Gps tracking sensors

Types of GPS Tracking Sensors

GPS tracking sensors are used in many industries and businesses to monitor and track assets, vehicles, and equipment. There are three main types of GPS tracking sensors, namely:

• Active GPS tracking sensor:

  The active GPS tracking sensor is a device that tracks the location of an object in real-time using GPS technology and cellular networks. It continuously receives GPS signals to determine the device's exact location and movement. The tracking device then transmits this location information over a cellular network to a tracking server. Users can access this location data through a web interface or mobile app. Active GPS tracking sensors provide real-time location updates and are commonly used for vehicle tracking, asset tracking, and logistics monitoring.

• Passive GPS tracking sensor:

  A passive GPS tracking sensor is a tracking device that records and stores location data over a specific time without providing real-time monitoring. It periodically logs the object's location using GPS signals and saves the information in internal memory. Users can download the stored data to a computer or analyze it later to track historical movement patterns. Passive GPS tracking sensors are often used in applications where real-time tracking is unnecessary, such as wildlife tracking, employee time tracking, and equipment rental tracking.

• Hybrid GPS tracking sensor:

  Hybrid GPS tracking sensors combine active and passive tracking capabilities to offer real-time tracking and historical data logging. It continuously monitors the object's location using GPS signals and transmits the data over cellular or satellite networks. Additionally, it stores the information in internal memory for offline retrieval. This allows users to access real-time location data and analyze historical movement patterns. Hybrid GPS tracking sensors benefit applications requiring real-time tracking and data analysis, such as fleet management, logistics optimization, and field service management.

Specification and maintenance of GPS tracking sensors

There are different types of GPS tracking sensors, all of which have different specifications. However, here are some general specifications to expect from a tracking sensor:

• Accuracy: This involves how precise the tracking device can locate the vehicle's position. High accuracy has a smaller margin of error, meaning the device can precisely indicate the vehicle's location. For instance, if a GPS device has an accuracy of 10 meters, it can show the vehicle's location within a range of 10 meters. On the other hand, low accuracy can have a larger margin of error. It means the GPS can indicate the vehicle's location within a range of 50 meters or more. This can make tracking difficult as the location shown on the GPS may not be exactly where the vehicle is.
• Battery life: This is the duration that the GPS tracking device can last before it runs out of power. Long battery life enables continuous tracking for many hours without the need to recharge. Some devices have a short battery life and need frequent recharging.
• Size and weight: This involves how portable the tracking device is. Smaller-sized tracking devices are more portable, making them easy to carry around. The weight of the tracking device also matters. Lightweight devices are easier to carry compared to heavy tracking devices.
• Update frequency: This is how often the GPS tracking device updates the location information. Some devices can update the location every second, showing real-time tracking. Others may update the location every minute or after several minutes. High update frequency enables precise tracking of the vehicle's movement.
• Durability: This involves how suitable the tracking device is for various conditions. Some devices are designed for indoor use only, such as inside the vehicle. Therefore, they are not durable and can get damaged easily. Other devices are designed for outdoor use and are more durable. Outdoor devices can withstand different weather conditions, such as rain or extreme temperatures.

Maintaining a GPS tracking device is essential in ensuring longevity and optimal performance. Below are the dos and don'ts of maintaining a GPS tracking device:

• Regularly update the GPS software to enhance performance and fix bugs.
• Always charge the device as per the manufacturer's instructions to ensure the lifespan of the battery.
• Keep the device clean and free from dirt.
• Store the device safely and protect it from physical damage.
• Maintain a clear line of sight to the satellite signals by avoiding obstacles such as tall buildings.
• Do not expose the device to extreme temperatures.
• Do not use the device in areas with weak satellite signals.
• Do not ignore software updates.
• Do not use the device in areas with interference from electronic devices.

How to Choose GPS Tracking Sensors

Before purchasing any kind of tracking sensor, it is important to consider the needs of the target audience. Here are some factors to consider when buying a GPS sensor:

• The Purpose of the GPS Tracking Sensor

  Consider the main reasons people use tracking sensors. Are they tracking their pets, cars, or loved ones?? Different purposes might need different features. For example, a pet tracker should be small and light, while a car tracker might be hidden in the vehicle.

• Battery Life

  A good battery will last a long time without charging. Some sensors have strong batteries that can last for days or even weeks. This is especially important for people who forget to charge their devices often or when the sensor is used in places where charging frequently is not possible.

• Size and Design

  Think about how big or small the GPS sensor is. A small one is better if someone wants to hide it. But, if it is for an old person who needs to see it, a bigger one would be better. Also, consider how it will look. One with a bright color might be easy to spot, but one in black might be better for hiding.

• Waterproof and Durability

  Think about where the tracking sensor will go. Will it be outside in the rain or snow? If yes, get one that is waterproof. Also, look for ones that will not break easily if dropped. Some have a strong case to protect the insides from damage.

• Real-time vs. History Tracking

  Some sensors only tell where someone is right now (real-time tracking). Others can show where they have been for some time (history tracking). If someone wants to see the places a pet went during the day, history tracking would be better.

• Geofencing

  Geofencing is a virtual boundary set around a specific area. When the tracked person or object enters or leaves this area, the GPS tracker sends alerts. This feature is especially useful for tracking children or pets, ensuring they stay within safe zones. For instance, parents can set boundaries around their home or school.

• Price

  There are different prices for different GPS sensors. More money usually means better quality or extra features. But, many times, a mid-range-priced one will work well for most needs. It is not always needed to get the most expensive or the cheapest.

• Data Plans

  Some tracking sensors need users to pay for a data plan to send the location info. Check how much extra money is needed every month or year. Look for ones with affordable data plans. Also, see what the tracking sensor needs. Some use Wi-Fi, while others need a cell phone plan.

• Ease of Use

  Make sure the tracking sensor is easy to set up and use. Some have simple apps that work well on phones or tablets. Read reviews to see if others think it is easy to use. Choose one that most people say is simple.

How to diy and replace gps tracking sensors

Replacing the GPS tracking sensor can be a DIY-friendly task, provided the manufacturer’s manual has clear steps. Here are some of the general steps to take when replacing a GPS tracking sensor.

• Prepare the vehicle by turning off the ignition and disconnecting the battery.
• Access the old GPS tracking sensor, which may require removing a panel or cover. A screwdriver or trim removal tool can help with this.
• Once the old sensor is accessible, the next step is to remove it. This step may require unscrewing or unclipping the sensor, depending on how it has been installed.
• After loosening the old GPS tracking sensor, the next step is to disconnect its cables. This is dangerous because the cables might be live. Therefore, the operator should be careful not to touch the exposed wires after disconnecting them.
• Once the cables have been disconnected, the next step is to remove the mounting adhesive or hardware holding the old sensor in place. This step makes it easier to remove the old GPS tracking sensor from the vehicle.
• After removing the old sensor, the next step is to prepare the new GPS tracking sensor for installation. This may involve attaching mounting hardware, applying adhesive, or preparing cables.
• Then, install the new GPS tracking sensor by reversing the previous steps. First, the technician should install the sensor in the mounting location and secure it with adhesive or mounting hardware. Then, the technician should connect the cables to the vehicle's tracking system. Finally, the technician should replace any removed panels or covers and reconnect the vehicle's battery.

After replacing the GPS tracking sensor, the system should be tested to ensure it is working correctly. The vehicle's tracking system should be checked to ensure it is receiving data from the new sensor. If the tracking system is not working, the sensor installation may not be correct. Therefore, the installation should be checked and corrected if necessary.

Q and A

Q: Can the data from GPS tracking sensors be integrated with other business systems?

A: Yes, the data from GPS tracking sensors can be integrated in various business systems, such as logistics, fleet management, and even CRM systems, providing a holistic view of operations.

Q: How often does a GPS tracking sensor update its location data?

A: The update frequency can vary based on the device and settings, ranging from every few seconds to every few minutes.

Q: Are there any legal considerations for using GPS tracking sensors?

A: There may be legal considerations, such as privacy laws and tracking consent requirements. Always check the legal requirements in the relevant jurisdiction.

Q: What is the difference between active and passive GPS tracking sensors?

A: Active GPS tracking sensors provide real-time data, while passive sensors store data for later retrieval, not providing real-time updates.

Q: Can GPS tracking sensors be used for tracking assets other than vehicles?

A: GPS tracking sensors can track other assets, such as equipment, shipping containers, and even personal assets, providing location data across various applications.