T-LESS MANIFOLD FOR DRINKING WATER

Introducing HERZ manifolds used in sanitary water systems.

Your drinking water system can now be controlled and monitored in a centralized cabinet – ALL IN ONE PLACE. HERZ - Sanitary water manifolds can be used everywhere you need to distribute hot or cold water from the source to the consumer (washing machines, baths, sinks, etc.). Each individual circuit, whether it is hot or cold, can be marked with stickers during installation. This allows easy identification of which isolating tap to close in case of repairs or renovations.
HERZ supports customization; you can quickly extended manifold with additional modules (two, three or four circuits). Pre-installed o-ring sealings are mounted on the housing for easier connection of multiple manifolds. There is no need to add additional sealing or glue when extending basic manifold with additional modules.

Benefits for user:
- manifolds can be installed in a convenient location for easy access, meaning less disruption to the building occupiers and ease of repair,
- design of the housing allows easy access to the handle,
- easy to use and maintain.

Benefits for installer:
- reduced installation time between 30%- 40% due to fewer fittings required (compared to traditional installations),
- fewer fittings means less chance of leakage - direct connection to the sanitary tap, sink, baths, etc.
- compatibility with other HERZ products.

Input of the manifold is G3/4˝ thread. Usage of straight or angle isolation valves is recommended. Each outlet is possible to connect with a female G3/4" adapter for HERZ PIPEFIX. Materials used in components allow maximum temperature of the medium reach up to 110°C. This means that the manifold can also be used in heating systems.

Because HERZ does not compromise on quality we ensure permanent control of production in our own factories. Manifolds are assembled and pressure tested during the manufacturing process under constant quality control. These are reasons why HERZ can guarantee reliable function and long service life.

Andrej Savšek, vodja razvojne službe/Head of R&D department