Skipped. ADX60 appears to be a 40 HP idler motor. According to NEC table 430.250, full load amperage for a 40 horse, 240V motor is in the neighborhood of 104 amps. A 36 amp no-load current is realistic for a 40 horse motor. The only way you will get that lower is with power factor caps. If this is a residential service then I wouldn't bother since you won't be billed for what is mostly reactive power. Even if you do get billed for it, the cost of power factor caps on such a small scale will likely fail to amortize within any reasonable span of time.
When we install power factor caps in the industrial world, it usually takes the form of an Autovar unit or a static cap bank fed directly off of one or more 0.5~2 MVA indoor unit substations which step down 13,800 volts inside of a 2-hour rated transformer vault. A 200A single phase service might as well be a 9V battery by comparison in terms of utility billing. The places I'm talking about burn four digits a day in electricity and have utility-dictated power factor requirements of 0.90 or 0.95 in order to avoid additional fees. Factories, hospitals, data centers, high-rises, etc.
If it ain't broke, don't fix it. No sense reinventing the wheel.