The DO810 is a digital output module produced by ABB, which is applied to industrial automation systems and is used to control external devices and actuators in ABB's DCS (Distributed Control System) and PLC (Programmable Logic Controller) systems. The following is its detailed information:
- Basic Information
- Model: DO810
- Product Number: 3BSE008510R1
- Module Type: Digital Output Module
- Technical Parameters
- Power Supply Voltage Range: 20.4VDC - 30VDC
- Output Voltage Range: 20VDC - 28VDC
- Output Current Range: 0mA - 500mA
- Channel QuantityABB Group: 16 channels, divided into 2 groups, with 8 channels in each group
- Output Type: Relay output
- Contact Rating: 24VDC (voltage range 12 - 32VDC), 0.5A
- Response Time: Maximum 20ms
- Short - circuit Protection: Yes, rated isolation is 50V
- Operating Temperature Range: -25°C - +70°C
- Humidity Range: 5% - 95%
- Dimensions: 119mm x 24mm x 114mm
- Weight: Approximately 0.2kg
- Product Features
- Channel Grouping: The 16 channels are divided into two isolated groups, with 8 channels in each group, and each group is equipped with a process voltage supervision function.
- Output Protection: Each output channel has a high - side driver with short - circuit and over - temperature protection, and is also equipped with EMC protection components and inductive load suppression functions.
- Output Status Indication: Each output channel is equipped with an LED indicator to display the output status.
- Error Handling: When an error is detected, the Output State Preservation (OSP) function can set the output to a predetermined state.
- Communication Interface
- It usually has a standard industrial communication interface such as Profibus - DP V1, which is convenient for communication with PLC or DCS systems to achieve remote control and monitoring.
- Application Fields
- It is widely used in industrial automation fields such as numerical control machinery, metallurgy, manufacturing, and energy industry, and is used for process control, machine control, and other scenarios.
