Microzone MC7RE V2

Microzone MC7RE V2 7-Channel Receiver Instruction Manual

Model: MC7RE V2 | Brand: Microzone

1. Introduction

The Microzone MC7RE V2 is a compact and lightweight 7-channel receiver designed for various remote-controlled models, including fixed-wing aircraft, multi-axle vehicles, and ships. It operates on the 2.4GHz S-FHSS frequency band, offering a wide application range and reliable control distance. This receiver features out-of-control protection settings and fast signal recovery, ensuring a stable and secure connection for your models.

Front view of the Microzone MC7RE V2 7-channel receiver.

Figure 1: Front view of the Microzone MC7RE V2 7-channel receiver, showing branding, model, and channel ports.

2. Specifications

Below are the detailed technical specifications for the Microzone MC7RE V2 receiver:

Table of Microzone MC7RE V2 receiver specifications.

Figure 2: Detailed specifications for the MC7RE-V2 receiver.

FeatureDescription
ModelMC7RE-V2
ColourTea colored transparent
ApplicationFixed wing, Multi axle, Vehicle, Ship
Channel output7 PWM signals, 1 SBUS signal
Frequency band2401MHz-2478MHz
Receive distance>800m
Receive power supply voltageDC:4.5-6V
SBUS signalSupport
Frequency matching methodButton frequency matching
Recovery performanceQuickly restore signal
Out of control protection settingsSupport
Support remote control6C-MINI C7-MINI, 8B-MINI
Antenna typeExternal dual antenna
Length of antenna160mm
Dimensions (length, width, height)37*24*13(mm)
Weight7g
Dimensions diagram for the Microzone MC7RE V2 receiver.

Figure 3: Receiver dimensions (body length 3.7cm, width 2.4cm, height 1.3cm; total length with antennas 15.5cm).

3. Setup

3.1 Connecting the Receiver

The MC7RE V2 receiver features 7 PWM signal outputs and 1 SBUS signal output. Connect your servos, ESCs, and other components to the appropriate channels. Ensure the power supply voltage is within the DC 4.5-6V range.

Receiver analysis diagram showing ports, binding, and dimensions.

Figure 4: Receiver port layout and binding button. Channels 1-7 are PWM outputs, and M.BUS is the SBUS output.

3.2 Frequency Matching (Binding)

To establish communication between your remote control and the receiver, you must perform a frequency matching (binding) procedure:

  1. Ensure the receiver is powered on. The recommended power supply voltage is DC 4.5-6V.
  2. Press and hold the 'BIND' button on the receiver.
  3. While holding the BIND button, turn on the power switch of your compatible Microzone remote control (e.g., 6C-MINI, C7-MINI, 8B-MINI).
  4. The frequency matching process should complete successfully, indicated by a solid light on the receiver.
Example setup of the Microzone MC7RE V2 receiver with a remote control, servo, and battery.

Figure 5: Example connection of the receiver to a remote control, servo, and battery for binding and testing.

Video 1: Demonstration of the Microzone MC7RE V2 receiver's features and binding process, showcasing its compact size and functionality.

4. Operation

Once successfully bound, the receiver will maintain a stable connection with your remote control. The MC7RE V2 is designed for a control distance of over 800 meters. It features quick signal recovery and out-of-control protection settings to enhance safety and reliability during operation. Always ensure your model is within the operational range and that the antennas are positioned correctly for optimal signal reception.

Icons representing key features of the Microzone MC7RE V2 receiver.

Figure 6: Key features include wide application, long control distance, quick signal recovery, out-of-control protection, and button frequency matching.

5. Maintenance

  • Antenna Placement: Ensure the dual external antennas are positioned to maximize signal reception and are not obstructed by carbon fiber or metal parts of your model. Avoid bending or damaging the antennas.
  • Environmental Conditions: Keep the receiver dry and away from extreme temperatures. Moisture and heat can damage electronic components.
  • Cleaning: If necessary, gently clean the receiver with a soft, dry cloth. Do not use solvents or abrasive cleaners.
  • Connections: Periodically check all connections to ensure they are secure and free from corrosion.

6. Troubleshooting

  • No Signal/Loss of Control:
    • Verify the receiver is correctly powered and the power supply voltage is adequate (DC 4.5-6V).
    • Re-perform the frequency matching (binding) procedure.
    • Check antenna placement and ensure they are not damaged or obstructed.
    • Ensure your remote control is fully charged and within range.
  • Intermittent Signal:
    • Check for potential sources of interference (e.g., other 2.4GHz devices, high-power electronics).
    • Inspect antenna connections for looseness or damage.
  • Servo/ESC Not Responding:
    • Ensure the servo/ESC is correctly plugged into the appropriate channel on the receiver.
    • Test the servo/ESC with another receiver or directly with a servo tester to rule out component failure.

7. User Tips

Based on general user experiences with similar RC receivers:

  • Always perform a range check before flying or operating your model to ensure a reliable connection.
  • Consider using a receiver battery pack with sufficient capacity to avoid power-related issues during operation.
  • For optimal performance, keep the receiver and its antennas as far as possible from motors, ESCs, and other high-current components that can generate electrical noise.

8. Warranty and Support

For any technical assistance, warranty claims, or support inquiries regarding your Microzone MC7RE V2 receiver, please contact the seller or manufacturer directly. Keep your purchase receipt as proof of purchase.


Microzone MC7RE V2 7-Channel Dual Antenna Receiver for RC Control

Microzone MC7RE V2 7-Channel Dual Antenna Receiver for RC Control

0:39 • 720×960 • demonstration

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