Megger Baker 99-EP1000-1500RC Dynamic Test Access Port

Megger Baker 99-EP1000-1500RC Dynamic Test Access Port

The Megger Baker 99-EP1000-1500RC is a specialized dynamic test access port engineered to deliver elite operational performance for safe, permanent monitoring of high-voltage industrial motors. By addressing the requirement for non-intrusive electrical stimulus capture, this system includes three 1500A split-core current transformers (CTs), effectively minimizing measurement uncertainty and physical risk by allowing technicians to acquire data without opening energized cabinetry. The metrological architecture of the EP1000-1500 ensures absolute traceability of motor health parameters, providing a high-fidelity interface for the EXP4000 Dynamic Motor Analyzer to evaluate voltage, current, and torque stimulus in real-time.

Built for industrial longevity, the 99-EP1000-1500RC features a ruggedized port design that maintains the integrity of motor control center (MCC) enclosures while offering surgical access for diagnostic audits. Its technical sophistication is centered on its ability to handle high-amperage stimulus via the split-core CTs, establishing it as a high-trust solution for managing predictive maintenance schedules in power plants and heavy manufacturing facilities. As a professional-grade metrology accessory, this access port stands as a critical safety and efficiency asset, enabling comprehensive motor analysis while strictly adhering to arc-flash safety protocols.

Technical Specifications & Metrological Data

• Access Logic: Permanent dynamic test access port for safe data acquisition on energized motors.
• Current Stimulus: Includes three 1500A high-fidelity split-core current transformers (CTs).
• System Compatibility: Optimized for use with Megger Baker EXP4000 Dynamic Motor Analyzers.
• Safety Architecture: Eliminates the need for technicians to wear full PPE by providing an external port.
• Measurement Breadth: Facilitates capture of voltage, current, and torque parameters for motor audits.
• Material Integrity: Industrial-grade connectors and housing for long-term MCC installation.
• Application Scope: Engineered for heavy-duty industrial motors and high-voltage power distribution.