PRD-MZ10B00Z-0S Kollmorgen
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The Kollmorgen PRD-MZ10B00Z-0S is part of the CD Servostar CD Drives series. It has an input voltage of 380 to 480 V AC and operates with an input current of 16 Amps per phase, delivering input power of 10 or 13 kW. The drive features resolver feedback and provides an output power of 5.2 or 6.5 kW at an output voltage of 520 to 650 V AC.
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Product Description:
The PRD-MZ10B00Z-0S is a digital drive module built by Kollmorgen for the CD Servostar CD Drives series. It converts incoming three-phase mains power into a controlled DC link and synthesized AC output for driving motion axes in automated cells. Acting as the bridge between the plant supply and a motor, the unit provides regulated energy and control interfaces for precision positioning, coordinated speed tracking, and torque regulation. It is suitable for packaging equipment, material-handling systems, and general machine-tool applications that require controlled motor operation.
On the supply side, the drive accepts an input voltage of 380/480 V AC, allowing direct connection to common industrial distribution panels without step-down transformers. It operates with mains frequencies of 50/60 Hz, permitting installation on either common frequency standard. During full-load acceleration, the rectifier draws up to 16 A per phase, which affects cable sizing, protection device selection, and cabinet thermal design. Once energized, the power section can process 10/13 kW, matching mid-range servo and induction motors used on single-axis gantries or pump skids. Rotor position feedback is handled by a resolver, which supplies shaft-angle information in the presence of electrical noise. This feedback supports stable vector control and helps prevent commutation errors at low speeds.
The inverter produces a motor phase current of 10 A per phase, providing sufficient electromagnetic force for moderate-inertia loads without requiring oversized conductors. At this current, the converter section delivers 5.2/6.5 kW of output power to the connected motor. The synthesized output voltage reaches 520/650 V AC, supporting motor operation across the drive’s intended speed and load range while remaining compatible with appropriate motor insulation. A three-phase topology uses sinusoidal modulation to reduce harmonic distortion and keep winding temperatures predictable. This modulation also supports compatibility with standard electromagnetic compatibility filtering practices in industrial control cabinets.
