UIM242XX Miniature Integrated Stepping Motor Motion Controller(with driver)
UIM242XX are miniature stepping motor controllers with CAN networking capability. They can be mounted onto NEMA 17/ 23/ 34/43 series stepping motor seamlessly through corresponding flanges.
category:
UIM24XX Series
- Description
- Product Parameters
- Quick Connection Diagram
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UIM242XX Miniature Integrated Stepping Motor Motion Controller(with driver)
UIM242XX are miniature stepping motor controllers with CAN networking capability. They can be mounted onto NEMA 17/ 23/ 34/43 series stepping motor seamlessly through corresponding flanges. The thickness is less than 16.5mm. CAN bus communication has many advantages like High-speed, long-distance and anti-jamming. With CAN bus gateway, Users can control UIM242XX controller with long-distance and high-speed by turning RS232 instructions into CAN protocol instructions.Users can control up to 100 sets UIM242XX controllers at the same time only by one CAN bus gateway. UIM242XX controllers support open-loop and quadrature encoder (QE) closed-loop control. With UIM242XX advanced motion control, motors can ramp up to 4000 RPM in 0.25 seconds (Based on ∠1.8° motor). Embedded 64-bit calculation precision DSP controller guarantees the real time control process, motion control and event change notification can be completed in 1-2 milliseconds. The enclosure is made of die-cast aluminum which provides a rugged, durable protection and improves the heat dissipation.
Stepping Motor Port
Port
Description
A+/A-
Stepping motor's A phase wiring
B+/B-
Stepping motor’s B phase wiring
Connection Port:
Port
Symbol Description 1
V+
Positive Voltage: 12-48VDC(Note: Max voltage is different between 242Lxx, 242Cxx and 242Hxx) 2
GND
Ground Voltage: 0V (Positive and negative can not be wrong) 3
CANH
CAN signal dominant high 4
CANL
CAN signal dominant low 5
AG
Analog ground of Sensor input 6
S1
Sensor Signal Input 1 7 S2 Sensor Signal Input 2 8 S3 Sensor Signal Input 3 9 P4 TTL output Features:
Micro-integrated Design
• Miniature size 42.3mmx42.3mmx16.5mm
• Integral design to fit motors, work independently as well
• Made of die-cast aluminum which provides a rugged, durable protection and improves the heat dissipation
Embedded DSP Microprocessor
• Hardware DSP, 64bit calculation precision
• Linear/non-linear acceleration/deceleration
• S-curve, PT/PVT position control
• Support quadrature encoder, closed loop control
• 3 sensor input ports, includes 2 12-bit analog input ports
• 10 programmable real-time event-based change notifications
• 13 programmable actions triggered by 8 sensor events
Motor Drive Characteristics
• 12–48VDC Input voltage
• 1 to 16th micro stepping, Dual full H-bridge with PWM constant current control, Online controlled offline/enabled
• Accurate subdivision and current control, selected NEMA 17/ 23 motors can ramp up to 4000 RPM
Communication Characteristics
• Active CAN 2.0B, 2 wires whole network
• Max 1M bps operation, 10 km communication distance
• Up to 100 nodes can be connected
• Differential bus, high noise immunity
Product Specification:
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- Product Parameters:
Communication Mode (TA: 25℃)
Protocol
Active CAN 2.0B
Wiring method
2-wire, CANH, CANL, Twisted pair cable
CAN bus driver Support 1 Mb/s operation Differential bus, short circuit/high voltage/ thermal shutdown protection Up to 100 nodes can be connected Electrical Characteristics (TA: 25℃) Supply Power Voltage 12-48VDC Motor Output Current Max 2A/4A/8A, instruction adjustable Driving Mode PWM constant current control Stepping Resolution 1, 1/2, 1/4, 1/8, 1/16 micro-stepping Insulation resistance >100MΩ Dielectric strength 0.5KV in 1minute Environment Requirements Cooling
Free Air
Environment
Avoid dust, oil mist and corrosive gases
Temperature
-40℃~+85℃
Humidity
<80%RH, no condensation, no frosting
Vibration 3 G Max
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- Reference Drawings:
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