According to Sabina's docs, this is a true dc motor control which can do just about everything but eat.
Definitely requires a three-phase input. Not sure whether "true" three-phase is required, or not. My bet would be manufactured three-phase would be OK if the phase voltages were held to within 5 or 10 percent, under all conditions. Meaning a very "stiff" rotary phase converter likely could do the job.
Output is 240 volts dc for the armature and 120 volts dc for the shunt field, as one would expect for a replacement controller for a 10EE.
Lots of options are available, including dynamic braking. How the 10EE's unique "compensation" function could be simulated is open to speculation at this point. However, I-R drop compensation is an available option. A field loss relay, which is imperative in a "field weakening" system, such as the 10EE uses to achieve greater than "base speed", is available.
The basic 3 HP reversing model costs $1,062 while the basic 5 HP reversing model costs $1,589.
Less than the cost of a pair of C16Js.
Spec sheet page 1 ...
http://www.mc-w.com/images/catalog/sabina_dc/2447p1.jpg
Spec sheet page 2 ...
http://www.mc-w.com/images/catalog/sabina_dc/2447-P2.jpg
Contact ...
Sabina Products, 714-956-0480.
Usual disclaimers.
[This message has been edited by peterh5322 (edited 02-14-2003).]