U8 12V~24V 7Kg Thrust Underwater SUBSEA Thruster/Propeller/propulsion With ESC For ROV and Boat

APSIQUEEN U8 underwater thruster with Feather 100A ESC usage：

APISQUEEN U8 underwater thruster with built-in ESC usage:

We are the source factory, for bulk purchase / customization please contact us at lynn@underwaterthruster.com.

U8 Product Specification

U8 170KV Support voltage: 12-25.2V (3-6S LiPo)
U8 290KV Support voltage: 12-20V (3-5S Lipo)

Model: U8
Voltage: 12-24V (3-6S LiPo)
Max. current: 28A
Maximum thrust: 7.4Kg
Maximum power: 750W
Size: 128*101mm
Wire length: 900mm
Weight: 450g
Mounting holes: 4*M3

U8-170 Specifications：

Max. Rated Depth: 300 meters
Rated Mechanical Endurance: > 200 hours
Max. Power (Without Mesh Guard): 300 W
Max. Power (With Mesh Guard): 335 W
Full Throttle Current at 6S (Without Mesh Guard): Forward 11.9 A, Reverse 12.4 A
Full Throttle Current at 6S (With Mesh Guard): Forward 13.2 A, Reverse 13.3 A
Full Throttle Thrust at 6S (Without Mesh Guard): Forward 5.6 kgf, Reverse 5.3 kgf
Full Throttle Thrust at 6S (With Mesh Guard): Forward 3.2 kgf, Reverse 3.1 kgf
Supply Voltage Range: 10–25.2 VDC
Rated Voltage: 24 V / 6S LiPo Battery
Rated Power: 270 W
24 V Forward Thrust Performance: 5.3 kgf / 266 W / 11.1 A
24 V Reverse Thrust Performance: 4.6 kgf / 254 W / 10.57 A
Operating Temperature Range (Air): -25°C to 60°C
Operating Temperature Range (Water): -10°C to 40°C
Threaded Insert Material: 316 Stainless Steel
Mounting Hole Thread Specification: 4 x M3 + 1 x M6
Mounting Hole Spacing: 19 x 19 mm
Cable Length: approximately 900 mm
Cable Specification: 3 x 16 AWG
Sealing Method: Full Resin Encapsulation / Potting
Motor Type: Brushless Outer-Rotor Motor

DESCRIPTION OF THE UNDERWATER THRUSTERS CW AND CCW

ABOUT PWM 

PWM full name is (Pulse-width modulation). It is also called duty cycle signal, which indicates the proportion of the high level duration to the whole signal period. 2ms for the whole period of PWM, 1.5ms stop, 1.5-2ms forward, 1.5-1ms reverse.

From the diagram, we can clearly see that when PWM is 75% (1.5ms), the motor stops rotating, when PWM is 50% (1ms), the motor rotates in reverse, and when PWM is 100% (2ms) the motor rotates in forward.Of course ESC will not only make the motor turn forward and reverse, but can adjust the speed of motor rotation by the duty cycle size of PWM. When the PWM is gradually changed from 75% to 50%, the motor will keep reversing and accelerating from stop until the reverse rotation reaches the maximum. And when PWM is gradually changed from 75% to 100%, the motor is continuously accelerated from stop to forward until the forward rotation reaches the maximum value. That is, PWM is a signal that can be continuously varied, and the effective range is from 50% to 100%.

The frequency of PWM signal is 50hz, 100hz, 200hz or 500hz, etc. The higher the control frequency, the shorter the period, the shorter the control interval, and the faster the ESC and motor response speed The faster the ESC and motor response. Conversely, the lower the control frequency, the longer the period, the longer the control interval, and the slower the ESC and motor response.

About points (lower right corner of the store page):
★5 points for every $1 spent;
★For every 100 points redeemed, you can get a $1.00 discount on the entire order;
Applicable to orders of any amount.

How to use points:
1. Redeem in the smile panel.
2. Redeem at checkout.