Iec 61439 Standard Panel

The CKINSTO IEC 61439 Standard Panel is a high-performance, fully automated testing solution designed for comprehensive primary and secondary injection testing of low-voltage switchgear. It ensures that circuit breakers and distribution boards meet the rigorous safety and performance requirements set by international electrotechnical standards. Technical Capabilities This system is engineered to handle a massive range of current, making it suitable for everything from small residential breakers to heavy-duty industrial switchgear. Current Range: $0.5\text{ A}$ to $1440\text{ A}$ (Continuous and Short-time). Compliance: Fully aligned with IEC 61439-1 & 2 for low-voltage switchgear and controlgear assemblies. Automation: Integrated PLC/SCADA-based control for "One-Touch" testing, eliminating manual calculation errors. Supported Device Testing The panel provides specialized test circuits for the following components: MCB (Miniature Circuit Breakers): Thermal and magnetic tripping characteristics. MCCB (Molded Case Circuit Breakers): Overload and short-circuit release calibration. RCB / RCCB / ELCB: Precise leakage current (mA) tripping time and sensitivity tests. DB (Distribution Boards): Dielectric properties, temperature rise, and continuity testing. Key Features1. User-Friendly Interface The system typically features a high-resolution HMI (Human Machine Interface) that displays real-time graphs of current vs. time. Users can select pre-programmed test profiles based on the specific breaker type and frame size. 2. Fully Automatic Operation Automatic Ramping: The current increases automatically to identify the exact trip point. Data Logging: Automatically generates test reports in PDF or Excel formats, including pass/fail status and time-trip curves. Servo-Controlled Regulation: Ensures a stable current output even if the input voltage fluctuates. 3. Safety & Protection Emergency Stop: Instant isolation of power. Overload Protection: Internal sensors prevent the test bench from exceeding its thermal limits. Interlock Systems: Ensures the testing area is secure before high-current injection begins. Applications Quality Assurance: Ideal for manufacturers performing routine and type tests. Certification Labs: Used for verifying compliance with global safety standards. Third-Party Inspection: Provides verifiable digital records for safety audits.