Siemens 39VIMCCN-A5E00282175-07
Siemens 39VIMCCN-A5E00282175-07
Siemens 39VIMCCN-A5E00282175-07
Siemens 39VIMCCN-A5E00282175-07
Siemens 39VIMCCN-A5E00282175-07
Siemens 39VIMCCN-A5E00282175-07
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  • Lifecycle status

    Discontinued / Obsolete by OEM
    Apter Power supports exact-assembly review and quotation for this cancelled Siemens APACS+ voltage input module.

39VIMCCN-A5E00282175-07

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Siemens 39VIMCCN-A5E00282175-07 combines a 39VIMCCN APACS+ voltage input module identity with the A5E00282175/07 assembly suffix for 16-channel thermocouple and voltage acquisition.
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Technical specifications for 39VIMCCN-A5E00282175-07

  • Manufacturer:
    Siemens
  • Part Number:
    39VIMCCN-A5E00282175-07
  • Product Family:
    Siemens Moore
  • Product Type:
    APACS+ 16-Channel Voltage Input Module Assembly
  • Stock:
    1
  • Base module designation:
    39VIMCCN
  • Assembly identifier:
    A5E00282175/07
  • Control platform:
    APACS+
  • Input channels:
    16
  • Input modes:
    Thermocouple or voltage
  • Configurable burnout:
    Upscale, downscale, or disabled
  • Channel isolation:
    Individual, including backplane and ground separation
  • Voltage input range:
    Up to -10 to +10 VDC
  • Module power:
    24 VDC
  • Maximum current:
    0.15 A
  • Weight:
    1.94 kg
  • Estimated shipping dimensions:
    4x25.7x30.5cm
  • Tariff Code:
    Please confirm the destination before shipping
  • 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 Channel Setup Fault Response Service Integration Product Applications

Features:

  • Exact assembly identity: the label binds the 39VIMCCN core designation to A5E00282175/07
  • Configurable measurement: sixteen channels support documented thermocouple or voltage input modes
  • Isolated APACS+ interface: conditioned field values reach the control module through IOBUS
Siemens 39VIMCCN-A5E00282175-07 identifies a specific APACS+ voltage input assembly rather than a generic VIM family reference.

Its measurement path combines channel assignment, signal conditioning, conversion, diagnostics, and IOBUS delivery to the associated control module.

Selection and service must preserve the complete assembly label, termination hardware, cabinet context, channel configuration, and discontinued-product support boundary.

Apter Power supports document review, exact-assembly matching, quotation, and procurement for the Siemens 39VIMCCN-A5E00282175-07 APACS+ 16-Channel Voltage Input Module Assembly.
Siemens 39VIMCCN-A5E00282175-07 APACS+ 16-Channel Voltage Input Module Assembly Manuals,Datasheets,Link
Important Notice: No qualified exact-model English PDF is attached. Use the complete product model in every document request.
  • Input assignment: each channel is configured for thermocouple or voltage service before its value is used by control logic.
  • Thermocouple conversion: sensor type, engineering units, linearization, and cold-junction compensation must describe the installed loop.
  • Signal response: scaling, digital filtering, and step-response settings govern how a field change appears to the APACS+ project.
  • Burnout policy: upscale, downscale, or disabled action determines how an open thermocouple is presented to alarms and operators.
  • Channel containment: individual isolation limits a field-circuit short from becoming a shared input fault.
  • Backplane boundary: separation from the backplane and ground keeps external wiring faults distinct from module processing faults.
  • Diagnostic layers: channel, communication, power, processor, memory, and temperature checks help locate the failing part of the measurement path.
  • Local indication: ACTIVE and OK states support a first decision before 4-mation or Diagnostic Logger records are reviewed.
  • IOBUS role: the VIM converts conditioned field data for delivery to the associated APACS+ control module.
  • Termination choice: local, marshalled, or rail termination hardware must match the approved cabinet and interconnect design.
  • Assembly traceability: the 39VIMCCN designation and A5E00282175/07 suffix stay together in receiving and maintenance records.
  • Commissioning proof: controlled channel stimulation must reproduce the expected value, burnout behaviour, diagnostics, and control-system receipt.
  • APACS+ temperature acquisition: convert supported thermocouple inputs for control, alarm, trend, and diagnostic use.
  • Process voltage measurement: acquire independently configured voltage signals within the documented VIM range.
  • Redundant input architecture: operate within a documented rack-to-rack VIM redundancy arrangement when engineered for that role.
  • Legacy APACS+ service: retain the installed assembly identity and channel configuration during repair, spare qualification, or migration work.
Description
The nameplate on 39VIMCCN-A5E00282175-07 joins the Siemens 39VIMCCN module designation to assembly identifier A5E00282175/07. Siemens documents VIMCCN as an intelligent APACS+ Advanced Controller I/O element that interfaces sixteen software-configurable thermocouple or voltage inputs with the control module's IOBUS.

Measurement behaviour in 39VIMCCN-A5E00282175-07 depends on the channel configuration as much as the installed hardware. Thermocouple linearization, cold-junction compensation, scaling, filter and response settings, burnout direction, self-calibration, and diagnostics determine how a field signal becomes a value used by control logic and operators.

Siemens placed the 39VIMCCN family in its APACS+ cancellation program, while the A5E suffix remains the assembly-level identity visible on 39VIMCCN-A5E00282175-07. Service planning should therefore keep the complete label, termination arrangement, module keying, node/rack/slot assignment, software compatibility record, and channel softlist together rather than treating any family-marked VIM as an automatic match.
Alternative Names
39VIMCCN A5E00282175/07 39VIMCCN A5E00282175-07 39VIMCCN-A5E00282175/07 39VIMCCNA5E0028217507 Siemens A5E00282175/07 Siemens 39VIMCCN VIM UPH 39VIMCCN 39 VIM CCN A5E00282175/07 APACS+ 39VIMCCN voltage input
Technical notes
Do not qualify 39VIMCCN-A5E00282175-07 by the 39VIMCCN marking alone. A family-only match can misidentify the installed assembly; compare the nameplate model, part or assembly and issue identifiers, ROM or software-compatibility identification, module keying, termination hardware, and documented node/rack/slot assignment before substitution, then record the comparison before installation.
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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.
Can an APACS+ technician accept a spare marked only 39VIMCCN for 39VIMCCN-A5E00282175-07 during an outage?
Not on the family marking alone. The Siemens manual defines the VIMCCN module, while the installed label adds A5E00282175/07; compare the nameplate model, part or assembly and issue identifiers, ROM or software-compatibility identification, module keying, termination hardware, and documented node/rack/slot assignment before substitution.
Which APACS+ settings must be restored before 39VIMCCN-A5E00282175-07 can resume temperature acquisition?
The channel must return with the correct thermocouple type and units, scaling, burnout policy, and filter or response settings. A plausible value is not sufficient until the configured channel and diagnostic state agree with the approved project.
If 39VIMCCN-A5E00282175-07 reports a channel fault, where should a technician begin before replacing the module?
Begin with the channel diagnostic path: Siemens distinguishes individual input faults from communication, power, processor, memory, and over-temperature problems. Use the front LEDs plus the Diagnostic Logger or 4-mation record to decide whether the failure is local to one loop or module-wide.
Why might 39VIMCCN-A5E00282175-07 drive a thermocouple reading to a limit after a sensor opens?
That response can be intentional. The VIM burnout setting may return the channel to its maximum or minimum value, or disable burnout detection; compare the observed direction with the configured policy before diagnosing the module.
Can 39VIMCCN-A5E00282175-07 retain an existing remote termination during cabinet service?
Only after identifying the VIM termination type, confirming that the interconnect cable is correctly labeled and keyed for the assigned node/rack/slot, and verifying that the control module accepts the intended VIM configuration. Siemens documents local, marshalled, and rail termination options, so the hardware path must be identified before field wiring is retained.
What must be proven before 39VIMCCN-A5E00282175-07 returns to service in a redundant APACS+ pair?
Confirm that the configuration is accepted, one VIM is active and enabled, its companion is in verify or standby, and the LED and diagnostic/status displays show no unresolved error. Siemens describes automatic switchover but does not prescribe a field test; use an approved site or Siemens procedure if switchover testing is required.