Oregon Scientific JM889NU user manual Alarm Functions

Page 8

GB

Language Options

The main unit can display the week- day in five different selectable lan- guages.

Symbol Language

English

German

French

Italian

Spanish

Displaying Alarm Time

By default, the unit’s LCD screen displays the current date and month. To display the alarm time instead:

Diagram

Instructions

 

1. LCD screen displays the current date and month.

 

 

 

2. Press the ALARM button.

ALARM FUNCTIONS

Basic Functions

Your product can also be used as an alarm clock.

1. When the alarm goes off, you can turn it off by pressing

ALARM.

2.The alarm will automatically stop ringing after 1 minute. But after 8 minutes, the alarm will sound again unless ALARM is pressed.

3. The currently set Alarm Time is now displayed.

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Contents Table of Contents KEY Features Current Date/Alarm Time DisplayIntroduction Front View Main LCD DisplayReset Hole Battery CompartmentBack View Table Stand Clock ButtonSafety and Care Instructions Getting StartedMethod Instruction Diagram InstructionsPlacement of Unit Radio Reception Description Radio ReceptionToggling between Seconds/Day-of-Week Display Press Clock when done To SET the Clock ManuallyEnabling/Disabling Radio Reception DoneAlarm Functions Reset Hole Adjusting the Alarm TimeWhen done Activating / Deactivating the Alarm Diagram InstructionsTroubleshooting Guide Problem Symptom Check This RemedySpecifications Additional Resources EC-DECLARATION of Conformity Oregon Scientific. All rights reserved
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JM889NU, JM889N specifications

The Oregon Scientific JM889N is a versatile and innovative weather station designed for individuals who require accurate and real-time weather information. This device serves as an essential tool for both amateur meteorologists and outdoor enthusiasts seeking reliable weather forecasts before planning their activities.

One of the main features of the JM889N is its comprehensive weather monitoring capability. The device is equipped with a high-precision wireless sensor that measures indoor and outdoor temperature and humidity levels. This real-time data allows users to make informed decisions based on their specific environmental conditions. The easy-to-read LCD display presents this information clearly, making it accessible for quick checks throughout the day.

The JM889N also boasts the ability to forecast weather changes with its built-in barometer and trend indicator. The barometric pressure readings are essential for predicting short-term weather trends, while the device’s visual weather forecast icons give users an at-a-glance understanding of upcoming weather conditions, including sunny, rainy, or stormy forecasts.

Another notable characteristic of the JM889N is its alarm and day calendar functionality. Users can set multiple alarms for various purposes, ensuring they are kept informed and on schedule for their activities. The integrated calendar feature is particularly useful for reminding users of important dates and events.

In terms of technology, the Oregon Scientific JM889N uses advanced wireless transmission to communicate between the indoor and outdoor sensors effectively. This technology ensures that data is transmitted with minimal delay and no obstructions, making it ideal for accurate weather monitoring. With an effective range of up to 100 meters, the wireless sensor can be placed in optimal locations for the most accurate outdoor readings.

Durability is also a key aspect of the JM889N, as it is designed to withstand various environmental conditions. This reliability is essential for users who live in areas prone to fluctuating weather patterns.

Overall, the Oregon Scientific JM889N is a feature-rich weather station that combines robust monitoring capabilities, advanced technology, and user-friendly design. Its multitude of functions makes it an indispensable companion for anyone looking to stay informed about their local weather conditions. Whether for leisure or professional use, the JM889N delivers consistent performance and reliable results in an ever-changing environment.