Description
CP 5623 SIEMENS Analog output module
Product Dimensions:
Product Description
The Siemens Analog Output (AO) Module, a key component in the SIMATIC Signal Module portfolio, serves to translate the continuous digital process values calculated by the PLC’s Central Processing Unit (CPU) into proportional electrical signals (voltage or current) required to regulate field actuators. It is the core interface for proportional control in any industrial process.
An AO module primarily consists of a Digital-to-Analog Converter (DAC) and output drivers. It receives a digital word (typically a 16-bit integer) from the PLC memory and converts this value into a precisely corresponding analog voltage or current signal.
- Functionality: To control proportional devices based on the PLC’s calculated setpoint.
- Signal Types: Modules are highly flexible, offering configurable output types per channel, typically including:
- Voltage signals (e.g., $0 text{V}$ to $10 text{V}$, $pm 10 text{V}$).
- Current loop signals (e.g., $0 text{mA}$ to $20 text{mA}$, $4 text{mA}$ to $20 text{mA}$).
- Modularity: Available as compact, high-density modules for both centralized mounting (directly beside the CPU) and distributed I/O systems (remote stations).
Product Parameters
| Parameter Category | Specification Range | Significance |
| Channel Count | Typically 2, 4, or 8 channels per module. | Determines the number of proportional actuators the module can control. |
| Resolution | Typically $12$-bit to $16$-bit (including sign). | Higher resolution ensures finer control steps and better precision. |
| Output Ranges | Voltage:$pm 10 text{V}$, $0-10 text{V}$, $1-5 text{V}$. Current: $0-20 text{mA}$, $4-20 text{mA}$, $pm 20 text{mA}$. | Compatibility with international industrial standards. |
| Accuracy (Basic Error Limit) | Typically $pm 0.3%$ to $pm 0.6%$ of the full-scale value at $25^circtext{C}$. | Indicates the maximum permissible deviation of the output signal. |
| Settling Time | Measured in microseconds ($mutext{s}$) to a few milliseconds ($text{ms}$). | Speed at which the output signal stabilizes after a change in the digital value. Critical for fast control loops. |
| Load Impedance | Voltage output: High impedance (e.g., $ge 1000 Omega$). Current output: Low impedance (e.g., $le 600 Omega$). | Must match the electrical requirements of the connected field device. |
Product Advantages
- High Precision and Repeatability: High-resolution DACs ($14$-bit to $16$-bit) provide extremely fine step control and excellent long-term stability, critical for maintaining product quality in process applications.
- Advanced Diagnostics: Includes configurable diagnostics such as wire-break detection (especially in $4-20 text{mA}$ current mode), short-to-ground detection, and supply voltage monitoring, ensuring high process availability.
- Process Safety Features: Supports the configuration of Substitute Values (safe states) to which the output will switch upon detection of a CPU or module fault (e.g., forcing a valve closed), ensuring safe shutdown behavior.
- High-Speed (HS) / Isochronous Options: Specialized modules offer extremely fast conversion times and support isochronous mode, essential for highly dynamic and synchronized motion control applications.
- HART Communication: High-Feature modules can integrate HART (Highway Addressable Remote Transducer) protocol support, allowing digital configuration, diagnostics, and data reading from intelligent field devices over the same analog wires.
Important Notes
- Wiring and Shielding: Analog signals are sensitive to noise. Always use shielded, twisted-pair cables, and ensure the shield is properly grounded to minimize electromagnetic interference (EMI).
- Output Mode Selection: The module’s output type (voltage vs. current) and range must be configured in the PLC software (e.g., TIA Portal) to exactly match the input requirements of the connected actuator (e.g., a VFD’s analog input).
- Load Impedance Check: Verify that the connected actuator’s impedance is within the permissible range specified by the module to prevent signal distortion or module damage.
- Scaling: The raw digital integer value (data word) written by the PLC must be properly scaled to correspond to the physical engineering units (e.g., liters per minute or percent valve opening) to ensure accurate control.
Product Applications
- Flow and Speed Regulation: Controlling the speed of Variable Frequency Drives (VFDs) for fans and pumps, or setting the flow rate of media via proportional control valves.
- Mixing and Dosing: Precisely controlling the output of metering pumps and dosing systems in chemical, pharmaceutical, and food production.
- Temperature Control: Regulating the heat input to industrial furnaces or heaters by controlling a power controller via a proportional signal.
- Test and Simulation: Used in laboratory and quality control environments to generate precise analog signals for simulating process conditions or testing equipment response.
- Motion Control (Advanced): Providing the precise velocity or torque setpoints for high-performance servo drives.
Shipping Port: Xiamen, China
Payment: Bank of Chicago, Bank of Singapore
Express cooperation: fedex, DHL, UPS and your express account
Service: Professional Sales provides 24 hours /7 days online service
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