The Siemens 6DP1210-8BC is a versatile binary module belonging to the FUM210 series, which is developed for integration into the AS 620B automation system. Here is the detailed information in English:
- Brand: Siemens
- Model Number: 6DP1210-8BC
- Product Series: FUM210
- Product Type: Binary Module
- Country of Origin: Germany
- Mounting Method: Rack - mounted (suitable for AS 620B system).
- Dimensions: Approximately 26.5 cm×2.1 cm×26.5 cm (width×height×depth).
- Weight: About 0.4 kg.
- Input & Output Configuration:
- Binary Inputs: 28 (without contact supply).
- Binary Outputs: 16.
- Input Options: It can be configured as 14 changeover contacts, or 28 individual contacts with encoder supply and monitoring.
- Drive Control Capabilities:
- Controls 5 - 8 motors or solenoid valves.
- Supports 4 - 5 actuators.
- Operates 3 - 4 step controllers.
- Manages 2 - 3 reversing drives.
- Signal Conditioning: It is capable of high - speed acquisition of binary signals and supports encoders, which can effectively ensure the accuracy and timeliness of signal acquisition.
- Drive Management: It can flexibly control multiple field devices such as motors and valves, providing strong support for the operation of the entire automation system.
- Monitoring Functions: It can detect cabinet door status, temperature anomalies, and heat exchanger failures, which helps to improve the reliability and safety of the system.
- Fault Signaling: It differentiates between new and acknowledged faults through blinking and steady - light indicators respectively, which is convenient for users to quickly identify and troubleshoot faults.
- Master Monitoring: It can serve as the central fault indicator module in an I&C cabinet, centrally monitoring and indicating the fault status of the entire cabinet.
- Redundancy: It fully supports redundancy configuration, which improves the availability and reliability of the system and is suitable for some applications with high - reliability requirements.
It is mainly used in industrial automation systems, such as factory production line control, process monitoring in the chemical industry, and equipment control in the power industry. It can meet the needs of binary signal processing, drive control, and system monitoring in different industrial scenarios.
