Delta VFD-EL Settings for GMT 2.2kw Spindle

I'm on the final stage of my enclosure build for an Avid CNC Pro. All my electronics are complete, and I'm ready to configure the VFD, and would appreciate some guidance on the correct Spindle settings...

Spindle is a GMT 2.2kW Air Cooled, from UgraCNC (Tried emailing them several times for help, but no responses):
https://ugracnc.com/store/cnc-spindl...0-rpm-s-detail

VFD is a Delta VFD022EL21A (2.2Kw/3HP 1PH Input, 3Phase Output):
VFD Manual: http://www.realimpeks.co.rs/download/delta_vfd_el.pdf

The Spindle datasheet shows a simple straight-line freq/voltage curve, ramping from 0v/0Hz -> 220V/400Hz, so I have, perhaps naïvely, assumed I can configure the V/F settings to match, i.e. V/F ratio of 0.55.

Here are the main motor related params I have so far:

01.00 Maximum Output Freq: 400 **
01.01 Maximum Voltage Freq: 400
01.02 Maximum Output Voltage: 220
01.03 Mid-Point Freq: 2
01.04 Mid-Point Voltage: 1.1
01.05 Min Output Freq: 2
01.06 Min Output Voltage: 1.1
01.08 Output Freq Upper Limit: 100%
01.09 Output Freq Lower Limit: 0%
01.16 Auto Acceleration/Decel: 3 (Auto, Set by Load)
07.00 Motor Rated Current: 88% (9.7A / 11A)
07.06 Motor Rated Slip: 0% **

Do these settings look safe/reasonable?

I'm slightly unsure about 01.01 because the manual suggests this is based on the DRIVE rated frequency, which seems weird. Typo? It says:
".. should be set to the rated freq of the motor ... and determines the v/f ratio. e.g. if the *DRIVE* is rated for 460V output and Mav Voltage Freq is set to 60Hz the ratio will be 7.66"
I am assuming that should really be if the MOTOR is rated for 460V&60Hz the ratio is 7.66. Correct? Or dumb?

The Mid and Min Freq/Volts settings I chose simply to retain the 0.55 V/F ratio at both ends of the ramp, (2Hz * 0.55) = 1.1V, so is somewhat arbitrary. I would have used 0Hz/0V but these are not valid values.

Output Freq Lower Limit is set to 0% because my understanding is that Mach4 will limit it (Speed range is set to 8000-24000 in Mach as per Avid CNC's defaults). Is that reasonable, or should I protect in the Spindle also?

Motor Rated Slip of 0% seems odd according to Google. But it is calculated exactly as per the manual: Slip = F - (N*P/120), where F=400Hz, N=Rated Speed=24000rpm, P=2-Poles.

Finally, is V/F control a good choice for a Woodworking CNC Router, or should I enable Vector?