Description
SciAps X-555 Handheld XRF Battery – Rechargeable Lithium-Ion (14.5V, 3.4Ah, 49Wh)
Power your SciAps X-555 Handheld XRF Analyzer with confidence using this high-performance rechargeable lithium-ion battery. Engineered for reliability and long-lasting performance, this battery is specifically designed to fit the SciAps X-555, delivering optimal voltage and capacity for uninterrupted field analysis.
Features
- Compatible Model: SciAps X-555 Handheld XRF Analyzer
- Battery Type: Rechargeable Lithium-Ion
- Voltage: 14.5V
- Capacity: 3.4Ah
- Energy: 49Wh
- Reliable Runtime: Built for extended use in field and lab conditions
- Durable Design: Rugged construction to withstand industrial environments
Whether you're performing scrap metal sorting, mining analysis, or alloy verification, having a dependable backup battery on hand ensures your XRF analyzer stays powered throughout your workday. Stay productive and eliminate downtime by adding an extra battery to your kit.
- Ships from the USA – Fast shipping available.
- In Stock and Ready to Ship!
Important Note
There are two versions of this battery and you MUST select which style you need! The image below shows both styles. The battery on the left is the old style while the battery on the right is the new style. Look at the bottom of your existing batteries to determine which style your handheld XRF takes.
Confused? Contact Us. We can help.
Alloy Geek LLC supports customers in selecting, deploying, and maintaining handheld XRF analyzers and related accessories for real-world applications. We provide application guidance, rentals, aftermarket components, and sourcing support to help ensure the right fit for your work.
Alloy Geek LLC operates independently and is not an authorized distributor of SciAps products. Products manufactured by Alloy Geek are aftermarket components designed for compatibility with select XRF analyzers. Requests submitted through this site are for application guidance, configuration, and pricing based on your specific requirements, and fulfillment paths for new analyzers may vary depending on configuration and availability.
References to SciAps and related trademarks are used for identification and compatibility purposes only and remain the property of their respective owners.