Drinking water production plant

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  string(28) "trinkwassergewinnungs-anlage"
  ["challenge"]=>
  string(2208) "[THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE] We are a little proud of what has become of our first small project for monitoring, controlling and documenting a drinking water production plant.

Almost 10 years ago we equipped the first drinking water production system with a Miniserver. Since then, it has been doing its job reliably, providing information about faults, taking over the control tasks and transferring all the required measurement data to our data portal ***"WaterServer 2.0" for archiving.

Since then we have equipped almost 60 drinking water production plants with a #Miniserver.



In the summer of this year, the new high-level drinking water tank of the Bremke water procurement association went into operation. The old elevated tank was converted into a pumping station.

An LTE router in the old elevated tank is used for long-distance data transmission. From there, a fiber optic cable was laid to the newly erected elevated tank in order to create a network connection between the two structures. Both mini servers are protected by a secure VPN.



The task included, among other things:

- the control of pumps in 2 available sources

- an automatic pump change with each new request from the elevated tank

- keeping the line fresh if no request was made for one of the sources

- Adjustability of setpoints/system parameters via the app/visualization

- Alerting of fault messages to selected user group

- Recording and logging of measured values, such as temperatures, fill levels, meter readings, flow rates

- Video surveillance of the technical room

- Access control

- Visualization of the most important elements of the overall system in the system scheme

  

____________________________________________________________________________________________________________________

***The data portal "WaterServer 2.0" is a system recognized by various monitoring authorities for compliance with the documentation obligations resulting from the drinking water ordinance and the technical regulations (e.g. DVGW W127, DVGW note W1010).

"
  ["solution"]=>
  string(365) "[THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE] The Loxone Miniserver offers countless options for managing various tasks, functions and options for automation, and not just for buildings of all kinds. The network capability, the simple way of programming and the visualization offer everything that is necessary for an automation technology project."
  ["partner_quote"]=>
  string(573) "[THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE] A pilot project was started 10 years ago to monitor the fill level of a drinking water basin. Since then, this project has grown and expanded steadily. The reliability of the Loxone Miniserver, despite the high stress on the SD card and the sometimes harsh environmental conditions on site, have been convincing ever since. Even after almost 10 years, the Miniserver does its job just like on the first day. It offers a simple possibility for visualization in order to have a constant overview of all statuses."
  ["partner_quote_name"]=>
  string(11) "Sven Kramer"
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  string(15) "Project Manager"
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  ["city"]=>
  string(6) "Bremke"
  ["build_year"]=>
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Fact Check

Country

Location

Bremke

Construction year

2022

Area

Loxone Partner

uniserve GmbH

Products

» Miniserver » AI Extension » DI Extension » Relay Extension

Challenge

THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE.
We are a little proud of what has become of our first small project for monitoring, controlling and documenting a drinking water production plant.
Almost 10 years ago we equipped the first drinking water production system with a Miniserver. Since then, it has been doing its job reliably, providing information about faults, taking over the control tasks and transferring all the required measurement data to our data portal ***"WaterServer 2.0" for archiving.
Since then we have equipped almost 60 drinking water production plants with a #Miniserver.

In the summer of this year, the new high-level drinking water tank of the Bremke water procurement association went into operation. The old elevated tank was converted into a pumping station.
An LTE router in the old elevated tank is used for long-distance data transmission. From there, a fiber optic cable was laid to the newly erected elevated tank in order to create a network connection between the two structures. Both mini servers are protected by a secure VPN.

The task included, among other things:
- the control of pumps in 2 available sources
- an automatic pump change with each new request from the elevated tank
- keeping the line fresh if no request was made for one of the sources
- Adjustability of setpoints/system parameters via the app/visualization
- Alerting of fault messages to selected user group
- Recording and logging of measured values, such as temperatures, fill levels, meter readings, flow rates
- Video surveillance of the technical room
- Access control
- Visualization of the most important elements of the overall system in the system scheme

____________________________________________________________________________________________________________________
***The data portal "WaterServer 2.0" is a system recognized by various monitoring authorities for compliance with the documentation obligations resulting from the drinking water ordinance and the technical regulations (e.g. DVGW W127, DVGW note W1010).

Solution

THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE.
The Loxone Miniserver offers countless options for managing various tasks, functions and options for automation, and not just for buildings of all kinds. The network capability, the simple way of programming and the visualization offer everything that is necessary for an automation technology project.

THIS CONTENT IS AUTOMATICALLY TRANSLATED BY GOOGLE TRANSLATE.
A pilot project was started 10 years ago to monitor the fill level of a drinking water basin. Since then, this project has grown and expanded steadily. The reliability of the Loxone Miniserver, despite the high stress on the SD card and the sometimes harsh environmental conditions on site, have been convincing ever since. Even after almost 10 years, the Miniserver does its job just like on the first day. It offers a simple possibility for visualization in order to have a constant overview of all statuses.
Sven KramerProject Manager

	Monday	Tuesday	Wednesday	Thursday	Friday
0830-0900	Welcome	Arrival and Exchange	Arrival and Exchange	Arrival and Exchange	Arrival and Exchange
Unit 1	Easy Lighting Planning Square meter formulas. Room types, Direct/Indirect	Automatic Basic Lighting Presence Sensor Air/Tree	Shading & Automation Controls vs Automation configuration shading types	Multiroom Audio System, scaling, simple audio planning	Media controller IR and RS Protocols, AVR
Unit 2	Intuitive Operating Concept Room types & moods	Presence Optimization Exercises by type of room	System Protection Functions Storm, frost, privacy, break-in	Cabling & Configuration Audioserver Extension speaker	Operating Concept Specific Operating modes, Touch Pure Flex
Unit 3	Configuration Room Types Basic Configuration	Presence Areas Practice P/1-8	Optimise Protection Functions Practical exercises by type	Operation & Connections Line In/Out, SPDIF Signal converter	Optimise Conference Room Control and programming
1200	Lunch Break	Lunch Break	Lunch Break	Lunch Break	Lunch Break & wrap up
Unit 4	Lighting Controller In-depth T5/1-8, lC1-4, M+/-, Mix	Technologies Dali, DMX, PWM	Weather & Sunshine Weather station & forecasts	Smart Home Functions TTS, Announcements, Bell
Unit 5	Operating Concept Advanced Exercise by type of room	Daylight Control HCL Practical implementation	Automatic Sun Position Control Protection types IR/UV/Lux	HiFi and Ambient Sound Signum and Install 7
Unit 6	Operating Concept Specific Hotel, Office, Auditorium	Constant Light Control Measurement, control, implementation	Automatic Sun Position Control Optimization of parameters	Acoustics & Sound Optimization Optimize audio planning
Unit 7	Touch Pure Flex Scrolling text, master brightness	Signalization via Light Practice example	Operating Concept Specific Practical examples	Audioserver in combination Exercises Lan/Tree Turbo

Drinking water production plant

Fact Check

Challenge

Solution

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