HIMA,F3330
HIMA,F3330
HIMA,F3330
HIMA,F3330
HIMA,F3330
HIMA,F3330
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F3330

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HIMA F3330 is an eight-channel SIL 3 digital output module for 24 VDC resistive, inductive and low-power lamp loads in HIQuad systems.
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Technical specifications for F3330

  • Manufacturer:
    HIMA
  • Part Number:
    F3330
  • Product Family:
    HIMA HIQuad H41q/H51q
  • Product Type:
    8-Channel Safety-Related Digital Output Module
  • Stock:
    1
  • Output channels:
    8
  • Safety capability:
    AK 1 through AK 6 / SIL 3
  • Nominal output supply:
    24 VDC
  • Resistive or inductive load:
    Up to 500 mA / 12 W per channel
  • Lamp load:
    Up to 4 W per channel without the documented additional circuit
  • Output protection:
    Short-circuit proof
  • Integrated protection:
    Safety shutdown with safe isolation
  • Maximum internal voltage drop:
    2 V at 500 mA
  • Maximum round-trip line resistance:
    11 Ω
  • Undervoltage trip point:
    16 V or below
  • Short-circuit current threshold:
    0.75 to 1.5 A
  • Maximum output leakage current:
    350 microampere
  • Maximum reset-state output voltage:
    1.5 V
  • Maximum test-pulse duration:
    200 microseconds
  • Space requirement:
    4 SU
  • Backplane supply:
    5 VDC at 110 mA
  • Field supply load:
    24 VDC at 180 mA plus load
  • Maximum fully loaded modules per I/O rack:
    10
  • Cable-plug type:
    Z 7138/3330/C
  • Dimensions:
    2 x 19 x 12.8 cm
  • Weight:
    0.14 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 Load Review Safe-State Control Rack Planning Application
  • Eight protected safety-related output channels
  • Integrated shutdown and output-state readback
  • Support for resistive, inductive and lamp circuits

F3330 combines final-element switching with internal diagnostic tests, allowing a HIQuad controller to command loads while supervising the module's ability to enter the safe state.

Field compatibility depends on more than current demand: supply return, suppression, line resistance and load response to test pulses must all match the approved circuit.

After installation, every output should be tested with its actual load to confirm commanded operation, diagnostic readback and reliable transition to the defined de-energized safe state.

Availability, condition, price, and shipping time for F3330 are confirmed during quotation.

HIMA F3330 8-Channel Safety-Related Digital Output 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 resistive, inductive and lamp circuits separately
  • Verify final-element behavior during diagnostic test pulses
  • Preserve the documented suppression arrangement for inductive loads
  • Confirm that interruption of L- removes every output signal
  • Verify output readback and controller fault handling
  • Test the defined safe position of each connected final element
  • Review simultaneous output demand before module installation
  • Confirm field-supply and enclosure capacity for the connected loads
  • Retain the original cable-plug and channel assignment
  • Solenoid-valve control in emergency shutdown systems
  • Safety-related actuator switching in burner-management systems
  • Protected alarm and indicator outputs in process-safety panels
Description
F3330 switches eight safety-related 24 VDC output channels and includes an integrated safety shutdown with safe isolation. The outputs are short-circuit proof and remove the output signal if the L- supply is interrupted.

The module supports resistive or inductive loads and low-power lamps. Its internal diagnostics read back output states and apply a brief walking-bit test to detect loss of switching ability or channel crosstalk.

Replacement planning must preserve load type, field suppression, line resistance, L+ and L- wiring and the cable-plug arrangement. Every final element should be exercised under controlled conditions before automatic operation resumes.
Alternative Names
HIMA F3330 HIMA F 3330 F 3330 HIMA HIQuad F3330 F3330 SIL 3 Output Module
Technical notes
HIMA F3330 requires matched revision, L+/L- continuity, approved inductive suppression and cable-plug wiring; excessive line resistance or unsuitable test-pulse loads can compromise output verification.
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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 HIMA F3330 drive an inductive solenoid without external suppression?
Follow the HIMA load circuit and use the documented suppression component for inductive loads. Confirm polarity, energy and field wiring before connecting the solenoid.
What happens to HIMA F3330 outputs if the L- supply is interrupted?
The module is designed so no output signal remains when the L- supply is broken. Verify both supply conductors when all channels appear inactive.
Can two HIMA F3330 channels be paralleled for a higher-current load?
HIMA documents channel paralleling without external diodes, but the approved project design must still address equal wiring, diagnostics, load current and the required safety architecture.
Why can HIMA F3330 produce brief pulses during normal diagnostics?
The module applies short test pulses to check switching capability and crosstalk. Verify that connected final elements cannot respond adversely to the documented pulse duration.
Can HIMA F3330 be used for a lamp load above the basic rating?
Only use the additional circuit shown by HIMA for the specified higher lamp-load range. Do not increase lamp wattage without reproducing that approved arrangement.
What rack-loading check is required before adding HIMA F3330?
Review the number of loaded output modules, backplane and field-supply capacity, enclosure temperature and simultaneous load because HIMA limits nominally loaded modules per I/O rack.
How should HIMA F3330 be commissioned after replacement?
With outputs inhibited initially, verify wiring and diagnostics, then command each channel individually and confirm the final element, readback, safe state and dependent interlocks.