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- Siemens
- 6AG1210-1PE26-2AL0
- Power Module
- Germany
- 200 × 472 × 237 mm
- 18.5 kg
- Xiamen, China
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Product Overview
The Siemens 6AG1210-1PE26-2AL0 Power Module is an industrial power component intended for integration into automation, control, and electrical distribution architectures. In an industrial automation system, the power infrastructure provides the electrical foundation for controllers, I/O equipment, communication devices, operator interfaces, and other electronic components.
Reliable power management is particularly important in industrial environments where control equipment may operate continuously and where unexpected power interruptions can affect production, process stability, and equipment availability. A suitably selected power module can form part of a structured control-panel design in which incoming power is appropriately distributed to connected automation equipment.
The supplied dimensions of the Siemens 6AG1210-1PE26-2AL0 are 200 × 472 × 237 mm, with a listed weight of 18.5 kg. These relatively large physical specifications should be taken into account during cabinet design, mechanical mounting, transportation, handling, and maintenance planning.
The exact electrical ratings and functional characteristics of the 6AG1210-1PE26-2AL0 should be confirmed against the actual nameplate and applicable Siemens documentation. Parameters such as input voltage, output voltage, rated current, power capacity, terminal configuration, protection functions, and environmental limits should not be assumed solely from the product designation.
Technical Specifications
| Parameter | Specification |
|---|---|
| Manufacturer | Siemens |
| Model | 6AG1210-1PE26-2AL0 |
| Product Type | Power Module |
| Primary Function | Industrial power management |
| Application | Automation and control systems |
| Installation | Industrial control cabinet / suitable enclosure |
| Dimensions | 200 × 472 × 237 mm |
| Weight | 18.5 kg |
| Typical Applications | Industrial automation, control cabinets, process systems and electrical infrastructure |
Technical note: Exact input/output voltage, current rating, power capacity, efficiency, protection functions, connection method, cooling requirements, and environmental specifications should be verified for the specific 6AG1210-1PE26-2AL0 hardware configuration.
What Is the Siemens 6AG1210-1PE26-2AL0?
The Siemens 6AG1210-1PE26-2AL0 is identified as a Power Module designed for use as part of an industrial electrical and automation system.
Power modules are fundamentally different from PLC CPUs or I/O modules. Instead of executing application logic or directly processing field signals, a power module contributes to the electrical infrastructure required for automation equipment.
A simplified architecture can be represented as:
Incoming Power → 6AG1210-1PE26-2AL0 → Automation Power Distribution → Controllers / I/O / Field Equipment
In a complete control cabinet, the power module may operate together with:
- PLC controllers
- Digital I/O modules
- Analog I/O modules
- Communication equipment
- Industrial Ethernet devices
- HMI systems
- Sensors
- Actuators
- Relays
- Circuit protection devices
The exact architecture depends on the application.
Function and Working Principle
Electrical Power Interface
The power module receives electrical energy from an upstream supply and forms part of the power path used by the industrial automation installation.
The incoming supply must be compatible with the electrical requirements of the actual module.
Power Conversion or Conditioning
Industrial control equipment often requires specific electrical power characteristics.
Depending on the product design, a power module can provide functions associated with conversion, regulation, conditioning, or distribution.
The exact function of the 6AG1210-1PE26-2AL0 should be confirmed from its applicable technical documentation.
Power Distribution
A structured power architecture allows electrical power to be delivered to the appropriate control equipment and field interfaces.
Correct distribution also helps technicians isolate faults during maintenance.
System Support
Although the power module does not perform PLC control logic itself, its operation can directly affect the availability of connected automation equipment.
A power-system fault can therefore result in:
- Controller shutdown
- I/O loss
- Communication interruption
- HMI shutdown
- Machine stoppage
For this reason, power-system design is an important part of overall automation reliability.
Role in Industrial Automation
Industrial automation systems consist of multiple functional layers.
A simplified structure is:
Power Infrastructure
↓
Control System
↓
I/O and Communication
↓
Field Devices
↓
Industrial Process
The 6AG1210-1PE26-2AL0 belongs to the power-infrastructure layer.
A reliable power architecture supports the operation of:
- PLC CPUs
- Remote I/O
- Analog signal modules
- Digital signal modules
- Industrial network devices
- HMI panels
- Sensors
- Actuators
- Safety and interface equipment
When designing a control cabinet, engineers should evaluate the complete power demand rather than selecting the power module independently.
Industrial Applications
Factory Automation
Factory automation systems use PLCs, sensors, actuators, drives, communication devices, and operator interfaces to control manufacturing equipment.
A suitable power infrastructure supports reliable operation of these devices.
Process Automation
Process-control installations often operate continuously and contain large numbers of interconnected electronic components.
Stable electrical power is therefore essential to maintain system availability.
Industrial Control Cabinets
Large industrial control cabinets may contain multiple power-consuming components.
A power module can form part of the cabinet power architecture when its electrical characteristics match the installation.
Production Lines
Automated production lines require coordinated operation between controllers, field devices, and communication systems.
Reliable power supports the availability of these different system layers.
Infrastructure and Utility Systems
Industrial infrastructure applications can also require structured electrical power management for monitoring and control equipment.
System Integration Architecture
A generalized industrial automation architecture can be represented as:
Industrial Power Source
↓
Siemens 6AG1210-1PE26-2AL0 Power Module
↓
Power Distribution / Control Infrastructure
↓
PLC and Automation Controllers
↓
I/O and Communication Equipment
↓
Sensors and Actuators
↓
Industrial Machine or Process
This architecture illustrates the supporting role of the power module.
The exact installation position should be determined by the system electrical design.
Installation and Cabinet Design
The supplied dimensions of the module are:
200 × 472 × 237 mm
The supplied weight is:
18.5 kg
These specifications are particularly important for mechanical planning because the unit is significantly larger and heavier than many compact automation modules.
Mechanical Mounting
The mounting structure must be capable of securely supporting the 18.5 kg unit.
The cabinet or mounting panel should also withstand vibration and mechanical loads associated with industrial operation.
Installation Space
The basic product dimensions should not be treated as the complete required installation envelope.
Additional space may be needed for:
- Power cables
- Cable bending radius
- Ventilation
- Terminal access
- Inspection
- Maintenance
- Component removal
- Adjacent equipment
Cabinet Reinforcement
Because of the listed 18.5 kg weight, cabinet designers should evaluate the strength of the mounting panel and associated hardware.
Appropriate mounting hardware should be selected for the actual installation environment.
Thermal Management
Larger power equipment can have significant thermal implications for an industrial cabinet.
The complete cabinet thermal design should consider:
- Power-module heat generation
- Ambient temperature
- Enclosure size
- Ventilation
- Cooling equipment
- Nearby heat-producing devices
- Airflow paths
Airflow should not be blocked by nearby cables or equipment.
The actual cooling requirements of the 6AG1210-1PE26-2AL0 should be verified from the applicable technical specifications.
Electrical Integration
Before installing the power module, technicians should inspect the entire electrical architecture.
Important checks include:
- Incoming power source
- Protective grounding
- Power terminals
- Cable sizing
- Circuit protection
- Disconnect equipment
- Downstream load
- Terminal tightness
- Wiring configuration
The exact connection method and terminal assignments should be confirmed for the installed product version.
PLC and Automation Integration
The 6AG1210-1PE26-2AL0 can form part of a larger automation infrastructure supporting PLC-based control systems.
A typical control cabinet may contain:
| Component | Typical Function |
|---|---|
| Power Module | Industrial power infrastructure |
| PLC CPU | Executes automation logic |
| Digital I/O | Handles discrete signals |
| Analog I/O | Handles process variables |
| Communication Module | Network communication |
| HMI | Operator visualization and control |
| Sensors | Process measurement |
| Actuators | Physical process control |
| Protection Devices | Electrical protection |
| Terminal Blocks | Field wiring |
The exact equipment combination depends on the application.
Commissioning Procedure
1. Confirm Product Identification
Verify the complete 6AG1210-1PE26-2AL0 order number and nameplate.
2. Inspect Mechanical Installation
Confirm that the mounting structure can safely support the 18.5 kg module.
3. Check Cabinet Clearance
Verify that sufficient space is available for wiring, ventilation, inspection, and maintenance.
4. Verify Incoming Power
Confirm that the upstream supply matches the requirements of the actual product.
5. Check Grounding
Inspect protective grounding and the overall cabinet grounding arrangement.
6. Verify Downstream Loads
Confirm that connected equipment is suitable for the available power capacity.
7. Check Protection
Verify circuit breakers, fuses, disconnect devices, and other protective equipment.
8. Energize Under Controlled Conditions
Apply power according to the approved commissioning procedure.
9. Monitor Connected Equipment
Check PLCs, I/O modules, communication equipment, and HMI devices for normal operation.
10. Document the Final Installation
Record the product identification, cabinet position, wiring arrangement, and commissioning results.
Troubleshooting Guide
No Power to the Automation System
Possible causes include:
- Missing incoming supply
- Incorrect wiring
- Open circuit protection
- Loose connection
- Downstream short circuit
- Power-module fault
Start troubleshooting at the incoming power source and proceed systematically through the distribution path.
Intermittent Shutdown
Possible causes may include:
- Loose terminals
- Cable faults
- Unstable incoming supply
- Excessive load
- Thermal conditions
- Protection-device operation
- Internal hardware problems
Repeated shutdowns should be investigated rather than continuously reset.
PLC or I/O Equipment Loses Power
If connected automation equipment suddenly becomes inactive, check:
- Power availability
- Power-module connections
- Downstream distribution
- Circuit protection
- Wiring
- Load conditions
A failure in another section of the power architecture may produce similar symptoms.
Excessive Heat
Possible causes include:
- High ambient temperature
- Insufficient ventilation
- Excessive loading
- Restricted airflow
- Cabinet thermal limitations
- Environmental contamination
Inspect the complete enclosure rather than focusing only on the power module.
Unusual Noise or Physical Symptoms
Unusual sounds, vibration, smell, discoloration, or visible damage should be treated as warning signs.
The equipment should be inspected using appropriate electrical safety procedures before further operation.
Preventive Maintenance
Electrical Connections
Inspect terminals and cables periodically for:
- Loose connections
- Corrosion
- Discoloration
- Heat damage
- Damaged insulation
Cooling System
Check ventilation and cooling arrangements regularly.
Ensure that airflow paths remain unobstructed.
Cabinet Cleanliness
Maintain a clean cabinet environment and prevent excessive dust accumulation.
Power-System Monitoring
Monitor for repeated:
- Protection trips
- Voltage abnormalities
- Equipment resets
- Intermittent shutdowns
- Unexpected controller restarts
These events can indicate an underlying power-system issue.
Mechanical Inspection
Because the module weighs 18.5 kg, mounting hardware and support structures should also be inspected during maintenance.
Replacement Considerations
When replacing the Siemens 6AG1210-1PE26-2AL0 Power Module, the complete product identification should be checked carefully.
Important information includes:
- Full order number
- Hardware revision
- Electrical ratings
- Terminal arrangement
- Connected load
- Mounting method
- Cabinet space
- Cooling requirements
- System architecture
The supplied physical dimensions are 200 × 472 × 237 mm, and the supplied weight is 18.5 kg.
A different Siemens power module should not be considered a direct replacement simply because it has a similar appearance.
Electrical and mechanical compatibility must be confirmed before installation.
Handling and Installation Planning
The listed 18.5 kg weight makes handling an important consideration.
During installation or removal:
- Use suitable lifting and handling methods where required.
- Ensure the mounting structure is prepared before positioning the unit.
- Avoid placing mechanical stress on electrical terminals.
- Keep cables supported independently where appropriate.
- Provide adequate working space for service personnel.
The 200 × 472 × 237 mm dimensions should also be incorporated into cabinet layout drawings before installation.
Compatible System Components
The 6AG1210-1PE26-2AL0 may be integrated into an industrial automation environment containing:
- Siemens PLC controllers
- I/O modules
- Industrial Ethernet equipment
- Communication interfaces
- HMI systems
- Sensors
- Actuators
- Terminal blocks
- Circuit breakers
- Disconnect switches
- Control relays
- Industrial power-distribution equipment
Compatibility should be evaluated according to the electrical requirements and architecture of the complete system.
Related Siemens Automation Models
| Model | Product Type | General Role |
|---|---|---|
| 6AG1210-1PE14-2UL1 | Central Processing Unit | PLC control |
| 6AG1210-1PE18-2UL1 | Central Processing Unit | PLC control |
| 6AG1210-1PE21-2UL0 | Power Module | Industrial power infrastructure |
| 6AG1210-1PE23-2UL0 | Power Module | Industrial power-management infrastructure |
| 6AG1210-1PE26-2AL0 | Power Module | Industrial power infrastructure |
| 6AG1202-2BH00-2BA3 | Digital Output Module | Digital output control |
| 6AG1206-2BB00-7AC2 | Industrial Ethernet Switch | Industrial networking |
| 6AG1208-0BA00-7AC2 | Industrial Ethernet Switch | Industrial networking |
These products have different functions and specifications. Related models should not be assumed to be interchangeable without verifying the complete system requirements.
Engineering Best Practices
Verify the Complete Electrical Load
Calculate the expected system demand before selecting and commissioning the power infrastructure.
Use Appropriate Protection
Circuit protection and disconnect equipment should be selected according to the electrical design.
Plan for the 18.5 kg Weight
The cabinet structure and mounting hardware should be designed to safely support the listed product weight.
Allow Adequate Service Space
Large power equipment requires sufficient space for cable access, inspection, and replacement.
Maintain Cabinet Cooling
Evaluate the complete enclosure thermal environment rather than considering individual devices in isolation.
Separate Power and Signal Wiring
Where appropriate, route power cables separately from sensitive signal and communication cables.
Maintain Accurate Documentation
Keep wiring diagrams, product identification, cabinet layouts, and maintenance records updated.
Investigate Repeated Faults
Repeated power interruptions should be analyzed systematically to identify the underlying cause.
Key Advantages
- Siemens industrial automation Power Module
- Designed for industrial power-management applications
- Suitable for automation and control-system architectures
- Listed dimensions of 200 × 472 × 237 mm
- Listed weight of 18.5 kg
- Suitable for large industrial control cabinets
- Can support PLC and I/O infrastructure
- Applicable to factory automation systems
- Suitable for process-control environments
- Supports structured industrial power architecture
- Can be integrated with Siemens automation equipment when properly matched
- Provides an important electrical infrastructure component for industrial control systems
Technical FAQs
What is the Siemens 6AG1210-1PE26-2AL0?
The Siemens 6AG1210-1PE26-2AL0 is identified as a Power Module intended for integration into industrial automation and control-system power architectures.
What are the dimensions of the 6AG1210-1PE26-2AL0?
The supplied dimensions are 200 × 472 × 237 mm.
How much does the 6AG1210-1PE26-2AL0 weigh?
The supplied weight is 18.5 kg.
What is the purpose of a power module?
A power module forms part of the electrical infrastructure that supplies and manages power for industrial automation equipment such as controllers, I/O modules, communication devices, and operator interfaces.
Can the 6AG1210-1PE26-2AL0 be used in a PLC control cabinet?
It can form part of a PLC-based control cabinet when its electrical characteristics, physical requirements, and system architecture are appropriate for the installation.
What should be considered when mounting this module?
Because the supplied weight is 18.5 kg, engineers should pay particular attention to mounting strength, cabinet construction, handling, cable support, and service access.
Why is cabinet cooling important?
Power equipment can generate heat during operation. Adequate airflow and appropriate thermal design help maintain suitable conditions for electronic equipment.
What can cause loss of power to a PLC system?
Possible causes include incoming supply problems, protection-device operation, loose connections, wiring faults, excessive loading, thermal conditions, downstream short circuits, or power-module problems.
Can another Siemens power module replace this model?
Not automatically. The replacement must be verified for electrical characteristics, mechanical dimensions, terminal configuration, load requirements, and system compatibility.
What are the physical specifications of this Siemens Power Module?
The supplied physical specifications are 200 × 472 × 237 mm and 18.5 kg.
Conclusion
The Siemens 6AG1210-1PE26-2AL0 Power Module is an industrial power component intended to form part of the electrical infrastructure supporting automation and control equipment. Reliable power management is fundamental to PLC systems, I/O assemblies, industrial communication networks, HMI equipment, and other electronic devices used in modern industrial environments.
With supplied dimensions of 200 × 472 × 237 mm and a listed weight of 18.5 kg, the module requires careful consideration during cabinet design, mechanical mounting, handling, cable routing, thermal management, and maintenance planning.
The 6AG1210-1PE26-2AL0 should be evaluated as one part of the complete automation power architecture. Correct electrical sizing, suitable protection, grounding, cabinet cooling, secure mounting, and systematic commissioning are important for reliable operation.
For replacement or new installation, the complete Siemens 6AG1210-1PE26-2AL0 identification should be verified before work begins. Exact electrical specifications and system compatibility should be confirmed for the intended application to ensure that the power module is correctly integrated into the industrial automation system.