E-Waterblock - the next generation of flood prevention
One of the key aspects of flood prevention is the safety net which is provided by a Waterblock. In the previous blog, we highlighted the importance of its use, and how it limits damage in the case of a leak. It is, therefore, exciting for us to share with you a development which further tightens the grip on flood prevention, thanks to the interactivity of mechanics and electronics and the use of wireless technology – The E-Waterblock.
What is the E-Waterblock?
In any instance of technological advance, innovators must ensure the product stays true to its original purpose. In the case of the E-Waterblock, it’s no different. The fundamental operations of the device are to prevent flooding by limiting the amount of water that can pass through an installation, so what are the benefits of giving this device connectivity?
An 'always-on' solution
As mentioned above, the E-Waterblock combines dependable mechanics with smart monitoring tech. As long as the device is installed, constant periodic data transfer ensures the device is always actively communicating, allowing anomalies to be identified immediately.
Fully autonomous and independent
The E-Waterblock’s ability to communicate allows for full automation. Perhaps the most convenient benefit here is the reduced need for site visits, saving both money and time for those managing water installations.
It can be used as a Water Meter
Data transfer monitoring the usage of water is also helpful in situations other than emergencies. One of the key factors in determining water quality is the installation of a water filter, but filters are often left to exceed their capacity and are no longer of any use. Having the E-Waterblock installed allows users to know exactly how much water has flowed through the system, so they can determine how much life is left in the filter and replace it in a timely manner.
This not only ensures better water quality, which leaves customers/site attendees satisfied, but also reduces the risk of scale buildup causing an emergency later down the line. Such emergencies are expensive and time-consuming to fix, so the E-Waterblock also acts as a vital cost-saving device.
Water metering functionality also allows users to see patterns and trends, highlighting other faults. If a water dispenser is usually used from Monday to Friday, but no water has flowed through it on Wednesday, it’s usually a good indicator that there is some kind of fault. Sites with water dispensers don’t have people visiting them on a daily basis, so monitoring water usage is essential for highlighting faults.
This not only ensures better water quality, which leaves customers/site attendees satisfied, but also reduces the risk of scale buildup causing an emergency later down the line. Such emergencies are expensive and time-consuming to fix, so the E-Waterblock also acts as a vital cost-saving device.
Water metering functionality also allows users to see patterns and trends, highlighting other faults. If a water dispenser is usually used from Monday to Friday, but no water has flowed through it on Wednesday, it’s usually a good indicator that there is some kind of fault. Sites with water dispensers don’t have people visiting them on a daily basis, so monitoring water usage is essential for highlighting faults.
Easy installation
Despite some of the technical complexities of the new generation of Waterblock, the installation remains simple. The device is attached at the water mains with no need for professional installation, electrical connections, or tools to install.
It also offers the versatility of vertical or horizontal mounting, and features ¾” female and male gas attachments.
It also offers the versatility of vertical or horizontal mounting, and features ¾” female and male gas attachments.
How is the E-Waterblock connected?
Depending on your technical requirements, there are two connected waterblocks on offer – The E-Waterblock and the E-Waterblock Long Range. As suggested by its name, the latter offers longer range communication via a different wireless communication protocol. So, what’s the difference?
E-Waterblock
The standard version of the E-Waterblock operates using Bluetooth technology for wireless communication with the dedicated Eltek App, and is battery powered. The limitation, here, of course, is that Bluetooth is a short-range communication protocol, meaning the Waterblock can only be communicated with via the app when the user is on site. However, the lack of a need for an internet connection means the Waterblock is always on and therefore unaffected by network outages, or poor coverage in certain areas.
E-Waterblock
The standard version of the E-Waterblock operates using Bluetooth technology for wireless communication with the dedicated Eltek App, and is battery powered. The limitation, here, of course, is that Bluetooth is a short-range communication protocol, meaning the Waterblock can only be communicated with via the app when the user is on site. However, the lack of a need for an internet connection means the Waterblock is always on and therefore unaffected by network outages, or poor coverage in certain areas.
E-Waterblock Long Range
The only notable difference between these products is the type of wireless technology they use to communicate. This version uses LoRaWAN – a Low Power Wide Area Network. This once again allows for long battery life, as devices on this network typically send data in smaller packages periodically, rather than a constant data stream.Â
Using this version of the Waterblock allows users to connect multiple devices through a single gateway connected to the internet. These devices can then be managed remotely.
The ability to link multiple devices through one gateway makes the long-range edition of the E-Waterblock more appropriate for installation which require monitoring at all hours (such as University Residences, Hospitals or Offices).
The only notable difference between these products is the type of wireless technology they use to communicate. This version uses LoRaWAN – a Low Power Wide Area Network. This once again allows for long battery life, as devices on this network typically send data in smaller packages periodically, rather than a constant data stream.Â
Using this version of the Waterblock allows users to connect multiple devices through a single gateway connected to the internet. These devices can then be managed remotely.
The ability to link multiple devices through one gateway makes the long-range edition of the E-Waterblock more appropriate for installation which require monitoring at all hours (such as University Residences, Hospitals or Offices).
How can Abbeychart help?
Our expertise lies in creating a solution which is a perfect fit for you. We know that every installation is different, and our highly skilled and experienced workshop allows us to customise installation kits to your requirements. To find out more about how we can create a bespoke solution for your E-waterblock and all the accompanying equipment, please contact us.
E-Waterblock - the next generation of flood prevention
One of the key aspects of flood prevention is the safety net which is provided by a Waterblock. In the previous blog, we highlighted the importance of its use, and how it limits damage in the case of a leak. It is, therefore, exciting for us to share with you a development which further tightens the grip on flood prevention, thanks to the interactivity of mechanics and electronics and the use of wireless technology – The E-Waterblock.
What is the E-Waterblock?
In any instance of technological advance, innovators must ensure the product stays true to its original purpose. In the case of the E-Waterblock, it’s no different. The fundamental operations of the device are to prevent flooding by limiting the amount of water that can pass through an installation, so what are the benefits of giving this device connectivity?
An 'always-on' solution
As mentioned above, the E-Waterblock combines dependable mechanics with smart monitoring tech. As long as the device is installed, constant periodic data transfer ensures the device is always actively communicating, allowing anomalies to be identified immediately.
Fully autonomous and independent
The E-Waterblock’s ability to communicate allows for full automation. Perhaps the most convenient benefit here is the reduced need for site visits, saving both money and time for those managing water installations.
It can be used as a Water Meter
Data transfer monitoring the usage of water is also helpful in situations other than emergencies. One of the key factors in determining water quality is the installation of a water filter, but filters are often left to exceed their capacity and are no longer of any use. Having the E-Waterblock installed allows users to know exactly how much water has flowed through the system, so they can determine how much life is left in the filter and replace it in a timely manner.
This not only ensures better water quality, which leaves customers/site attendees satisfied, but also reduces the risk of scale buildup causing an emergency later down the line. Such emergencies are expensive and time-consuming to fix, so the E-Waterblock also acts as a vital cost-saving device.
Water metering functionality also allows users to see patterns and trends, highlighting other faults. If a water dispenser is usually used from Monday to Friday, but no water has flowed through it on Wednesday, it’s usually a good indicator that there is some kind of fault. Sites with water dispensers don’t have people visiting them on a daily basis, so monitoring water usage is essential for highlighting faults.
This not only ensures better water quality, which leaves customers/site attendees satisfied, but also reduces the risk of scale buildup causing an emergency later down the line. Such emergencies are expensive and time-consuming to fix, so the E-Waterblock also acts as a vital cost-saving device.
Water metering functionality also allows users to see patterns and trends, highlighting other faults. If a water dispenser is usually used from Monday to Friday, but no water has flowed through it on Wednesday, it’s usually a good indicator that there is some kind of fault. Sites with water dispensers don’t have people visiting them on a daily basis, so monitoring water usage is essential for highlighting faults.
Easy installation
Despite some of the technical complexities of the new generation of Waterblock, the installation remains simple. The device is attached at the water mains with no need for professional installation, electrical connections, or tools to install.
It also offers the versatility of vertical or horizontal mounting, and features ¾” female and male gas attachments.
It also offers the versatility of vertical or horizontal mounting, and features ¾” female and male gas attachments.
How is the E-Waterblock connected?
Depending on your technical requirements, there are two connected waterblocks on offer – The E-Waterblock and the E-Waterblock Long Range. As suggested by its name, the latter offers longer range communication via a different wireless communication protocol. So, what’s the difference?
E-Waterblock
The standard version of the E-Waterblock operates using Bluetooth technology for wireless communication with the dedicated Eltek App, and is battery powered. The limitation, here, of course, is that Bluetooth is a short-range communication protocol, meaning the Waterblock can only be communicated with via the app when the user is on site. However, the lack of a need for an internet connection means the Waterblock is always on and therefore unaffected by network outages, or poor coverage in certain areas.
E-Waterblock
The standard version of the E-Waterblock operates using Bluetooth technology for wireless communication with the dedicated Eltek App, and is battery powered. The limitation, here, of course, is that Bluetooth is a short-range communication protocol, meaning the Waterblock can only be communicated with via the app when the user is on site. However, the lack of a need for an internet connection means the Waterblock is always on and therefore unaffected by network outages, or poor coverage in certain areas.
E-Waterblock Long Range
The only notable difference between these products is the type of wireless technology they use to communicate. This version uses LoRaWAN – a Low Power Wide Area Network. This once again allows for long battery life, as devices on this network typically send data in smaller packages periodically, rather than a constant data stream.Â
Using this version of the Waterblock allows users to connect multiple devices through a single gateway connected to the internet. These devices can then be managed remotely.
The ability to link multiple devices through one gateway makes the long-range edition of the E-Waterblock more appropriate for installation which require monitoring at all hours (such as University Residences, Hospitals or Offices).
The only notable difference between these products is the type of wireless technology they use to communicate. This version uses LoRaWAN – a Low Power Wide Area Network. This once again allows for long battery life, as devices on this network typically send data in smaller packages periodically, rather than a constant data stream.Â
Using this version of the Waterblock allows users to connect multiple devices through a single gateway connected to the internet. These devices can then be managed remotely.
The ability to link multiple devices through one gateway makes the long-range edition of the E-Waterblock more appropriate for installation which require monitoring at all hours (such as University Residences, Hospitals or Offices).
How can Abbeychart help?
Our expertise lies in creating a solution which is a perfect fit for you. We know that every installation is different, and our highly skilled and experienced workshop allows us to customise installation kits to your requirements. To find out more about how we can create a bespoke solution for your E-waterblock and all the accompanying equipment, please contact us.