TRICONEX 3008

Description

‌Parameters‌:

• Model Number: TRICONEX 3008, identifying it as a specific product within the TRICONEX brand.

• Input Voltage Range: 10.5-30 Volts (RMS), defining the range of input voltages the device can accept.

• Output Voltage Range: 0-10 Volts (RMS), indicating the voltage range of its outputs.
  ‌Specifications‌:

• Performance Rating: High precision and stability, ensuring accurate and reliable operation.

• Power Handling Capability: Designed for efficient power management with advanced DC/DC conversion technology.

• Frequency Range: Up to 2500 Hz, allowing for wide-range frequency applications.
  ‌Dimensions & Weight‌:

• Dimensions: Approximate dimensions of 90x91x56mm, providing the physical size of the device1.

• Weight: Approximately 3kg, indicating the mass of the TRICONEX 30081.
  ‌Series‌:

• Part of the TRICONEX series, a range of industrial controllers manufactured by Invensys (now owned by Schneider Electric).
  ‌Features‌:

• 

  Triple Redundancy Design: Three independent control channels for increased reliability and safety.

• Advanced Protection: Features overvoltage, overcurrent, overload, and short-circuit protection.

• Comprehensive Communication: Supports multiple communication protocols for seamless integration and data exchange.

• Online Diagnostics: Real-time monitoring and fault detection capabilities to maintain system stability and safety.
  ‌Functions‌:

• The TRICONEX 3008 serves as a high-performance industrial controller, designed for precise and stable control of industrial processes.

• Its triple redundancy design ensures continuous operation even in the event of a channel failure, enhancing system reliability.

• The advanced protection features protect the device and connected systems from potential damage caused by electrical faults.

• The comprehensive communication capabilities allow for easy integration into various industrial automation systems, facilitating remote monitoring and control.

• The online diagnostics function provides real-time monitoring and fault detection, enabling prompt maintenance and reducing downtime.