DC Motor Forward and Reverse Controller Brushed Motor Automatic Cycle Timing Delay Module Signal Trigger Motor Control Board Vue Set

DC Motor Forward Reverse Controller – Timing Delay Module

Set
Sale price  $58.99 Regular price $72.99
Skip to product information
DC Motor Forward and Reverse Controller Brushed Motor Automatic Cycle Timing Delay Module Signal Trigger Motor Control Board Vue Set

DC Motor Forward Reverse Controller – Timing Delay Module

Sale price  $58.99 Regular price $72.99
Voltage

DC Motor Forward & Reverse Controller — Brushed Motor Timing Delay Module

Take precise control of your brushed DC motors with this compact, versatile Forward and Reverse Motor Controller. Designed for makers, engineers, and hobbyists, this tiny yet powerful control board lets you program automatic forward/reverse cycles, signal-triggered operation, and timed delay sequences — all from a simple 3-button interface with a built-in display. Whether you're automating a small conveyor, a robotic arm, a valve actuator, or any brushed motor project, this module gives you reliable, repeatable motion control in a 26mm × 34mm footprint.

Made in Mainland China.

Key Specifications

  • Board Dimensions: 26 mm × 34 mm
  • Compatible Voltage: 3.3V – 12V DC
  • Max Controllable Current: 0.1A
  • Time Range: 0.1 – 99.9 seconds (adjustable at any time)
  • Motor Type: Brushed DC Motor
  • Operating Modes: 6 programmable modes (P-1 through P-6)
  • Interface: 3-button keypad (K1 Set / K2 Add / K3 Subtract) + digital display
  • Low-Power Mode: Display on/off toggle via long-press K3

6 Programmable Operating Modes

  • P-1 (Auto Power-On Cycle): Powers on → Forward A sec → Stop C sec → Reverse B sec → Stop.
  • P-2 (Signal-Triggered Cycle): Signal received → Forward A sec → Stop C sec → Reverse B sec → Stop.
  • P-3 (Signal-End Trigger): Signal present = no action; signal removed → Forward A sec → Stop C sec → Reverse B sec → Stop.
  • P-4 (Signal Hold & Release): Signal held → Forward A sec → Stop; Signal released → Reverse B sec → Stop.
  • P-5 (Dual-Signal Toggle): First signal → Forward A sec → Stop; Second signal → Reverse B sec → Stop.
  • P-6 (Infinite Loop): Powers on → Forward A sec → Stop C sec → Reverse B sec → Stop C sec → Repeat infinitely.

How to Program (Key Setting Instructions)

  1. Hold K1 for more than 1 second to enter setup mode (prevents accidental triggers). Display shows P--1.
  2. Use K2 (Add) and K3 (Subtract) to select your desired mode (P-1 to P-6). Press K1 to confirm.
  3. Adjust Time A (forward duration) with K2/K3, then press K1 to confirm.
  4. Adjust Time B (reverse duration) with K2/K3, then press K1 to confirm.
  5. Adjust Time C (stop/pause duration) with K2/K3, then press K1 to confirm. Display shows 000 when complete.
  6. Module enters standby mode — trigger via signal or power cycle as required by your chosen mode.

What's in the Box

  • 1× DC Motor Forward & Reverse Controller Module

Important Notes

  • Actual color may vary slightly from product images due to monitor and lighting differences.
  • Please allow ±1 mm – 1 cm variance due to manual measurement.

For more information on safe electronics handling and electrical safety best practices, visit OSHA Electrical Safety.

Frequently Asked Questions

Q: What type of motors is this DC motor forward and reverse controller compatible with?

A: This controller is designed for brushed DC motors operating within a voltage range of 3.3V to 12V and a maximum current of 0.1A. It is not suitable for brushless motors, stepper motors, or motors exceeding these ratings.

Q: Can I change the timing settings after the module is already running?

A: Yes! The timing values (A, B, and C) can be adjusted at any time via the 3-button keypad interface. Simply long-press K1 to re-enter setup mode, then update your settings using K2 and K3. Times can be set anywhere from 0.1 to 99.9 seconds.

Q: What is the difference between the six operating modes?

A: Each mode defines how the controller responds to power or an external signal trigger. Modes P-1 and P-6 run automatically on power-up (P-6 loops infinitely), while P-2 through P-5 respond to external signal inputs in different ways — including signal-hold triggering, signal-release triggering, and alternating dual-signal control. Choose the mode that best matches your automation project's logic requirements.

Q: How do I enable low-power mode on this motor control board?

A: While the module is in standby mode, simply long-press K3 to toggle the display off and switch to low-power mode. Long-press K3 again to turn the display back on and return to normal operation.

You may also like