Electronics Production Machinery

1. Specification

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Size(mm) | 584*186*178 |
Motor | 350W*28 inch motor |
Top speed(km/h) | 18 |
Range per charge | 15-20km |
Minimum load | 20kg |
Maximum load | 120kg |
Max climb angle | 15 degree |
Power battery | The lithium battery |
Battery voltage | 36V 4.4ah |
Charge | AC100-240V 50-60HZ |
Charge times | 1.5 hours |
Pedal height | 11cm |
Tire size | 6.5inches |
Tire type | vacuum tire puncture proof |
Color | Black/red/blue |
Weight | 11kg |
Motor | 350W*28 inch motor |
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2. Description

The principle of operation is mainly based on the basic principle of & quot;dynamic stability& quot; (Dynamic Stabilization), which is automatic balance ability of the vehicle itself. The balancing electric scooter uses the built-in solid-state gyroscope to judge the state of the scooter body. In addition, this model calculates the appropriate instruct and drives the motor to reach the balance according to accurate and high-speed Central Processing Unit. Similar to human body’s balance system, in order to keep balance, people need to move forward and make body’s center of gravity go backwards when the body’s center of gravity leans forward. At the same time, The veer of electric balancing scooter is controlled by the handle hold and expansion link. When you wiggle the handle hold and expansion link, left and right wheel will have speed discrepancy and makes the balancing scooter reach the effect of veer. For example, when the expansion link wiggles, the rotate of right wheel will be faster than left wheel’s.

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3. Application

Personal transportation, work inspection, indoor venue, golf carts and patrol

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4. Competitive advantage

1. High quality and reasonable price

2. Good after-sales service

3. High technology base

4. Famous brand with rich experience

5. 24 hours service response

6. Delivery the goods immediately when receiving the payment

7. Production is based on customers’ requirements

8. 100% strict test before shipment

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In alternating current circuits, energy storage elements such as inductance and capacitance may result in periodic reversals of the direction of energy flow. The portion of power flow that, averaged over a complete cycle of the AC waveform, results in net transfer of energy in one direction is known as real power (also referred to as active power). That portion of power flow due to stored energy, that returns to the source in each cycle, is known as reactive power.

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