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. Here is the vacuum sensor supply cable.  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. Here is the safety stat cable. 

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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. Here is the compatible water pressure cable.  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 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 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 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 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 water and/or auger safety thermostat is commonly found on the following boiler models: Trianco Greenflame WES E-Compact WOODCO Turco Bioflame Product number: 400230 The High-Limit Thermostat (STL) is an essential safety device for biomass boilers, designed to monitor and control the temperature within the boiler system. This thermostat shuts down the boiler when the temperature reaches 95 - 100°C, ensuring safe operation by preventing overheating. However, it allows the pumps to continue running, aiding in temperature reduction. Once the temperature falls below approximately 75°C, the STL can be reset mechanically. Features Overheat Protection: Shuts down the boiler at temperatures between 95 - 100°C to prevent overheating. Continuous Pump Operation: Allows pumps to continue running even when the boiler is shut down, helping to reduce the temperature. Manual Reset: Can be mechanically reset once the temperature falls below approximately 75°C. Safety Assurance: Monitors boiler temperature to ensure safe operation and prevent potential hazards. Durable Construction: Built to withstand the high temperatures and demanding conditions of biomass boiler systems. Easy Integration: Designed for straightforward installation into existing biomass boiler setups. Why You Should Buy This high limit (STL) thermostat provides essential overheat protection, ensuring that your boiler operates within safe temperature limits and preventing potential damage and safety risks. Understanding the High-Limit Thermostat (STL) The High-Limit Thermostat functions by continuously monitoring the temperature within the biomass boiler. If the temperature exceeds the safe range of 95 - 100°C, the STL automatically shuts down the boiler to prevent overheating. Despite the shutdown, the pumps continue to run, aiding in cooling the system. Once the temperature drops below approximately 75°C, the thermostat can be manually reset to resume normal boiler operation. The most common cause of temperature spikes is poor or no circulation, so it's important to check that there is a heat load connected to the boiler and that the pump is functioning correctly. Key Functionalities Temperature Monitoring: Continuously checks the boiler's internal temperature to ensure it stays within safe limits. Automatic Shutdown: Shuts down the boiler when temperatures exceed 95 - 100°C to prevent overheating. Pump Operation: Allows pumps to continue running to aid in temperature reduction during shutdown. Manual Reset: Can be reset mechanically once the temperature falls below 75°C. Safety Enhancement: Prevents overheating and potential damage, ensuring the boiler operates safely. Robust Design: Designed to endure the high-temperature environment of biomass boilers. Enhancing Boiler Safety and Performance The High-Limit Thermostat (STL) is a vital component for any biomass boiler system, ensuring both safety and efficient operation. By preventing overheating and allowing for controlled temperature reduction, it significantly enhances the overall performance and reliability of your heating system.

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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 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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