264HSHHNT1VAE1S1C1H3: pressure boundary and configuration dossier
ABB 264HSHHNT1VAE1S1C1H3 belongs to the 264HS high-overload gauge-pressure transmitter family. ABB's 264HS datasheet lists an H sensor-code upper range limit of 160 kPa, but the actual calibrated span and overload limit depend on the complete ordered configuration.
Technical data for identification
| Technical item | Verified value / selection note |
|---|---|
| Complete designation | 264HSHHNT1VAE1S1C1H3 |
| Series | ABB 2600T / 264HS |
| Measurement | Gauge pressure, high-overload family |
| Range-code review | H appears after 264HS; confirm with exact order key |
| H sensor family URL | 160 kPa in ABB 264HS range table |
| Overload limit | Configuration-dependent; verify sensor and process rating |
| Output / approvals | Confirm installed protocol and certification |
For an instrument, confirm the complete ordered configuration, process limits, wetted materials or sensor interface, output protocol and installed calibration. Family values are a starting point for engineering review.
Order-code and compatibility review
For 264HSHHNT1VAE1S1C1H3, Use the ABB order key and nameplate to confirm sensor, flange or connection, output protocol, electronics, enclosure and approval suffixes. Avoid treating this 264HS designation as interchangeable with a 266HSH device; the series and coding differ.
Before substituting 264HSHHNT1VAE1S1C1H3, compare the complete label with the engineering drawing, ABB configuration data, installed accessories and site approval record. A partial designation or a similar enclosure cannot establish interchangeability.
Verification checklist
- Match nameplate and order code.
- Check site electrical or process limits.
- Prove interfaces and protective response.
Where this configuration fits
264HSHHNT1VAE1S1C1H3 should be assessed in the actual equipment arrangement. Select a high-overload gauge instrument by the normal measuring range and the credible process upset pressure. Verify diaphragm, process connection, seal arrangement and whether the installation must handle line-pressure transients.
A request for 264HSHHNT1VAE1S1C1H3 should identify the host system, process or motor duty, available supply and the expected normal and fault behavior. This makes the selection review specific to the installed equipment.
Related configuration references
The following 264HSHHNT1VAE1S1C1H3 family references are identification aids. Ratings, options and approvals can differ; each complete designation needs its own review.
- 264HS.P.S.B.A.1.VA.E6..L1.B1.H
- 264HSMHPA1
- 264HSMSBA1L1B1
- 264HSPM2T1E1S1C1H3
- 264HSPSB 24-2400
- 264HSQKET1E1L1B2C1
- 264HSQSBB1
- 264HSSHNT1VAE1S1C1H3
- 264HSSKET1E1L1B2C1
Field checks and acceptance
Commissioning of 264HSHHNT1VAE1S1C1H3 should follow a controlled procedure. Depressurize and isolate the line before mounting. Validate zero, span, loop output and the instrument's fault behavior using a calibrated pressure source; retain the as-left range and process-connection record.
Capture the as-left settings, test points, abnormal-state response and revision of 264HSHHNT1VAE1S1C1H3. Include photographs of its nameplate and terminal arrangement so the next service event can be traced.
Information to send with a replacement inquiry
Provide the exact model 264HSHHNT1VAE1S1C1H3, quantity, serial or revision, application conditions, required connection and approval, and a legible nameplate photograph. Ask for confirmation of accessories and any approved successor.
Keep 264HSHHNT1VAE1S1C1H3 in the asset register and maintenance record as the exact search phrase. Record who approved the selected device, what was tested and whether the installed configuration differs from the base family specification.
Final engineering decision
Approve 264HSHHNT1VAE1S1C1H3 only when the verified ratings and ordered options match the equipment record. Resolve every discrepancy in code, connection, supply, firmware or process limit before energizing the system.
The published family values for 264HSHHNT1VAE1S1C1H3 support identification and initial selection. The device nameplate, matching ABB instructions and the site's approved design determine final suitability.
