HIMA F7133
HIMA F7133
HIMA F7133
HIMA F7133
HIMA F7133
HIMA F7133
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F7133

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HIMA F7133 distributes 24 VDC through four monitored fuse paths for HIQuad I/O modules and sensor circuits.
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Technical specifications for F7133

  • Manufacturer:
    HIMA
  • Part Number:
    F7133
  • Product Family:
    HIMA Power Supplies & Accessories
  • Product Type:
    4-Channel Power Distribution Module
  • Stock:
    1
  • Distribution paths:
    4
  • Nominal supply:
    24 VDC
  • Fuse type:
    Miniature slow-blow
  • Maximum fuse rating:
    4 A per path
  • Fuse indication:
    One monitored LED per path
  • Relay switching time:
    Approximately 100 ms
  • Relay contact capacity:
    30 V / 4 A continuous
  • Relay healthy state:
    d22/z24 closed when all fuses are present and good
  • Residual voltage with tripped fuse:
    0 V
  • Residual current with tripped fuse:
    0 mA
  • Maximum residual voltage with missing supply:
    3 V
  • Residual current with missing supply:
    Below 1 mA
  • Rear slot feeds:
    d6, d10, d14 and d18
  • Space requirement:
    4 SU
  • Operating current:
    24 VDC at 60 mA
  • Dimensions:
    2.1 x 18.8 x 12.9 cm
  • Weight:
    0.16 kg
  • 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 Path Mapping Fuse Supervision Power-Up Test Application
  • Four separately fused 24 VDC distribution paths
  • Per-path visual fuse monitoring
  • Common relay indication for distribution health

F7133 organizes field and I/O power into monitored branches so a failed fuse can be identified without treating the entire rack supply as one undifferentiated circuit.

The module's replacement value depends on restoring the original path assignments and common return, since changing those connections alters which I/O slot and sensor group each fuse protects.

Commissioning should energize each distribution path separately and prove the associated voltage, fuse indication and common relay transition before all connected field circuits are returned to service.

Availability, condition, price, and shipping time for F7133 are confirmed during quotation.

HIMA F7133 4-Channel Power Distribution Module Manuals, Product Family, Links

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.

  • Identify the I/O slot and field circuits supplied by each path
  • Keep front and rear distribution assignments with the project drawing
  • Preserve the common L- arrangement during module exchange
  • Use the approved slow-blow fuse type for every branch
  • Interpret each LED together with the presence of branch supply
  • Route the common relay contact to the existing fault-monitoring circuit
  • Energize branches in a controlled sequence
  • Measure polarity and voltage at every assigned load
  • Prove both individual indication and common fault signaling
  • Fused 24 VDC distribution to HIQuad I/O slots
  • Protected supply of sensor contacts and field circuits
  • Common fuse-fault signaling for H41q/H51q cabinets
Description
F7133 provides four fused 24 VDC distribution paths with common L- distribution. Each miniature fuse is monitored by evaluation logic and has an associated front indication.

Rear contacts feed four I/O slots, while the front connection can supply I/O modules and sensor contacts. A relay contact reports whether all four fuses are present and serviceable.

Replacement and commissioning should preserve path grouping, fuse rating, relay wiring and L- distribution. Each path must be energized, loaded and fault-tested without disturbing adjacent safety circuits.
Alternative Names
HIMA F7133 HIQuad F7133 HIMA F 7133 F 7133 F-7133 HIMA HIQuad F7133
Technical notes
HIMA F7133 requires identical path grouping, slow-blow fuse ratings, L- distribution and d22/z24 alarm wiring; changing shared supplies during cabinet maintenance can make individual fuse diagnostics ambiguous.
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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 a higher-rated fuse be installed in HIMA F7133 to stop nuisance trips?
No. The exact data sheet specifies slow-blow fuses up to the documented rating. Investigate load current and wiring faults instead of increasing protection.
What does a flashing LED on HIMA F7133 mean?
The data sheet associates flashing with a faulty or missing fuse. Confirm that the path has supply voltage before using the LED to diagnose the circuit.
Why can HIMA F7133 give limited fuse-state information when supplies are linked?
HIMA notes that when connected paths share supply and an input voltage is missing, the individual fuse states may not be distinguishable.
What should be recorded before replacing HIMA F7133?
Map all four distribution paths, fuse ratings, front and rear connections, L- conductors and d22/z24 relay wiring before isolating the module.
Can HIMA F7133 be used as an electronic output module?
No. F7133 distributes and monitors fused 24 V power; it does not replace a commanded digital output channel or its safety logic.
How should the healthy relay contact on HIMA F7133 be checked?
With every correct fuse fitted and energized, verify the documented contact state; remove one fuse under the approved test method and confirm the fault transition.
How should HIMA F7133 be commissioned after replacement?
Energize each path separately, verify voltage and polarity at its assigned I/O slot, prove LED and relay fault indication, then test the supplied field circuits.