Flexible 14 and 28 way test blocks
Select from a range of 14 way and 28 way test blocks, housed in Epsilon E2 or E4 cases. These blocks offer five connection options for diverse testing requirements and system setups.
The Reyrolle 7XG225 test block tests protection and automation systems. It provides a secure, efficient interface for routine maintenance and commissioning electrical circuits.
Testing electrical systems requires careful isolation and leading safety protocols to prevent hazards. Our test block integrates CT shorting and a three-stage isolation process. Perform tests safely to reduce risks and maintain continuous operation.
Integrated CT shorting prevents dangerous open-circuit conditions in current transformers. Our three-stage isolation process offers enhanced safety and control for precise testing. Choose 14-way or 28-way configurations with common test plugs to streamline procedures and reduce inventory complexity.
Streamline your testing workflows with intuitive test block designs and integrated features like CT shorting. Reduce complexity and manual steps so your team can complete tasks more efficiently and accurately.
Protect personnel and equipment with a secure three-stage isolation process and CT shorting within the test block. Minimize risks during maintenance and testing to create a safer working environment for your team.
Adapt to diverse application needs with 14 way and 28 way test blocks offering multiple connection options. This flexibility supports various system configurations so your setup remains adaptable to future requirements.
Select from a range of 14 way and 28 way test blocks, housed in Epsilon E2 or E4 cases. These blocks offer five connection options for diverse testing requirements and system setups.
Benefit from included CT shorting in each model, ensuring shorting occurs directly within the test block, not the test plug. This design enhances safety and simplifies testing procedures for current transformers.
The robust three-stage isolation process improves operational safety and reliability during testing. This methodical approach ensures secure disconnection to protect personnel and equipment.