Enduce E1

A new standard.

Project planning

Here you will find all the documentation and tools you need to easily prescribe and integrate Enduce E1 in your project - from product data and instructions to templates, certificates and environmental declarations.

For further guidance, please visit our FAQ with frequently asked questions and answers. Do you have specific needs or questions related to design? Please contact us for technical advice.

Product information

Brochure

Overview presentation of Enduce E1

Product data sheet

Technical specification and characteristics

Dimensional sketch

Drawing with dimensions and connections

Project support

BIM object (MagiCAD)

For downloading and designing in CAD

The RSK database

Product information via RSK

Strength calculation (Afry 2023)

For installation in concrete floors

Template for program document

Helps you to prescribe Enduce E1

Template for requirements formulation

For buyers who want to specify Enduce E1

Energy calculation (TMF Energy)

Available soon

Declaration and analysis

ACL

Life cycle analysis

EPD

Environmental product declaration

eBVD

Construction product declaration

Reports and certificates

Type approval

Enduce E1, C901108 (RISE 2025)

Efficiency test report

Heat exchanger efficiency (RISE 2022)

Instructions

Assembly instructions

For installers

Waterproofing instructions

Compatibility with different waterproofing materials

Instructions for use

For users

Care instructions

Short version

Are you missing something?

Alexander Teir

aleksander.teir@enduce.se
079-103 56 56

common questions

How to connect water and sewage and leakage indication?

Hot and cold water is connected to the side of the floor drain junction box via PEX hose in 25 mm conduit via type-tested cabinet penetrations. Drains are connected to the floor drain's 75 mm horizontal outlet spigot.

Fire protection

For concrete floors, the concrete cover layer under the floor drain should be about 70 mm to ensure fire EI 60 without further fire tests or thermal conductivity calculations.

How is the connection to the waterproofing made?

The connection of the waterproofing to Enduce E1 is done via traditional clamping frame connections for either waterproofing foil for tiled floors, or for plastic carpet.

How does Enduce E1 improve the energy performance of buildings?

According to independent studies, recovering hot water energy at the application level directly in the shower area is the most efficient way to recover hot water energy that would otherwise be lost.

The importance of the shower area design

How you design the shower area and where you position the shower room ventilation are important factors that influence how energy efficient and comfortable the shower experience will be.

Can you recover heat from wastewater?

There are no regulations that prevent energy efficient technologies at the application level in showers.

Is the product approved and tested?

Enduce E1 meets the requirements of the Swedish National Board of Housing, Building and Planning. To date, the technology has been used over 15,000 times.

Where is the floor drain made and what materials are used?

Series production and assembly take place mainly in Sweden. The product consists largely of recycled material. The brass is lead-free.

Why energy recovery from domestic hot water?

In new buildings, domestic hot water accounts for 35-45% of the building's total energy use for heating.

Enduce E1

Project planning

Product information

Project support

The RSK database

Template for requirements formulation

Energy calculation (TMF Energy)

Declaration and analysis

Reports and certificates

Instructions

Are you missing something?

common questions

I want to know more

Customer service

Companies & partners

Resources

Legal

Contact

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