The F 3236 (also designated as F3226 / F 3226) is a 16-fold safety-related digital input interface card engineered by HIMA for discrete signal processing within the Planar F automation structure. This module interfaces discrete field instrumentation, sensors, or switches with safety-critical automation hardware loops to capture binary state statuses. Designed for high-integrity plant networks, it evaluates 1-signal currents or mechanical contact interfaces while operating with comprehensive, automatic background hardware diagnostics to verify signal line boundaries. The module executes periodic diagnostics, including active sensor loop monitoring and filtering component reviews, ensuring dependable state verification for emergency shutdown and functional protection architectures.
Features
Processes 16 separate discrete input sensor or contact lines simultaneously.
Performs continuous automatic self-tests covering cross-talking via walking-zero routines during live operations.
Validates internal filter capacitor health and complete logic card circuit operation transparently.
Features integrated safety isolation boundaries to ensure safe channel performance within high-demand plant logic systems.
Applications
High-integrity digital input processing for mechanical switches and binary field sensors.
Safety-isolated contact status monitoring inside critical process emergency shutdown environments.
Continuous instrumentation logic interfacing within standard architectural safety control chassis configurations.
Technical Specifications
Parameter
Value
Manufacturer
HIMA Paul Hildebrandt GmbH + Co KG
Model
F 3236 (F 3226)
Country of Origin
Germany
Dimensions
2.5 cm x 12.7 cm x 20.3 cm
Weight
0.1 KG
Inputs
1-signal, 6 mA (including cable plug) or mechanical contact 24 V
Switching Time
typ. 8 ms
Space Requirement
4 TE
Operating Data (5 V DC)
120 mA
Operating Data (24 V DC)
200 mA
Connections/Interfaces
Connector Pin
Function
Colour
d2
Input Channel 1
ws
d4
Input Channel 2
br
d6
Input Channel 3
gn
d8
Input Channel 4
ge
d10
Input Channel 5
gr
d12
Input Channel 6
rs
d14
Input Channel 7
bl
d16
Input Channel 8
rt
d18
Input Channel 9
sw
d20
Input Channel 10
vio
d22
Input Channel 11
ws-br
Installation Guidelines
Subrack Slot Alignment: Orient the module edges inside the designated 4 TE framework slot channels and seat the card firmly into the rear bus connection plane.
Cable Plug Attachment: Secure the appropriate front cable plug assembly to achieve stable sensor signal transitions and accurate loop metrics.
Vibration Protection: Tighten the built-in front plate locking screws securely to eliminate accidental contact degradation caused by continuous industrial structural vibration.
Compliance and Certifications
CE
TÜV
FAQ
What diagnostic sequences does the device run automatically during field operation?
The module automatically conducts diagnostic routines covering cross-talking of the input lines with a walking-zero test, filter capacitor functional validation, and general circuit card operational checks.
What is the typical signal processing reaction speed of the input circuits?
The input circuits feature a typical hardware switching time response of 8 ms.
What electrical load parameters apply to the digital input channels?
The channels accommodate a 1-signal rated at 6 mA (inclusive of the cable plug assembly) or standard mechanical contacts operating at 24 V DC.
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