Cateye EC-35OO Lets Learn Operation of Buttons & Workload Shift Lever, Pulse Sensor Handling

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LET'S LEARN OPERATION OF BUTTONS & WORKLOAD SHIFT LEVER

To make the most of the functions of the unit.

1. Functions of the buttons

• Advance Button ( AV )

•Advance Button ( AD

)

 

 

 

It makes the program proceed. Each time you press this button, the display

NO-DISPLAY

advances in the order as Fig. 1.

 

 

 

 

 

 

• Mode Button ( M

 

D )

INITIAL DISPLAY

 

 

 

 

 

 

 

 

It is used in two ways.

1

2

3

4

5

6

2. Workload Shift Lever and Work Rate

Work rate (watt) is determined by the position of the workload shift lever, and your pedal cadence. (Fig. 4). To get the desired work rate during exercise, first adjust it roughly by the workload shift lever, then precisely by changing your pedal cadence. The workload can be shifted to 8 positions, 1 is the easiest and 8 is the heaviest. Each posi-

a) In the "Initial Display", each press of this button advances the mode

and the figure to be modified blinks in the order as Fig. 2.

IN-EXERCISE DISPLAY A/B

Fig. 4

7

8

tion of the workload shift lever is identified by the mark displayed on the screen. The following table shows work rate (watt) correspond-

b) In the "In-Exercise Display", each press of this button converts the

screen alternately as Fig. 3.

• Set Buttons (SET)

In the "Initial Display", each button serves to change the blinking numeri- cal value in each selected mode.

Fig. 1

•Mode Button ( MD )

AGE

TARGET EXERCISE TIME

Before starting exercise, set the workload shift lever to the following standard level in accor- dance with your age and sex.

Age

Male

Female

20~30's

3

2

ing to each workload shift lever position, and the pedal cadence.

Work Rate (watt)

Pedal Cadence

50

60

70

80

100

120

Shifting Position

 

 

 

 

 

 

1

25

33

41

50

65

85

2

50

65

85

105

140

195

+

 

 

 

Button.... Each press increases the numerical value by 1, and when

 

 

 

 

 

 

 

 

 

 

 

held down, it increases rapidly.

TARGET PULSE RATE

 

 

 

 

 

40~50's

2

1

Over 60

1

1

3

75

100

130

155

215

265

4

100

135

170

210

285

355

Button.... Each press decreases the numerical value by 1, and when held down it decreases rapidly.

Target Pulse On/Off Button ( TP )

Each time you press this button, the mark is switched on or off. When the mark is lit up on the screen, the buzzer warns you if your pulse rate is out of the target pulse rate by more than ± 5 bpm . When the mark is not lit up on the screen, the buzzer doesn't function and you can exercise freely unconcerned with the target pulse rate zone.

[Beeping Sound Pattern]

0

1

2

(sec)

Over

(the target pulse rate +5)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

2kHz

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Under

(the target pulse rate –5)

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

1kHz

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

UPPER-LIMIT PULSE RATE Fig. 2

IN-EXERCISE DISPLAY (A)

IN-EXERCISE DISPLAY (B) Fig. 3

Fig. 5

5

125

165

215

260

350

440

6

150

200

255

310

420

520

7

175

235

295

355

480

595

8

200

265

335

405

545

680

3. Pulse Sensor Handling

• Attach the pulse sensor to either earlobe, right or left. Clip it firmly

to the center of the earlobe. Be sure to remove any earring or the like

from your earlobe. (Fig. 5)

• When it is cold, rub your earlobe before attaching the pulse sensor,

to facilitate the blood circulation.

(The buzzer doesn't function unless your pulse rate once reaches the target pulse rate.)

Special functions of buttons

• "All Clear" Function

When new batteries are loaded, or when abnormal signal is received due to electrostatic trouble, etc., the screen may show abnormal displays. In such

a case, first hold down the set buttons

 

 

 

 

 

 

 

and the mode

 

 

 

M

 

 

 

 

 

 

 

. The screen first turns to

simultaneously, then press the advance button

"No-Display" state, then it displays all the readings for 2 seconds. Finally it returns to the "No-Display" state.

• Recovery Function

If you press the advance button by mistake during exercise, making the screen turn to "No-Display" state, press any of the other buttons, except the

advance button , within 10 seconds. The screen recalls the previous "In-Exercise Display" state.

• Memory Function

In the "No-Display", if you hold down the mode button and press the

advance button , the data that was set for your last exercise can be recalled. This function is useful when you can use the unit exclusively and want to repeat the same exercise program.

*This function becomes effective 10 seconds after the unit is turned off.

Screen Display

PLL

TPL rpm

mile/h

km/h

min sec mile km

AGE watt kcal

1

2

3

4

5

6

4

7

4

7

8

1Workload Shift Position Mark

Indicates the position of the workload shift lever

2Pulse Sensor "OK" Mark

Indicates that the pulse sensor functions properly.

3"Error" Mark

Appears when the pulse rate jumps up or down abnormally, or when the pulse sensor is not attached to your earlobe properly.

4Mode Mark

Indicates the mode in display. PLL --- Upper-Limit Pulse Rate TPL --- Target Pulse Rate AGE -- Age of the user

5Pulse Mark

Flickers synchronized with the pulse

6Target Pulse Rate On/Off Mark

When this mark is on, the buzzer functions to signal when your pulse rate is out of the target pulse rate zone.

7Unit Mark

Indicates the unit of the display figure.

8Battery Alarm Mark

Indicates that the battery power has exhausted.

• Try not to change the position of the earlobe sensor during exercise.

• If the error mark

lights up frequently, remove the pulse sensor

and attach it again correctly.

• If the pulse sensor is pulled excessively, the cable can be damaged or

short-circuited. Treat the pulse sensor with care.

• When the pulse sensor is not in use, always clip it to the sensor clip.

Hold the pulse sensor cable with the cable clip, adjusting the slack of

the pulse sensor cable.

Checking the pulse sensor

1)In the "In-Exercise" state, close the pulse sensor; putting nothing in between.

The mark lights up on the screen, and the pulse rate readings show "0" bpm ----- Normal

When the pulse sensor cable is pulled, the

mark blinks ----- The

sensor cable is about to be broken.

 

The

mark doesn't light up ----- The pulse sensor cable is

broken.

 

 

2)The mark blinks even when the pulse sensor is attached to your earlobe. ----- The pulse sensor cable is short-circuited.

10

11

Image 7
Contents Cateye ergociser Control Panel Anatomy of the EC-3500Main Body Contents Introduction For Safe Operation Lets Assemble Adjusting Pedal Belts AdjustmentMake each adjustment under the following process Level AdjustmentIn-Exercise Display B No-Display Screen Lets have a RideInitial Display Screen In-Exercise Display a ScreenSpecial functions of buttons Lets Learn Operation of Buttons & Workload Shift LeverWorkload Shift Lever and Work Rate Pulse Sensor HandlingInput Target Exercise Time Lets Input Your DataPress Advance Button a Input Your AgeStart Exercising Adjust Workload LevelLets Start the Exercise Continuing exercise with the EC-3500 will make you fitExercise Program Purpose of EXERCISE/EXERCISE PROGRAM/FITNESS TermsFitness Terms Trouble Shooting MAINTENANCE/TROUBLE SHOOTING/SPECIFICATIONSCAT EYE & Importer Limited Warranty Limited Warranty

EC-35OO specifications

The Cateye EC-3500 is a cutting-edge cycle computer designed for avid cyclists who seek to enhance their riding experience through advanced technology and features. This device stands out due to its robust functionality and user-friendly interface, making it an essential companion for cyclists of all levels.

One of the primary features of the EC-3500 is its large, easy-to-read LCD display, which is designed to provide clear visibility even in bright sunlight or low light conditions. The screen layout is customizable, allowing users to select the data they want to prioritize during their ride. This includes vital statistics such as current speed, average speed, maximum speed, total distance, and trip duration, giving cyclists comprehensive insights into their performance.

The EC-3500 incorporates a GPS module, offering precise location tracking and route mapping. This feature not only helps cyclists navigate unfamiliar routes but also enables them to review their rides afterwards through accompanying software. The integration of GPS technology enhances overall ride planning and performance analysis.

Another significant characteristic of the Cateye EC-3500 is its connectivity options. The cycle computer easily pairs with smartphones via Bluetooth, allowing riders to sync their ride data with popular fitness apps. This seamless connectivity enhances the overall training experience, enabling cyclists to track their progress over time and compare their performance with previous rides or other cyclists.

The EC-3500 is designed with durability in mind. It features weatherproof construction that ensures reliable performance regardless of the weather conditions. This durability is complemented by a long battery life, allowing cyclists to embark on extended rides without worrying about their device running out of power.

Additionally, the EC-3500 is equipped with an advanced heart rate monitor and cadence sensor, allowing users to monitor their physical exertion and pedaling efficiency. These features provide cyclists with a deeper understanding of their fitness levels and help them optimize their training routines.

In summary, the Cateye EC-3500 is an excellent choice for cyclists seeking a multifunctional, durable, and reliable cycle computer. With its GPS capabilities, user-friendly display, and advanced connectivity options, it empowers riders to achieve their cycling goals while enjoying the journey. Whether for casual rides or intense training sessions, the EC-3500 delivers the performance and insights that every cyclist needs.