CAP-JEANMULLER-T2 400A: Low Voltage Output Module for Advanced Monitoring

The CAP-JEANMULLER-T2 400A from CIRCUTOR is a low voltage output module designed for installation in three-pole vertical bases. This essential device allows for precise monitoring of electrical parameters, integrating seamlessly with the T-SABT card for a complete and efficient analysis of the installation. Optimized for capturing voltage and current signals, the CAP-JEANMULLER-T2 400A offers a robust and reliable solution for energy management.

Technical Specifications

• Reference: Q32102
• Model: CAP-JEANMULLER-T2 400A
• Brand: CIRCUTOR
• Type: Low voltage output module
• Compatibility: Three-pole vertical base
• Nominal Current: 400A
• Size: 2
• Includes: Three busbars with individual current transformers and a connector for voltage measurement
• Integration: Compatible with T-SABT card for monitoring and calculation of electrical parameters

Advantages

• Precise Monitoring: Allows for the precise measurement of key electrical parameters.
• Easy Integration: Integrates easily with the T-SABT card for a complete analysis.
• Robust Design: Robust construction to ensure reliability and durability.
• Performance Optimization: Facilitates the optimization of the energy performance of the installation.
• Efficient Diagnostics: Allows for quick and efficient diagnosis of potential problems.

Applications and Recommended Uses

The CAP-JEANMULLER-T2 400A is ideal for industrial and commercial installations that require precise and reliable energy monitoring. It is recommended for use in low voltage panels, energy distribution systems, and applications where detailed control of electrical parameters is needed. For more information on compatibility with other products, visit adjditec.com.

Do You Want to Know More?

If you are looking for a precise and reliable energy monitoring solution, the CAP-JEANMULLER-T2 400A is the perfect choice. Contact us for more information and discover how this product can optimize the efficiency of your installation.