C1XP01-115AC-A DC Motor Control

XP Series

For applications requiring basic drive protection from falling objects or incidental contact, Minarik Drives offers the C1XP01-115AC-A, a low cost, high performance pulse-width-modulation (PWM) DC motor speed drive housed within a NEMA 1 enclosure. This filtered drive has a power-on LED and a power switch/speed adjust knob located on the front of the case. With a 115VAC input, the C1XP01-115AC-A controls 130VDC brush-type motors from 1/100 to 1/10 HP.

Standard XP drives accept any voltage ranging from 90 to 130VAC. XP drives contain an inexpensive unipolar power supply, which enables them to accept any DC voltage input between 100 and 160VDC. After proper calibration, users can also operate low voltage motors without additional circuitry. All Minarik Drives filtered PWM drives yield a constant 1.05 form factor or less over the 80:1 speed range resulting in smooth, quiet, cool, and low maintenance motor operation.

$286.29

Qty:

Contact the factory for volume pricing

Specifications
Features

Enclosure	Maximum Current (ADC)	Input Voltage (VAC)	Output Voltage (VDC)	Power Range		Field / Shunt Supply	Reversing	Isolation
Enclosure	Maximum Current (ADC)	Input Voltage (VAC)	Output Voltage (VDC)	HP	kW	Field / Shunt Supply	Reversing	Isolation
NEMA 1	1	115	0 - 130	1/100 - 1/10	.01 - .08	-	No	No

NEMA 1 enclosure: Metal enclosure for indoor use protects against dirt, dust and bodily contact.
4Q Reversing: Regenerative/4 Quadrant drives have the ability to perform quick, contactorless reversing on-the-fly!
Speed range and regulation: 1% regulation over 50:1 speed range. 0.1% regulation over 60:1 speed range with the addition of a tachometer for feedback. Armature or tachometer mode is switch selectable.
User adjustable calibration pots: IR compensation, min speed, max speed, forward and reverse torque, forward and reverse acceleration and tachometer.
Diagnostic LEDs: Power On light on front of enclosure, LEDs inside cover for power, forward and reverse direction and forward and reverse current limit.
Stopping Modes: User can regeneratively brake (run/brake switch), coast to a stop (power on/off switch) or decelerate to zero via internal jumper.