Water meter installation kit, combination of free-flow-/ combined free- flow and check valve with bonnet BRUSE PRO

• horizontal or vertical / rigid or adjustable
• accelerated closing and opening function as well as easy operation
• ergonomically shaped handwheel and protective function by cover cap
• good price-performance ratio with high operational reliability
• conical seal with self-locking nut
• low-maintenance grease chamber bonnet (no clearance volume)

TYPE: DIN EN 1213 / DIN EN 13959 | PN 10

MATERIAL: made of pressed brass to DIN EN 12164 / 12165, according to German Drinking Water Ordinance (TrinkwV) basis for metallic materials in contact with drinking water, Water meter bracket (open bracket legs) and Spring material made of stainless steel

ELASTOMERS: double-O-ring seal, EPDM, KTW, W270

Brass components produced for gas and drinking water installations with quality awareness meet generally recognised state-of-the-art standards and are manufactured by us according to strictly monitored quality and test criteria.

TYPE: DIN EN ISO 228 | PN 10

MATERIAL: made of pressed brass to DIN EN 12164 / 12165, according to German Drinking Water Ordinance (TrinkwV) basis for metallic materials in contact with drinking water

AREAS OF APPLICATION:

Heat interface units are decentralized water heaters, combined with direct heating or underfloor heating and are individually tailored to your building services project.

ADVANTAGES:

• hot water of high hygienic quality at all times
• production directly on site by means of a heat exchanger using the flow-through principle
• Individual heating comfort - 365 days a year
• low space requirement without storing hot water
• without combustion in the home
• heat interface units can be used regardless of the energy source = ideally equipped for future heating systems
• low flow temperatures possible = energy-efficient heating system
• ohptimum efficiency due to low return temperatures

Combined free-flow and check valve with non-rising stem with test plug and drain valve

TYPE: DIN 3502 / DIN EN 1213 / DIN EN 13959 | PN 10

NOISE EMISSION: DIN 4109 Valve group I

MATERIAL: made of pressed brass to DIN EN 12164 / 12165, according to German Drinking Water Ordinance (TrinkwV) basis for metallic materials in contact with drinking water, Spring material made of stainless steel

ELASTOMERS: double-O-ring seal, EPDM, KTW, W270

Water meter installation kit, combination of free-flow-/ combined free- flow and check valve with bonnet BRUSE PRO

• horizontal or vertical / rigid or adjustable
• accelerated closing and opening function as well as easy operation
• ergonomically shaped handwheel and protective function by cover cap
• good price-performance ratio with high operational reliability
• conical seal with self-locking nut
• low-maintenance grease chamber bonnet (no clearance volume)

TYPE: DIN EN 1213 / DIN EN 13959 | PN 10

MATERIAL: made of pressed brass to DIN EN 12164 / 12165, according to German Drinking Water Ordinance (TrinkwV) basis for metallic materials in contact with drinking water, Water meter bracket (open bracket legs) and Spring material made of stainless steel

ELASTOMERS: double-O-ring seal, EPDM, KTW, W270

Brass components produced for gas and drinking water installations with quality awareness meet generally recognised state-of-the-art standards and are manufactured by us according to strictly monitored quality and test criteria.

TYPE: DIN EN ISO 228 | PN 10

MATERIAL: made of pressed brass to DIN EN 12164 / 12165, according to German Drinking Water Ordinance (TrinkwV) basis for metallic materials in contact with drinking water

AREAS OF APPLICATION:

Heat interface units are decentralized water heaters, combined with direct heating or underfloor heating and are individually tailored to your building services project.

ADVANTAGES:

• hot water of high hygienic quality at all times
• production directly on site by means of a heat exchanger using the flow-through principle
• Individual heating comfort - 365 days a year
• low space requirement without storing hot water
• without combustion in the home
• heat interface units can be used regardless of the energy source = ideally equipped for future heating systems
• low flow temperatures possible = energy-efficient heating system
• ohptimum efficiency due to low return temperatures