Continuity Tests on TRSM to XLRF connector

I just tried doing a continuity test on a suspected defective TRS Male to XLR Female connector (adapter cable??). In my opinion, the correct continuity should be:
Tip --> 1 (on XLR Female)
Ring--> 3 (on XLR Female)
Sleeve ---> 2 (on XLR Female)
However, I have a Live Wire Solutions Cable Tester LWSCT (a US product) with instructions embedded on the packet which has a slightly different 'rule' . https://www.amazon.com/Live-Wire-LWSCT- ... B00A6CVA38
I have a photo of the product packaging, but sadly don't know to attach photos to posts on the SOS forum
For clarity, I am using a balanced TRS and a balanced XLR .
Can someone help me reconcile the differences in expected results from what I believe is correct vs what the cable tester 'instructions ' suggest.
Below is what the cable tester suggests:
TRS to XLR balanced
1 sleeve. Pin 1, Pin 3
2 Tip Pin 2
3 Ring. Pin1, Pin 3 (shorted with sleeve)
I'm always keen to learn so will gladly refer to any website that provides more knowledge and/or basis for what the product manufacturer says.
Tip --> 1 (on XLR Female)
Ring--> 3 (on XLR Female)
Sleeve ---> 2 (on XLR Female)
However, I have a Live Wire Solutions Cable Tester LWSCT (a US product) with instructions embedded on the packet which has a slightly different 'rule' . https://www.amazon.com/Live-Wire-LWSCT- ... B00A6CVA38
I have a photo of the product packaging, but sadly don't know to attach photos to posts on the SOS forum
For clarity, I am using a balanced TRS and a balanced XLR .
Can someone help me reconcile the differences in expected results from what I believe is correct vs what the cable tester 'instructions ' suggest.
Below is what the cable tester suggests:
TRS to XLR balanced
1 sleeve. Pin 1, Pin 3
2 Tip Pin 2
3 Ring. Pin1, Pin 3 (shorted with sleeve)
I'm always keen to learn so will gladly refer to any website that provides more knowledge and/or basis for what the product manufacturer says.