Siemens 6DS1602-8BA TELEPERM M 32-channel binary input module

Siemens 6DS1602-8BA is documented for the stated industrial system role: Receives 32 binary field signals and makes their states available to the TELEPERM M control system.

System function

Rebuilt from individual evidence

System position

Siemens lists 6DS1602-8BA as a 32-channel TELEPERM M binary-input module for PCS7/TM and shows the -8AA version as a compatible version.

The exact-reference listing describes 6DS1602-8BA as a Siemens TELEPERM binary input module with 32 inputs and 24 V DC and 5 V DC supply entries.

Receives 32 binary field signals and makes their states available to the TELEPERM M control system.

The system position is an explicit inference from the exact-reference evidence.

Unknown: exact input circuit wiring, field voltage conditions, installed rack, firmware, and replacement suitability for a specific cabinet.

Exact reference
6DS1602-8BA
Category
PLC / CPU
Evidence checked
2026-09-12

System role

This section explains what the product does and where it acts in the surrounding system.

Function
Receives 32 binary field signals and makes their states available to the TELEPERM M control system.
System position
Sits between discrete field devices and the TELEPERM M I/O bus/process image.
Upstream / inputs
Receives binary contact or sensor states from the field wiring and the documented module supplies.
Downstream / outputs
Publishes the 32 binary input states to the TELEPERM M control-system process image.
Limitations
Unknown: exact input circuit wiring, field voltage conditions, installed rack, firmware, and replacement suitability for a specific cabinet.

Evidence ledger

Facts, inferences, and unknowns are kept separate.

Facts

  • Siemens lists 6DS1602-8BA as a 32-channel TELEPERM M binary-input module for PCS7/TM and shows the -8AA version as a compatible version.

    Confidence: high

  • The exact-reference listing describes 6DS1602-8BA as a Siemens TELEPERM binary input module with 32 inputs and 24 V DC and 5 V DC supply entries.

    Confidence: high

    • adegis.com — retrieved 2026-09-12; medium confidence

Inferences

  • Inferred system position: Sits between discrete field devices and the TELEPERM M I/O bus/process image.

    Confidence: high

    Rationale: The exact-reference sources establish the product identity and documented interfaces; their relationship to the stated upstream and downstream elements is marked as an inference.

Unknowns

  • Unknown: exact input circuit wiring, field voltage conditions, installed rack, firmware, and replacement suitability for a specific cabinet.

    Confidence: low

    Missing evidence: The individual lookup does not establish the installation, configured software, physical condition, or current commercial record.

System position diagram

A system diagram places Siemens 6DS1602-8BA TELEPERM M 32-channel binary input module between Discrete field contacts and sensors and TELEPERM M I/O bus and process image; the placement is marked as an inference.

Reading limit: system position only, not a wiring or safety drawing.

The component placement between the documented upstream and downstream elements is an explicit inference.

Enlarged system diagram

A system diagram places Siemens 6DS1602-8BA TELEPERM M 32-channel binary input module between Discrete field contacts and sensors and TELEPERM M I/O bus and process image; the placement is marked as an inference.

The component placement between the documented upstream and downstream elements is an explicit inference.

View Mermaid source
flowchart LR; Upstream-->Component; Component-->Downstream
View diagram labels
Nodes
Discrete field contacts and sensors; Siemens 6DS1602-8BA TELEPERM M 32-channel binary input module; TELEPERM M I/O bus and process image
Edges
Input and control data; Processed output

Next action

Siemens primary PCS7/TM documentation supports the exact module identity, channel role, and system position.

Confirm the target controller, wiring, configuration, and installation constraints before deployment or replacement.

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