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TMC2209 Stepper Motor Driver Module, 4.7528 V, 1.2 A RMS, 1/256 Microstepping, with Heatsink
- SC2 Silent Drive With Smooth Motion TMC2209 V1.3 stepper motor driver; SC2 silent technology combined with precise current control reduces vibration and audible noise; supports stable motor rotation at low and high speeds; improves motion smoothness for desktop 3D printers and precision motion projects; HighPrecision 256 Microstep Resolution Supports up to 1/256 microstepping resolution; generates fine sinusoidal current waveforms; improves positioning accuracy and layer consistency; helps achieve cleaner surfaces and smoother direction changes during detailed printing tasks; Enhanced Current Output Capability Continuous phase current up to 1.2 A RMS with peak current up to 2.8 A; improved drive strength compared to earlier driver generations; maintains reliable torque without missed steps; suitable for demanding printer axis movement; CoolStep And Stall Detection Functions SpreadCycle current control with CoolStep dynamically adjusts motor current based on load; reduces unnecessary power use while maintaining torque; integrated stall detection provides motion feedback; helps protect mechanics during tuning and setup; Flexible Interface And Thermal Design Supports STEP and DIR standalone control or UART configuration; logic voltage compatible with 3.3 V and 5 V controllers; includes heatsink and red pin headers; compatible with for Arduinobased printer control boards, active airflow recommended for higher loads
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Overview
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Product Overview TMC2209 UltraQuiet Stepper Motor Driver Module with heatsink and red pin headers. Designed for smooth, silent, and precise motion control. Features SC2 Silent Technology, CoolStep energy saving, and advanced stall detection, ideal for 3D printers and CNC systems.
1.
Product Parameters Driver IC: TMC2209 V 1.3
Motor Type: Twophase bipolar stepper motor
Control Interface: STEP / DIR or UART
Motor Supply Voltage (VM): 4.7528 V DC Logic
Voltage (VIO): 3.3 V / 5 V Continuous
Phase Current: 1.2
A RMS Peak Current: Up to 2.8
A Microstepping Resolution: Up to 1/256
Current Control: SpreadCycle with CoolStep
Noise Control: SC2 Silent
Technology Stall Detection: Supported
Cooling: Heatsink included
2.
Pin Function Description VM: Motor power input positive
GND: Power ground
VIO: Logic power input
STEP: Step pulse input
DIR: Direction control input
EN: Enable input, active low
UART: Serial configuration and monitoring CFG1 /
CFG2: Driver mode configuration A1 /
A2: Motor phase A outputs B1 /
B2: Motor phase B outputs
3. Common Questions & Answers (FAQ)
Q1: Is this driver quieter than TMC2208?
A1: Yes, TMC2209 offers improved silent performance and higher current.
Q2: What microstepping does it support?
A2: Up to 1/256 microsteps for smooth and precise motion.
Q3: Can it save energy during operation?
A3: Yes, CoolStep can reduce power consumption by up to 75%.
Q4: Is UART mode required for use?
A4: No, it works in standalone STEP/DIR or UART mode.
Q5: Is it suitable for standard 3D printers?
A5: Yes, it is a popular upgrade for most 3D printer controllers.
1.
Product Parameters Driver IC: TMC2209 V 1.3
Motor Type: Twophase bipolar stepper motor
Control Interface: STEP / DIR or UART
Motor Supply Voltage (VM): 4.7528 V DC Logic
Voltage (VIO): 3.3 V / 5 V Continuous
Phase Current: 1.2
A RMS Peak Current: Up to 2.8
A Microstepping Resolution: Up to 1/256
Current Control: SpreadCycle with CoolStep
Noise Control: SC2 Silent
Technology Stall Detection: Supported
Cooling: Heatsink included
2.
Pin Function Description VM: Motor power input positive
GND: Power ground
VIO: Logic power input
STEP: Step pulse input
DIR: Direction control input
EN: Enable input, active low
UART: Serial configuration and monitoring CFG1 /
CFG2: Driver mode configuration A1 /
A2: Motor phase A outputs B1 /
B2: Motor phase B outputs
3. Common Questions & Answers (FAQ)
Q1: Is this driver quieter than TMC2208?
A1: Yes, TMC2209 offers improved silent performance and higher current.
Q2: What microstepping does it support?
A2: Up to 1/256 microsteps for smooth and precise motion.
Q3: Can it save energy during operation?
A3: Yes, CoolStep can reduce power consumption by up to 75%.
Q4: Is UART mode required for use?
A4: No, it works in standalone STEP/DIR or UART mode.
Q5: Is it suitable for standard 3D printers?
A5: Yes, it is a popular upgrade for most 3D printer controllers.
Warranty & Returns
Warranty, Returns, And Additional Information
Warranty
- Please contact the Seller directly for warranty information. Warranty information may also be found on the Manufacturer's website.
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Return Policies
- Return for refund within: 30 days
- Return for replacement within: 30 days
- This item is covered by SlotNeat Return Policy
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