GW Instek DAQ-9600 Data Acquisition System (Mainframe)

The GW Instek DAQ-9600 is a 6-slot modular mainframe that serves as the foundation for a powerful and flexible data acquisition (DAQ) system. By supporting a wide range of plug-in modules, it allows users to configure tailored measurement setups for voltage, current, resistance, frequency, and temperature monitoring. Its modular design ensures adaptability to applications ranging from simple data logging to complex automated test systems.

Equipped with USB and LAN interfaces, the DAQ-9600 integrates seamlessly into modern laboratory and industrial setups, while its bright color display and intuitive front-panel controls provide convenient local operation. The system supports sequence programming, alarm functions, and real-time monitoring, making it suitable for both short-term experiments and long-duration reliability studies.

Engineers, educators, and technicians benefit from its versatility, precision, and ease of use, ensuring efficient and reliable data collection across diverse applications.

Key Features:

• Modular 6-slot mainframe for customizable measurement configurations

• Compatible with multiple measurement modules (voltage, current, resistance, frequency, temperature, sensors)

• USB and LAN interfaces for connectivity and automation

• Large color LCD with intuitive menu operation

• Supports sequence programming and alarm functions

• High stability and accuracy for long-term data logging

• Compact, bench-friendly design

Compatible Applications:

• R&D and product development testing

• Reliability and environmental monitoring

• Industrial process and quality control

• Education and training laboratories

• Automated test system integration

Included Accessories:

• Power cord

• USB cable

• User manual

Compliance:
Meets CE safety and EMC requirements; suitable for ISO and GLP laboratory environments.

Benefits for Users:
The DAQ-9600 offers a scalable and precise data acquisition solution, enabling users to expand measurement capability as needed while ensuring efficient, reliable, and standards-compliant test performance.