Siemens 39SDM024DCCBN 16101-174/8 Standard Discrete Module
Parameter
|
Description
|
Module Type
|
Analog Input/Output Module
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Model Number
|
39SDM024DCCBN 16101-174/8
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Input/Output Type
|
Analog Input
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Number of Channels
|
Typically 4 or 8 (please verify exact number)
|
Signal Type
|
Voltage or Current (please specify)
|
Input Range
|
For Voltage: ±10V, ±5V, 0-10V (or specific ranges)
|
Current Range
|
4-20 mA, 0-20 mA (or specific ranges)
|
Resolution
|
12-bit or 16-bit (depends on the module)
|
Accuracy
|
±0.1% to ±0.5% of Full Scale (depends on the model)
|
Sampling Rate
|
Typically 1 ms per channel or as specified
|
Isolation
|
Electrical isolation from system (e.g., 500V)
|
Power Supply
|
Voltage: 24V DC (common)
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Dimensions
|
Check specific dimensions (e.g., 120 x 120 x 75 mm)
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Mounting
|
DIN Rail Mountable
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Communication
|
CAN Bus (for communication with other modules)
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Operating Temperature
|
-20°C to +60°C (or as specified)
|
Compliance
|
CE, UL (or as specified)
|
Contact Information!
Discuss pricing and delivery time with a sales representative
+86 189 6519 6563 sales17@amikon.cn +86-189 6519 6563 Amikonplc
The Siemens 39SDM024DCCBN 16101-174/8 Standard Discrete Module is a robust and versatile component designed for reliable digital signal processing in Siemens automation systems.
This module is engineered to handle discrete inputs and outputs efficiently, making it ideal for a wide range of industrial applications requiring precise control and monitoring of digital signals.
Key Features:
- **Digital I/O Capability**: The 39SDM024DCCBN module is equipped with 24 discrete digital channels that can be configured as inputs or outputs. This flexibility allows for seamless integration into various control and monitoring tasks.
- **High Current Handling**: The module supports digital outputs with high current capacity, accommodating loads typical in industrial environments. This ensures reliable operation even under demanding conditions.
- **Optical Isolation**: Each channel provides optical isolation to protect the module and connected devices from electrical interference and potential damage, ensuring stable and reliable performance.
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