Description
Parameters and Specifications
- Model: DSQC679 3HAC028357-001
- Brand: ABB
- Type: Robot Teaching Pendant
- Function: Programming and Control for ABB Robot Systems
- Programmable Memory Capacity: As per manufacturer specifications (not explicitly stated)
- Data Capacity: As per manufacturer specifications (not explicitly stated)
- Operating Voltage: 38V1 or 220V2 (depending on source)
- Processing Speed: 220μs1
- Output Frequency: 24Hz1
- I/O Points: 201
- LD Instruction Processor: Hard PLC1
Dimensions and Weight
- Size: 38x34x223 mm (specific to touchpad button membrane housing)3
- Weight: 0.5 kg1
Series
- Belongs to the ABB robot accessories series, specifically designed for ABB robot systems.
Features
- Programming and Control: Used as a programming tool to manually manipulate robots and record motion trajectories. Converts motion trajectories into program instructions for programming and controlling ABB robots4.
- Intuitive Interface: Provides an intuitive interface and tools for easy interaction and precise control of robots4.
- Compatibility: Compatible with multiple communication protocols and interface standards, allowing communication and data exchange with various industrial automation devices and sensors4.
- High Precision and Stability: Ensures accurate robot motion trajectories, improving production efficiency and reducing costs4.
- Durability and Reliability: Constructed with high-quality materials and manufacturing processes, undergoes strict quality control and testing for high reliability and durability4.
- Flexibility and Expandability: Modular design allows for functional expansion and performance upgrades to meet different user needs and future development requirements4.
- Data Security: Supports advanced data encryption and security protection technology to protect data integrity and prevent unauthorized access4.
Role
- Serves as a key interface device for operators to program, control, monitor, and troubleshoot ABB robot systems. It is an essential component for effective robot operation and optimization
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