Brand:Siemens Item No.:6AG1134-6HB00-2DA1 Product Origin:Germany Product Dimensions:15 × 73 × 58 mm Product Weight:0.032 kg Payment:T/T, Western Union, Credit Card Goods_stock:15 Shipping Port:Xiamen, China Lead Time:1-3 Days Condition:Brand New And Original Warranty:1 Year Certificate:COO
Reliable analog measurement is a fundamental part of industrial automation. Controllers often need continuously changing information from the field before they can regulate a machine or process effectively. An analog input module provides the interface through which these measurements enter the control system.
The Siemens 6AG1134-6HB00-2DA1 Analog Input Module is intended for compatible Siemens automation environments requiring analog signal acquisition. It can be used within an I/O architecture supporting process monitoring, machine control, alarms, sequencing, and production information.
The module occupies only 15 × 73 × 58 mm, giving engineers considerable flexibility when designing compact control cabinets. At 0.032 kg (0.07 lb), it is also extremely light, which is helpful when installing or replacing modules in densely populated I/O assemblies.
Reliable performance depends on the complete measurement chain. The field transmitter, signal wiring, grounding, shielding, module configuration, and PLC scaling should all be considered during system design. Correct installation practices can reduce commissioning problems and make future troubleshooting more straightforward.
For OEMs, automation integrators, and maintenance departments, the 6AG1134-6HB00-2DA1 provides a compact option for compatible Siemens analog input applications.
Technical Specifications
Specification
Details
Brand
Siemens
Model
6AG1134-6HB00-2DA1
Product Type
Analog Input Module
I/O Function
Analog Signal Acquisition
Primary Function
Industrial Process Measurement
Application
PLC and Industrial Automation
Typical Use
Process Monitoring and Machine Control
Installation
Industrial Control / I/O System
Dimensions
15 × 73 × 58 mm
Weight
0.032 kg (0.07 lb)
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When sourcing the Siemens 6AG1134-6HB00-2DA1, verify the complete catalog number and confirm compatibility with the existing Siemens automation architecture. Before commissioning, check the field signal characteristics, transmitter compatibility, wiring, shielding, grounding, channel configuration, PLC scaling, and diagnostic status.
Applications
The Siemens 6AG1134-6HB00-2DA1 Analog Input Module is designed for industrial automation applications requiring compact and dependable acquisition of compatible analog field signals. It can serve as part of the I/O layer between field instrumentation and a Siemens control system, allowing process measurements to be incorporated into control logic, monitoring functions, alarms, and operational data handling.
Typical applications include automated machinery, process equipment, instrumentation systems, production lines, and distributed I/O installations. Its compact 15 × 73 × 58 mm dimensions make it suitable for control cabinets where efficient use of panel space is a priority.
Advantages
Compact analog I/O design — Provides a practical solution for acquiring compatible analog field signals.
Space-efficient installation — The compact footprint supports dense control-panel layouts.
Industrial measurement capability — Suitable for applications involving continuously changing process values.
Efficient system expansion — Can be considered when additional analog input capacity is required.
Siemens automation integration — Intended for compatible Siemens automation architectures.
Lightweight construction — Weighs only 0.032 kg (0.07 lb), simplifying installation and replacement.
Maintenance-friendly format — Compact construction makes handling easier during service work.
Suitable for OEM projects — Useful for machine builders and integrators working with compatible Siemens I/O systems.
Technical FAQs
1. What is the Siemens 6AG1134-6HB00-2DA1 used for?
The 6AG1134-6HB00-2DA1 is an Analog Input Module used to acquire compatible analog field signals for processing within a Siemens automation system.
2. Why are analog inputs important in industrial control?
Many physical process variables are continuously changing. Analog inputs allow the controller to monitor these changes and use the measurements for control and supervision.
3. What should be checked before connecting an analog transmitter?
Verify the transmitter output type, signal range, input compatibility, wiring method, field power requirements, channel configuration, and grounding arrangement.
4. Why does analog scaling need to be configured correctly?
The input represents an electrical signal rather than a direct engineering value. Correct scaling converts the acquired signal into a usable process measurement for PLC logic and operator interfaces.
5. What can cause an analog channel to produce an incorrect value?
Potential causes include incorrect wiring, an incompatible signal, transmitter malfunction, damaged cabling, grounding issues, configuration errors, or incorrect PLC scaling.
6. Why can analog measurements fluctuate?
Electromagnetic interference, inadequate shielding, poor grounding, unstable field instrumentation, damaged cables, and inappropriate cable routing can introduce unwanted signal variations.
7. How should an analog channel be tested during troubleshooting?
Measure the actual field signal, inspect wiring and terminals, verify the transmitter, review PLC diagnostics, check channel configuration, and compare the controller value with an independent reference.
8. Can a standard ON/OFF sensor be connected to an analog input?
A conventional discrete sensor is normally intended for a digital input. An analog channel requires an appropriate continuously variable electrical signal.
9. Why is shielding important for analog signal wiring?
Analog circuits can be sensitive to electrical interference. Proper shielding and grounding can help reduce unwanted noise entering the measurement circuit.
10. What should be checked after installing a replacement module?
Confirm correct installation and wiring, verify module recognition, check channel configuration and diagnostics, and confirm that the measured process values correspond reasonably with the actual field conditions.
