Megger Torkel 950 Battery Load Tester

Buy Megger Torkel 950 Battery Load Tester

The Megger Torkel 950 Battery Load Tester represents a pinnacle of engineering for professionals requiring precise, high-capacity discharge testing. When you are looking to verify the actual capacity of critical battery systems, this unit offers a powerful and comprehensive solution designed to deliver accurate results efficiently. For those searching for the best price on reliable testing equipment, the Torkel 950 stands out as a premier choice. It is specifically built to handle demanding industrial environments, ensuring that your backup power systems perform exactly as expected when emergencies arise.

Ord No: CS-19590

This system functions as a complete stand-alone discharge test unit when paired with the optional cell voltage logger BVM, which connects directly to the Torkel 950. This integration allows for simultaneous load testing and detailed voltage monitoring, providing a holistic view of battery health. Whether you are managing a data center, a utility substation, or an industrial plant, the ability to conduct non-disruptive testing makes the Torkel 950 an invaluable asset for maintenance teams.

Technical Features and Field Applications of the Megger Torkel 950

Understanding the technical capabilities of the Megger Torkel 950 is essential for appreciating its value in field applications. This section introduces the core engineering specifications that drive performance and reliability. By focusing on how these features translate to real-world benefits, users can make informed decisions about their testing strategies.

• High Discharge Capacity: The unit supports a discharge current of up to 220 A, allowing for efficient and time-saving tests even on large battery banks. For applications requiring higher currents, multiple Torkel units or extra TXL load units can be linked together seamlessly.
• Versatile Testing Modes: Users can conduct tests at constant current, constant power, constant resistance, or according to a pre-selected load profile. This versatility ensures accurate results tailored to the specific requirements of the battery system under test.
• Non-Disruptive Operation: A standout feature of the Torkel 950 is its ability to perform testing without disconnecting the battery from the equipment it serves. By utilizing a DC clamp-on probe, the unit measures total battery current while regulating it constantly, minimizing downtime and maintaining system availability.
• System Compatibility: The tester is suitable for battery systems that are either plus or minus grounded, as well as those that are free-floating. This broad compatibility makes it a versatile choice for various industrial and commercial scenarios.

Operational Advantages and User Benefits

Beyond raw specifications, the Megger Torkel 950 offers significant operational advantages that streamline the testing process. The design philosophy centers on user safety, data accuracy, and workflow efficiency. By integrating advanced software and intuitive controls, the unit reduces the complexity often associated with high-current discharge testing.

One of the primary benefits is the inclusion of the Torkel Viewer PC software. This application allows users to present, edit, and analyze test results directly from a computer. The ability to generate comprehensive reports aids in decision-making and optimization of battery maintenance schedules. Furthermore, the unit's robust construction and safety compliance ensure it can withstand the rigors of daily field use while protecting both the operator and the equipment under test.

Comprehensive Specifications of the Megger Torkel 950

The following specifications detail the physical and electrical characteristics of the Megger Torkel 950. These metrics are critical for ensuring the unit meets the specific demands of your testing environment. From voltage ranges to environmental tolerances, every aspect is engineered for precision.

• Discharge Capacity: Up to 220 A with expandable linking capability.
• Voltage Range: 40 V to 400 V, covering a wide array of battery configurations.
• Accuracy: Discharge voltage accuracy of ± 0.2%, current accuracy of ± 1%, and capacity accuracy of ± 1%.
• Resolution: 0.1 V for voltage measurements and 0.1 A for current measurements.
• Load Steps: Precise control with 10 mV/10 A steps.
• Testing Methods: Supports constant current, constant power, constant resistance, and pre-selected load profiles.
• Safety Compliance