Endress Hauser 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR Promass F 300 Coriolis Flowmeter
Procurement Guide for Endress Hauser 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR in Precision Mass Flow Applications
The Endress Hauser 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR is a complete ordering reference within the Endress+Hauser Proline Promass F 300 family. The 8F3B product root identifies a compact Coriolis flowmeter platform intended for demanding process measurement, while the remaining characters define the purchasable configuration. For an industrial buyer, the full code is therefore more important than the family name alone.
This page is organized as a procurement and application review rather than a generic catalog summary. It separates facts that apply to the Promass F 300 family from details that still require confirmation against the exact order code, nameplate and project records.
Customer-supplied Endress+Hauser reference photograph. The visible instrument appearance or label may represent a different Endress+Hauser configuration, so the image must not be used as proof of the exact 8F3B80 configuration. Final identification depends on the full order code, serial number and delivered nameplate. The source image already includes a watermark, so no additional watermark has been added.
Start with the ordering identity
| Brand | Endress+Hauser |
|---|---|
| Complete order code | 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR |
| Product root | 8F3B |
| Product family | Proline Promass F 300 |
| Measurement principle | Coriolis mass flow measurement |
| Transmitter arrangement | Compact Proline 300 platform |
| Procurement status | Exact suffix configuration must be verified before ordering |
Purchasing documents should retain Endress Hauser 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR exactly. Removing characters, shortening the suffix or substituting a nearby Promass F 300 code can change the mechanical connection, wetted material, temperature option, electronics, communication interface, approval package or documentation scope.
What the Promass F 300 platform contributes
Promass F 300 uses the Coriolis measuring principle to determine mass flow directly. The product family is designed for high measurement accuracy and process robustness and can provide additional measured variables such as density, temperature and calculated volume flow. This makes the platform relevant when one meter must support both control and material-accounting information.
The compact Proline 300 transmitter keeps operation, diagnostics and system integration close to the sensor. Communication choices vary by configuration and can include HART, fieldbus or industrial Ethernet options. Buyers should never infer the installed protocol from the blue housing or 8F3B family code; the complete suffix and I/O record must be checked.
Family performance envelope for comparison
The following values are product-family references from Endress+Hauser documentation, not a decoded specification for this exact long order code. They help buyers understand the range of the platform while keeping configuration verification separate.
| Family specification | Official product-family reference |
|---|---|
| Nominal diameter range | DN 8 to DN 250 (family range) |
| Liquid mass-flow accuracy | ±0.10% standard; ±0.05% option |
| Gas mass-flow accuracy | ±0.25% family reference |
| Density accuracy | ±0.0005 g/cm³ family reference |
| Maximum family flow range | Up to 2,200,000 kg/h, configuration dependent |
| Process pressure reference | Up to PN 100 / Class 600 / 63K, option dependent |
| Temperature coverage | Multiple variants from cryogenic to high-temperature service |
Where this Coriolis meter is typically evaluated
- Custody and internal transfer points requiring stable mass-flow measurement
- Chemical feed, solvent, additive and blending lines
- High-pressure liquid or gas duties within the selected configuration limits
- Density and concentration-related process monitoring
- Batching, filling and inventory reconciliation where repeatability matters
- Replacement of an installed Promass F 300 after full order-code comparison
A technically suitable application depends on more than flow range. The medium must be compatible with the selected measuring-tube and connection materials, and the pressure, temperature and mechanical load must remain inside the ordered limits. Entrained gas, two-phase flow, flashing, cavitation, heavy vibration and incomplete pipe filling can all affect measurement quality and should be discussed before selection.
Replacement projects: compare the assembly, not only the transmitter
When Endress Hauser 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR is requested as a replacement, collect information from both the sensor and transmitter. Confirm nominal diameter, process connection, pressure rating, wetted material, installation length, flow direction, power supply, I/O assignment, communication protocol, approvals and special certificates. A transmitter that looks similar can still be incompatible with the existing mechanical or control-system design.
Also record the reason for replacement. A zero shift, unstable density, empty-pipe alarm, communication fault or unexplained process balance may originate from installation or process conditions rather than failed electronics. Reviewing diagnostics and the previous configuration before ordering can prevent the same problem from reappearing after installation.
Installation decisions that affect measurement quality
Plan a location where the measuring tubes remain completely filled and where excessive pipe stress, unsupported weight and strong external vibration are avoided. Orientation should suit the medium and the risk of gas pockets or solids accumulation. Valves and control devices should be arranged so commissioning and zero verification can be performed under stable conditions.
Coriolis meters generally require less straight-run planning than many velocity-based flowmeters, but that does not remove the need for sound piping design. Check alignment, support, thermal expansion, grounding, cable routing and accessibility. For hazardous or hygienic service, confirm the ordered approval and connection option against the site standard before installation.
Prepare a quotation that can be checked quickly
- Quote the full model 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR, including the suffix after the plus sign.
- Attach readable sensor, transmitter and connection nameplate photographs.
- State the medium, composition, density, viscosity and solids or gas content.
- Provide normal, minimum and maximum mass flow plus required turndown.
- List process temperature, pressure, pipe size, flange standard and pressure class.
- Confirm power supply, output, protocol, display and hazardous-area requirements.
- Explain whether the request is an identical replacement, expansion or new application.
- Include quantity, destination, required documents and target delivery date.
Related Endress+Hauser models buyers may compare
Nearby product families include Promass F 100, Promass F 200 and Promass F 500, as well as other Promass sensor designs for specialized hygienic, compact, low-flow or difficult-process duties. These are comparison candidates, not automatic substitutes. Transmitter architecture, connection dimensions, approvals, I/O and system integration must be reviewed model by model.
Request a model-specific quotation
Send HKXYTECH the exact phrase Endress Hauser 8F3B80-BDDMAEBOABSAD6SAA2+AADCDDDR, quantity, destination, required delivery date and the process information listed above. A complete RFQ allows the response to focus on the requested configuration, available condition, documentation and delivery scope instead of treating every Promass F 300 as the same product.
