Manifest vs. Label: Three Entries
You are verifying printed labels against the manifest before a 40-piece handoff. The first three entries:
Manifest
- 412 ELM ST APT 3B, RIVERTON, IL 62561
- 88 CANAL RD STE 210, DOVER, DE 19901
- 1907 W 44TH PL, TULSA, OK 74107
Printed labels
- 412 ELM ST APT 3B, RIVERTON, IL 62561
- 88 CANAL RD STE 201, DOVER, DE 19901
- 1907 W 44TH PL, TULSA, OK 74170
Entry 1 matches exactly. You have 12 minutes to clear the remaining 37 pieces before the handoff window closes.
1. Which entries are wrong, and what kind of error is each?
Read the worked answer
Entries 2 and 3 fail; entry 1 is clean.
- Entry 2: STE 210 on the manifest vs. STE 201 on the label. Interior digits transposed. Both are plausible suite numbers, so nothing "looks" wrong - this is exactly why visual impression is not a check.
- Entry 3: ZIP 74107 vs. 74170. Same five digits, same order except the last two. Again a transposition, and again both are well-formed ZIPs.
The discipline: do not treat a match on the majority of characters as a match. Compare the parts most likely to be transposed - the interior of a suite or apartment number, and the final two digits of a ZIP - as deliberate acts, not as part of a general glance.
2. Describe a checking method that catches these reliably without slowing you to a crawl on 40 pieces.
Read the worked answer
Use a two-pass, targeted method:
- Pass 1, structural: confirm the piece count matches the manifest count and that each label is paired with the right physical piece. Skip character detail.
- Pass 2, targeted character check: read only the fields where a transposition is possible and silent - suite/apt designator, street number, and the last two ZIP digits - and read them right to left, which breaks the pattern-completion habit that makes 210 and 201 read as identical.
A method that reads the whole address carefully left to right fails here, because fluent reading fills in what it expects. A method that isolates the high-risk fields catches these two in a fraction of the time.
3. You find a third error at piece 31 and the handoff window is 4 minutes out. What now?
Read the worked answer
Three errors in 31 pieces is not a bad-luck number, it is evidence the upstream process is producing defects - so the response changes from "fix the piece" to "protect the handoff."
- Stop and hold the affected pieces, not the whole batch, if the errors are confined to one manifest section or one printer run.
- Notify the receiving clerk before the window, with the count and the error types. A late handoff with a known defect list is recoverable; a silent handoff with three bad addresses is not, because the pieces will have moved on before anyone knows.
- Do not "fix" anything by guesswork - flag the discrepancy for the originator rather than correcting an address you cannot verify.
- Record what you found so the pattern (two transpositions in similar fields) can be traced.
Speed matters, but the point of the check is the handoff, not clearing your own queue.