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Order Number: CS-19300

Megger Torkel 930 Battery Discharge Test System

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  • Max Voltage: 1000 V with CAT IV 600 V safety rating
  • Accuracy: ±0.025% for precise measurements
  • Operating Temperature: -10 °C to 55 °C for rugged environments
  • Short Circuit Current: 10 A for enhanced protection
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Description

About this model

Buy Megger Torkel 930 Battery Discharge Test System

When ensuring the reliability of critical power systems, battery health is paramount. The Megger Torkel 930 Battery Discharge Test System is a premier solution designed for effective testing of battery systems across various industrial and commercial applications. For facility managers and maintenance engineers looking to purchase reliable diagnostic equipment, the Megger Torkel 930 offers a unique combination of precision and safety. If you are looking to buy the Megger Torkel 930, understanding its advanced capabilities will help you appreciate why it is considered a best-in-class tool for battery maintenance. The price of the Megger Torkel 930 reflects its sophisticated engineering and the long-term value it provides by preventing unexpected battery failures.

Technical Features and Field Applications of the Megger Torkel 930

The versatility of the Megger Torkel 930 lies in its ability to adapt to various testing methodologies. Unlike simpler discharge units, this system supports multiple testing modes to suit specific operational requirements. This introductory section explores the core technical capabilities that make this system indispensable for comprehensive battery analysis. When you evaluate the Megger Torkel 930 Battery Discharge Test System, you are looking at a tool that moves beyond basic voltage checks to provide a full load simulation.

  • Tests with the TORKEL900 series can be performed at constant current, constant power, constant resistance, or according to a pre-defined load profile.
  • Connecting the BVM battery voltage monitor to a TORKEL900 unit transforms it into a fully autonomous discharge test system.
  • It can be used with Lead-Acid, Ni-Cd, and other common battery types found in UPS and telecom applications.

Operational Safety and Real-Time Monitoring

Safety is a critical concern during battery discharge testing, especially when dealing with high-capacity banks. The Megger Torkel 930 is engineered to mitigate risks associated with deep discharge and equipment failure. This section details the safety protocols and monitoring features that protect both the battery and the connected load. For those researching the Megger Torkel 930 price, the inclusion of these safety features offers significant value, reducing the potential for costly downtime or battery replacement. The system ensures that testing does not compromise the integrity of your power supply.

  • One of the key advantages is that it allows testing without disconnecting the battery from the equipment, ensuring continuous power supply.
  • The system uses a DC clamp-on ammeter to measure the total battery current, maintaining it steady throughout the discharge process.
  • If the voltage drops close to the final threshold, the TORKEL triggers an alarm, and to prevent deep discharge, it will halt the test automatically.
  • Safety extends to mechanical details, such as the detection of blocked airflow, ensuring the cooling system operates effectively.

Dynamic Discharge Technology and Expandability

Modern battery systems often require dynamic testing scenarios rather than static loads. The Megger Torkel 930 addresses this need with advanced technology that adjusts to the battery's output. This section discusses how the system handles varying loads and how it can be scaled for larger installations. When you buy the Megger Torkel 930, you are investing in a platform that grows with your facility's needs. The dynamic capabilities ensure that the battery performance is evaluated accurately under realistic conditions.

  • Dynamic discharge technology provides full power at all voltages, simulating real-world load conditions more accurately than static resistors.
  • The system is easily expandable for larger battery banks using TXL extra load units, allowing for high-current testing without replacing the main unit.
  • Real-time monitoring during the test provides immediate feedback on battery performance and voltage trends.

User Experience and Data Management

Efficiency in data collection and reporting is vital for compliance and maintenance planning. The Megger Torkel 930 streamlines the workflow from testing to reporting. This section highlights the user interface and data handling features that reduce administrative burdens. For professionals comparing the Megger Torkel 930 price against its features, the integrated data management system offers a compelling advantage. The ability to quickly transfer and analyze data ensures that maintenance decisions are based on accurate information.

  • All test results are stored within the TORKEL and can be easily transferred to a PC via a USB drive for detailed analysis.
  • The system features an easy report function and calibration process
Specification

Megger Torkel 930 Battery Discharge Test System Environment Specifications

Application Field Intended for use in high voltage substations and industrial environments
Temperature Operating: 0 to +50°C (32 to +122°F), power derating at temperatures over +35°C
Storage: -40 to +70°C (-40 to +158°F)
Humidity 5 to 95% RH, non-condensing
Shock/Vibration/Fall Instrument only: ETSI EN 300 019-2-7 class 7M2
Instrument in transport case: ITSA 2A
Altitude Operating: 3000m
Storage: 10,000m
Encapsulation Class IP20
CE Marking LVD: IEC61010-1: 2010 and IEC 61010-2-030
EMC: IEC61326-1

Megger Torkel 930 Battery Discharge Test System General Specifications

Mains Voltage 100 to 240V AC, 50/60Hz
Power Consumption 200W max
Power Interruption 40ms max
Protection Thermal cutouts, automatic overload protection, emergency stop button
Dimensions 519 x 315 x 375mm (20.5 x 12.5 x 14.7")
Weight 19.5kg (43.0lbs) instrument
31.9kg (70.3lbs) including transport case
37kg (82lbs) including large transport case
Display 7" LCD, capacitive touch screen
Available Languages English, French, German, Spanish and Swedish

Megger Torkel 930 Battery Discharge Test System Measurement Specifications

Current Measurement

Display Range 0.0 to 2999.0A
Basic Inaccuracy ±(0.5% of reading +0.1A)
Resolution 0.1A

Input for Clamp-On Probe

Range 0 to 1000mV DC
mV/A Ratio 0.30mV/A to 100.00mV/A
Input Impedance >1MΩ

Voltage Measurement

Range 0 to 500V DC
Inaccuracy ±(0.5% of reading + 0.1V DC)
Resolution 0.1V
Sample Rate 10Hz, values are saved when change is >10mV

Time Measurement

Inaccuracy ±0.1% of reading ±1 digit

Megger Torkel 930 Battery Discharge Test System Load Section

Battery Voltage 7.5 to 300V/500V
Power 15kW max
Load Patterns Constant current, constant power, constant resistance, current or power profile

Constant Current (Constant I)

TORKEL 910 0 to 110.0A
TORKEL 930/950 0 to 220.0A
Inaccuracy ±(0.5% + 0.2A)
Resolution 0.1A
Ripple Max 0.5A peak

Constant Resistance (Constant R)

Range 300mΩ to 3kΩ
Inaccuracy ±1% typical
Resolution 100mΩ

Constant Power (Constant P)

Range 0 to 15kW
Inaccuracy ±1% typical
Resolution 10W

Megger Torkel 930 Battery Discharge Test System Inputs

Plus 7.5 to 300V, 7.5 to 500V
Minus 0V
I EXT ≤ 1V 1V DC, 300V DC to ground
Voltage Sense Impedance to the current terminals is more than 1MΩ

Megger Torkel 930 Battery Discharge Test System Outputs

Alarm Relay Contact 28V DC, 8A, 240V AC, 8A
Devices higher than CAT II must not be attached
TXL STOP Relay Contact 250V DC, 0.28A. 28V DC, 8A, 250V AC, 8A
9V DC 9V DC, ±7% max 100mA

Megger Torkel 930 Battery Discharge Test System Communication Ports

BVM1, BVM2 USB connection for BVM units
USB Port USB connection for USB memory
Service For service of the instrument
Downloads
FAQs & How To

FAQs

It is used to evaluate battery capacity and performance in backup power and industrial battery systems.
Battery discharge testing helps identify weak or aging batteries before they fail during critical operations.
You can shop Megger Torkel 930 Battery Discharge Test System through uazon.ae, an authorized distribiutor platform.
It is commonly used in substations, telecom networks, UPS systems, industrial facilities, and infrastructure maintenance projects.

How To

Basic process for performing a battery discharge test using the Megger Torkel 930 Battery Discharge Test System.

Estimated Time: PT20M

Verify the battery bank is ready for testing and inspect all safety connections before starting the discharge procedure.
Attach the Megger Torkel 930 Battery Discharge Test System to the battery system according to the testing setup requirements.
Set the required discharge parameters and confirm the testing procedure before beginning the analysis.
Start the controlled discharge test and monitor battery performance throughout the testing cycle.
Analyze the discharge data and document the battery condition for maintenance planning and engineering evaluation.
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