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6ES5460-4UA13

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Siemens 6ES5460-4UA13 is a SIMATIC S5 460 isolated analog input module with eight channels, two measuring-range submodule groups, and dual-slope conversion.
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Technical specifications for 6ES5460-4UA13

  • Manufacturer:
    Siemens
  • Part Number:
    6ES5460-4UA13
  • Product Family:
    Siemens Simatic S5
  • Product Type:
    SIMATIC S5 460 8-Channel Isolated Analog Input Module
  • Stock:
    1
  • Input Configurations:
    8 voltage/current inputs or 8 Pt100 inputs
  • Channel Grouping:
    Two groups of four channels
  • Range Selection:
    Two pluggable measuring-range submodules
  • Resolution:
    13-bit two's complement or 12-bit plus sign
  • Digital Representation:
    ±2048 units
  • Conversion Principle:
    Integrating dual-slope voltage-to-time conversion
  • Maximum Channel Potential Difference:
    60 V AC or 75 V DC
  • Digital Supply:
    5 V DC ±5%
  • Typical Digital Current:
    150 mA
  • Analog Supply:
    24 V DC
  • Typical Analog Current:
    100 mA
  • Integration Time at 50 Hz:
    20 ms
  • Integration Time at 60 Hz:
    16.67 ms
  • Coding Time at 50 Hz:
    60 ms
  • Coding Time at 60 Hz:
    50 ms
  • Two-Wire Transmitter Condition:
    Use the 500 mV mode and connect L- to central ground
  • Tariff Code:
    8538900000
  • Country of origin:
    Germany
  • Place of shipment:
    Xiamen,Fujian,China
By purchasing this item, you agree to the Terms & Conditions, ApterPower is not an authorized distributor for listed manufacturers or tradenames and therefore the manufacturer's warranty does not apply. All our products come with ApterPower's 1-year warranty.

More Information

Overview Manuals Range Groups Signal Coding Supply Paths Field Wiring

Features:

  • Eight isolated inputs bring voltage, current, transmitter, or Pt100 signals into the S5 system.
  • Two measuring-range submodules assign the signal type for separate four-channel groups.
  • Dual-slope conversion integrates each input before the digitized value reaches the controller.
Siemens 6ES5460-4UA13 organizes eight analog inputs as two four-channel range groups.

The fitted range submodules on 6ES5460-4UA13 determine the permitted field-signal wiring.

Separate analog and digital supply paths support the conversion process inside 6ES5460-4UA13.

The Siemens 6ES5460-4UA13 SIMATIC S5 460 8-Channel Isolated Analog Input Module may still be available for purchase and support from Apter Power beyond End-Of-Life (EOL) by the manufacturer (OEM).
Siemens 6ES5460-4UA13 SIMATIC S5 460 8-Channel Isolated Analog Input Module Manuals,Datasheets,Link Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.

Two Four-Channel Signal Groups

  • First group: One measuring-range submodule assigns the signal family used by channels zero through three.
  • Second group: The other measuring-range submodule assigns the signal family used by channels four through seven.
  • Range hardware: The fitted submodule must correspond to the connected voltage, current, transmitter, or Pt100 circuit.
  • Project match: Software scaling and field wiring must follow the actual hardware range rather than a neighboring module variant.

Dual-Slope Measurement Process

  • Integration: The converter integrates the input over a mains-related interval to suppress periodic interference.
  • Coding: A subsequent coding interval produces the digitized measurement for the controller.
  • Representation: Bipolar ranges use the documented two's-complement or signed representation.
  • Update behavior: Integration and coding time determine when a new channel value becomes available.

Digital and Analog Power Roles

  • Logic supply: The five-volt path powers the digital interface and controller-side logic.
  • Analog supply: The twenty-four-volt path powers the analog measurement circuits.
  • Isolation: The input circuits are isolated from the controller side while respecting the documented potential difference.
  • Ground reference: Two-wire transmitter operation requires the specified L-minus connection to the central ground.

Signal-Specific Connection Checks

  • Voltage input: Connect the signal to the terminals assigned to the installed voltage-range submodule.
  • Current input: The loop path and polarity must agree with the current-range circuit.
  • Pt100 input: Sensor leads must follow the documented resistance-measurement terminal arrangement.
  • Two-wire loop: Use only the documented five-hundred-millivolt mode and required common reference for loop transmitters.
Description
Siemens 6ES5460-4UA13 is a SIMATIC S5 460 isolated analog input module that transfers eight field measurements into the S5 I/O system. Its input circuits accept voltage, current, two-wire transmitter, or Pt100 signals as determined by the fitted measuring-range hardware.

The channels of 6ES5460-4UA13 form two four-channel groups. Each group is assigned by its own pluggable measuring-range submodule, so the two groups can carry different supported signal configurations within the same module.

Inside 6ES5460-4UA13, dual-slope conversion integrates each analog input over a mains-related interval before coding the result for the controller. Bipolar ranges use the documented signed representation, and the conversion timing determines when the next channel value reaches the S5 system.

Separate digital and analog supply paths power the logic and measurement sections of 6ES5460-4UA13. In the two-wire transmitter circuit, the 500 mV range and the L-minus connection to central ground establish the reference used by the input loop.
Alternative Names
6ES54604UA13 6ES5460 4UA13 6ES 5460 4UA13 Siemens 6ES5460-4UA13 6ES5460-4UA13 S5 460 Analog Input 6ES5460-4UA13 Isolated Input Module 6ES546O-4UA13 6ES5460-4UAI3
Technical notes
Each measuring-range submodule assigns one four-channel group on Siemens 6ES5460-4UA13, so the installed range hardware and field wiring must be checked together.
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FAQS

The following is a list of questions commonly asked by our customers. Please contact us if you have a question about our process that is not answered below.
Why do four channels on 6ES5460-4UA13 all show the wrong scale?
Inspect the 6ES5460-4UA13 measuring-range submodule serving that four-channel group, then compare its signal family, wiring, polarity, and software scaling.
Why can a two-wire transmitter fail on 6ES5460-4UA13 while a voltage source works?
For 6ES5460-4UA13, verify the documented 500 mV mode, L-minus connection to central ground, loop supply, polarity, terminal assignment, and transmitter current.
How should unstable readings on 6ES5460-4UA13 be investigated?
Check the 6ES5460-4UA13 shield and ground arrangement, signal common, source wiring, channel potential difference, range submodule, supply quality, and integration setting.
What must be recorded before replacing 6ES5460-4UA13?
Document the 6ES5460-4UA13 two range submodules, four-channel group assignments, terminal wiring, signal types, scaling, grounding, analog supply, and rack location.
Why can one channel group work while the other group fails on 6ES5460-4UA13?
Because 6ES5460-4UA13 uses two independent measuring-range submodules, compare the failed group submodule, contacts, wiring, range, supply path, and channel diagnostics.
Can adjacent channel groups on 6ES5460-4UA13 use different signal types?
Yes. The two four-channel groups on 6ES5460-4UA13 use separate measuring-range submodules, so each group can follow its own supported range configuration.