In the Stroke Measurement mode, the duration of 3 strokes is taken and the stroke frequency (counts per minute) is calculated. As the stroke frequency falls out of the range of 10 - 180, "Err" will appear to show the error condition.

Press [START] to start the measurement. During the 1st second, 180.0 will be shown and flashing as below.

S T R O k E 180 . 0

At the end of the first second, the display will become steady.

If measurement is stopped in the first second (stroke frequency > 180), error signal " Err " will be shown. After the first second has elapsed, the instantaneous measurement reading will be shown. When you press [STOP], the display will show the steady stroke measurement reading. If the measurement lasts for more than 18 seconds (stroke frequency < 10), an error signal "Err" will be displayed. When the measurement is stopped, press [RESET] to reset the displayed reading to "0.0".

Speed Mode (AE760M100 & AE790M500 Model only)

Press [MODE] until you enter the Speed mode. The display will be as follows.

 

DIST KM

{000}

0. 0 0 0

0: 00' 00" 00

LAP

0: 00' 00" 00

STOP

 

(Note that the default setting is KM. Hence "KM" icon will be ON.)

The upper line shows the distance or speed. The lap time is in the middle line, while the total time is displayed on the lower line.

In the Speed mode, you can record a number of lap times and speeds for covering the distance you program into the chronograph.. Before starting to use the Speed mode, you need to enter the distance as explained below. Otherwise, the speed measurement won't work.

15

Page 17
Image 17
Accusplit AE602M100, AE790M500DEC instruction manual R O k E 180, Speed Mode AE760M100 & AE790M500 Model only

AE760M100, AE790M500DEC, AE790M500, AE602M100 specifications

The Accusplit AE790M500, AE790M500DEC, AE602M100, and AE760M100 are distinctive stopwatch models from Accusplit, renowned for their reliability and precision in various timing applications. Each model showcases unique features tailored to meet the needs of professionals, athletes, and educators.

Starting with the AE790M500, this model stands out with its large, easy-to-read display, making it ideal for quick timing references during competitions or training sessions. Equipped with a 500-lap memory, it allows users to record times with accuracy. Additionally, the AE790M500 comes with a split time function, enabling users to capture intermediate times without stopping the overall clock. This model is designed for durability, featuring a robust casing that can withstand rigorous use.

The AE790M500DEC variant builds on the features of the AE790M500 but includes a decimal time display. This addition allows for more precise measurements, particularly useful in competitive sports where exact timing is crucial. Like its counterpart, this model also offers a memory recall function, enabling users to revisit previous lap times and performance data easily.

The AE602M100 is a more compact alternative that doesn’t compromise on functionality. It is designed for ease of portability while retaining key features like a large display and simple operation. The AE602M100 includes a single stopwatch function suitable for various needs, from classroom timing exercises to personal fitness tracking. Its ergonomic design ensures comfort during extended use, and the user-friendly buttons allow for quick adjustments and operations.

Lastly, the AE760M100 integrates advanced timing technologies, providing features like programmable countdown timers and alarm functions. This versatility makes it an excellent choice for both competitive events and training contexts. The AE760M100 also features a lap counter and split timing functions, bolstering its utility for tracking performance over time. Its lightweight design and bright display facilitate usage in various lighting conditions.

In summary, the Accusplit AE790M500, AE790M500DEC, AE602M100, and AE760M100 exemplify Accusplit's commitment to accuracy and user satisfaction. With their diverse features and robust designs, these stopwatches cater to a wide range of timing needs, making them essential tools for athletes, educators, and professionals alike. Whether for precise timing in sports, conducting experiments, or measuring fitness progress, these models are engineered to deliver reliable performance consistently.