The Motoron M2S18v18 Dual High-Power Motor Controller Shield for Arduino makes it easy to control two high-power DC motors from an Arduino or Arduino-compatible board through an I²C interface. The M2S18v18 operates from 6.5 V to 30 V and can deliver continuous output currents up to 18 A per motor.
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The Motoron M2S family of dual high-power motor controller shields makes it easy to independently control two bidirectional, brushed DC motors with an Arduino or compatible board, such as the A-Star 32U4 Prime. Unlike most of our motor drivers and motor driver shields, the Motoron does not require any PWM outputs or timers on your Arduino. Instead, the Arduino communicates with the Motoron using I²C, so only two I/O lines are needed. Four types are available so you can pick the one with the appropriate operating voltage range and output current capabilities for your project:
Motoron M2S18v20 Dual High-Power Motor Controller Shield for Arduino |
Motoron M2S18v18 Dual High-Power Motor Controller Shield for Arduino |
Motoron M2S24v16 Dual High-Power Motor Controller Shield for Arduino |
Motoron M2S24v14 Dual High-Power Motor Controller Shield for Arduino |
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Absolute max input voltage: |
30 V | 40 V | ||
Max nominal battery voltage: |
18 V | 28 V | ||
Max continuous current per channel: |
20 A | 18 A | 16 A | 14 A |
Available versions: |
Each of the four types above is available in three versions to provide different options for the through-hole connectors: they can be purchased as an assembled product with stackable headers and terminal blocks soldered in, as a kit with connectors included but not soldered in, or as a standalone board without connectors.
For a lower-power, lower-cost alternative Arduino shield, please consider the Motoron M3S256 Triple Motor Controller Shield for Arduino.
The M2S18v18 shield operates from 6.5 V to 30 V (absolute maximum, not intended for use with 24 V batteries) and can deliver continuous output currents up to 18 A per motor. The M2S18v18 can be distinguished from other types of M2S shields by its smaller discrete MOSFETs and the number 150 on top of the tall silver electrolytic capacitors.
This version is just the assembled PCB module as shown above, with no connectors included. It is also available with connectors soldered or as a kit with connectors included but not soldered in.
The MOSFETs can handle large current spikes for short durations (e.g. 100 A for a few milliseconds), and the driver’s current chopping will keep the average current under the set limit. The peak ratings are for quick transients (e.g. when a motor is first turned on), and the continuous rating is dependent on various conditions, such as the ambient temperature. PWMing the motor will introduce additional heating proportional to the frequency. The actual current you can deliver will depend on how well you can keep the motor driver cool. The driver’s printed circuit board is designed to draw heat out of the MOSFETs, but performance can be improved by adding a heat sink or air flow. For high-current installations, the motor and power supply wires should also be soldered directly instead of going through the 5mm blue terminal blocks, which are rated for up to 16 A.
Warning: This motor driver has no over-temperature shut-off. An over-temperature or over-current condition can cause permanent damage to the motor driver. You might consider using either the shield’s current sense or an external current sensor to monitor your current draw.
This product can get hot enough to burn under normal operating conditions. Take care when handling this product and other components connected to it.
Size: | 2.56″ × 2.02″ |
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Weight: | 16 g |
Channels: | 2 |
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Model: | Motoron M2S18v18 |
Control interface: | I²C |
Minimum operating voltage: | 6.5 V |
Maximum operating voltage: | 30 V1 |
Continuous output current per channel: | 18 A2 |
Reverse voltage protection?: | Y |
Connectors soldered?: | N |
PCB dev codes: | mc2s31a |
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Other PCB markings: | 0J13657 |
User’s manual for the Pololu Motoron Motor Controllers.