Description
Product Overview
The ABB 3ASC25H209 DATX110 is a legacy ASTAT drive I/O control board intended for specific DARA-series equipment. Its documented application includes DARA 1000, DARA 1001, and DARA 1010. For maintenance engineers and plant procurement teams, the key consideration is not simply matching the DATX110 designation; it is confirming that the replacement corresponds to the original board configuration.
The ABB 3ASC25H209 DATX110 is specifically cataloged as an I/O board without analog outputs. ABB also documents a separate DATX110 assembly identified as 3ASC25H209+AO+PU, which includes an I/O control board and two analog outputs. These configurations should not be treated as interchangeable without checking the drive’s original parts list and assembly requirements.
When sourcing the ABB 3ASC25H209 DATX110, confirm the complete part number, board markings, connector arrangement, and installed drive model. Detailed electrical ratings, I/O channel counts, and communication specifications have not been verified for this exact assembly. For used or refurbished stock, request clear photographs and a written description of inspection and functional testing. These checks help reduce the risk of installing a board that fits physically but does not match the original configuration.
Product Introduction
Legacy ASTAT drive maintenance often depends on identifying the original circuit board accurately. The ABB 3ASC25H209 DATX110 has a documented role in DARA-series equipment, making it a targeted spare-part candidate for repair and maintenance work.
Before replacement, compare the installed board against the offered unit and confirm its configuration in the relevant ABB documentation. Do not assume hot-swap support or compatibility with other DATX models without technical confirmation.
Key Technical Specifications
| Parameter | Details |
|---|---|
| Manufacturer | ABB |
| Model designation | |
| Part number | 3ASC25H209 |
| Product description | I/O board, no analog outputs, control module |
| Product family | ASTAT |
| Associated drive models | DARA 1000, DARA 1001, DARA 1010 |
| Analog outputs | None listed for this version |
| Net weight | 0.75 kg |
| Supply voltage | Not verified |
| Digital I/O count | Not verified |
| Communication protocol | Not verified |
| Connector configuration | Verify against original board |
| Mounting arrangement | Equipment-specific |
| Operating temperature | Verify against applicable documentation |
| Protection rating | Not verified |
| Hot-swap support | Not verified |
| Replacement compatibility | Requires part-number and configuration match |

3ASC25H209 DATX110
Major Features and Advantages
- Documented ASTAT application: The board is associated with specific DARA-series equipment, supporting targeted spare-part identification.
- Defined analog-output configuration: The catalog designation distinguishes this version from the separately listed assembly with two analog outputs.
- Useful for legacy maintenance: Supports evaluation for repair projects where the original ASTAT hardware remains in service.
- Clear identification requirements: The full part number provides a stronger purchasing reference than the name alone.
- Condition verification before installation: Label photographs, connector inspection, and documented test results help establish whether a surplus board is suitable for the intended repair.
Related Products
The following parts belong to the same ASTAT equipment family or related control-board range. They are not confirmed direct replacements.
| Model | Description / relationship |
|---|---|
| ABB 3ASC25H203 DAPC 100 | Control board for specified DARA models |
| ABB 3ASC25H204 DAPU 100 | I/O control board |
| ABB 3ASC25H208 DATX 100 | Pulse transformer board |
| ABB 3ASC25H210 DATX 120 | Remote I/O board for DAPM 100 |
| ABB 3ASC25H218 DATX 121 | Remote I/O board for DAPM 101 |
| ABB 3ASC25H224 DATX 111 | I/O board for DARA 2000 supervision system |
| ABB 3ASC25H214 DATX 130 | Torque measurement board |
| ABB DARA 1000 | Associated ASTAT equipment |
| ABB DARA 1001 | Associated ASTAT equipment |
| ABB DARA 1010 | Associated ASTAT equipment |
Frequently Asked Questions
1. What is the ABB 3ASC25H209 ?
It is an ASTAT I/O control board cataloged for DARA 1000, DARA 1001, and DARA 1010 equipment.
2. Does the include analog outputs?
The standard 3ASC25H209 version is listed without analog outputs. ABB separately identifies a 3ASC25H209+AO+PU configuration with two analog outputs.
3. Can replace DATX111 or DATX120?
Not on the basis of the model name alone. Their documented applications differ, so confirm compatibility with the original equipment documentation.
4. What electrical specifications should be checked?
Confirm the applicable supply requirements, I/O characteristics, terminal assignments, and control-system configuration from the relevant ABB documentation. These values have not been verified for this exact part.
5. Can the board be replaced while the drive is energized?
Hot-swap capability has not been confirmed. Follow the applicable maintenance instructions and isolate the equipment unless ABB explicitly permits live replacement.
6. What should be checked when purchasing used stock?
Request photographs of the identification label and PCB, check for corrosion or damaged connectors, and ask for a clear statement of the functional tests performed. Do not treat visual inspection alone as proof of operational condition.
7. What information helps confirm compatibility?
Provide the original board’s complete part number, revision markings, DARA drive model, and a photograph of the installed assembly. These details help distinguish the standard board from other configurations.
Procurement Recommendation
For the ABB 3ASC25H209 , prioritize exact identification and confirmation of the installed ASTAT configuration. Ask the supplier to document stock condition, revision, inspection results, and any functional testing. Treat unverified electrical specifications and replacement claims cautiously, especially when maintaining legacy drive equipment where an incorrect board can extend downtime.
