Wearable4U iGPSPORT iGS620 GPS Wireless Bike Computer User Instructions

Wearable4U iGPSPORT iGS620 GPS Wireless Bike Computer

Specifications

• BRAND: Wearable4U
• COLOR: +SPD70&C70 Sensors + HRM + Mount + Multi-Tool
• ITEM DIMENSIONS LXWXH: 3.35 x 2.11 x 0.74 inches
• ITEM WEIGHT: 90 Grams
• SCREEN SIZE: 2.2 Inches
• DISPLAY TYPE: Anti-glare LCD color screen
• WATERPROOF RATING: IPX7
• COMPATIBILITY: iGPSPORT bike computer and some GARMIN bike computer models
• LANGUAGE: Multi-Language
• GPS: Highly sensitive GPS+ Beidou + Glonass
• SCREEN: 2.2 inch anti-glare LCD color screen, 240*320 pixels
• TEMPERATURE: -10° ~50°C (14o to 122oF )
• WEIGHT: About 90g
• PHYSICAL DIMENSION: 8553.518.8mm
• WIRELESS: WIFI/ANT+/Bluetooth
• MEMORY: 4GB ROM(Depend on the memory usage)
• BATTERY: About 22 Hours in regular using
• INTERFACE: Micro USB

Introduction

2.2-inch color LCD, 4-GB rom, WiFi map download, smartphone bonding, no missed calls or SMS, live tracking from a distance, and very effective communication between coach and members are all made possible by these features. Cloud platforms also share ride data and offer more in-depth analysis. The CAD70 cadence sensor makes it easier to ride and more effective to train by assisting you in determining the ideal cadence. The elegant and compact SPD70 speed sensor, which requires no magnets for installation and accurately records bicycle speed data. It has Up to 300 hours of battery life, IPX7 waterproof certification, and Bluetooth and ANT+ compatibility.

It contains bike computer silicon case, dust proof and anti-drop, fashionable and unique, will safeguard your bike computer in every manner. The M80 out front bike mount is made of an ultra-lightweight, impact-resistant nylon-glass fiber composite material and is compatible with some GARMIN and iGPSPORT bike computer models. Wearable4U Cycling Multi Tool 16 in 1 can assist you in quickly resolving issues with any type of bike, including mountain bikes, road bikes, foldable bikes, kids’ bikes, regular bikes, and fixed bicycles. Additionally, it is a versatile tool for basic household repairs and maintenance.

WHAT’S IN THE BOX

• 1x іGPSPОRT iGS620 GPS Cycling Computer
• 1 x CAD70 Cadence Sensor
• 1x SPD70 Speed Sensor
• 1 x Wearable4U Bike Multi-Tool
• 1x HR60 Heart Rate
• 1x M80 Mount
• 1x Micro USB Cable
• 2 x Bike Mount Pad
• 2x Standard Bike Mount
• 4x O-Ring Band

HOW BIKE SPEEDOMETER WORKS

Common bicycle speedometers calculate the interval between each wheel rotation and display the results on a small, handlebar-mounted digital display. The sensor is fixedly attached on the bike and pulses whenever the magnet in the spokes goes past.

HOW TO TEST SPEEDOMETER

The distance covered in a mile can be used to calculate a vehicle’s speed. The simplest way to perform the test is to set cruise control to one speed and time how long it takes to get from one green mile marker to the next on a US/state highway or interstate.

HOW GPS SPEEDOMETER WORKS

On land or in the water, a GPS speedometer employs a signal receiver to interact with satellites orbiting the Earth to determine how fast you are moving. The signal receiver measures the distance travelled to calculate speed while continuously tracking the vehicle’s location.

HOW IS SPEEDOMETER ERROR CALCULATED

If you know the diameter of the new and old tires, you can calculate the speedometer error. To determine the vehicle’s true speed, multiply the ratio of the new tire’s diameter to the old tire’s diameter by the speed displayed on the speedometer.

Frequently Asked Questions

Can I use my phone as a speedometer for my bike?

An Android software called Jepster allows you to use your phone as a bike computer. Jepster tracks your ride using GPS. Additionally, it works with Bluetooth, ANT+, and speed/cadence sensors, power meters, and heart rate monitors. Maps, energy information, heart rate, and other relevant information should be displayed on the screen.

What is the operation of a bike speed sensor?

The RPM Speed Sensor is made to attach to the wheel hub of a bicycle. To calculate speed, it multiplies the wheel’s rotating speed by the size of the wheel.

Is a smartphone equivalent to a bike computer?

Smartphones have completely changed cycling thanks to their ability to run a vast variety of practical cycling apps. The smartphone makes it simple to track and record rides, plan routes, stay on top of your training, and do much more than the simple bicycle computer.

The precision of bicycle computers

It pledges to transmit the GPS signal into space with a 95% probability and a global average user range error of less than or equal to 7.8 meters.

What’s the typical riding speed?

On an hour-long trip, the majority of cyclists can travel at an average pace of roughly 15 mph. 10 mph is a nice starting pace, but you should be able to reach 15 mph quite quickly. If you regularly train, you might increase your average speed to 22 mph from 18 mph if you just train occasionally.

What does DST mean on a speedometer?

Journey Distance. Trip Length (DST) Press the SET button to activate km/h (m/h) flashing in DST mode. The mileage of one journey is displayed on the bottom line.

How do ANT+ sensors work?

ANT+ enables wireless communication with other ANT+ products to enable the collection, tracking, and transfer of sensor data at any time and location. For instance, ANT+ technology enables a cycle computer to wirelessly transfer information about a cyclist’s speed and heart rate to a device.

Describe the ANT+ speed sensor.

This device measures speed and distance using a magnet mounted on the back wheel and a wheel sensor mounted on the frame.

Is a speed sensor crucial for cyclists?

Yes. acquire the sensor. If you choose auto-pause, you’ll get far more precise distance and speed readings, and it will operate much more consistently. It’s much more crucial if you mountain cycle through difficult terrain and through dense forest.

What regulates the speedometer?

The detector is triggered and the vehicle’s computer receives a pulse when the shaft rotates because the teeth on the disc interfere with the coil’s magnetic field. The computer will then utilize these pulses to calculate the vehicle’s speed, its distance traveled, and how quickly the engine is rotating.

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