I wish i knew what the clutch Ohms are supposed to be but...
Power equals E x I (Voltage times current) I would expect to see power to be 60w to 90w. So manipulate the formula we will. (Yoda says so)
60w divide by 13.8v equals 4.347A. Resistance equals E(voltage) divided by I (current). 13.8 divide by 4.347 equals 3.17 ohms.
90w divide by 13.8 equals 6.521A. Resistance equals E divide by I. 13.8 divide by 6.521 equals 2.11 ohms
I could be off and the actual wattage (slightly higher or lower) So I would expect to see 1ohm to 4ohms resistance on the electromagnet on the clutch. Take at look at the fuse rating for the clutch and you will get a slightly better idea of the current draw. Actual draw should be 80% or less than the fuse rating.
Usually when the clutch itself fails (electrically) you will see on of two failures. (1) the coil burns open and no longer conducts a complete path. (2) the coil melts together(Internal short) which lowers resistance and this causes power to go up and the wire in the coil is not rated for that high of power and the heat created melts what is left even further together until ultimately the fuse blows because current draw exceeds fuse rating. These are INTERNAL electrical failures, not to be confused with external power feed failures such as the connector, wiring harness to the clutch, etc.
Noise sounds in the video sounds like the clutch magnet is making chatter noise. Check wiring harness plug at clutch for corrosion or loose connection. Could also just be the electromagnet of the clutch is failing to hold the pulley to engage the compressor input shaft. Unplug the compressor and push recirc button and see if the noise is gone.