Weather Forecast Station & Atomic Clock
Complete indoor & outdoor temperature, humidity & barometer
by La Crosse Technology (ws-9032u)
The WS-9032 is a compact weather instrument offering weather forecasting and radio controlled time & date.
The WS-9032 features barometer-based weather forecasting, and a radio controlled clock that is synchronized daily to the atomic clock maintained by the National Institute for Standards & Technology (NIST) in Fort Collins Colorado. Other features include maximum and minimum temperature memory, and indoor humidity measurement.
An ideal model if you live in a remote area, have a recreation business that relies on the weather, or simply enjoy having weather information at your fingertips.
Similar to the WS-7014 model, the 9032 also offers outdoor humidity measurement, moon phase display, and 24-hour barometric history chart.
Features & Functions
- Barometric Pressure Tendency Arrow
- Forecast Icon Based on Changing Barometric Pressure
- Barometric Pressure with 24 Hour History Graph (inHg or hPa)
- Wireless Outdoor & Indoor Humidity (%RH)
- Records MIN & MAX Humidity with Time and Date Stamp
- Wireless Outdoor & Indoor Temperature (°F or °C)
- Records MIN & MAX Temperature with Time and Date Stamp
- Moon Phase
- Atomic Time and Date with Manual Setting
- Automatically Updates for Daylight Saving Time (On/Off Option)
- 12 or 24 Hour Time Display
- Perptetual Calendar
- Time Zone Setting
- US Time Zone Map
- Time Alarm with Snooze
- LED Backlight
- Wall Hanging or Free Standing
- 4.6 x 8.9 x 1.25" (11.7 x 22.6 x 3.1cm)
Atomic Clock
The clock automatically synchronizes itself with the cesium-atom clock maintained by the US Commerce Department in Colorado. Several times each day, the clock receives a radio signal and adjusts itself accordingly to split-second accuracy of up to 4 billionths of a second. The clock works normally even when the radio signal is not available due to atmospheric conditions, or distance from Colorado. the signal has an expected range of over 3,000 miles (particularly at night), meaning that the signal can be received in most North american locations.
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