Emerson|396569-01-3|Versatile I/O Module
Description
The Emerson 396569-01-3 is a general-purpose I/O module designed for process control systems. It offers additional input/output channels to expand system functionality.
Specifications:
-
Current Consumption:
- 400 mA at 3.3 VDC
- 510 mA at 24 VDC
-
Connectors:
- 2 x 9-pin male connectors
- Radio port
- RJ45 modem port
- Indicators: LED indicators for operational status
- Warranty: Factory warranty may not apply; Radwell provides a 1-year warranty
Key Features:
- High Reliability: Ensures stable and accurate data transmission.
- Flexible Integration: Compatible with various Emerson automation platforms.
- Scalability: Provides extra I/O channels to meet diverse application needs.
Functions:
- Input/Output: Offers various I/O types, including digital input, digital output, and analog input.
- Signal Conditioning: Processes input signals to align with system requirements.
- Isolation: Provides electrical isolation to protect the system from interference.
Emerson|396569-01-3|Versatile I/O Module
Emerson|396569-01-3|Versatile I/O Module
Description
The Emerson 396569-01-3 is a general-purpose I/O module designed for process control systems. It offers additional input/output channels to expand system functionality.
Specifications:
-
Current Consumption:
- 400 mA at 3.3 VDC
- 510 mA at 24 VDC
-
Connectors:
- 2 x 9-pin male connectors
- Radio port
- RJ45 modem port
- Indicators: LED indicators for operational status
- Warranty: Factory warranty may not apply; Radwell provides a 1-year warranty
Key Features:
- High Reliability: Ensures stable and accurate data transmission.
- Flexible Integration: Compatible with various Emerson automation platforms.
- Scalability: Provides extra I/O channels to meet diverse application needs.
Functions:
- Input/Output: Offers various I/O types, including digital input, digital output, and analog input.
- Signal Conditioning: Processes input signals to align with system requirements.
- Isolation: Provides electrical isolation to protect the system from interference.