The Siemens 6ES7288-2DT08-0AA0 is a SIMATIC S7-200 SMART SM DT08 Transistor Output Module that provides eight 0.75 A sourcing outputs with microsecond switching response.
- SM DT08
- 8 transistor digital outputs, 24 V DC
- 24 V DC nominal; 20.4 to 28.8 V DC permissible
- 45 x 100 x 81 mm
In an S7-200 SMART automation station, it translates eight controller output bits into fast 24 V DC sourcing transistor signals without relay contact wear. It works with the verified CPU or expansion-bus configuration, terminal blocks, field power, sensors, and actuators defined for the exact article number. The module is used in high-cycle solenoids, indicator circuits, electronic interfaces, and rapid machine sequences.
Important Notice: Use the complete 6ES7288-2DT08-0AA0 code and verify the physical nameplate, current Siemens documentation, field wiring, project, and accessories before installation or replacement.
Apter Power 6ES7288-2DT08-0AA0 Manuals and Guides
Important Notice: These are two separate Apter Power documents prepared from the manufacturer-published Siemens information named in each document. Confirm the physical nameplate, current Siemens documents, and host-system requirements before installation or replacement.
High-cycle actuator control
Commands 8 fast 24 V DC transistor output circuits without relay contact wear
Electronic load interfacing
Drives compatible solenoids, indicators, and electronic interface inputs
Fast machine sequencing
Uses microsecond output response for repetitive control tasks
Compact automation panels
Adds solid-state output density for high-cycle solenoids, indicator circuits, electronic interfaces, and rapid machine sequences
Read the exact Siemens S7-200 SMART documentation before use. Verify 6ES7288-2DT08-0AA0, SM DT08, power, I/O wiring, terminals, and project from the physical installation.
1
Identity: Match every character of 6ES7288-2DT08-0AA0 and the SM DT08 marking to the physical nameplate and project
2
Power: Verify 24 V DC nominal; 20.4 to 28.8 V DC permissible; isolate all energy sources before wiring, insertion, or removal
3
Signals: Observe every input/output voltage, current, common, group, polarity, isolation, and protective-device limit
4
Panel: Use documented DIN-rail mounting, clearances, protective earth, cable segregation, ventilation, and IP20 enclosure protection
5
Commissioning: Back up the project, verify addresses and terminals, test one circuit group at a time, and record the results
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