Kimo XL422 Three-Phase Data Logger

Kimo XL422 Three-Phase Data Logger

The KIMO XL422 Three-Phase Data Logger, developed by “Emco Kimo Electronic“, is a powerful device designed for measuring and recording the True Root Mean Square (TRMS) value of AC in three-phase 3-wire electric systems. this kind of power quality analyzer with its advanced features and versatile applications serves as an indispensable tool for evaluating load currents, determining the rated powers of transformers, and more.

Featuring a comfortable structure with integrated flex clamp jaws, the KIMO XL422 Three-Phase Data Logger offers convenient installation around big-sized cables or bars, ensuring versatility in various scenarios. The device’s advanced memory management algorithm allows for long-term monitoring, making it ideal for extended data acquisition.

The KIMO XL422 Three-Phase Data Logger initiates recording based on the user’s preference, with selectable sampling periods of 1, 6, 30, and 60 seconds. When the memory approaches full capacity, the device employs a “re-sampling” technique, adjusting the previously recorded values according to the new sampling period. This intelligent approach optimizes memory usage, freeing up space for continuous recording for approximately 90 days. The recorded data is stored in the internal memory and can be easily downloaded and displayed on a PC using dedicated software.

Kimo XL422 Three-Phase Data Logger Applications

Here are some of the common applications where the KIMO XL422 three-phase data logger can be used:

Load Current Evaluation:

• Accurate measurement and recording of AC for evaluating load currents in three-phase 3-wire electric systems.
• Specific Case: Industrial plants, commercial buildings, and data centers.

Transformer Rated Power Analysis:

• Determination of rated powers of transformers through precise measurement and recording of AC.
• Specific Case: Power distribution networks, transformer substations, and renewable energy installations.

Power Quality Monitoring:

• Continuous monitoring of power quality parameters by measuring and recording true root mean square (TRMS) values of AC.
• Specific Case: Grid monitoring, power generation plants, and critical infrastructure.

Energy Management and Auditing:

• Supports energy management practices and energy auditing processes by providing accurate AC measurements and data logging.
• Specific Case: Energy efficiency programs, building management systems, and energy consulting services.

Equipment Performance Analysis:

• Analysis of equipment performance by monitoring and recording AC variations over time.
• Specific Case: Motor-driven machinery, pumps, compressors, and HVAC systems.

Research and Development:

• Provides valuable data for research and development projects in the field of electrical engineering and power systems.
• Specific Case: Universities, research institutions, and laboratories.

Compliance and Regulatory Reporting:

• Assists in compliance with industry standards and regulations by accurately measuring and recording AC.
• Specific Case: Compliance audits, electrical safety standards, and regulatory reporting.

Fault Detection and Troubleshooting:

• Detects and diagnoses faults in electrical systems by analyzing recorded AC data.
• Specific Case: Faulty circuits, abnormal current patterns, and electrical system troubleshooting.

Kimo XL422 Specifications

• TRMS Three-Phase Current Measurement: Up to 2500A AC
• Integrated Flex Clamp Jaws for Convenient Installation
• Advanced Memory Management Algorithm
• Selectable Sampling Period: 1s, 6s, 30s, 1min
• Re-Sampling Function for Memory Optimization
• Large Internal Memory Capacity: 1MB
• User-Friendly Data Management and Download
• Special Adhesive Strap for Versatile Placement
• High Protection Rating: IP65
• Power Supply: 2x AA Batteries
• Compact Size: 120x80x43mm
• Lightweight: 500g (including batteries)
• Three-Phase and Single-Phase Measurement Capability
• Max Number of Selectable Parameters: 3
• Indicative Memory Duration: Up to 90 days
• Compliance with CE Mark, EMC, and LVD Guidelines