EN

To manually calculate your own heart rate limits:

 

 

 

 

 

MHR

MHR = 220-age

 

 

 

 

LOWER LIMIT

MHR x lower target activity %.

 

 

E.g. Target activity is WALK:

 

 

Lower limit = MHR x 65%

 

 

 

 

UPPER LIMIT

MHR x upper target activity %.

 

 

E.g. Target activity is WALK:

 

 

Upper limit = MHR x 78%

 

 

 

HEART RATE ALERT

You can set the heart rate alert in the heart rate mode to the following settings:

ICON

DESCRIPTION

 

 

 

 

* Heart rate sound and vibration alert

 

are OFF

 

Heart rate sound alert is ON

 

• 1 beep = you have gone below your

 

lower zone limit

 

• 2 beeps = you have gone above your

 

upper zone limit

 

 

 

 

* Heart rate vibration alert is ON

 

* Heart rate sound and vibration alert

 

 

are ON

 

or flash when you have surpassed your heart rate limit.

NOTE If the watch is kept idle without receiving a heart rate signal for 5 minutes, the heart rate mode will quit and return to clock mode.

* for SE102 only

14

SE102-

 

SE102L_EN_R3.indd 14

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

5/30/06 4:09:38 PM

Page 14
Image 14
Oregon Scientific SE102L To manually calculate your own heart rate limits, Mhr, Lower Limit, Upper Limit, Heart Rate Alert

SE102, SE102L specifications

Oregon Scientific has been a leading name in the field of innovative electronic devices, particularly when it comes to weather and environmental monitoring instruments. The Oregon Scientific SE102L and SE102 stand out in this portfolio as highly efficient and packed with features designed to enhance user experience and provide accurate data.

Both models, SE102L and SE102, are equipped with advanced weather sensors that measure various environmental parameters such as temperature and humidity. Their dual functionality allows them to serve not only as a reliable weather station but also as a compact indoor/outdoor thermometer and hygrometer. This makes them ideal for home use, gardening, and educational purposes, providing critical information to enthusiasts and professionals alike.

The SE102L version includes additional functionality with wireless technology, enabling real-time data transmission from external sensors positioned outdoors. This specific feature allows users to monitor air quality and temperature fluctuations without leaving the comfort of their homes. The wireless capabilities also facilitate easy placement of the sensor in optimal locations for accurate readings.

Both models boast user-friendly interfaces, incorporating backlit displays that ensure readability in various lighting conditions. Users can easily toggle between different measurement units, allowing for a customized experience. An important characteristic is their memory function, which tracks historical data, enabling users to recognize trends and make informed decisions based on past weather patterns.

Durability is another hallmark of the SE102 and SE102L. The devices are designed to withstand various environmental conditions, ensuring longevity and reliability. Lightweight yet sturdy, these models can be easily transported, making them suitable for both stationary and mobile applications.

One of the standout technologies in these devices is the incorporation of advanced algorithms that calibrate readings for enhanced accuracy. The built-in calibration system compensates for environmental variations and allows for precise measurements of atmospheric changes.

In conclusion, the Oregon Scientific SE102L and SE102 are exceptionally versatile tools for anyone needing reliable weather information. With their robust features, wireless capability, and user-centric design, these models cater to a wide range of needs, making them an invaluable addition to any household or professional environment. Whether for personal use, gardening, or educational projects, these devices stand as a testament to Oregon Scientific's commitment to quality and innovation in environmental monitoring.