Mantis 10 Electric Scooter Wiring Diagram Guide SGTEC06

Mantis 10 Electric Scooter Wiring Diagram Guide SGTEC06

This guide provides a detailed wiring diagram for the Mantis 10 electric scooter, focusing on connecting the LCD display, Hub Board SG134, main control unit, auxiliary control unit, 10-core and 7-core main wires, and the motor.

Components:

  1. LCD Display:
    • Model: Generic Mantis 10 Display
    • Connection Type: 10-core wire
  2. Hub Board SG134:
    • Functions: Distribution of signals and power to various components
  3. Main Control Unit (MCU):
    • Function: Central processing unit for controlling the scooter
  4. Auxiliary Control Unit (ACU):
    • Function: Assists the MCU with additional control features
  5. 10-Core Main Wire SG790B:
    • Connection: Between the display and MCU
  6. 7-Core Main Wire SG790A:
    • Connection: Between the hub board and MCU
  7. Motor:
    • Model: 10-inch 60V 1100W SG798B
    • Connection: Wired to the MCU via hub board

Wiring Diagram:

Below is a step-by-step guide to wiring each component:

  1. Connecting the LCD Display to the Main Control Unit:
    • The LCD display uses a 10-core main wire (SG790B).
    • Wire color coding and pin configuration:
      • Red (Power): Connect to the 60V positive terminal.
      • Black (Ground): Connect to the ground terminal.
      • Green (Signal): Connect to the MCU’s signal input.
      • Yellow (Throttle Signal): Connect to the throttle control input on the MCU.
      • Blue (Brake Signal): Connect to the brake input on the MCU.
      • White (Speed Sensor): Connect to the speed sensor input on the MCU.
      • Brown (Auxiliary Power): Connect to the auxiliary power input on the MCU.
      • Purple (Light Control): Connect to the light control input on the MCU.
      • Orange (Communication): Connect to the data communication port on the MCU.
      • Gray (Other Signal): Connect as required for additional functions.
  2. Connecting the Hub Board SG134 to the Main Control Unit:
    • The hub board connects to the MCU via the 7-core main wire (SG790A).
    • Wire color coding and pin configuration:
      • Red (Power): Connect to the 60V positive terminal.
      • Black (Ground): Connect to the ground terminal.
      • Green (Signal): Connect to the hub board signal input.
      • Yellow (Throttle Signal): Connect to the throttle control input on the hub board.
      • Blue (Brake Signal): Connect to the brake input on the hub board.
      • White (Speed Sensor): Connect to the speed sensor input on the hub board.
      • Brown (Auxiliary Power): Connect to the auxiliary power input on the hub board.
  3. Connecting the Motor to the Main Control Unit via Hub Board:
    • The motor (SG798B) connects to the hub board which then connects to the MCU.
    • Motor connection details:
      • Red (Motor Power +): Connect to the motor power output on the hub board.
      • Black (Motor Power -): Connect to the ground terminal on the hub board.
      • Green (Hall Sensor A): Connect to the corresponding hall sensor input on the hub board.
      • Yellow (Hall Sensor B): Connect to the corresponding hall sensor input on the hub board.
      • Blue (Hall Sensor C): Connect to the corresponding hall sensor input on the hub board.
      • White (Temperature Sensor): Connect to the temperature sensor input on the hub board.
      • Brown (Other Signal): Connect as required for additional motor functions.
  4. Auxiliary Control Unit (ACU):
    • The ACU assists with additional control features and connects to the MCU and hub board as necessary.
    • Ensure all signal and power lines from the ACU are appropriately connected to the MCU and hub board.

Tips:

  • Ensure all connections are secure and insulated to prevent short circuits.
  • Follow the color-coding strictly to avoid any miswiring.
  • Refer to the user manual for specific details regarding your model.

This detailed wiring diagram and guide should help in successfully connecting and configuring the components of your Mantis 10 electric scooter.

 

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Importance of Wearing Safety Gear Whilst Riding On Your Ebike Escooter

Importance of Wearing Safety Gear Whilst Riding On Your Ebike, Escooter

Introduction.

In today’s fast-paced world, the popularity of electric bikes (ebikes) and electric scooters (escooters) has skyrocketed. These convenient modes of transportation have become a common sight on city streets, providing a cost-effective and eco-friendly alternative to traditional vehicles. However, with the rise in their usage comes the pressing need to address safety concerns for both riders and pedestrians. This essay aims to assertively explore the importance of wearing safety gear while riding an ebike or escooter and its significant impact on pedestrian safety.

Firstly, it is crucial to emphasize the significance of protective equipment for safe riding. Ebikes and escooters can reach considerable speeds, exposing riders to potential accidents and injuries. Wearing appropriate safety gear such as helmets, knee pads, elbow guards, and reflective clothing greatly reduces the risk of severe harm during collisions or falls. By acknowledging this subtopic, riders can better understand that investing in protective equipment is not only wise but also essential for their personal well-being.

Furthermore, this article highlights the direct impact that wearing safety gear has on pedestrian safety. Pedestrians share sidewalks and crosswalks with ebike and escooter users daily. Without proper protective gear, riders pose a higher threat to themselves as well as those around them. In case of an accident involving pedestrians, wearing helmets significantly reduces head injuries while reflective clothing enhances visibility during low-light conditions.

In conclusion, prioritizing rider safety by enforcing the use of safety gear is paramount in promoting a harmonious coexistence between ebike or escooter riders and pedestrians. By understanding that wearing protective equipment ensures personal well-being as well as safeguarding others’ lives, individuals can contribute to creating a safer environment for all road users.

Protective Equipment For Safe Riding.

When it comes to riding an eBike or eScooter, wearing protective equipment is of utmost importance. Not only does it safeguard the riders themselves, but it also ensures the safety of pedestrians who share the road with them. The use of safety gear such as helmets, knee pads, and elbow pads is essential in preventing severe injuries and even fatalities. By contrast, those who neglect to wear proper protective gear put themselves at a higher risk of accidents and increase the potential harm they may cause to others.

One cannot stress enough the significance of wearing a helmet while riding an eBike or eScooter. Helmets serve as a shield for our most vital organ – our brain. In case of an unforeseen collision or fall, a helmet can reduce the impact on our head and minimize the chances of traumatic brain injuries. Without this crucial piece of protective equipment, riders expose themselves to life-altering consequences that may lead to permanent disabilities or worse. Moreover, by not wearing helmets, riders set a reckless example for other users on the road and undermine public safety.

In addition to helmets, knee pads and elbow pads are equally important in ensuring safe riding experiences. These protective gears act as a barrier between our skin and any potential abrasions caused by accidents or falls. They provide cushioning when we hit hard surfaces unexpectedly, reducing the risk of fractures or deep wounds that could require extensive medical attention. Furthermore, knee pads and elbow pads help maintain stability during rides by providing additional support to these vulnerable joints.

Impact On Pedestrian Safety.

Wearing safety gear while riding on your eBike or eScooter is of utmost importance as it significantly impacts pedestrian safety. The assertive tone is necessary to emphasize the gravity of this issue and highlight the potential consequences of neglecting safety precautions. Picture this: a bustling city street filled with pedestrians going about their daily routines, unaware of the imminent danger lurking in their midst. Suddenly, a rider zooms past them on an eBike or eScooter, completely disregarding their presence and failing to wear any protective gear. The pedestrians are left vulnerable and exposed to potential accidents that could have been easily prevented.

Without safety gear, riders compromise not only their own well-being but also endanger the lives of innocent pedestrians. In the event of an accident, a rider without proper protection increases the risk of sustaining severe injuries that may impair their ability to control their vehicle effectively. As a result, they become more likely to collide with unsuspecting pedestrians who bear no responsibility for such recklessness. Imagine being one of those pedestrians caught off guard by an out-of-control rider; fear and panic would undoubtedly ensue as they scramble for safety amidst the chaos.

Furthermore, wearing safety gear serves as a visual cue for both riders and pedestrians alike, enhancing awareness on the road and promoting responsible behavior. When individuals witness others taking precautions by donning helmets, reflective clothing, or elbow pads, it sends a powerful message about prioritizing safety over convenience or style. By setting this example through assertive action rather than passive words alone, riders contribute to creating a culture where everyone understands that pedestrian safety should never be compromised.

Conclusion.

In conclusion, it is absolutely imperative to wear safety gear while riding on your e-bike or e-scooter and prioritize the safety of pedestrians. The use of protective equipment is crucial to ensure a safe riding experience for both riders and pedestrians.

Firstly, wearing safety gear such as helmets, knee pads, and elbow pads provides essential protection in case of accidents or collisions. These protective measures can significantly reduce the risk of head injuries, fractures, and abrasions that may occur during an accident. By taking this precautionary step, riders demonstrate their commitment to personal safety and responsible riding.

Moreover, prioritizing pedestrian safety is equally important. E-bikes and e-scooters have become increasingly popular modes of transportation in urban areas, often sharing the same spaces with pedestrians. The impact on pedestrian safety cannot be understated. Riders must be vigilant at all times and practice defensive riding techniques to avoid accidents or collisions with pedestrians. This includes adhering to speed limits, yielding when necessary, and maintaining a safe distance from walkers.

By wearing proper safety gear while riding on an e-bike or e-scooter and safeguarding pedestrians’ well-being, we contribute to creating a safer environment for everyone involved. It is our responsibility as riders to acknowledge the potential risks associated with these modes of transport and take proactive measures to mitigate them.

In conclusion, there should be no compromise when it comes to wearing safety gear while riding on your e-bike or e-scooter. Additionally, prioritizing pedestrian safety should always remain at the forefront of every rider’s mind. By doing so assertively, we can ensure a harmonious coexistence between riders and pedestrians while enjoying the benefits these innovative modes of transportation offer us.

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Xiaomi Pro Escooter: A Popular Choice for Efficient Transportation

Discover the Xiaomi Pro Escooter, a popular and efficient transportation choice. With its expanded display, 10 inch tyres, and large capacity battery, this escooter offers increased range, ride comfort, and ease of use. Plus, with its Kinetic Energy Recovery System (KERS), it’s an eco-friendly option for the future.

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frequently asked questions

How to Choose the Right Scooter

To choose the right scooter for your needs, factors such as intended use, budget, and personal preferences should be considered. It should be determined whether the scooter will be used primarily for commuting, recreational purposes, or both. The scooter’s engine power, size, weight, and fuel efficiency should be taken into account. A lightweight or foldable model might be preferred for convenience and easy maneuverability. Different brands and models should be researched, reviews read, and scooters test ridden if possible to make an informed decision.

Safety Gear for Scooter Riding

When riding a scooter, safety should be prioritized. A properly fitting helmet that meets safety standards should be worn to protect the head in case of accidents. Protective clothing such as long sleeves, long pants, and closed-toe shoes should also be worn to shield the body from potential injuries. Gloves can provide better grip and protect the hands. If riding at night or in low visibility conditions, reflective clothing or accessories should be worn or added to make oneself more visible to others on the road.

Maintaining and Servicing a Scooter

Regular maintenance is crucial for optimal performance and longevity of a scooter. The manufacturer’s guidelines regarding maintenance intervals and tasks should be followed. Common maintenance tasks include checking and maintaining proper tire pressure, changing the engine oil, inspecting and cleaning the air filter, and lubricating moving parts. The scooter should be kept clean and components like brakes, lights, and cables periodically inspected for wear or damage. If not confident in one’s abilities, a professional mechanic should be consulted or the scooter taken to an authorized service center for regular servicing.

Driver’s License Requirement for Scooter Riding

The requirement for a driver’s license to ride a scooter depends on the specific laws and regulations of one’s country or region. In many places, a valid driver’s license or a specific license class may be needed to legally operate a scooter on public roads. The local Department of Motor Vehicles or transportation authority should be checked with to understand the requirements in one’s area.

Advantages of Electric Scooters over Gas-Powered Scooters

Using an electric scooter offers several advantages over a gas-powered scooter. Electric scooters are more environmentally friendly as they produce zero emissions during operation. They are generally quieter and require less maintenance since they have fewer moving parts and no need for engine oil changes. Electric scooters can also be more cost-effective in terms of fuel expenses, especially if affordable electricity for charging is available. However, electric scooters may have limitations in terms of range and charging infrastructure compared to gas-powered scooters.

Range of an Electric Scooter on a Single Charge

The range of an electric scooter on a single charge varies depending on factors such as battery capacity, scooter weight, riding style, terrain, and weather conditions. Generally, electric scooters can travel between 10 to 50 miles (16 to 80 kilometers) on a single charge. The specifications provided by the manufacturer for the specific model being considered should be checked, as the range can vary significantly.

Average Speed of a Typical Scooter

The average speed of a typical scooter depends on various factors, including engine size, scooter design, and local regulations. Generally, scooters designed for urban commuting tend to have lower average speeds ranging from 25 to 45 miles per hour (40 to 72 kilometers per hour). However, larger scooters or those designed for higher performance can reach speeds of 60 miles per hour (96 kilometers per hour) or more. Speed limits and regulations in one’s area should be adhered to and the scooter operated safely.

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E-scooter and E-bike Spare Parts

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Impact of Escooters on the Environment

The Environmental Impact of E-Scooters: A Closer Look

E-scooters have become an increasingly popular mode of transportation in cities around the world. But what is their impact on the environment? In this article, we’ll take a closer look at the environmental benefits and challenges of e-scooters.

Emissions and Air Quality

When they are in use, the environmental impact of an e-scooter is minimal. They produce zero emissions because they run on batteries and go some way in helping to reduce poor air quality and urban congestion.

In general, e-scooters are an overall net positive for the environment, since they directly reduce one of the most dangerous elements of pollution – the emission of greenhouse gases.

Factors Affecting Environmental Impact

However, the environmental impact of e-scooters depends on various factors such as how they are used and maintained.

Operators can massively improve the environmental performance of their e-scooters by taking a life-cycle approach. It is not sufficient to increase the lifetime mileage of scooters. One third of the GHG emission changes due to e-scooters’ disruption stem from servicing and maintenance, notably because petrol- or diesel-consuming vans are used to collect and redistribute the scooters across a city.

The Role of OEM Components

Scooter Guys is a company that supplies OEM components to maintain and keep roadworthy this mode of transport. By using high-quality OEM components, e-scooter operators can ensure that their vehicles remain in good condition for longer, reducing their environmental impact.

Conclusion

In conclusion, e-scooters have the potential to significantly reduce greenhouse gas emissions and improve air quality in cities. However, their environmental impact depends on how they are used and maintained. By taking a life-cycle approach and using high-quality OEM components, operators can minimize their environmental footprint.

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