Product Overview
The KSE2040-2 replacement battery is made for Olympus EPOCH 650 Flaw Detector. It provides the product-specific electrical characteristics, replacement references and equipment compatibility associated with this battery.
Specifications
| Parameter | Value |
|---|---|
| Standard Model | KSE2040-2 |
| Capacity | 6900mAh / 74.52Wh |
| Voltage | 10.8V |
| Battery Type | Smart Battery Pack |
| Cell | Made in China, high quality guarantee |
| Weight | 0.4kg |
Replace Part Numbers
- KSE2040-2
- RRC2040-2
- 100559-05
- 328-KSE20402
Compatible Models
- For Olympus EPOCH 650 Ultrasonic Flaw Detector
FAQ
Q: What equipment is the KSE2040-2 battery made for?
A: The KSE2040-2 replacement battery is made for Olympus EPOCH 650 Flaw Detector. Its battery design is intended for the equipment named in this product title, giving the device-specific model reference a clear place in the battery description.
Q: Which devices can use the KSE2040-2 battery?
A: The KSE2040-2 battery is associated with Olympus EPOCH 650 Ultrasonic Flaw Detector. These named devices define the battery's intended equipment group and distinguish this battery from other products that share similar electrical ratings.
Q: What electrical specifications does the KSE2040-2 battery have?
A: The KSE2040-2 battery has a voltage of 10.8V, a capacity of 6900mAh / 74.52Wh, a Smart Battery Pack chemistry. These characteristics describe the battery's power format and operating specification.
Q: Which replacement references belong to the KSE2040-2 battery?
A: The KSE2040-2 battery is associated with KSE2040-2, RRC2040-2, 100559-05, 328-KSE20402. These identifiers belong to this battery family and provide the part-number detail needed to distinguish it from other batteries for related equipment.
Q: How does the KSE2040-2 battery support the named equipment?
A: The KSE2040-2 battery is designated for Olympus EPOCH 650 Flaw Detector. Its model references, electrical characteristics and equipment-specific compatibility work together to define the battery's intended role in the named device.