# Endress+Hauser configured-instrument CAD guide

Process instruments measure conditions such as pressure, level, flow or temperature. Their bodies and connections can change with the chosen configuration, so a generic family drawing may not describe the instrument being ordered.

Canonical page: https://eloragrid.ai/tools/cad-library/equipment/endress-hauser-instrument-cad
Manufacturer: Endress+Hauser
Entry type: Configurator
Part number: Not specified — select exact configuration
Category: Automation & controls
Formats: STEP, DXF, IGES, SAT
Market discovery: Global
Access: Configure to download
Official source: https://www.endress.com/en/downloads
Manufacturer evidence: https://www.jp.endress.com/ja/endress-hauser-group/capabilities-efficient-safe-operations/scj-tutorials-jp/web-utilization-document-dl
Source checked: 2026-10-27

Use the product configuration or order code to identify the instrument and its connections. Available formats depend on the configured product.
Official-source discovery only. Confirm the selected regional product, installation configuration and documentation with the manufacturer.
Identify the product and complete configured order code. Use the official product/configuration download route to obtain the views and formats available for that selection. Keep process connections, housing and electrical interfaces in the request so the returned drawing represents the intended instrument.


## In plain English

### What is this Endress+Hauser resource?

Process instruments measure conditions such as pressure, level, flow or temperature. Their bodies and connections can change with the chosen configuration, so a generic family drawing may not describe the instrument being ordered.

### A simple example

A vessel layout can need the selected level instrument’s process connection and housing orientation, while the electrical drawing needs its actual terminal and signal documents.

### What the drawings help you do

Identify the product and complete configured order code. Use the official product/configuration download route to obtain the views and formats available for that selection. Keep process connections, housing and electrical interfaces in the request so the returned drawing represents the intended instrument.

### Before using this reference

- Provide product family and configured order code.
- Specify process connection, housing and orientation.
- Request mechanical geometry and electrical connection documents separately.

### Why does the configured order code matter?

Different connections, housings or options can change the instrument’s geometry and interfaces. The configuration identifies which manufacturer drawing is relevant.

### Terms

- Geometry: The physical shape represented by the model or drawing.
- Configuration: The exact equipment version and options selected for the installation.
- Revision: The recorded version of the file or document.

Concept diagram: Identify configured instrument → Generate matching engineering data → Coordinate process and electrical interfaces
A reading guide for this particular resource. These boxes are not the manufacturer's equipment geometry or a connection diagram.

- [Endress+Hauser official drawing source](https://www.jp.endress.com/ja/endress-hauser-group/capabilities-efficient-safe-operations/scj-tutorials-jp/web-utilization-document-dl)


## Which file should I choose?

Identify the product and complete configured order code. Use the official product/configuration download route to obtain the views and formats available for that selection. Keep process connections, housing and electrical interfaces in the request so the returned drawing represents the intended instrument.

## Official files


Global discovery is not proof of regional certification. Confirm exact configuration, revision, dimensional units and use rights with the manufacturer.