Cascade Indoor Water Dispenser

The wall-mounted indoor water dispenser, German engineered – 100% produced in Stuttgart

The Cascade by myBach is a high-quality indoor water dispenser for public and commercial indoor spaces, developed for locations with the highest demands on hygiene, durability, design, and operational reliability. Whether in schools, public institutions, office buildings, or other high-traffic indoor areas: Kaskade combines precise technology, clear design, and maintenance-friendly functionality in a compact, architecturally sophisticated solution.

The Cascade particularly excels where reliable quality matters most. It is 100% produced in Stuttgart, Germany, and thus stands for genuine Made in Germany quality, short supply chains, high vertical integration, and the precision of German engineering.

Why Cascade?

Many indoor water dispensers on the market cause unnecessary service effort, quality issues, and increased operating costs in daily use. This is precisely where the Cascade comes in: as an independent, high-quality, and future-proof solution for professional operators who value reliable technology, seamless integration into modern architecture, and high hygiene standards.

Advantages at a glance

• 100% produced in Stuttgart, Germany
• Wall-mounted design for indoor use
• High-quality V4A stainless steel with ABS inserts
• Contactless activation via sensor
• Automatic shut-off after 20 seconds
• Automatic hygiene flush every 60 minutes
• Integrated backflow preventer
• Battery operation with 4x AA annual batteries
• Removable drain grate for easy cleaning
• Maintenance-friendly housing with security screws
• Optional with filter system
• Optional with online hygiene monitoring
• Ideal for schools and public institutions

German quality from Stuttgart

The Cascade is not an off-the-shelf standard product. It is an indoor water dispenser developed and produced in Stuttgart, consistently designed to meet the demands of professional operators. The combination of high-quality materials, clean design, service-friendly construction, and technical functionality makes it a compelling long-term solution for demanding projects.

For planners, operators, and decision-makers, this means:
Reliable product quality, high-quality workmanship, and a significant quality advantage due to manufacturing in Germany.

Hygienic, contactless, and safe to operate

Hygiene is particularly important indoors. The Cascade features a contactless activation sensor, allowing for convenient, touch-free water dispensing. Additionally, automatic shut-off after 20 seconds prevents unintended continuous flow.

Automatic flushing every 60 minutes ensures additional operational safety, reducing stagnant water and thus contributing to hygienic operation. An integrated backflow preventer also ensures the drinking water system is protected in accordance with standards.

Low-maintenance and practical

The Cascade is designed with both users and operators in mind. The drain grate is removable, allowing for quick cleaning. For service and maintenance, the housing can be opened via security screws.

Power is supplied not by 230 V, but by 4x AA batteries, designed to last a year. This reduces installation effort and simplifies integration into existing buildings.  

Sophisticated technology for indoor use

The Cascade is designed as a wall-mounted indoor water dispenser and is secured to the wall via a backplate. The construction consists of V4A stainless steel with ABS inserts, combining high robustness with a clean, modern aesthetic.

Technical specifications:

• Dimensions: 728 x 400 x 150 mm
• Drinking water connection: 1/2" thread, optional Geka-Plus coupling
• Drain connection: DN 32/40
• Mounting: Surface mounting via mounting plate with 4–7 screws (M8)

The drain hose performs the siphon function, eliminating the need for a separate internal standard siphon system within the device.

Optional with online hygiene monitoring

A key future advantage of the Cascade is the optional integration of online hygiene monitoring: modular expandability for monitoring water quality and hygiene data.

This makes the Cascade much more than a classic indoor water dispenser. It can be developed into an intelligent solution for operators seeking greater transparency, improved traceability, and professional hygiene management.

It's important to note: From a practical standpoint, it makes sense to integrate hygiene monitoring directly from the factory rather than retrofitting it later.

Optional with filter system

For many customers, a water filter has become an important feature. The Cascade can generally integrate a 3M filter system with a capacity of approximately 4,000 liters, which – depending on usage – can last for about 6 months.

Are you looking for an alternative? The Bach impresses with Germanies highest drinking water security certification "DVGW", real-time hygiene monitoring and low purchase costs - discover the Bach model now.

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Tender Specification Text:

Wall-mounted indoor water dispenser with water filter, hygiene monitoring, and optional self-sufficient power supply

Supply of a wall-mounted indoor water dispenser for public indoor areas, suitable for schools, universities, administrative buildings, public facilities, sports venues, and high-traffic indoor spaces. The water dispenser must be designed for direct connection to the drinking water network and must provide a hygienic, robust, and low-maintenance supply of drinking water.

The device must be a wall-mounted indoor water dispenser for surface mounting, featuring a high-quality, corrosion-resistant stainless steel housing, contactless sensor activation, automatic water flow shut-off after a maximum of 20 seconds, integrated automatic hygiene flushing at least every 60 minutes to reduce stagnant water, an integrated backflow preventer, a removable drain grate for cleaning, and a maintenance-friendly design with a removable housing. The standard device must be operable without a permanently required 230V power connection, for example, via battery operation with annually replaceable batteries.

The device must have a 1/2" drinking water connection and a DN 32/40 wastewater connection. The flow rate must be adjustable. The indoor water dispenser must be suitable for use in public areas and designed to allow cleaning, visual inspection, battery replacement, and periodic disinfection and flushing by trained operator, janitorial, or facility management personnel. A mandatory monthly maintenance contract must not be required for the intended operation of the standard device.

Optionally, a water filter system compatible with the water dispenser must be offered. The filter must be suitable for use with drinking water and integrated in a way that allows for easy filter replacement and maintenance. Filter type, filter performance, recommended replacement interval, and subsequent costs must be specified separately in the offer.

Optionally, a digital hygiene monitoring system must be offered, capable of digitally recording, displaying, and documenting hygiene-relevant operating data of the water dispenser. The system should be able to display, in particular, water temperature, flow rate, usage data, consumption volumes, operating status, and derived sustainability metrics such as plastic bottles saved and CO₂ quantities saved. The data must be digitally accessible to the operator; additionally, a report function for downloading reports for operators, building management, administration, or for coordination with relevant authorities, such as the health department, should be available. Automatic email reminders, especially for filter changes, maintenance intervals, or operator obligations, must be provided or offered optionally.

Optionally or alternatively, a self-sufficient energy version of the indoor water dispenser must be offered, where operation is entirely or partially powered by the existing water pressure, for example, via integrated water turbine technology. This version should be operable without a traditional external power supply and contribute to the regular movement of water in the supply line through increased water flow. This should reduce stagnant water, support fresh water exchange, and further promote hygienic operation. The bidder must clearly specify the technical requirements, particularly minimum pressure, maximum permissible pressure, flow rate, total water consumption, and compatibility with water filters and hygiene monitoring.