Bigtreetech
BIGTREETECH BTT EZ2130 V1.0 Stepper Motor Driver for 3D Printer
Special Price
	₹859
			
		₹1,527	
					44% Off
			
						(Inclusive of all taxes)
Stock: Outofstock
							7 days service center Replacement
							Delivery
							1 Year Warranty
							Pay on Delivery
							10 days Return
							Secure Transactions
| Ships from | elemart | 
|---|---|
| Sold by | Mohit | 
About this item
The BIGTREETECH BTT EZ2130 V1.0 is a high-performance stepper motor driver designed specifically for 3D printers, providing smooth, quiet, and efficient motor control. Based on the powerful Trinamic TMC2130 chip, it supports advanced features such as stealthChop2 for ultra-quiet operation and spreadCycle for precise and stable motor movement. The EZ2130 driver offers flexible control modes, including SPI communication, which enables fine-tuning and real-time monitoring of motor parameters. This makes it ideal for users who want to optimize their 3D printer’s motion performance and reduce noise during printing. Its integrated stall detection allows for sensorless homing, simplifying wiring by eliminating the need for physical endstop switches. Designed for easy installation, the BTT EZ2130 is compatible with many BIGTREETECH mainboards, including the popular SKR series, making it a versatile choice for upgrading existing printers or building new ones. It supports a wide input voltage range and delivers consistent current output for reliable operation. Overall, the BIGTREETECH BTT EZ2130 V1.0 balances quiet operation, precise control, and ease of use, improving print quality and user experience for hobbyists and professionals alike.Specifications
| Driver Chip | Trinamic TMC2130 | 
|---|---|
| Control Interface | SPI communication | 
| Microstepping | Up to 1/256 | 
| Input Voltage | 8V to 36V DC | 
| Max Output Current | Up to 2.0A (with cooling) | 
| Features | StealthChop2, spreadCycle, stallGuard4 sensorless homing | 
| Compatibility | BIGTREETECH SKR series and other 3D printer boards | 
| Protection | Overcurrent, overtemperature, and short-circuit protection |