Home
>
Products
>
Siemens Simatic PLC
>
Siemens 6ES7414-4HM14-0AB0 Processor Module with 6 W Power Loss 190 µA Backup Current
Siemens 6ES7414-4HM14-0AB0 Processor Module with 6 W Power Loss 190 µA Backup Current
6 W Power Loss Processor Module
190 µA Backup Current CPU 414-4H
100 ms CiR Synchronization Siemens Simatic PLC
Place of Origin:
Germany
Brand Name:
Siemens
Model Number:
6ES7414-4HM14-0AB0
Contact Us
Request A Quote
Product Details
Product Model:
6ES7414-4HM14-0AB0
Product Parameters:
Processor Module
Manufacturer:
Siemens
Country Of Origin:
Germany
Place Of Shipment:
Xiamen, China
Power Loss, Typ:
6 W
Type Of Memory:
RAM
Backup Current, Typ:
190 µA; Valid Up To 40°C
Highlight:
6 W Power Loss Processor Module
,190 µA Backup Current CPU 414-4H
,100 ms CiR Synchronization Siemens Simatic PLC
Payment & Shipping Terms
Minimum Order Quantity
1
Price
66USD
Packaging Details
Brand new and original
Delivery Time
2-3 work days
Payment Terms
T/T
Supply Ability
in stock
RELATED PRODUCTS
Video
Siemens 6ES7522-1BH00-0AB0 Digital Output Module with 16 Outputs 24V DC and 0.5A per Channel
Get Best Price
Video
Siemens 6ES7151-1AA03-0AB0 IM 151-1 Standard Interface Module with RS 485 Interface 20ms Holdup Time
Get Best Price
CONTACT US
Contact Now
Product Description
Estimated Shipping Size: 25.4×7.6×30.5 cm
Manufacturer: Siemens
Weight: 0.64 kg
Product Type Designation: CPU 414-4H
Programming Package: STEP 7 V5.3 SP2 or higher with HW update
CiR Synchronization Time, Basic Load: 100 ms
CiR Synchronization Time, per I/O Byte: 25 µs
Power Specifications
Rated Value (DC): Power supply via system power supply
From Backplane Bus 5 V DC, typical: 1.4 A
From Backplane Bus 5 V DC, maximum: 1.7 A
From Backplane Bus 24 V DC, maximum: 150 mA (Per DP interface)
From Interface 5 V DC, maximum: 90 mA (At each DP interface)
How does the 6ES7414-4HM14-0AB0 manage bumpless transition during a CPU switchover?
The "H" architecture in this processor utilizes dedicated synchronization modules to maintain a "hot standby" state. Data consistency is ensured via the Synchronization Time (Basic Load of 100 ms), where the active unit continuously mirrors the process image and internal registers to the standby unit. This ensures that in the event of a primary fault, the transition is transparent to the process, maintaining system integrity without interrupting the logic execution.
What are the critical power budget considerations for the backplane bus integration?
Engineering the power supply requires accounting for both typical and peak consumption. The CPU 414-4H draws a typical current of 1.4 A (5 V DC) from the backplane, but engineers must calculate the total power budget based on the maximum peak of 1.7 A. Furthermore, if utilizing the DP interfaces, an additional 150 mA at 24 V DC must be factored in per interface to prevent voltage drops that could trigger bus communication errors.
When implementing Configuration in RUN (CiR), how is the impact on scan cycle time calculated?
CiR functionality allows for hardware modifications without stopping the process. The overhead calculation is deterministic: a base synchronization load of 100 ms is coupled with an incremental latency of 25 µs per I/O byte. System integrators must evaluate whether this cumulative synchronization time fits within the "Watchdog" limits of the application to avoid unintended cycle overflows during hardware updates.
Is the legacy STEP 7 environment sufficient for configuring this specific firmware iteration?
While the 6ES7414-4HM14-0AB0 belongs to the S7-400 family, it requires STEP 7 V5.3 SP2 or higher. It is vital to note that a simple version match is often insufficient; a specific Hardware Update (HSP) is mandatory to recognize the unique parameters and diagnostic addresses of the 4HM14-0AB0 module within the SIMATIC Manager hardware configuration.
How do the physical dimensions influence thermal management within the control cabinet?
With a shipping size of 25.4 × 7.6 × 30.5 cm and a weight of 0.64 kg, this CPU is a dense processing unit. In high-availability setups where two such CPUs are mounted in close proximity on a UR2-H rack, the thermal dissipation of the 1.7 A current draw becomes significant. Maintaining vertical clearance for natural convection or forced-air cooling is critical to prevent premature aging of the internal electrolytic capacitors.
What is the significance of the "Per DP interface" 24V power specification?
The specification of 150 mA at 24 V DC per DP interface refers to the power available for external components, such as RS485 repeaters or active termination resistors. If the fieldbus topology requires multiple active bus components powered directly through the CPU's interface ports, exceeding this 150 mA threshold will jeopardize the communication stability of the entire Profibus segment.
In terms of fault-tolerant synchronization, what occurs during the 25 µs "Time per I/O byte" window?
This is the granular delay required to synchronize peripheral data between the master and standby CPUs. During a CiR operation, the system locks the I/O image update for this duration to ensure that both processors are "seeing" the exact same state. This high-speed synchronization is what allows the S7-400H to handle complex motion control or safety-related tasks where millisecond-level precision is non-negotiable.
How does the 6ES7414-4HM14-0AB0 handle synchronization if the fiber optic link is compromised?
This processor relies on redundant synchronization sub-modules. If the fiber-optic link fails, the "H" system loses its redundancy (entering "Solo Mode"), but the active CPU continues operation. However, the CiR synchronization times mentioned in the specs become irrelevant at that point, as the CPU can no longer perform the 100 ms / 25 µs data mirroring required for a fail-safe handover. Reliable operation depends on the integrity of the backplane bus 5V supply and the optical link health.
Let's be real: in this industry, a missing part isn't just an inconvenience—it's a bottleneck. At Amikon, we've spent years weaving a global web of sourcing power that others simply can't tap into. What does that mean for you? It means we bypass the middleman markups to put the parts you need in your hands for less.
With over 2 million partners already in our circle, we've learned that a transaction is just the beginning. Whether it's the deep-dive technical support before you buy or the "we've got your back" after-sales care, we're here to ensure your ROI doesn't just grow—it explodes.
Amikon: Global reach. Local heart. Total competitive edge.
When your line stops and the manufacturer tells you "Sorry, we don't make that anymore," we're the ones who say "We've got it."
Why partner with us?
Zero Lag Time: We move fast so you can get back to work. Minimize those costly disruptions.
The "Impossible" Stock: We specialize in the rare, the old, and the hard-to-find. If it's out of production, it's probably in our warehouse.
20 Years of Trust: We're not the new kids on the block. Two decades of sourcing means you get quality, not just a box.
Your All-in-One Parts Hub
ABB (DSQC, Bailey INFI90)
Honeywell (51/MU/MC)
Triconex (3008/3511+)
Bently Nevada (3500/3300)
Foxboro (FBM/FCP)
Woodward (SPC/PEAK15)
Siemens (6DD/6ES5)
GE (IC693/DS200)
Schneider/Westinghouse & more
Let's get you back on track.
Miya Zheng | Sales Manager
WhatsApp: +86 180 2077 6792
Email: sales@amikon.cn
Related Products
Video
Video
Video
Send your inquiry directly to us
