KEMPER product innovations

KEMPER ’Eco-Compact’ Flange stop valve 

 

The newly developed 'Eco-Compact' flange stop valve from KEMPER
is the first compact valve of its kind to be made of the proven 
material gunmetal. Its extremely short mounting frame produces a significant reduction of the installation length. The low weight and the simple installation provide an additional benefit during daily installation work. The valve is fabricated in proven Kemper gunmetal quality. The non-rotating stem and the thread outside the fluid provide high reliability. The valve is equipped with a flange connection according to DIN 2501 and is suitable for the pressure stages PN 6, 10 and 16.

 

 Expansion KEMPER stop valve water meter range 

 

The successful KEMPER stop water meter range was expanded with the innovative
’Rg 120’ series. This self-contained series includes stop valve water meter combinations and mounting blocks in the well-known designs with both manufacturer-specific and universal water meter housings. The innovation is the novel manufacturing process of the valve body from only one single cast part (single-piece cast). That results in unbeatable advantages: no soldering points, no pipe inserts and no adapters! Furthermore, the decreased length of the valves in the mounting blocks reduces the required volume of highly-resistant, pressure and tension-proof PU rigid foam.

KEMPER hose connection valve for Type F wall hydrants

 

The KEMPER hose connection valve for Type F wall hydrants with reliable design, made of the corrosion-resistant and durable material gunmetal, is the dependable solution for wall hydrants in buildings with all types of use. It provides permanent functional safety and reliability, both in case of fire as well as during maintenance. The smoothly operating upper section does not freeze up even after long periods of not being activated, guaranteeing immediate operational readiness. The wrench flats integrated in the housing provide advantageous mounting. Security against manipulation in the top section of the valve is provided by the special upper section, which can only be mounted with a special tool.

more>>

KEMPER ’FK-4’ backflow discharge valve BA


The KEMPER ’FK-4’ backflow discharge valve BA is used to secure compliance with the requirements in DIN EN 1717 up to fluid category 4 and is suitable for installation in new buildings and for replacing unsuitable tap valves in the inventory.
In 5.3.2, under Connections, DIN EN 1717 states:
All connections to the drinking water installation are considered permanent connections.

In practice that means the planned connections for devices and apparatus have to be executed as if there is a constant connection between the drinking water system and the equipment.

The KEMPER ’FK-4’ backflow discharge valve BA is manufactured from the corrosion-resistant, durable and proven material gunmetal. The innovative valve was designed with direct connection to the wastewater system acc DIN EN 1717 and with a block before the safeguard device. The applications for the KEMPER ’FK-4’ backflow discharge valve BA: Nominal widths DN 15 and DN 20 for the domestic area, DN 25 and DN 50 for industry, trade, agriculture and gardening companies (Application examples: professional heating system filling, connection fitting for high-pressure jet cleaners).

more>>

 

 

KEMPER 'Control-plus' flow and temperature
measurement valve

 

 

At last, the often time-consuming and cost-intensive regulating needed in plants and pipeline systems have come to an end:
The perfect solution is the KEMPER ’Control-plus’.



 

The valve together with the mobile hand-held measuring instrument gives you the right perspective and mercilessly uncovers existing disruptive factors. Volumetric flows can be precisely determined and regulated and operating conditions can be documented.
That increases reliability when operating both existing and new plants. Regulating the required volume-flows greatly improves the temperature presence at the withdrawal points. Regulating the circulation system by setting the volume flows and monitoring the temperatures facilitates utilization of the maximum possible energy-savings potential.


more>>

KEMPER KHS floor box


There is a new item in the KEMPER Hygiene System range, the KHS floor box, which was designed for selective stagnation prevention in domestic drinking water systems. The KEMPER KHS floor box provides a facility for controlled forced flow for cold water.
The core of the solution is the KEMPER KHS Multi-Circ distributor unit by connecting the KEMPER KHS floor box to a defined tapping point in the direction of flow behind the flow distributor, tapping points which are not being operated as intended, i.e. which stagnate, can be included in the flowing water circuit. That applies not only to one single tapping point, but also, for example, to tapping points in a guest bathroom. Stagnation is prevented. Reliably and permanently.
 
The valve is ideally suited for use in small objects and facilitates fast and secure installation, e.g., on an unfinished floor.

more>>

 

 

KEMPER KHS Multi-Circ Distributor Unit - dynamic and KEMPER KHS Multi-Circ Distributor Unit - dynamic-Inliner


The next generation of the tried-and-trusted KHS Multi-Circ Distributor Unit:
With the KHS Multi-Circ Distributor Unit -dynamic- another step towards stagnation prevention in the drinking water system has been taken.
Based on the motto "making the good even better", the valves were designed so that even the lowest flow rates in the distribution / in the riser branch achieve maximum flow-through in the connected rings.
Another innovation is the KHS Multi-Circ Distributor Unit -dynamic- for Inliner systems in the warm drinking water system. For the first time in history of Inliner circulation, it is now possible to conduct the circulation flow up to the floors. The CDW line is formed as a ring up to the tapping points by using the KHS -Multi-Circ Distributor Unit -dynamic- for Inliner systems. The new, intelligent Inliner technology interacting with the proven venturi principle enables stable floor circulation paired with the highest level of energy efficiency.

more>>

KEMPER KHS Mini Control System


One novelty in the KHS line is the KHS Mini System Control. It can be used to run small and medium sized buildings such as schools, kindergartens, small plants, industry, department stores, holiday homes, etc. The control is an improvement on the existing and proven Kemper KHS Logic Control System. Using intelligent MASTER-SLAVE engineering, the operating modes of time, temperature and flush volume with overflow monitoring can be individually configured for each and every flush group.
 
The basic version includes the MASTER control as the smallest solution for flushing in the drinking water sector with triggering for the flush valve and signal evaluation. By using the integrated CAN BUS technology in the MASTER, up to 31 SLAVE controls can be triggered directly by the MASTER control with a graphic display. That means in buildings, up to 32 KHS flushing groups (flush valve, temperature and volume flow sensor, overflow monitoring) can be connected using the MASTER-SLAVE engineering. The MASTER-SLAVE flush groups can be manually configured on the MASTER or through configuration software with a customer provided PC via an optional USB interface cable. The evaluation of the flushing process is output via a flushing log in Excel format.

more>>

 

 KEMPER Leak Security System 

 

 

An undetected leak is the reason for costly reconstruction work in buildings after water damage.

If a leak develops through a pipe burst, weak points in the connections or in the drinking water system's building services equipment, water often flows unnoticed for hours or days in highly sensitive building zones, for instance in engineering, residential and storage areas. The flooding is often only detected when the water starts dripping from the ceiling or is already flowing from the house door to the street area.

The solution to this problem is the new KEMPER Leak Security System, including a leak controller, a water sensor and a KEMPER-VAV maximum flow isolating ball valve, DVGW certified according to DIN EN 13828.

 
 

The KEMPER Leak Security System is installed in the drinking water installation directly before the building area you want to monitor. The supply line for the individual plants, the drinking water heating in the roof unit, the line section in the storage room through which the drinking water installation is installed or even the drinking water building connection in the building connection room in each building can be shut off.

One variant of the KEMPER Leak Security Systems is the manual or automatic shutoff device from KEMPER. When leaving the building, the house or apartment, etc. the KEMPER maximum flow isolating ball valve is manually closed or motor closed by an automatic building control system. Now, no water damage can arise during long absences.

 

more>>

KEMPER Hygiene System for cold water

Drinking water quality gained by preventing stagnation

 

 


Operating companies, users and hygiene representatives for building installations know: stagnation is present everywhere in drinking water systems. That results in problems in the quality of the drinking water. Impairing drinking water quality shows itself in changes in the taste, odour and colour. Excessive cold-water temperatures, triggered by stagnation and long drinking water dwell-times encourages microorganisms and pathogens to grow in piping systems.

DIN 2000 demands: drinking water should be appetizing and should entice one to enjoy it. It must be colourless, cool, have flawless odour and taste and have a low germ count. To comply with this requirement for the no. 1 foodstuff drinking water all the way through to the tapping point, KEMPER is presenting a new hygiene system with advanced solutions to prevent and monitor cold and warm drinking water. The goals of the KEMPER hygiene system are:

 

  • Preventative measures and stagnation avoidance in drinking water systems
  • Securing and retaining drinking water quality at the tapping point according to TrinkwV 2001
  • Retaining drinking water hygiene using economically implemented flushing measures in the CDW area
  • Calculating, simulating and implementing drinking water installations in WDW and DWC

more>>

 

 

 

 

 

  • KEMPER HOTLINE
    Still questions?

  • Phone +49 27 61-8 91-0
    Fax +49 27 61-8 91-1 75
  • info@kemper-olpe.de