EN

GETTING STARTED

BATTERIES

Insert batteries before first use, matching the polarity as shown in the battery compartment. For best results, install batteries in the remote sensor before the main unit. Press RESET after each battery change.

NOTE Do not use rechargeable batteries.

shows when batteries are low.

UNIT

LOCATION

Main

Temperature Area when

 

INDOOR temperature is

 

shown.

 

 

Remote

Temperature Area when

 

OUTDOOR temperature is

 

shown.

 

 

CHANGE SETTINGS

1.Press and hold MODE for 2 seconds to enter setting mode.

2.Press UP or DOWN to change settings.

3.Press MODE to confirm.

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REMOTE SENSOR (THGR122NX)

This product is shipped with a THGR122NX Thermo/ Hygro Sensor that collects Temperature and Humidity data. Data can be collected from up to 3 sensors. Additional sensors sold separately.

SETUP SENSOR

Open the remote sensor battery compartment with a small Phillips screwdriver.

1.Insert the batteries, matching the polarity as shown in the battery compartment.

2.Set the channel. The switch is located in the battery compartment.

SWITCH

OPTION

Channel

Channel 1 - 3. If you are using

 

more than one sensor, select a

 

different channel for each sensor.

3.Place the sensor near the main unit. Press RESET on the sensor to initiate signal sending between the sensor and the main unit. The reception icon on the main unit will blink for approximately 3 minutes while it is searching for the sensor. (Refer to the Sensor Data Transmission section for more information.)

4.Close the remote sensor battery compartment.

5.Secure the sensor in the desired location using the wall mount or table stand.

RMR612HGA lab test R2

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1/17/04, 4:58 PM

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Oregon Scientific RMR612HGA user manual Getting Started, Remote Sensor THGR122NX, Batteries, Change Settings, Setup Sensor

RMR612HGA specifications

The Oregon Scientific RMR612HGA is a sophisticated weather station designed for both indoor and outdoor use, appealing to weather enthusiasts and casual users alike. With its sleek design and advanced technology, it provides real-time weather information, ensuring users stay informed about their environment.

One of the standout features of the RMR612HGA is its multifunctional display, which presents a comprehensive overview of weather conditions. The large LCD screen showcases current temperature and humidity levels, both indoors and outdoors, alongside the date and time. The display is user-friendly and easy to read, making it suitable for users of all ages.

Equipped with wireless technology, the RMR612HGA includes an outdoor sensor that transmits data to the main unit, allowing for accurate temperature and humidity readings from up to 100 meters away. This ensures that users receive up-to-date weather information without the hassle of running wires. The outdoor sensor is also water-resistant, making it durable against various weather conditions.

The RMR612HGA goes beyond basic weather forecasting with its ability to display weather trends. It uses a barometric pressure sensor to analyze changes in atmospheric pressure and provide forecasts for the next 12 to 24 hours. This feature gives users an early warning of incoming weather systems, which is particularly valuable for planning outdoor activities.

Additionally, the device includes a built-in alarm clock with multiple alarms, making it a practical addition to the bedside table. Users can customize the alarm settings to suit their individual needs, including the option for snooze functionality.

One of the key characteristics of the RMR612HGA is its stylish and modern design, which seamlessly integrates into any home or office decor. Its compact size ensures it doesn’t take up much space, while the sleek finish adds a touch of sophistication.

Overall, the Oregon Scientific RMR612HGA is a reliable and feature-rich weather station suitable for anyone interested in monitoring their local weather conditions. With its advanced technologies and user-friendly interface, it stands out as a practical tool for everyday use, offering valuable insights into the ever-changing weather landscape.