Description
Product overview
The ABB AX460/100010/STD analytical transmitter belongs to the AX400 family of process measurement instruments. It is intended to receive signals from compatible analytical sensors, present measured values to operators, and support process monitoring in applications where water chemistry or solution conditions must be tracked. pH and ORP are associated with this model family, but the exact sensor type and input arrangement should be checked against the instrument’s configuration and original documentation before replacement.
The transmitter’s display and enclosure make it suitable for local installation where operators need to read measurements at the equipment location. For integration into a process control system, confirm the installed analog outputs, alarm relay configuration, and any communication options rather than assuming every AX460 unit has the same I/O arrangement. The part number AX460/100010/STD should be matched in its complete form; a similar AX460 designation or a different suffix may indicate a different configuration.
For maintenance teams, the practical issue is compatibility with the installed sensor and control loop. Before ordering, record the nameplate details, supply voltage, sensor type, output wiring, mounting arrangement, and any configured measurement range or alarm setpoints. If the original instrument is being replaced, document the configuration before removing it and verify calibration and loop response after installation.
Product introduction
The AX460/100010/STD is best sourced by its full ABB model designation and the configuration recorded on the existing unit. Do not base a replacement decision solely on the AX460 family name.
For surplus or refurbished stock, request actual unit photographs, confirmation of power-supply compatibility, and evidence of functional testing. A powered display test alone does not prove measurement accuracy or correct operation with the installed sensor.
Key technical specifications
| Parameter | Specification |
|---|---|
| Manufacturer | ABB |
| Product family | AX400 |
| Model | /100010/STD |
| Alternate number format | AX460100010STD |
| Product type | Analytical transmitter / process analyzer |
| Measurement application | pH / ORP applications; verify exact configuration |
| Input arrangement | Single- or dual-input capability is reported for the product family; confirm this variant |
| Display | Backlit LCD |
| Display format | Dual five-digit, seven-segment display reported by distributor data |
| Supply voltage | 100–240 VAC reported; verify nameplate |
| Frequency | 50/60 Hz reported |
| Power consumption | 10 W reported by distributor data |
| Mounting | Wall mount reported |
| Enclosure rating | IP65 reported; confirm the applicable datasheet |
| Analog outputs | Confirm installed configuration |
| Alarm relays | Confirm installed configuration |
| Communications | Optional interfaces, if any, must be verified on the unit |
| Calibration / setup | Check existing sensor type, measurement range, and configuration |
| Lifecycle | Listed as discontinued in distributor data |
| Condition | Confirm new, unused, refurbished, or untested status |
The values above are based on available distributor listings, not a verified model-specific manufacturer datasheet. Confirm electrical ratings and I/O details against the nameplate and applicable ABB documentation before installation.
AX460100010STD
Related products and models
| Model | Relationship |
|---|---|
| ABB /100011/STD | Related variant; verify suffix-specific differences |
| ABB /200010/STD | Related variant; confirm input and configuration differences |
| ABB /10001 | Similar abbreviated model designation found in listings; not sufficient by itself to establish equivalence |
| ABB AX461 | Related AX400-family model; confirm measurement function and hardware configuration |
| ABB AX463 | Related AX400-family model; not assumed to be a direct substitute |
| ABB AX466 | Related AX400-family model; verify the specific instrument configuration |
These are related model references, not confirmed drop-in replacements. Match the full ordering code and the installed instrument’s application before substituting a different variant.
Frequently asked questions
1. What is the ABB /100010/STD used for?
It is an AX400-series analytical transmitter associated with process measurement applications, including pH and ORP. Confirm the exact sensor and measurement configuration for the installed unit.
2. Is AX460100010STD the same model as /100010/STD?
The compact string is used as an alternate formatting of the same part number in distributor listings. Check the physical label for the complete ordering code.
3. What power supply does it use?
Distributor data reports 100–240 VAC at 50/60 Hz. Confirm the rating on the instrument nameplate before applying power.
4. Does this model support both single and dual inputs?
-family descriptions mention single- and dual-input analyzer configurations. The precise input capability of this ordering code should be confirmed from the applicable documentation or instrument configuration.
5. Can it replace another model?
Not automatically. Different suffixes can reflect configuration differences. Compare the sensor input, supply rating, outputs, relays, mounting, and configured measurement range before ordering.
6. What testing should be requested for a used unit?
Request power-up testing, display and keypad checks, inspection of terminals, output verification, and—where practical—testing with a compatible sensor or simulator. Calibration and measurement accuracy should be reported separately from basic power-on status.
7. Is the /100010/STD discontinued?
A distributor listing identifies it as discontinued. Confirm the current lifecycle and support status with ABB documentation before planning a long-term replacement strategy.
Procurement recommendation
For the ABB /100010/STD, verify the complete suffix, supply voltage, sensor compatibility, and output configuration before purchase. If the instrument is being sourced as a legacy spare, request its condition and actual test evidence in writing. Do not treat another variant as equivalent until the electrical and measurement configuration has been checked.
