The CE-6707 is a compact and versatile tester developed for protection, automation, control, and measurement applications, efficiently supporting both field and laboratory environments. Its proposal is to bring together, in a single portable device, essential functionalities for performing secondary tests with precision, practicality, and high reliability.
With 3 current channels and 4 high-precision voltage channels, the CE-6707 provides a robust platform for validating different types of relays, including electromechanical, static, and microprocessor-based models. One of its key differentiators is the ability to deliver high power for testing high-burden electromechanical relays without requiring additional hardware, expanding its applicability across different testing routines.
In addition, the equipment enables three-phase current and voltage measurements, including verification of voltage sags, harmonics up to the 50th order, active, apparent, and reactive power, as well as real-time waveform analysis of the electrical system. These features make the CE-6707 a strategic tool for diagnostics, validations, and more comprehensive analysis in power systems.
Another important highlight is full software control through virtual instrumentation, enabling both manual and automatic testing with greater flexibility and repeatability. DSP-based waveform generation (Digital Signal Processing) supports continuous frequencies up to 3 kHz, expanding the range of simulations and test scenarios.
For applications requiring compliance with IEC 61850 and IEC 61869 standards, the CE-6707 also stands out with support for sending and receiving GOOSE and Sampled Value (SV) messages. This allows comparison of timing between traditional contacts and Ethernet-transmitted events, as well as evaluation of differences between analog signals and SV messages, contributing to more accurate validation in digital substations.
With this combination of portability, power, precision, and support for modern protocols, the CE-6707 establishes itself as a complete solution for professionals seeking efficiency and reliability in electrical system testing.
