essential because operating the boiler at low pressure can cause dangerous conditions such as kettling and steam formation. Biomass boilers should typically be set to a minimum of 1 bar when the water is cold to ensure safe and efficient operation. Key Functionalities Pressure Detection: Continuously monitors water pressure to ensure safe operating conditions. Automatic Boiler Shutdown: Shuts off the boiler when pressure drops below 0.2 bar to prevent hazards. Safety Enhancement: Prevents kettling and steam formation, ensuring the boiler operates safely. Robust Design: Built to endure the rigorous environment of biomass boiler systems. System Compatibility: Easily integrates with various biomass boiler setups for improved safety and performance. Enhancing Boiler Safety and Performance The Water Pressure Sensor is a vital component for any biomass boiler system, ensuring both safety and efficiency. By monitoring water pressure and preventing the boiler from operating under unsafe conditions, it enhances the overall performance and reliability of your heating system.

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This Photocell Perspex Mount is suitable for the following boilers, which use the Commercial Photocell (Product no. 400375) WES E-Compact 85, 100, 125, 150, 199 Trianco Greenflame 85, 100, 125, 150, 199 WOODCO 215 Product no. 400055 This perspex mount protects the end of the photocell from heat damage. The mount can become dirty or heat damaged and is easily replaced

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This lambda probe is suitable for the following biomass boilers: WES E-Compact Trianco Greenflame Trianco Greenflame ECO EKOGREŃ WOODCO Prestige WOODCO 215 Product no. 400704 - Shipping is calculated at checkout The Lambda Sensor for biomass boilers is a critical component designed to optimise fuel consumption and enhance boiler efficiency. By accurately measuring the oxygen content in the exhaust gases, this sensor ensures optimal combustion, reducing fuel consumption by up to 20%. This precise control over the combustion process not only improves heating efficiency but also 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.

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This ORANGE backlit LCD controller is suitable for the following pellet boilers: WES E-Compact (all kW) Trianco Greenflame (all KW) Woodpecker D'Alessandro Product no. 401507 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 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: Utilise the built-in diagnostic tools to identify and address faults promptly. Custom Settings: Customise 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 rectangular type capacitive sensor* (for boilers and vacuum systems) suits the following biomass systems: WES E-Compact Trianco Greenflame Bioflame Woodpecker WOODCO *The cable (Part no. 400725) is sold seperatley Product no. 400714 The pellet level sensor allows the boiler to know whether there is adequate amount of fuel within the boiler. The sensor will shut the boiler down if the fuel level drops too low to prevent it from emptying the auger, and stop it from needing to be primed before use.     

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This BLUE backlit LCD controller is suitable for the following pellet boilers: WES E-Compact Trianco Greenflame Product no. 400202 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  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: Utilise the built-in diagnostic tools to identify and address faults promptly. Custom Settings: Customise 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 controller Ribbon Cable is suitable for the following domestic model, designed to connect the biomass boiler control module (PCB) and the display screen: Trianco Greenflame 25/28 WES E-Compact 15, 18, 28 WES SLIM Product no. 400710

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This water & buffer temperature sensor is suitable for the following biomass boilers: WES E-Compact (all kW) WES 18 SLIM Trianco Greenflame (all kW) Can be used for both boiler temperature sensor and buffer temperature sensor. PLEASE NOTE: This sensor has been updated, and now superceeded by an all black (as seen in the second image) sensor. Product number 400709 This Water Temperature Sensor is an essential component for monitoring the temperature of the water within your biomass boiler. This sensor not only ensures the optimal performance of your boiler by controlling the recirculation pump but also acts as a critical safety feature, preventing freezing and overheating. Features Precise Temperature Measurement: Accurately detects the temperature of the water within the boiler for efficient control. Recirculation Pump Control: Regulates the pump to maintain ideal water temperature, enhancing boiler performance. Freeze Prevention: Activates the pump when the water temperature drops to prevent freezing. Overheat Protection: Ensures the pump continues to run when the water becomes too hot, preventing damage. Robust Design: Built to withstand the demanding conditions within a biomass boiler system. Easy Integration: Designed for seamless installation into existing boiler setups. Investing in a Biomass Boiler Water Temperature Sensor is crucial for maintaining the efficiency and safety of your heating system. This sensor provides accurate real time temperature readings, enabling precise control over the recirculation pump and ensuring that your boiler operates within safe parameters. This not only prevents costly repairs but also extends the lifespan of your boiler. The Biomass Boiler Water Temperature Sensor monitors the temperature of the water within the boiler, providing vital data to control the recirculation pump. By activating the pump when temperatures drop, the sensor prevents freezing, and by ensuring the pump runs when the water is too hot, it prevents overheating. This dual function is essential for maintaining the optimal performance and safety of your biomass boiler. Key Functionalities Temperature Monitoring: Continuously measures water temperature to ensure efficient boiler operation. Pump Activation: Controls the recirculation pump to maintain ideal water temperature. Freeze Protection: Automatically activates the pump to prevent water from freezing during low temperatures. Overheat Prevention: Ensures the pump runs to prevent overheating, protecting the boiler from potential damage. Durability: Designed to withstand the challenging environment within a biomass boiler system.  

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This pellet safety thermostat cable supplies the pellet safety thermostat, found on the pellet drop pipe of the following boilers: WES E-Compact Trianco Greenflame Woodpecker WOODCO Product no. 400750 This safety stat is situated on the stoker channel of the boiler and measures the rise in temperature in the feed channel. Should the temperature rise too much (~80C), the physcial stat will open and cause the boiler to shut down. This safey feature is designed to prevent the boiler burning back towards the fuel supply and is an essential part of the boiler safety system. 

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This controller Ribbon Cable is suitable for the following domestic model, designed to connect the biomass boiler control module (PCB) and the display screen: Trianco Greenflame ECO Ekogren Product no. 400711

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This Vacuum Sensor Cable is suitable for the following domestic boilers: WES E-Compact 15, 18, 28 Trianco Greenflame 15, 18, 25 WOODCO Prestige Greenflame Bioflame Woodpecker Part no. 400379 The Vacuum Sensor for biomass boilers is a crucial device designed to measure the negative air pressure within the boiler. This sensor ensures that flue gases and heat are properly circulated around the heat exchanger and efficiently expelled through the flue. By providing accurate pressure measurements, the vacuum sensor optimises the control of combustion and induced draught fans, enhancing boiler efficiency and safety. Features Accurate Pressure Measurement: Precisely measures negative air pressure within the boiler to ensure efficient flue gas circulation. Optimal Combustion Control: Directs the operation of combustion and induced draught fans for improved efficiency. Heat Management: Ensures the right amount of heat is retained within the boiler for safety and efficiency, preventing wasted heat. Durable Construction: Built to withstand the challenging conditions within a biomass boiler system. Easy Integration: Designed for seamless installation into existing biomass boiler systems. By providing real time, accurate pressure readings, this sensor ensures optimal control of the combustion process, preventing wasted heat and ensuring that the boiler operates safely and efficiently. Understanding the Vacuum Sensor The Vacuum Sensor functions by measuring the negative air pressure within the boiler. This measurement is critical for directing the control of the combustion and induced draught fans, which in turn regulate the flow of flue gases and heat around the heat exchanger. Proper management of these elements is crucial for maximising boiler efficiency and maintaining safety. Key Functionalities Pressure Monitoring: Continuously measures negative air pressure to ensure proper flue gas circulation. Fan Control: Directs the operation of combustion and induced draught fans based on pressure readings. Heat Management: Optimizes the retention and expulsion of heat for maximum efficiency and safety. Robust Design: Engineered to endure the demanding environment of biomass boiler systems. System Compatibility: Easily integrates with various biomass boiler setups to enhance performance. Enhancing Boiler Efficiency and Safety The Vacuum Sensor is a vital component for any biomass boiler system, ensuring efficient and safe operation. By accurately measuring negative air pressure and directing fan control, it prevents heat waste and maintains optimal boiler performance. This not only improves efficiency but also enhances the safety and reliability of your heating system.

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This 2.5m length ribbon cable is suitable for the following boilers: WES E-Compact Trianco Greenflame Woodpecker Product no. 401076 Ribbon cabling is used for data transmission and communications between the boiler display and the control moduel. 

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This photocell (light sensor) is suitable for the following biomass boilers: WES E-Compact 85, 100, 125, 150, 200 Trianco Greenflame 85, 100, 125, 150, 200 WOODCO 215 Product no. 400375 This light sensor, also known as a photocell, specifically designed for detecting flame presence within combustion chambers. This sensor accurately measures the intensity of the flame, ensuring optimal performance and safety in your combustion systems. Features Real-Time Detection: The sensor continuously measures flame strength within a 0-100% range, providing real-time feedback on combustion status. High Sensitivity: Capable of detecting minimal changes in light, ensuring reliable operation under various conditions. Easy Integration: Simple installation process, compatible with a wide range of combustion systems.  

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This Temperature sensor is suitable for Trianco Greenflame ECO boilers. Product no. ES1008 This 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, optimising 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 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 CT2a water temperature sensor is 2.4m long, and suitable for Trianco Greenflame ECO and EKOGren boilers Part no: ES1022 This Water Temperature Sensor is an essential component for monitoring the temperature of the water within your biomass boiler. This sensor not only ensures the optimal performance of your boiler by controlling the recirculation pump but also acts as a critical safety feature, preventing freezing and overheating. Features Precise Temperature Measurement: Accurately detects the temperature of the water within the boiler for efficient control. Recirculation Pump Control: Regulates the pump to maintain ideal water temperature, enhancing boiler performance. Freeze Prevention: Activates the pump when the water temperature drops to prevent freezing. Overheat Protection: Ensures the pump continues to run when the water becomes too hot, preventing damage. Robust Design: Built to withstand the demanding conditions within a biomass boiler system. Easy Integration: Designed for seamless installation into existing boiler setups. Investing in a Biomass Boiler Water Temperature Sensor is crucial for maintaining the efficiency and safety of your heating system. This sensor provides accurate real time temperature readings, enabling precise control over the recirculation pump and ensuring that your boiler operates within safe parameters. This not only prevents costly repairs but also extends the lifespan of your boiler. The Biomass Boiler Water Temperature Sensor monitors the temperature of the water within the boiler, providing vital data to control the recirculation pump. By activating the pump when temperatures drop, the sensor prevents freezing, and by ensuring the pump runs when the water is too hot, it prevents overheating. This dual function is essential for maintaining the optimal performance and safety of your biomass boiler. Key Functionalities Temperature Monitoring: Continuously measures water temperature to ensure efficient boiler operation. Pump Activation: Controls the recirculation pump to maintain ideal water temperature. Freeze Protection: Automatically activates the pump to prevent water from freezing during low temperatures. Overheat Prevention: Ensures the pump runs to prevent overheating, protecting the boiler from potential damage. Durability: Designed to withstand the challenging environment within a biomass boiler system.  

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This display is suitable for some Trianco Greenflame ECO pellet boilers. Product no: ES10036 The HMI (Human-Machine Interface) Display Screen is an advanced control panel designed to enhance 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 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: Personalise 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: Utilise the built-in diagnostic tools to identify and address faults promptly. Custom Settings: Customise 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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Protect Your Home with Confidence This battery-powered carbon monoxide (CO) alarm provides essential safety, continuously monitoring CO levels to protect your household from the dangers of this silent, deadly gas. Compact and lightweight, it’s ideal for homes using solid fuel appliances like pellet boilers. Install it on a wall or ceiling, or keep it freestanding on any flat surface—it’s designed for flexibility in every living area. Key Features Continuous CO Monitoring: Enjoy round-the-clock protection with real-time CO level detection. Clear LED Indicators: Green and red LEDs indicate power and alarm status, keeping you informed at a glance. End-of-Life Alert: This alarm is reliable for up to 10 years and will alert you to replace it after its lifespan for continuous safety. Easy Test/Reset Button: Test functionality effortlessly to ensure your alarm is always working optimally. Battery-Powered (2 x AA): No hardwiring is needed—it runs efficiently on AA alkaline batteries, which are included in the package. Technical Specifications  Model: K5CO Power Supply: 3 x AA batteries Temperature Range: 0˚C to 40˚C Humidity Range: Up to 90% RH, non-condensing Alarm Dimensions: 126 x 72 x 35mm Weight: 115g Warranty: 7 years of guaranteed performance Certifications: BSI and CE certified, meeting EN50291-1:2018 standards for CO safety Why Choose This CO Alarm?  Enhanced Safety Standards: Certified to the latest safety standards, ensuring reliable CO detection in every environment. Simple & Versatile: Its compact design and versatile placement options make it easy to fit anywhere in your home. Dependable Protection: With up to 10 years of service and a 7-year warranty, this alarm is built to last, giving you peace of mind year after year. Integrate Safety Effortlessly Designed for hassle-free installation and operation, this CO alarm brings crucial safety monitoring into your home without needing a complex setup. Perfect for any household with solid fuel heating sources, it’s an essential defence against CO exposure. Keep your home and loved ones safe with the Model K5CO Carbon Monoxide Alarm – because safety is priceless! 

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This replacement capacitor is suitable for the 15W auger motor found on Trianco, WoodCo, Woodpecker and WES boilers but is suitable for multiple applications.  1.5μF Two spade connections  50/60hz 450VAC A motor capacitor is a crucial electrical component that stores and releases energy to boost the current in single-phase motors. This boost increases motor torque, ensuring efficient and reliable operation.  What is a motor capacitor? A motor capacitor is an electrical component that stores and releases energy to boost the current in single-phase motors, increasing motor torque. How does a motor capacitor improve motor efficiency? A capacitor ensures complete combustion of fuel by providing an energy boost to the motor’s windings, leading to better energy output and reduced fuel consumption.  

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This multicore plug is found at the rear of the burner which supplies various boiler componants such as the safety actuator, ignition element, combustion fan, photocell, stoker motor etc. The 12-Pin Multicore Plug. Consists of Grey outer sleeve, 12-pin insert and cable gland and is suitable on the following models:   Trianco Greenflame 55, 85, 100, 125, 150, 199, 215 WOODCO 55, 85, 100, 125, 150, 215 WES E-Compact 55, 85, 100, 125, 150, 199, 215 Product Code: 300205     This 12-pin (Male) Connector Plug is specifically designed to facilitate seamless power and communication between the main control board and the key components servicing the burner, delivering power and data transmission with precision.    Key Features   - High-Quality Construction: Made from durable materials to withstand high temperatures and harsh operating conditions. - 12 Pin Configuration: Ensures robust connectivity and communication between control units and burner components. - Easy Installation: User-friendly design for quick and secure fitting. - Compatibility: Suitable for a wide range of biomass boilers and stoves, including both commercial and domestic models. - Reliable Performance: Guarantees consistent power delivery and data transfer for optimal boiler function.        Installation Guide   1. Preparation: Ensure the boiler is powered down and all safety precautions are followed. 2. Connector Inspection: Check the connector for any damage or debris. 3. Termination: correctly insert the wires and terminate them  4. Alignment: Align the 12 pins of the male connector with the corresponding female socket. 5. Testing: Power up the boiler and test the connection to ensure it is functioning correctly.

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This lambda module is suitable for the Trianco Greenflame ECO range of pellet boilers ES10026 This lambda control board for a biomass boiler, is an essential digital component designed to ensure the optimal performance of your boiler by managing the glue gases and fuel input.  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.

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This control module is suitable for the Trianco Greenflame ECO range of pellet boilers that use a screen compatible with an RJ45 cable (not the ribbon cable type) Product code: ES10028 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 Igneo display is suitable for some Trianco Greenflame ECO pellet boilers. Product no: ES10029 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 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: Personalise 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: Utilise the built-in diagnostic tools to identify and address faults promptly. Custom Settings: Customise 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 LCD screen is suitable for Woodpecker boilers Product no. 800109 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  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: Utilise the built-in diagnostic tools to identify and address faults promptly. Custom Settings: Customise 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 was pressure sensor cable is suitable for the following pellet boilers: WES E-Compact 15, 18, 28, 40, 55, 85, 100, 125, 150, 199 Trianco Greenflame 15, 18, 28, 40, 55, 85, 100, 125, 150, 199 WOODCO 215 WOODCO Prestige WOODCO Twist Product no. 400727 The Water Pressure Sensor for biomass boilers is a critical safety device designed to monitor and regulate the water pressure within the boiler system. When the water pressure drops below 0.2 bar, this sensor detects the change and automatically shuts off the boiler, preventing dangerous conditions such as kettling and steam formation. Ensuring your boiler operates safely, this sensor maintains optimal pressure levels for efficient and secure operation. Features Accurate Pressure Monitoring: Detects changes in water pressure within the boiler system. Automatic Shutoff: Shuts down the boiler when water pressure drops below 0.2 bar to prevent unsafe conditions. Prevents Kettling: Helps avoid kettling and steam formation, ensuring safe boiler operation. Safety Assurance: Maintains boiler safety by preventing operation under unsafe pressure conditions. Durable Construction: Made from high-quality materials to withstand the demanding conditions of biomass boilers. Easy Integration: Designed for seamless installation into existing biomass boiler systems. Why You Should Buy Investing in a Water Pressure Sensor is crucial for maintaining the safety and efficiency of your biomass boiler system. By monitoring pressure levels and shutting off the boiler under unsafe conditions, this sensor ensures your boiler operates securely, preventing potential hazards and maintaining optimal performance. Understanding the Water Pressure Sensor The Water Pressure Sensor functions by continuously measuring the water pressure within the boiler. If the pressure drops below 0.2 bar, the sensor triggers an automatic shutdown of the boiler. This is essential because operating the boiler at low pressure can cause dangerous conditions such as kettling and steam formation. Biomass boilers should typically be set to a minimum of 1 bar when the water is cold to ensure safe and efficient operation. Key Functionalities Pressure Detection: Continuously monitors water pressure to ensure safe operating conditions. Automatic Boiler Shutdown: Shuts off the boiler when pressure drops below 0.2 bar to prevent hazards. Safety Enhancement: Prevents kettling and steam formation, ensuring the boiler operates safely. Robust Design: Built to endure the rigorous environment of biomass boiler systems. System Compatibility: Easily integrates with various biomass boiler setups for improved safety and performance. Enhancing Boiler Safety and Performance The Water Pressure Sensor is a vital component for any biomass boiler system, ensuring both safety and efficiency. By monitoring water pressure and preventing the boiler from operating under unsafe conditions, it enhances the overall performance and reliability of your heating system.

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This Pellet sensor cable is suitable for the rectangular orange pellet sensor (part no. 400714) on the following boilers: Wood Energy Solutions (WES) Trianco Greenflame WOODCO Product no. 400725 The pellet level sensor allows the boiler to know whether there is adequate amount of fuel within the boiler. The sensor will shut the boiler down if the fuel level drops too low to prevent it from emptying the auger, and stop it from needing to be primed before use. 

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This lambda probe cable (only) is suitable for the following biomass boilers: WES E-Compact 18 & 28kW Trianco Greenflame 25 WOODCO Prestige Product no. 400705 The Lambda Sensor for biomass boilers is a critical component designed to optimize fuel consumption and enhance boiler efficiency. By accurately measuring the oxygen content in the exhaust gases, this sensor ensures optimal combustion, reducing fuel consumption by up to 20%. This precise control over the combustion process not only improves heating efficiency but also 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.

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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 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 display cable splitter is commonly found on the following biomass boilers with Lambda Sensors: WES E-Compact Trianco Greenflame WOODCO Prestige WOODCO 215 Product no. 400209 The purpose of using communication splitters is simple. It allows you to use more than one connection with only one port. This can be especially useful in situations where you have more devices than ports. This splitter is commonly used to allow for communication with the display screen and lambda module to input into the same port on the boiler control module.  

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This door switch is commonly found on the following boilers, but do check beforehand, as there are two types commonly used: WES E-Compact 28 Trianco Greenflame 25 Bioflame 28 Woodco E-Compact 28 'S' Product no. 400720 This essential safety device is designed to detect whether the main combustion door is open or closed, triggering necessary safety measures if the door is accidentally opened while the boiler is running. Easy to install and adjustable, this switch is a critical component for maintaining optimal safety standards in your boiler operation. Features: Safety Mechanism: Automatically enacts safety features when the boiler door is opened accidentally during operation. Easy Installation: Simple to install, making it accessible for all users without the need for professional assistance. Adjustability: Designed to be adjustable, ensuring a perfect fit for various boiler door configurations. Durable Construction: Built to withstand the demands of a boiler environment, ensuring long-lasting performance. Why You Should Buy: Enhanced Safety: Protects your boiler and personnel by preventing operation when the door is open, reducing the risk of accidents. User-Friendly: The straightforward installation and adjustable design make it a practical choice for any boiler system. Reliable Performance: With its durable build and precise monitoring, this switch provides consistent and dependable safety. Integrate into Your Daily Operations: Installing the Boiler Door Roller Switch adds a crucial layer of safety to your boiler operations. By ensuring that safety measures are activated if the door is inadvertently opened, it helps maintain a safe and secure environment. Whether you are upgrading an existing system or setting up a new boiler, this switch is an indispensable addition to your safety toolkit.

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