WINSINN 3D Printer Controller Kit For Arduino Mega 2560 Uno R3 Starter Kits + RAMPS 1.6 Upgraded Mosfet + 5Pcs DRV8825 Stepper Motor Driver + LCD 12864 for Arduino Reprap


Ramps 1.6 board:

-Ramps 1.6 is optimized and launched based on Ramps 1.4 & Ramps 1.5. The Struture almost same as Ramps 1.5 , the difference is Ramps 1.6 have new 2pin connectors,which more simple and convenient to connect,also will not be burnt easily. And Ramps 1.6 have a good Heatsink above MOS tube in order to give a better function to heat dissipation. Beside, the Power of Ramps 1.6 is more larger than Ramps 1.5, the largest power will be up to or 270W, and Ramps 1.5 just can be up to 200W, or smaller than 200W.

DRV8825 Driver:

-Suitable for driving below 8.2V ~ 45V 2.5A stepper motor
-Six different stepping resolutions: full, half, 1/4,1/8,1/16,1/32
-Adjustable potentiometer can adjust the maximum output current, resulting in higher step rate
-Automatic current decay mode detection / selection
-Thermal shutdown circuit, undervoltage lockout, crossover current protection
-Ground short-circuit protection and load short-circuit protection

Mega 2560 R3:

-Operating Voltage: 5V
-Input Voltage (recommended):7-12V
-Input Voltage (limits):6-20V
-Digital I/O Pins:54 (of which 14 provide PWM output)
-Analog Input Pins:16
-DC Current per I/O Pin:40 mA
-DC Current for 3.3V Pin:50 mA
-Flash Memory:256 KB of which 4 KB used by bootloader
-SRAM:8 KB
-EEPROM:4 KB

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Package include:
►1 x RAMPS 1.6 Board
►1 x Mega 2560 R3 Board
►1 x 12864 LCD Display Controller
►1 x LCD Smart Adapter
►5 x DRV8825 Stepper

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►Note:
►We offer the best products and services, if there has any problems, you can tell us anytime. Thank you:))

Product Features

  • ✔️DRV8825 driver board widely used in 3D printers and small CNC machines. It is upgrade of A4988, 4-layer PCB for improved heat dissipation and decrease chip resistance. It suitable for driving below 8.2V ~ 45V 2.5A stepper motor, And had Six different stepping resolutions: full, half, 1/4 ,1/8, 1/16, 1/32.
  • ✔️12864 LCD: The intelligent controller includes an SD card reader, rotary encoders and a 20-character × 4 line LCD display. You can easily connect it to your RAMPS 1.6 board using “smart adapter” included. This panel connect your RAMPS 1.6, you do not need your computer, your SD card intelligent controller power supply. All further operations, such as calibration, the axis movement can be done only with a rotary encoder intelligent controller.
  • ✔️This kit includes a complete set of the most common and useful components that can be used by all tech-savvy people out there to build their own printer controller. A number of Arduino expansion boards can be added to the system as long as the main RAMPS board is kept to the top of the stack.
  • ✔️Product Warranty: WINSINN are devoted to offer premium quality products to all cherished customers. Meanwhile supply 60 days money back guarantee and 24 months warranty. If there are any questions, please feel free to contact us, WINSINN Customer Service Team will spare no efforts to assist with you within 24 hours.
  • ✔️Ramps 1.6 is optimized and launched based on Ramps 1.4 & Ramps 1.5. The Struture almost same as Ramps 1.5 , the difference is Ramps 1.6 have new 2pin connectors,which more simple and convenient to connect,also will not be burnt easily. And Ramps 1.6 have a good Heatsink above MOS tube in order to give a better function to heat dissipation. Beside, the Power of Ramps 1.6 is more larger than Ramps 1.5, the largest power will be up to or 270W, and Ramps 1.5 just can be samller than 200W.

Click Here If You Need More Detailed Info…

Power Module for 3d printer Heated Bed, MOSFET Rams 1.4 High Current 210 A

Specifications: Dimensions: 60 * 50 mm Net Weight: 41 g Color Black Current Maximum: 25 A (improves the heat dissipation) helps the 3d printer controller equipped with the plate (capable of a maximum of 15 to) with this additional module can provide a maximum current of up to 25 if the intention is to use the bed Hot with heating of your 3d printer that uses a 12 V power source, then it is recommended this module, otherwise may cause excessive current during the times that can burn the connectors on the motherboard of the controller, in accordance with the thermal bed, choose the appropriate source of power, with sufficient margin. If this is a great power heated, we suggest a 24 V power supply, with the same power requirements, the current is less than 12 V Package including: 1 * Power Module heat bed

Detailed Information available on our Homepage…

SODIAL(R) 3D Printer hotbed MOSFET expansion module inc 2pin lead Anet A8 A6 A2 Compatible Black

* SODIAL is a registered trademark. ONLY Authorized seller of SODIAL can sell under SODIAL listings.Our products will enhance your experience to unparalleled inspiration.
SODIAL(R) 3D Printer hotbed MOSFET expansion module inc 2pin lead Anet A8 A6 A2 Compatible Black
Color: Black
Material: plastic
If your total power usage is 240W and you have 12V power supply, then it means at least 20A is needed (20X12=240W).
As controller board is only capable of 15A this setting will not work. To make it work, you need this extra power module.
This module can be used in both Chitu motherboard, and other open 3D Printer motherboards.
This module under normal cooling is found stable work situation at I (Max) = 25A, the using current should not exceed 25A.
If you intend to use heated bed with your 3D printer that uses a 12V power supply, then this module is recommended, else it may cause excessive current during times which may burn the connectors on the controller board.
Anet A8,A6,A2 Compatible.
Package Contents:
1 x MOSFET expansion module
Note: Light shooting and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.

Product Features

  • It very often that after purchasing 3D printer (especially in Anet A8, A6, A2) motherboard is getting all load to heat up Printing Hotbed. That creates fire hazard problems as connectors are not suitable for that high loads.
  • Hence that issue MOSFET Module is solving existing problems by taking the load off the motherboard.
  • It also solving print quality issues as motherboard is not heavily overloaded with power consumption of heating printbed.
  • It is used not for hotbed only. It is very common that it is used for extruder’s heating element too.
  • MAinly it is to take the load off the motherboard and make motherboard more stable and power interference free.

Detailed Information available on our Homepage…

Hrph 3D Printer Heated Bed Power Module High Current 210A MOSFET Upgrade RAMPS 1.4 12V-50V

Feature:
Heated bed power module
Based on powerful MOSFET HA210NO6
Size: 70*45mm
Mounting holes: 3.2mm diameter, for M3 screws.
Distance betweeen holes: 62.8*37.8mm
Very powerful MOSFET to withstand higher current than normal RAMPS or other 3D Printer controller can handle
Voltage: 12V-50V
Maximum current with active cooling: 210A
This module is based on power MOSFET and will allow PID control of the heated bed (DC-DC Relays usually do not allow this)
Under the premise of normal cooling, it work stable under I(Max)=25A, the current must not exceed 25A while the process working

Included:
1 x Heated Bed Power Module
1 x Connection cable for input signal
2 x Power Connection Cables

Product Features

  • ★.Heated bed power module.Based on powerful MOSFET HA210NO6
  • ★.Size: 70*45mm,Mounting holes: 3.2mm diameter, for M3 screws.;Distance betweeen holes: 62.8*37.8mm
  • ★. Voltage: 12V-50V; Maximum current with active cooling: 210A
  • ★. Very powerful MOSFET to withstand higher current than normal RAMPS or other 3D Printer controller can handle
  • ★. This module is based on power MOSFET and will allow PID control of the heated bed (DC-DC Relays usually do not allow this)

Detailed Information available on our Homepage…