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Siemens 6ES75221BH010AB0 — SIMATIC S7-1500 Solid-State Output Module

The 6ES75221BH010AB0 is a 16-channel solid-state output module in the Siemens SIMATIC S7-1500 series. The "6ES7" prefix denotes the Siemens automation catalog family; the "521" digit pair identifies the DQ (digital output) function block. This module ships in bulk packaging and mounts on DIN rail within an S7-1500 r...

Siemens 6ES75221BH010AB0 — SIMATIC S7-1500 Solid-State Output Module

Catalog Context and Output Family

The 6ES75221BH010AB0 is a 16-channel solid-state output module in the Siemens SIMATIC S7-1500 series. The "6ES7" prefix denotes the Siemens automation catalog family; the "521" digit pair identifies the DQ (digital output) function block. This module ships in bulk packaging and mounts on DIN rail within an S7-1500 rack.

Key Specifications

ParameterValue
SeriesSIMATIC S7-1500
Number of Outputs and Type16 — Solid State
Mounting TypeDIN Rail
Operating Temperature30°C to 60°C
Encapsulation / PackageBulk
For Use With/Related ProductsSIMATIC S7-1500
RoHS StatusROHS3 Compliant
Product StatusActive
ManufacturerSiemens

Solid-state construction implies no moving contacts in the output stage, which affects current-switching life characteristics compared to relay outputs.

Functional Characteristics

Output Topology

The module provides 16 solid-state output points operating at 24 V. Because the records do not specify per-channel current rating or total aggregate current, those parameters cannot be quoted here.

Thermal and Environmental

Operating temperature is rated from 30°C to 60°C. This range is narrower on the cold side than some alternate S7-1500 DQ modules that start at 0°C. The 30°C lower limit should be evaluated against the expected cabinet ambient in the intended installation.

Physical Integration

  • DIN Rail mounting is the sole stated mechanical option.
  • The module is packaged in bulk (no individual box or tray).
  • No IP rating, cutout dimension, or bus-connector detail appears in the records.

In-Catalog Comparison

The table below presents side-by-side screening of the seed and two highest-similarity catalog peers. Similarity scores are catalog-derived and do not constitute interchange approval.

MPNSeriesOutputsTypeOperating TempEncapsulationSimilarity
6ES75221BH010AB0S7-150016 — Solid StateSS30°C~60°CBulk
6ES75221BH100AA0S7-150016 — Solid StateSS30°C~60°CBulk1.00
6ES75221BP000AA0S7-150064 — Solid StateSS30°C~60°CBox0.96

Why These Are Catalog-Peers

  • 6ES75221BH100AA0 shares identical output count (16), output technology (solid-state), thermal band, and bulk packaging. The MPN edit similarity and shared parameter set make it the closest in-catalog match; the "BH1" versus "BH0" mid-prefix variation suggests a minor variant, but the reason string does not disclose the functional difference.
  • 6ES75221BP000AA0 extends the same solid-state S7-1500 architecture to 64 channels while retaining DIN Rail mounting and the 30°C–60°C operating window. The package shifts from Bulk to Box, and the higher channel count changes backplane current draw and slot occupation.

Lower-similarity rows include an even wider 64-channel sink variant (6ES75221BP500AA0), a 16-channel universal-voltage unit with 0°C start temperature (6ES75225EH000AB0), an 8-relay relay-output variant (6ES75225HF000AB0), and two 16-channel digital input modules (6ES75211BH000AB0, 6ES75211BH100AA0) plus a mixed DI/DQ module (6ES75231BL000AA0) that carries both input and output counts.

FAQ

What is the output current rating per channel for 6ES75221BH010AB0? The per-channel current rating is not present in the available catalog data for this MPN.

Does the 6ES75221BH010AB0 support 0°C operation? No. The stated operating temperature is 30°C to 60°C. Alternate S7-1500 DQ modules such as 6ES75225EH000AB0 offer a 0°C lower limit but differ in output count and technology.

Can the 6ES75221BH100AA0 replace the 6ES75221BH010AB0 without further qualification? The two share identical stated specs and a similarity score of 1.00, but any substitution requires the user's own engineering review per the target application's requirements.

Last updated: May 10, 2026