HIMA F 7133 H51q System Family 4-Fold Power Distribution Module
SKU F7133
In stock
1 review
12-month warranty
Free returns within 30 days
Manufacturer:
HIMA
Product No.:
F7133
Country of origin:Germany
Product Type:
Power Distribution Module
Barcode:
8537101190
Payment:
T/T, Western Union
Weight:
160g
Dimensions:
2cm x 18.8cm x 12.8cm
Shipping port:
Xiamen
Warranty:
12 months
Description
The HIMA F 7133 is a non-interactive 4-fold power distribution module designed for the H51q System Family to provide fuse monitoring and L- distribution. The module functions within the I/O subrack (occupying slots 18 to 21) to supply and protect I/O modules, sensor contacts, and actuator circuits. It incorporates four miniature fuses that provide line protection, with each fuse monitored via an internal evaluation logic block. Power for the I/O modules is fed into the rear side of the power distribution modules via XG. 7/8/9/10, allowing specific slots to allocate power to designated groups of I/O slots. Built-in failure signalization is achieved through dedicated front-panel LEDs and an integrated relay contact to report missing or faulty fuse states safely.
Features
Provides 4-channel power distribution with independent fuse protection for each current path.
Integrates evaluation logic to monitor the operational state of each miniature fuse continuously.
Features front-panel LED indicators that stay on when a path is functional, flash when a fuse is faulty or missing, and turn off if supply voltage fails.
Equipped with a safety-related relay contact that remains closed when all fuses are functional and de-energizes automatically if any fuse is missing or faulty.
Designed as a non-interactive module ensuring isolated line protection across subrack assemblies.
Applications
24 V DC power supply and distribution for safe routing to I/O slots within HIMA safety subracks.
Fused power circuit distribution for external sensors and actuator contacts.
Failure-signaling and monitored power marshalling in industrial automation and safety-instrumented systems.
Ordering Information
Part Type Designation
Alternative Designation
Functional Description
F 7133
F7133
4-fold power distribution with fuse monitoring and L- distribution
Technical Specifications
Parameter
Value
Manufacturer
HIMA Paul Hildebrandt GmbH + Co KG
Fuses
max. 4 A slow blow
Switching Time
approx. 100 ms (relay)
Loadability of the Relay Contacts
30 V/4 A (continuous load)
Residual Voltage (Fuse Tripped)
0 V
Residual Current (Fuse Tripped)
0 mA
Residual Voltage (Missing Supply)
max. 3 V
Residual Current (Missing Supply)
< 1 mA
Space Requirement
4 TE
Operating Data
24 V DC: 60 mA
Connections/Interfaces
Connector Pin
Function
Front Contacts 1, 2, 3, 4
Connection for L+ resp. EL+ to supply the I/O modules and sensor contacts
Front Contact L-
Connection for L- distribution
Rear Contacts d6, d10, d14, d18
Terminals for 24 V supply of one I/O slot each
Relay Contacts d22/z24
Safety monitoring loop contact (closed when all fuses are in order)
Installation Guidelines
Subrack Positioning: Install the module into slots 18 to 21 of the I/O subrack based on the specific group of I/O slots requiring power distribution.
Wiring Setup: Wire the supply inputs directly to the front-side contact pins (1, 2, 3, 4, and L-) via the front cable plug to establish the monitoring circuit.
Rear Connection Check: Secure the power feed to the rear side of the modules using XG. 7/8/9/10 connectors for proper distribution to the bus board.
Compliance and Certifications
CE
FAQ
What is the maximum rating permitted for the integrated fuses on this module?
The module permits a maximum of 4 A slow blow miniature fuses to handle line protection across each current path.
How does the device communicate an internal line fault or a missing fuse condition?
An internal evaluation logic drives front-panel status LEDs to flash, and opens an integrated relay contact (d22/z24) if a fuse is faulty or missing.
What is the typical reaction time associated with the safety signaling relay contact?
The relay contact features an operational switching time of approximately 100 ms.
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