The Torkel 950 Battery Discharge Test System from the reputable brand Megger is designed as a specialized and powerful tool for evaluating the health status of energy storage batteries in industrial, telecommunication, and power generation applications.
This system utilizes advanced power electronics technologies, capable of delivering high discharge currents with exceptional accuracy and stability, allowing engineers to assess the actual capacity of batteries against heavy loads.
Using the Torkel 950 enables maintenance teams (NPT) to identify battery weaknesses before sudden failures occur and to develop optimal replacement strategies.
Key Features of the Megger Torkel 950 Battery Discharge Test System
- Capability to provide high discharge current for full load testing of large batteries.
- Modular and expandable design to accommodate various power requirements.
- Color touch screen and user-friendly interface for quick test configuration.
- Advanced cooling system for stable performance under prolonged working conditions.
- Accurate data logging and reporting of voltage, current, and temperature during the testing process.
- High safety and protection standards compliant with industrial requirements.
Technical Specifications of Torkel 950
| Feature | Value |
|---|---|
| Type of Device | Battery Discharge Test System |
| Brand | MEGGER |
| Model | Torkel 950 |
| Main Application | Testing capacity and health of lead-acid and nickel-cadmium batteries |
| Display Type | Color Touch Screen |
| Cooling System | Active (Smart Fans) |
| Data Connection | Standard industrial communication ports |
| Operating Environment | Industrial and infrastructural |
Frequently Asked Questions
Is the Torkel 950 system usable for lithium batteries as well?
The Torkel 950 system is primarily optimized for lead-acid and nickel-cadmium batteries used in uninterruptible power systems (UPS) and telecommunication applications. For lithium batteries, the technical datasheet should be consulted as discharge profiles and cut-off voltages differ.
What is the maximum testing duration with this device?
The testing duration depends on the selected current and the capacity of the battery. This device is designed for long-duration tests (from several hours to multiple hours) with an active cooling system to prevent overheating.
Is there online reporting of battery status available?
Yes, the device has data logging capabilities and can log key parameters such as cell voltage, total current, and temperature over time, making them available for subsequent analyses.
Conclusion
The Torkel 950 battery discharge test system from Megger is an ideal choice for organizations looking to ensure the reliability of their emergency power systems.
By providing high accuracy, operational safety, and reliability in harsh conditions, this device helps engineers confidently verify the health of their battery-based energy infrastructures and prevent unexpected downtimes in critical operations.
