What UN Number Does Your Robot Battery Pack Ship Under?
Your robot battery pack ships under UN 3480 or UN 3481 depending on how it is packed, not what it is. Classify it before the paperwork is written.
Verifying battery certifications and applying UN 38.3, UL, FCC, DOT/PHMSA, and fire-code requirements to robotic pack procurement.
Your robot battery pack ships under UN 3480 or UN 3481 depending on how it is packed, not what it is. Classify it before the paperwork is written.
The UN 38.3 test summary has to satisfy a carrier's hazmat review, not just product compliance. What buyers should reconcile before a robot battery pack ships.
Shipping paper, lithium battery mark, Class 9 label, OVERPACK, and a live emergency number: what each one must say, and the errors that get pallets refused.
A UN 38.3 test summary is a procurement document, not a certificate. How US buyers read it line by line, check coverage, and sequence the ask before the PO.
Which DOT/PHMSA packing section applies to your industrial lithium battery pack — IA, IB, or II — and how to pick compliant packaging and marks.
A five-point check for an IEC 62133-2 test report before PPAP: scope line, edition, certificate status, markings and photos, and report completeness.
Map every line of a UN 38.3 test summary back to the eight tests, see which hardware each one runs on, and spot the tests that were never run.
UN 38.3, UL 2271, and IEC 62133-2 attach to different objects — cell, pack, shipment. How to split the clause and what evidence to demand with the quote.
PHMSA sets no state of charge limit for lithium batteries shipped by ground. The 30% figure is an air rule — here is who actually enforces it and why.
A UN 38.3 test summary only covers the cell and pack configuration it names. Here is how buyers trace the revision that matches the pack shipping today.