Not really, you will want to have a inline 3 phase soft starter if you have a motor that is high power, as most switchgear will trip with the start current draw. Simplest is to get a soft starter and place it in line, and set the ramp up and speed to the longest time and least boost it can do, and have a contactor and protection relay rated for the motor run current. That way you will start it up with a minimum current, and if it has debris or a seized seal it will trip out on the motor overload and not hopefully tear itself apart. If you have access to the motor windings see if it is wired correctly, and that the wiring is delta connected for 480V. If so temporarily connect it in star for testing, as this lowers the phase current. You could then if it runs use a star delta contactor to switch it over if you want to remove the inverters completely, though your wiring and line breakers might not be correctly sized for the star delta rating, as inverters allow you to use a lower current cable and breaker as the switch on surges are a lot lower.
If it is a simple motor under about 2kVA you can do Direct On Line control, as the motor impedance will limit the switch on current to a safer level. Bigger would need either star delta, soft starter or will be arranged for other starting methods.
Biggest motor I have in regular use is 7.5kVA, and it was originally miswired, started in delta and switched to star. ;( Wondered why it kept pulling the floor bolts out, and investigated and basically rewired the panel correctly. It later did burn out a winding from the initial abuse. Bit hard to undo a 130kg motor and lower it down off the machine, I had to mount an anchor in the roof to attach a chain block to hold it. New one was only 70kg, almost hand holdable. Chain block though was handy to take the gearbox off when it needed seals done though.