Does it look like this one: https://i.ebayimg.com/images/g/1jgAA...j/s-l1600.webp ?

That looks like a standard hybrid stepper to me with 2-phase winding rather than "pancake" type.. If you check the 4 wires they should be in 2 pairs, each pair having a resistance of 30 ohms. The significance of the DC resistance is that it determines how much power is dissipated in the windings, not how much current is needed or how much torque is generated. Assume that you'll need ~1A per coil. Use a modern driver (preferably not the 6600). When driving with the correct current it should be virtually impossible to turn the rotor by hand. I usually get drivers from Stepper Online, they have a good range at reasonable price.

https://www.omc-stepperonline.com/stepper-motor-driver .

Modern stepper drivers, apart from allowing microstepping, allow you to operate the motor at a higher voltage that gives better acceleration etc. The driver acts like a switch mode power supply stepping down the supply voltage to obtain the rated current. This also means that if you set the coil current to say 1A the supply current is significantly less. Because this motor is quite old and has a high coil resistance you could probably use a 36V or even higher supply. You'll see that the drivers allow you to set the current limit - start low and increase it until you are getting enough torque and the motor can run fast enough/give enough acceleleration. Steppers can happily run quite hot (but not hot enough to burn you!).