The Gledhill PulsaCoil is a popular choice for heating and hot water systems in homes and businesses. In our previous blog: “How is a GLedhill PulsaCoil designed?” you can look up its components, and read up on how it is designed. The PulsaCoil boiler is designed to optimise city living, boasts efficient performance, compact design, and easy installation compared to traditional boilers. In this blog, we will delve deeper into the Heat Exchanger, the Immersion Heater, the thermostat and Control Panel, to gauge if you can and should install your Gledhill PulsaCoil boiler yourself.
Want to understand better how the Gledhill PulsaCoil works? Go through our blog on how it is designed first.
Heat Exchanger and Immersion Heater
Heat exchangers and immersion heaters play a crucial role in the functioning of a Gledhill PulsaCoil system. These components work together to ensure efficient heating and hot water supply for your home.
The heat exchanger is responsible for transferring heat from one fluid to another without them coming into direct contact. In the case of a Gledhill PulsaCoil, the heat exchanger transfers heat from the primary water circuit (coming from the boiler) to the secondary water circuit (which supplies hot water). This process takes place through a series of coiled pipes within the unit, where heated water from the boiler circulates around cold water in the secondary circuit, raising its temperature.
One of the main advantages of having a heat exchanger in a Gledhill PulsaCoil is that it allows for faster heating of domestic hot water. As the primary circuit constantly circulates hot water from the boiler, there is always sufficient heat available to quickly raise the temperature of cold water passing through the coils. This means you don’t have to wait as long for your tap or shower to produce hot water.
In addition to providing fast and efficient heating, another important function of a Gledhill PulsaCoil’s heat exchanger is preventing contamination between primary and secondary circuits. The coils are made from high-quality stainless steel that is resistant to corrosion and prevents any potential mixing or contamination between different types of fluids.
Now let’s talk about immersion heaters. These are backup heating elements located at both ends of the Gledhill PulsaCoil cylinder. They act as an alternative source of heating when there is insufficient or no hot water supply coming from either the primary or secondary circuits.
Immersion heaters work by using electrical energy to directly heat up water in their respective sections within the cylinder. This feature comes in handy during periods when your boiler may be turned off for maintenance or repairs, ensuring you still have access to hot water.
One thing to note about immersion heaters in Gledhill PulsaCoil systems is that they are controlled by a thermostat, which monitors the temperature of the stored water and activates or deactivates the heaters accordingly. This helps prevent overheating and energy wastage.
Heat exchangers and immersion heaters are critical components of a Gledhill PulsaCoil system. They work together to ensure efficient heating and hot water supply for your household needs while also providing backup options in case of any issues with your primary heating source.
Thermostat and Control Panel
The thermostat and control panel are vital components of the Gledhill PulsaCoil system, responsible for regulating the temperature of the stored hot water and allowing users to adjust settings according to their needs. Let’s take a closer look at these essential elements and understand how they contribute to the efficient functioning of a Gledhill PulsaCoil.
The thermostat is a device that measures the temperature of the stored water in the cylinder. It is located near the top of the cylinder and is connected to a sensor probe which constantly monitors the water temperature. The thermostat works by detecting any changes in temperature and then sending signals to activate or deactivate heating elements within the cylinder, ensuring that hot water is always available at a desired temperature. This automated process eliminates manual intervention, making it convenient for users while also saving energy.
Furthermore, Gledhill PulsaCoils come equipped with an advanced control panel that allows users to monitor and adjust various settings. The control panel has an easy-to-use interface with clear instructions, making it user-friendly even for those who are not technically skilled. Users can set timers for when they want hot water available, ensuring that they have access to hot water when needed while minimising energy wastage during idle periods.
Another great feature of the control panel is its ability to display error codes if there are any issues with the system. This helps homeowners identify problems quickly and seek professional assistance before any major damage occurs.
Moreover, some Gledhill PulsaCoil models also offer remote control options through smartphone apps or web interfaces. This allows users to adjust settings from anywhere, providing added convenience and flexibility.
It is worth noting that regular maintenance of both the thermostat and control panel is crucial for optimal performance of your Gledhill PulsaCoil system. Dust accumulation or faulty wiring can affect their accuracy and lead to potential issues with your hot water supply. Therefore, it is recommended to schedule periodic checks by a qualified engineer to ensure the efficient functioning of these components.
The thermostat and control panel play a crucial role in regulating the temperature and providing user control in a Gledhill PulsaCoil system. Their advanced features and user-friendly interface make it an ideal choice for households looking for a reliable and energy-efficient hot water solution. Proper maintenance of these components is essential to ensure uninterrupted access to hot water throughout the year.
Water Circulation System
The water circulation system is a crucial component of the Gledhill PulsaCoil. It is responsible for ensuring that hot water is delivered efficiently to all areas of the household. The circulation system works by keeping the water moving throughout the unit, maintaining a constant temperature and pressure.
At the heart of this system are two pumps – one for hot water and one for cold water. These pumps work in tandem to circulate water through the PulsaCoil, providing a constant flow of hot water whenever it is needed. The hot water pump draws cold water from the mains into a heat exchanger where it is heated using electricity or gas. Once heated, the hot water then flows out to supply taps, showers, and other outlets.
But what makes the Gledhill PulsaCoil unique is its use of pulsation technology in its circulation system. This innovative feature ensures that there is always an even distribution of hot water throughout the unit, eliminating any potential for cold spots. This means that you can enjoy a consistent flow of hot water at all times without having to worry about fluctuations in temperature or pressure.
In addition to this, another key element of the circulation system is its use of thermal stores. These are insulated tanks that store pre-heated domestic hot and cold-water supplies separately until they are needed. By keeping these two supplies separate until they reach their designated outlets, there’s no risk of cross-contamination between them.
Moreover, gledhill PulsaCoils also come equipped with an advanced control panel that allows users to set their desired temperatures and schedule when they want hot water available. This control panel also has safety features such as overheat protection and frost protection settings.
Furthermore, with its innovative design and technology, the Gledhill PulsaCoil minimises energy wastage by heating only what you need when you need it – making it an eco-friendly option compared to traditional boilers that constantly heat and reheat water.
The water circulation system of a Gledhill PulsaCoil plays a vital role in delivering efficient and consistent hot water to your home. By utilising pulsation technology, thermal stores, and advanced control panels, it ensures that you have access to hot water whenever you need it without any interruptions or fluctuations in temperature.
