Home > Products > SIEMENS > SIMATIC S7 Series
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Complete model
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6ES7136-6DC00-0CA0
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Product family
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SIMATIC ET 200SP
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Product type
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F-DQ 8x24 V DC/0.5 A PP HF fail-safe digital output module
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Usable BaseUnit
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BU type A0
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Module width
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15 mm
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Supply voltage
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24 V DC rated; 19.2 to 28.8 V permissible
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Current consumption
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75 mA rated without load; maximum 21 mA from backplane bus
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Output type
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Transistor
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Digital outputs
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8 parameterizable outputs
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Output current
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0.5 A rated per channel; 3 A maximum per module subject to derating
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Switching frequency
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30 Hz resistive; 0.1 Hz inductive; 2 Hz capacitive; 10 Hz lamp load
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Cable length
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100 m maximum, shielded or unshielded
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Address space
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6 bytes inputs and 6 bytes outputs
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Diagnostics
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Diagnostic alarm; RUN, ERROR, PWR, channel and DIAG LEDs
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Safety level
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PL e and Category 4 per ISO 13849-1; SIL 3 per IEC 61508
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Isolation test
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707 V DC type test
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Operating temperature
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0 to 60 deg C horizontal; 0 to 50 deg C vertical
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Installation altitude
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Up to 4,000 m; restrictions above 2,000 m
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Dimensions
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15 x 73 x 58 mm (W x H x D)
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Weight
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Approximately 48 g
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Engineering
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TIA Portal V14 SP1 with HSP 202; STEP 7 V5.5 SP4 HF5; PROFINET GSD V2.31
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Approvals
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CE, UKCA, UL, RCM, FM, CCC-Ex, TUEV, PROFIsafe and selected maritime approvals
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Fail-safe process data
The module exchanges a 6-byte input area and a 6-byte output area with the controller.
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PROFINET integration
Configuration is supported from PROFINET GSD version 2.31.
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Engineering systems
Use TIA Portal V14 SP1 with HSP 202 or STEP 7 V5.5 SP4 HF5 and later stated releases.
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I&M records
Identification and maintenance data I&M0 through I&M3 are supported.
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Output channels
Eight transistor digital outputs provide 24 V DC signals at 0.5 A rated per channel.
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BaseUnit connection
Install the electronic module on a SIMATIC ET 200SP BaseUnit type A0.
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Cable connection
Shielded or unshielded output cables may be up to 100 m.
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Potential separation
Channels are isolated from the backplane bus; channels are not isolated from each other.
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Functional safety
The achievable safety classification is PL e, Category 4 and SIL 3.
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Short-circuit protection
Each transistor output provides short-circuit protection with a typical 0.7 A response threshold.
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Diagnostic coverage
Diagnostic alarms and channel, module, supply, RUN and ERROR indicators support fault detection.
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Failure metrics
Official data lists PFDavg below 6.00E-05 and PFH below 2.00E-09 per hour for SIL 3.
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Compact format
The module is 15 mm wide, 73 mm high and 58 mm deep, with an approximate weight of 48 g.
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Ambient range
Operate at 0 to 60 deg C horizontally or 0 to 50 deg C vertically.
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Output derating
Maximum module current is 3 A at 40 deg C horizontal, 2.5 A at 50 deg C, and 2 A at 60 deg C.
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Altitude
Installation is specified up to 4,000 m with restrictions above 2,000 m.
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Q1. How can I verify that the quoted item is exactly 6ES7136-6DC00-0CA0?
Match the complete order number on the module label, packaging, quotation and invoice. Confirm F-DQ 8x24 V DC/0.5 A PP HF, 15 mm width, BaseUnit type A0 and CC02 color coding.
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Q2. How can I distinguish a new module from a used or refurbished unit?
Request current photos of the Siemens label, coding element, backplane contacts, housing, LEDs and sealed packaging. Check for rail marks, worn contacts, scratches, replaced labels or resealing.
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Q3. How should a buyer verify that the supplier is legitimate and reliable?
Confirm the supplier legal registration, physical address, bank beneficiary and industrial automation references. Commercial documents should consistently identify Siemens 6ES7136-6DC00-0CA0.
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Q4. Which specifications should an engineer verify before purchasing?
Verify the 24 V DC supply, eight 0.5 A outputs, BU type A0, current derating, 15 x 73 x 58 mm dimensions, 48 g weight, engineering version and required PL e or SIL 3 architecture.
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Q5. What physical evidence should be requested before payment?
Request timestamped photos or video showing the full order-number label, terminals, coding element, backplane contacts, LEDs, housing condition and unopened Siemens packaging.
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Q6. Can a similar F-DQ suffix replace 6ES7136-6DC00-0CA0?
Not automatically. A different suffix can change channel count, output current, BaseUnit type, safety parameters, address space, firmware and engineering requirements. The complete safety design must be validated.
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