6ES7136-6RA00-0BF0 Digital F-Output Module Relay Specification Review

Part number

6ES7136-6RA00-0BF0

Brand

Siemens

Category

I/O Modules

Product type

Digital F-output module relay

Lifecycle

Active Product

Dimensions

8.00 x 6.8 x 2.9 cm

Net weight

0.068 Kg

Source category

Digital F-output module relay

• Physical dimensions are listed as eight centimeters by six point eight centimeters by two point nine centimeters.
• The net weight of the unit is documented at zero point zero six eight kilograms for handling reference.
• A single relay output provides two normally open contacts for switching electrical loads in safety circuits.
• The overall width measures twenty millimeters, allowing for compact integration into standard DIN rail mounting configurations.
• Operational parameters support load voltages of twenty-four volts DC alongside alternating current ranges up to two hundred thirty volts.
• Summation output current capacity is rated at five amperes to handle multiple connected devices simultaneously without overload.

• The part number 6ES7136-6RA00-0BF0 identifies this specific variant within the Siemens SIMATIC DP product family.
• Normalization of the identifier removes hyphens, resulting in the sequence 6ES71366RA000BF0 for database matching purposes.
• This model belongs to the category of fail-safe I/O modules, distinct from standard digital output units.
• The designation indicates a relay-based output structure, differentiating it from solid-state transistor or triac alternatives.

Parameters are factual source fields retained for model review.

• Safety integrity levels are referenced under ISO 13849-1 standards, indicating performance level E capability.
• IEC 61508 compliance is noted for SIL 3 ratings when controlled by designated fail-safe digital outputs.
• Control logic typically requires pairing with F-DQ modules like the 6ES7136-6DB00-0CA0 for full safety function.
• Voltage specifications confirm dual application context with direct current sources and alternating current sources for flexible wiring.
• Current ratings establish the maximum continuous load the relay contacts can switch without thermal degradation or failure.

• Visual documentation should display the front label clearly showing the full twelve-character part number sequence.
• Side profiles must illustrate the twenty-millimeter width relative to adjacent modules in the ET200SP rack assembly.
• Terminal block views ought to highlight the connection points for load voltage and summation current pathways.
• Overall unit photography needs to reflect the compact form factor listed for dense control panel installations.

• Verify that the target application requires a relay output rather than a transistor-based switching mechanism.
• Confirm the control system utilizes application context F-DQ modules to ensure proper fail-safe functionality execution.
• Check voltage requirements against the supported range of twenty-four volts DC to two hundred thirty volts AC.
• Assess physical space constraints to ensure the eight-by-six-point-eight-centimeter footprint fits within existing cabinet layouts.

• Ensure all project documents reference the exact part number to avoid confusion with similar relay variants.
• Cross-check safety certification requirements against ISO 13849-1 and IEC 61508 standards for compliance verification.
• Review technical datasheets to confirm voltage and current limits align with the specific load characteristics.
• Document any special handling instructions due to the electronic nature of the fail-safe output components.