It is suitable for field use thanks to its use with battery.
The device performs all measurements automatically. It is easy to handle with its battery and its small size. Generates 3-phase 50 Hz voltage without 3-phase supply. It eliminates the difficulties of calculating and circuit creation according to tests and measurements made using multi meter. All operations are performed with high accuracy on a single device.
Measurements made with temperature correction factor are automatically corrected according to the temperature required by the standard.
Large and bright display, simple interface provides easy operation.
|Output||Use with battery||Voltage: 0-10V|
|Use with mains voltage||Voltage: 0-750V|
|Power: ± 0.5% (CosΦ > 0.2), ± 1.0% (CosΦ <0.2)|
|Operating temperature||-10 ℃ ~ +40 ℃|
|Power supply||AC:160V ~ 265V|
|Dimensions||32cm x 24cm x 13cm|
What is Idle Loss Test and Why Is It Important?
With the no-load test, magnetic losses in the core of transformers can be calculated during the design phase. Thus, the efficiency coefficient of the transformer can be defined. These losses occur as long as the transformer is operating. Therefore, the idle loss is very important for the business economy. Idle losses in transformers are also called core losses or iron losses. It is an important parameter for the transformer and is a data used in the heating test.
What is Loss-at-Load Test and Why is it Important?
The head loss or copper loss in the primary and secondary windings of transformers is the result of coil resistance. It determines whether the transformer’s windings will be damaged when the transformer is exposed to load.
How to Prevent Transformer Losses?
Power loss is inevitable in a transformer. Even a transformer that is energized but not connected to the load consumes some energy in the form of no-load losses. Transformer losses can be reduced by careful design and proper sizing of its components.