ApisQueen U92 24V 150KV Underwater Thruster Instruction Manual

1. Pengenalan

This manual provides essential information for the safe and efficient operation of your ApisQueen U92 24V 150KV Underwater Thruster. Please read these instructions carefully before use to ensure proper setup, operation, and maintenance.

The U92 thruster is designed for use in both fresh and saltwater environments, offering a single maximum thrust of 11.8 Kg (26.1 LBS). It features an integrated open mold design using high-strength composite materials for durability.

Image: ApisQueen U92 Underwater Thruster, showcasing its integrated design and composite material construction.

2. Apa yang ada di dalam Kotak

Sahkan bahawa semua komponen ada dan dalam keadaan baik semasa membongkar.

• U92 24V CCW Underwater Thruster x 1
• 100A Electronic Speed Controller (ESC) x 1
• Pakej skru x 1

3. Spesifikasi

Image: Visual representation of the U92 thruster's motor parameters, including KV, current, power, and material.

Image: Detailed dimensions of the ApisQueen U92 Underwater Thruster, including width, height, and mounting points.

Image: Specifications and physical layout of the 100A Electronic Speed Controller (ESC), showing input/output connections.

Thrust Performance Data

The following tables provide detailed thrust performance data for the ApisQueen U92 150KV Underwater Thruster under various conditions.

Image: Tables detailing the forward and reversal thrust (Kg), current (A), and RPM at different voltages dan peratus pendikittages for the U92 thruster.

4. Persediaan dan Sambungan

Proper connection of the thruster, ESC, and power source is crucial for safe operation. The thruster uses a 3-core silicone cable for connection.

4.1 Pengenalan Komponen

Image: The U92 thruster showing its 3-core silicone cable ending in a 4.0 Plug for connection.

Image: The 100A ESC, highlighting its 5V BEC output and PWM signal line for control input.

4.2 Wired Control Method

For wired control, connect the ESC to a PWM speed button or a microcontroller. The thruster requires an ESC to rotate, and the ESC needs a PWM signal.

1. Connect the three wires from the thruster to the three output wires of the ESC. The connection order of these three wires can be random.
2. Connect the power input wires of the ESC (red and black) to your 24V power source (e.g., 6S LiPo battery).
3. Connect the PWM signal line from the ESC to your control device (e.g., PWM speed button). Ensure the signal line is correctly connected to the "OUT" port, with the small white, red, and black wires connected to S+, +, and - respectively.
4. If the water outlet direction is incorrect, switch any two of the three wires connecting the thruster to the ESC.

Imej: Cthample of a PWM Pulse Width Modulator for wired control.

Imej: Cthample of a USB adapter, potentially for ESC programming or advanced control.

Image: Diagram illustrating the wired control method, showing connections between the ESC, thruster, power, and a control knob.

4.3 Wireless Control Method

For wireless control, you will need a remote control with a receiver (not included with the thruster). The receiver connects to the ESC.

1. Connect the three wires from the thruster to the three output wires of the ESC. The connection order of these three wires can be random.
2. Connect the power input wires of the ESC (red and black) to your 24V power source.
3. Connect the receiver's throttle channel output to the PWM signal line of the ESC. The small white, red, and black wires should be connected to S+, +, and - respectively.
4. If the ESC does not have a 5V BEC output and cannot power the receiver, you will need to provide additional power to the remote control receiver.
5. If the water outlet direction is incorrect, switch any two of the three wires connecting the thruster to the ESC.

Imej: Cthample of a wireless remote control for operating the thruster.

Image: Diagram illustrating the wireless control method, showing connections between the ESC, thruster, power, and a receiver connected to a remote control.

4.4 Panduan Persediaan Video

5. Arahan Operasi

The U92 thruster operates in conjunction with the 100A Bi-Directional ESC. The ESC interprets PWM signals to control the thruster's speed and direction.

• Hidupkan kuasa: After all connections are secure, turn on the power supply to the ESC.
• Bidirectional Mode: When the ESC is in bidirectional mode, the thruster will not operate at a 1.5ms PWM signal (middle throttle position).
• Forward Operation: To move forward, increase the PWM signal from 1.5ms towards 2ms. The forward rotation speed gradually increases, reaching maximum at 2ms.
• Operasi Terbalik: To move in reverse, decrease the PWM signal from 1.5ms towards 1ms. The reversal speed gradually increases, reaching maximum at 1ms.
• Persekitaran: The thruster is suitable for both fresh water and sea water environments.

6. Penyelenggaraan

Regular maintenance ensures the longevity and optimal performance of your thruster.

• Pembersihan: After use, especially in saltwater, rinse the thruster and ESC with fresh water to remove salt and debris.
• Pemeriksaan: Periodically inspect the propeller for any damage or entanglement. Check cables for wear or corrosion.
• ESC Care: The 100A ESC is splash-proof but not designed for long-term submersion. Avoid prolonged soaking in water. Ensure it is dry before storage.
• Storan: Store the thruster and ESC in a dry, cool place away from direct sunlight.

7. Penyelesaian masalah

Rujuk isu dan penyelesaian biasa berikut:

8. Waranti dan Sokongan

Produk ini disertakan dengan waranti 1 bulan dari tarikh pembelian.

For technical support, warranty claims, or further inquiries, please visit the official ApisQueen store or contact customer service through your purchase platform.

Official ApisQueen Store: ApisQueen Store on Amazon