Top 10 best ramps tmc2130 for 2019

Finding the best ramps tmc2130 suitable for your needs isnt easy. With hundreds of choices can distract you. Knowing whats bad and whats good can be something of a minefield. In this article, weve done the hard work for you.

Best ramps tmc2130

Product Features Editor's score Go to site
3D Printer - 3D printer Board MKS Gen L V1.0 Controller Support A4988/8825/TMC2208/TMC2130 Drivers reprap Ramps1.4/Mega2560 R3 Board - (Size: MKS GEN-L V1.0) 3D Printer - 3D printer Board MKS Gen L V1.0 Controller Support A4988/8825/TMC2208/TMC2130 Drivers reprap Ramps1.4/Mega2560 R3 Board - (Size: MKS GEN-L V1.0)
Go to amazon.com
3D Printer Parts MKS Gen V1.4 Control Board Mega 2560 R3 Motherboard RepRap Ramps1.4 +TMC2100/TMC2130/TMC2208/DRV8825 Driver - (Size: with TMC2130 DIY x5, Ships from: China) 3D Printer Parts MKS Gen V1.4 Control Board Mega 2560 R3 Motherboard RepRap Ramps1.4 +TMC2100/TMC2130/TMC2208/DRV8825 Driver - (Size: with TMC2130 DIY x5, Ships from: China)
Go to amazon.com
Ramps 1.6 Plus Expansion Control Panel Upgraded Ramps 1.4 3D Motherboard Support A4988 DRV8825 TMC2130 Driver Reprap Mendel for 3D Printer Parts Ramps 1.6 Plus Expansion Control Panel Upgraded Ramps 1.4 3D Motherboard Support A4988 DRV8825 TMC2130 Driver Reprap Mendel for 3D Printer Parts
Go to amazon.com
FYSETC 3D Printer Stepper Driver ST820, Stepstick Motor Driver Module Stepping Smallest 45V Microstepping Peak Current 2.5A RMS Current 1.5A Suitable Board RAMPS VS TMC2130 with Heatsink, 5 Pack FYSETC 3D Printer Stepper Driver ST820, Stepstick Motor Driver Module Stepping Smallest 45V Microstepping Peak Current 2.5A RMS Current 1.5A Suitable Board RAMPS VS TMC2130 with Heatsink, 5 Pack
Go to amazon.com
WitBot Ramps 1.6 Plus Open Source Expansion Control Board Upgraded Ramps 1.4 Motherboard Support TMC2130 Driver Reprap Mendel for 3D Printer Parts WitBot Ramps 1.6 Plus Open Source Expansion Control Board Upgraded Ramps 1.4 Motherboard Support TMC2130 Driver Reprap Mendel for 3D Printer Parts
Go to amazon.com
BIQU 3D Printer Part Ultra Silent TMC2208 V1.0 Stepper Motor Driver Module with Heatsink for Control Board MKS GEN V1.4 Ramps 1.4 Ramps 1.6 (Pack of 5pc) BIQU 3D Printer Part Ultra Silent TMC2208 V1.0 Stepper Motor Driver Module with Heatsink for Control Board MKS GEN V1.4 Ramps 1.4 Ramps 1.6 (Pack of 5pc)
Go to amazon.com
Witbot TMC2208 Stepper Motor Driver Module with Heat Sink Upgraded TMC2100 DRV 8825 Driver Compatible with Ramps1.4 or MKS Board for 3D Printer(Pack of 5pcs) Witbot TMC2208 Stepper Motor Driver Module with Heat Sink Upgraded TMC2100 DRV 8825 Driver Compatible with Ramps1.4 or MKS Board for 3D Printer(Pack of 5pcs)
Go to amazon.com
KINGPRINT TMC2130 V1.1 Stepper Motor StepStick Mute Silent Driver Support SPI with Heatsink for 3D Printer Control Board Pack of 2 pcs KINGPRINT TMC2130 V1.1 Stepper Motor StepStick Mute Silent Driver Support SPI with Heatsink for 3D Printer Control Board Pack of 2 pcs
Go to amazon.com
WitBot TMC2130 V1.1 SPI Motor Driver Silent Board with Heat Sink and A Aet Wire for 3D Printer (Pack of 4) WitBot TMC2130 V1.1 SPI Motor Driver Silent Board with Heat Sink and A Aet Wire for 3D Printer (Pack of 4)
Go to amazon.com
GIMAX 3D Printer Control Board MKS Gen V1.4 Motherboard RepRap Mega 2560 R3 Ramps1.4 Compatible DR8825 TMC2130 TMC2208 Driver - (Size: with TMC2130 SPI x4) GIMAX 3D Printer Control Board MKS Gen V1.4 Motherboard RepRap Mega 2560 R3 Ramps1.4 Compatible DR8825 TMC2130 TMC2208 Driver - (Size: with TMC2130 SPI x4)
Go to amazon.com
Related posts:

1. 3D Printer - 3D printer Board MKS Gen L V1.0 Controller Support A4988/8825/TMC2208/TMC2130 Drivers reprap Ramps1.4/Mega2560 R3 Board - (Size: MKS GEN-L V1.0)

Feature

Size: MKS GEN-L V1.0
1.Support a variety of stepper drivers such as A4988, DRV8825, TMC2130 and LV8729, available to change the stepper drivers and motors as users like.
2.Reserve external driver signal, available to connect external high-current driver to drive the 57 and 86 stepper motors.
3.Use high-quality MOSFET, better cooling and more stable.
4.2560 and Ramps 1.4 are integrated in the board, which avoids the complicated connectors.

Description

Introduction:
Aiming at the problems exist on the open sourced controller board such as Ramps 1.4, the developers in Makerbase specially optimize and develop a new product, MKS Gen_L, which provides more flexible choices for users.
Features:
1.Support a variety of stepper drivers such as A4988, DRV8825, TMC2130 and LV8729, available to change the stepper drivers and motors as users like.
2.Reserve external driver signal, available to connect external high-current driver to drive the 57 and 86 stepper motors.
3.Use high-quality MOSFET, better cooling and more stable.
4.2560 and Ramps 1.4 are integrated in the board, which avoids the complicated connectors.
5.Use specific power chip, support 12V-24V power input, and resolve the problems of chip heating and power shortage.
6.Stable and reliable filter circuit greatly reduces interference and avoids crashes as possible in the process of printing.
7.Use CH340 serial port chip, more easily install the drive than 16U2.
8.Run Marlin firmware, the configuration is completely same as Ramps 1.4, and available to directly replace the Ramps 1.4.
9.Support Ramps 1.4, 2004LCD,12864LCD, TFT28 and TFT32.
10.Available to input 24V, the heated bed current can be reduced to 1/4 at the same system power which effectively resolves the problem that the MOSFET of heated bed heats.
11.X axis, Y axis and Z axis with different color terminal controls the stepper motors and endstops, which is convenient to wire.
12.Plug the stepper drivers according to the different color terminals which decreases the probability of reverse and prevents the controller board damag.
Acquire the firmware and drive .Land the website to download:
Item specifics:
Item type: Motherboard
Model number: MKS GEN-L V1.0
Product name: MKS GEN-L
Meterial: PCB
Smart controller: Micro switches
Integrated circuit: Controller panel
Type: MKS GEN-L V1.0

2. 3D Printer Parts MKS Gen V1.4 Control Board Mega 2560 R3 Motherboard RepRap Ramps1.4 +TMC2100/TMC2130/TMC2208/DRV8825 Driver - (Size: with TMC2130 DIY x5, Ships from: China)

Feature

Size: With TMC2130 DIY x5
Item type: Motherboard
Model number: MKS Gen V1.4
Material: PCB
Type: MKS Gen V1.4 control board

Description

MKS Gen V1.4
Features Benefits:
1, Mega 2560 and ramps1.4 set on a board, to solve complicated Ramps1.4 combination of interfaces, the problem of failure prone.
2, replace the motor drive, drive and support 4988 8825 drive.
3, the circuit board with high-quality 4-layer, heat and made a special optimization. ramps are 2 shelves.
4, using high-quality MOSFET, and better heat dissipation.
5, using a dedicated power chip, support 12V-24V power input, the voltage converter chip to solve the heat problem Ramps.
6, can accept 24V input power under the same system can be hot-bed current is reduced to 1/4, an effective solution to the hot bed MOS pipe heat problems.
7, the firmware can use open source firmware Marlin, ramps1.4 identical configuration and can directly replace Ramps1.4.
8, can be connected to the control panel and 12864LCD Ramps1.4,2004LCD control panel.(Can't be sure to match all of stype of 12864LCD and 2004LCD )
9, reserved for motor pulse and direction output ports for easy plug-in high-current To add a large current (eg 2A, 5A) motor drive circuit.
10, reserved Ramps1.4 on Servos, AUX-1, AUX-2 interface that provides three 5V output, three 12V outputs.
TMC2130-V1.1
Introduction:
TMC2130-V1.1 is a new module that is optimized and upgraded to solve the problem that older drivers cannot choose to use the SPI working mode.
SPI working mode of TMC2130-v1.1 can directly select driver current, driver subdivision and other parameters through firmware, which makes these parameters more accurate.Using sequexternal sequencers, it can greatly reduce the workload of the chip and effectively avoid problems such as running deviation, lostingstep and fault caused by the overload of the chip.
Working Mode:
STP/ DIR/SPI
1.STP/ DIR
Wiring instructions:
(1)Welding resistance at R5 position to make the driver STP/DIR working mode.
(2)Work mode select

3. Ramps 1.6 Plus Expansion Control Panel Upgraded Ramps 1.4 3D Motherboard Support A4988 DRV8825 TMC2130 Driver Reprap Mendel for 3D Printer Parts

Description

Packing List
1*Ramps 1.6 Plus control Board
1*Heatsink

4. FYSETC 3D Printer Stepper Driver ST820, Stepstick Motor Driver Module Stepping Smallest 45V Microstepping Peak Current 2.5A RMS Current 1.5A Suitable Board RAMPS VS TMC2130 with Heatsink, 5 Pack

Feature

Another upgrade DIY Printer Driver: ST820 is a compact and easy to use evaluation board for the STSPIN820, the world's smallest 45 V microstepping motor driver rated at 2.5 A. Compatible with RAMPS and similar open source solutions for FFF 3D printers.
It provides a very compact solution to evaluate the performance of the STSPIN820 stepper motor driver with a minimum set of additional equipment and without the need of additional devices.
The hardware is fully compatible to be used together with RAMPS or other similar FFF 3D printing platforms, representing a very fast drop-in replacement of similar solutions. Contrary to most other competitors solutions, it helps customers to really exploit the benefits of working at high microstepping resolution.
The microstepping resolution can be easily set to one of eight available values through M1, M2 and M3 inputs: full-step, 1/2, 1/4, 1/8, 1/16, 1/32, 1/128 and 1/256 of step.
It is simply controlled through step and direction ports and embeds the PWM current control algorithm with selectable decay mode (fast + slow or slow) and the adjustable reference voltage level through an embedded potentiometer. The STSPIN820 features a full set of protections making it a bullet proof device for a wide range of industrial applications.

Description

Please Note :
ST820 drivers need firmware adjustments to function, if you need more information, pls feel free to contact us, we will try our best to assist you within 24 hours!

Main Features :
Operating voltage:7 V to 45 V.
Continuous current up to 1.5 A per phase:
Maximum current up to 2.5 A per phase Integrated low RDS(ON) power stages (HS + LS = 1 typ.).
Microstep resolution easily settable through jumpers: full-step, 1/2, 1/4, 1/8, 1/16, 1/32, 1/128 and 1/256 of step Simple step and direction control interface.
Adjustable current control through a potentiometer to set the ref. voltages.
Embedded PWM current control with selectable decay mode (fast or slow).

Full set of embedded protections:
1. Non-dissipative overcurrent
2. Undervoltage lockout
3. Thermal shutdown
4. Short-circuit

Very compact footprint: 15 x 20 mm

Package includes:
5 x FYSETC ST820 Driver
5 x Heatsink
1 x screwdriver

5. WitBot Ramps 1.6 Plus Open Source Expansion Control Board Upgraded Ramps 1.4 Motherboard Support TMC2130 Driver Reprap Mendel for 3D Printer Parts

Feature

Ramps1.6 Plus is mainly used for the old version of Ramps1.6 Dynamic SPI working mode wiring complex problems to optimize the upgrade of the new adapter board.
The PCB has a built-in selection for driving the SPI operating mode and is compatible with STEP/DIR and SPI modes.
The 30A high-current terminal block is used in the power supply and hot-bed part to avoid the situation of burning the terminal to a greater extent.
X, Y, Z, E0, and E1 all use parallel dual motor interfaces, making the board suitable for more models.
The use of colored pin headers and motherboards to effectively distinguish each function interface, both beautiful and practical.

Description


The driver working mode selection determines the firmware to be programmed. When the SPI mode is selected, the firmware of the SPI working mode must be programmed to the motherboard. When the STEP/DIR mode is selected, the firmware must be replaced with the firmware of the STEP/DIR working mode. Pay attention to the consistency of the subdivision (that is, the firmware is 16 subdivisions, and 16 subdivisions must also be selected on the Ramps1.6 Plus)

When using a hot bed with a power greater than 140W, be sure to install a MOS tube heat sink to prevent the MOS tube from overheating. When using a hot bed with a power greater than 180W, be sure to select the hot bed MOS module for transfer to avoid long time. Overheating causes the board to be burned.

When plugging and unplugging the drive on the Ramps1.6 Plus, pay attention to the drive direction and not insert it.Prevent the drive from being burned, and the operation of plugging and unplugging the drive must be performed with the power supply disconnected.The drive and the main board are burned due to the driver insertion error, and the loss and consequences are not incurred.

6. BIQU 3D Printer Part Ultra Silent TMC2208 V1.0 Stepper Motor Driver Module with Heatsink for Control Board MKS GEN V1.4 Ramps 1.4 Ramps 1.6 (Pack of 5pc)

Feature

Flexible microPlyer interpolation unit, the component can provide up to 256 microsteps/step resolution. Even in the limited pulse rate system, it can still be able to achieve sinusoidal control.
Because stealthChop fine sound technology is widely used in 3D printing, these components are also designed to be compatible with existing 3D printer electronics, saving the need for costly redesign. Both components have pulse/ direction input, and it can be completely independent operation. The configuration is implemented via digital input.
Based on TRINAMIC TMC 2100 two-phase motor, stepper motor drive board, TRINAMIC TMC 2130 or TRINAMIC TMC 2208, it is compatible with stepstick and pololu a4988 hardware.
SpreadCycle high chopper frequency, dcStep, stallGuard2 stall detection technology.
CoolStep current dynamic adjustment technology, it can save 70% of the energy, StealthChop mute.

Description

Specification :
Interface: Step/Dir
Configuration: CFG Pins or UART
Microplyer/ Microsteps:up to 1/256
Logic Voltage VIO: 3-5V
Motor Voltage VM: 5.5V-36V
Motor Phase Current: 1.2A RMS,2.0A Peak
VM always needed: Yes
Internal V-Regulator: enabled
RDSon: Less than and equal to 0.3 Ohm
StealthChop(quiet):YES
SpreadCycle: YES
CoolStep: no
StallGuard: no
DcStep: no

Instructions:
1. When used on Ramps1.4 or MKS Gen,please remove the 3 jumpers under socket.
2. Pay attention to direction, do not insert wrongly.
3. Heat sink directly attach on the PCB.
4. The motor direction is opposite to that of 4988 and 8825, please adjust the firmware or adjust the motor wiring if you want to replace 4988.

Packing List:
5x TMC2208 Driver
5 x Heat Sink

7. Witbot TMC2208 Stepper Motor Driver Module with Heat Sink Upgraded TMC2100 DRV 8825 Driver Compatible with Ramps1.4 or MKS Board for 3D Printer(Pack of 5pcs)

Feature

TMC2208 is upgraded from TMC2100 DRV8825 drivers, more stable and durable
Hardware compatible with StepStick and Pololu A4988,Ramps1.4 or MKS Gen Board
Flexible microPlyer interpolation unit, the component can provide up to 256 microsteps/step resolution. Even in the limited pulse rate system, it can still be able to achieve sinusoidal control.
Designed to be compatible with existing 3D printer electronics, saving the need for costly redesign. Both components have pulse/ direction input, and it can be completely independent operation. The configuration is implemented via digital input.
CoolStep current dynamic adjustment technology, it can save 70% of the energy, StealthChop mute

Description


Specification:
Model: TMC2208
Peak current: 2A
Drive current: 1.4A
Voltage range: 4.75V-36V
Subdivision: 256


Description:
1, TMC2208 is upgraded from TMC2100 DRV8825 drivers, better mute effect
2, Drive Current Algorithm: i=Vrefx1.9/2.5, the default Vref is about 0.65V, so the default current is 0.5A, maximum current is 1A.
3, Vref measure Gnd and potentiometer middle voltage


Note:
1, When used on Ramps1.4 or MKS Gen, please remove the 3 jumpers under socket.
2, Pay attention to direction, do not insert wrongly.
3, Make sure not to connect the motor when measuring voltage, otherwise driver will burn out.
4. The motor direction is opposite to that of 4988 and 8825, please adjust the firmware or adjust the motor wiring if you want to replace 4988.
5, Make sure not to connect the motor when measuring voltage, otherwise driver will burn out.
6, Connect to power when measuring voltage, don't just connect USB for power supply.
7, Please pay special attention to direction, do not insert wrongly.


Package content:
TMC2208 drivers x5
Heat sink x5

8. KINGPRINT TMC2130 V1.1 Stepper Motor StepStick Mute Silent Driver Support SPI with Heatsink for 3D Printer Control Board Pack of 2 pcs

Feature

Features: TMC2130 v1.1 's unique SPI operating mode can be directly selected by the firmware driver current, drive subdivision and other parameters to make these parameters more accurate.
Highlights: TMC2130 V1.1 is a new module that has been optimized and upgraded to solve the problem of the old driver's inability to choose to use the SPI working mode.
Compatible: MKS Gen V1.4/mks Gen L v1.0/ramps 1.6.
Working Performance: The use of sequexternal sequencer can greatly reduce the working load of the chip, effectively avoiding the errors caused by the chip overload, the missing step and the trouble.
Note: This module is similar to TMC2100, which produces a lot of thermal energy at work.Therefore, in the use of the process, it is necessary to increase the radiator and cooling fan to cool, reduce the loss of the steps and operating deviations.

Description

Specification:
Material:PCB
Working Mode:DIR/STP/SPI
Function: StepStick Mute Driver
Lofical Voltage:3-5V
Size :11cm*7cm*5cm
Package Included:
2TMC2130 V1.1 Stepper Motor Driver
2Cooling Plate
Tips:
1. When choosing SPI working mode, please use soldering iron carefully to prevent scalding hands. When you have finished processing, you should carefully observe whether there is residual tin residue in the module. You must clean it up to prevent it from causing the module to short circuit and burn down.
2. When you connect, please pay attention to the line sequence and IO port. The wrong connection will directly cause the driver to fail to work. Please connect carefully to the above drawing.
3.When you insert the driver into the motherboard, you should be careful to see the driver direction clearly. And must not insert the driver backwards to prevent the drive from burning.
4.The driver must do a good job of heat dissipation before working (heat sink + cooling fan) to prevent the driver from working abnormally.


note:
1. Please check the merchandise before use.Do not insert incorrectly.
2.2130 drive 256 subdivision, long-term work will produce heat, you can do a good job of heat dissipation.
3. If you have any questions, please contact us in time.

9. WitBot TMC2130 V1.1 SPI Motor Driver Silent Board with Heat Sink and A Aet Wire for 3D Printer (Pack of 4)

Feature

TMC2130-V1.1 is a new module that is optimized and upgraded to solve the problem that older drivers cannot choose to use the SPI working mode
SPI working mode of TMC2130-v1.1 can directly select driver current, driver subdivision and other parameters through firmware.
Using sequexternal sequencers that reduce the workload of the chip and effectively avoid problems such as running deviation, losting step and fault caused by the overload of the chip.
The TMC2130 driver is a 256-segment, which must be paired with a heat sink and a fan for heat dissipation.
Good to work with ramps 1.6 ,mks gen v1.4,tango v1.0 and so on.

Description

This module is similar to TMC2100, which will generate a lot of heat energy when it working.
Therefore, heat sink and heat dissipation fan must be added to cool it down during the use, which reduce the occurrence of losting steps and running deviation
Parameter:
Working Mode: Dir Step SPI
MicroPlyer:1/256
MicroPlyer Mode: Up to 256 Driver
Current: Up to 2A Input
Voltage:4.75-46V DC Logical Voltage:3-5V
Decibel:<10dB
RDSon: 0.5
StealthChop(quiet):Yes
SpreadCyle: Yes

Note:1. When choosing SPI working mode, please use soldering iron carefully to prevent scalding hands. When you have finished processing, you should carefully observe whether there is residual tin residue in the module. You must clean it up to prevent it from causing the module to short circuit and burn down.
2.When you connect, please pay attention to the line sequence and IO port. The wrong connection will directly cause the driver to fail to work.
3.When you insert the driver into the motherboard, you should be careful to see the driver direction clearly. And must not insert the driver backwards to prevent the drive from burning.
4.The driver must do a good job of heat dissipation before working (heat sink + cooling fan) to prevent the driver from working abnormally.

10. GIMAX 3D Printer Control Board MKS Gen V1.4 Motherboard RepRap Mega 2560 R3 Ramps1.4 Compatible DR8825 TMC2130 TMC2208 Driver - (Size: with TMC2130 SPI x4)

Feature

Size: With TMC2130 SPI x4
Item type: Motherboard
Model number: MKS Gen V1.4
Product: MKS Gen V1.4 main board
Usage: 3D printer

Description

Welcome to my store!
Features Benefits:
1, Mega 2560 and ramps1.4 set on a board, to solve complicated Ramps1.4 combination of interfaces, the problem of failure prone.
2, replace the motor drive, drive and support 4988 8825 drive.
3, the circuit board with high-quality 4-layer, heat and made a special optimization. ramps are 2 shelves.
4, using high-quality MOSFET, and better heat dissipation.
5, using a dedicated power chip, support 12V-24V power input, the voltage converter chip to solve the heat problem Ramps.
6, can accept 24V input power under the same system can be hot-bed current is reduced to 1/4, an effective solution to the hot bed MOS pipe heat problems.
7, the firmware can use open source firmware Marlin, ramps1.4 identical configuration and can directly replace Ramps1.4.
8, can be connected to the control panel and 12864LCD Ramps1.4,2004LCD control panel.(Can't be sure to match all of stype of 12864LCD and 2004LCD )
9, reserved for motor pulse and direction output ports for easy plug-in high-current To add a large current (eg 2A, 5A) motor drive circuit.
10, reserved Ramps1.4 on Servos, AUX-1, AUX-2 interface that provides three 5V output, three 12V outputs.
TMC2130-V1.1 driver
Introduction:
TMC2130-V1.1 is a new module that is optimized and upgraded to solve the problem that older drivers cannot choose to use the SPI working mode.
SPI working mode of TMC2130-v1.1 can directly select driver current, driver subdivision and other parameters through firmware, which makes these parameters more accurate.Using sequexternal sequencers, it can greatly reduce the workload of the chip and effectively avoid problems such as running deviation, lostingstep and fault caused by the overload of the chip.
Working Mode:
STP/ DIR/SPI
1.STP/ DIR
Wiring instructions:
(1)Welding resistance at R5 position to make the driver STP/DIR working mode.
(2)Work mo

Conclusion

All above are our suggestions for ramps tmc2130. This might not suit you, so we prefer that you read all detail information also customer reviews to choose yours. Please also help to share your experience when using ramps tmc2130 with us by comment in this post. Thank you!

You Might Also Like

Leave a Reply

Your email address will not be published. Required fields are marked *