A data logger that connects various weather sensors such as Wind Speed ​​and Direction meter, rain gauge, and water level meter to perform computation processing, data storage, and external communication.
It is designed to save power so that it can be observed with solar cells and other power sources even when there is no commercial power source.

● Equipped with high performance 32bit CPU.
● Observation data can be saved on an SD card.
● Firmware upgrade with SD card is possible.
● Supports various inputs such as voltage, current, pulse, serial communication.
● Expansion units can be added.
● SIM card mounting enables data communication control over mobile communication networks. (option)

This data logger is equipped with analog 8ch input, contact 4ch + 12ch input, contact 4ch output, and serial 4ch input / output as standard, and supports 15 element sensor input.

● High speed and high performance 32bitRISC computer.
● Automatic time correction by SNTP command. (Can connect to NTP server)
● Unidirectional serial branch output (1 second, 1 minute, 10 minute output) to display panel etc. is standard equipment.
● You can record up to 1000 operation history such as time correction and power-on.
● Data for 1 days will be saved for 1.5 days, and data for 10 minutes will be saved for 15 days.
● Record HK information such as upper / lower limit alarm, change tendency alarm, communication error, rainfall contact error, power failure, etc. for conversion data.
● Commercial power failure detection. By connecting the battery, it is possible to back up the power in the event of a power failure.
● Houses a terminal board with a wardrobe on the back. The terminal is a separate connector type that does not require terminal processing.
● A / D, D / A, and P10 can be added by adding expansion ports.

It is a data logger that integrates the input conversion unit of weather sensor signals such as the Wind Speed ​​and Direction meter and rain gauge, the weather statistics processing unit, storage, communication, and Web server functions. It is compatible with the network and can be easily published on the website. So, you can browse and share weather information anytime, anywhere.

● No need for a converter to capture weather sensor signals.
● Since it is equipped with a Web server function, you can view, print, and download data from anywhere on any computer connected to the network.
● It is easy to publish weather data on the homepage.

A high-performance data logger equipped with a web server function. A color LCD touch panel is mounted for displaying and operating observation data. It also has various input interfaces and is equipped with various communication ports such as IP communication, serial communication, and USB.

● Equipped with touch panel 7 inch color LCD screen.
● High-performance 32bit CPU is installed for high-speed processing.
● By adding a web server function, data can be displayed on a general-purpose browser without using dedicated software.
● An expansion input / output board that supports various input / outputs can be mounted.
● Recording data such as observation data and communication logs can be recorded with an SD card or USB memory.
● It can be connected to computers, various communication devices, and communication infrastructure.

It is a device that inputs various measurement values, condition monitoring signals, range signals, etc. as well as detectors for weather observation, stores them, and communicates via various lines.

● It is structured to be able to mount an expansion board, and it is possible to construct a system that is optimal for the user's application.
● Easy to check data and change settings on site with LCD display and keyboard.
● In addition to the built-in flash memory, it has a CF card interface, and measurement data can be saved using a commercially available CF card.
● Socket communication using TCP / IP or UDP / IP protocol is possible with 10BASE-T LAN interface. Simultaneous communication with multiple clients or servers is also possible. Real-time data collection, remote access, past data collection, configuration information reference and modification, etc. are possible.
● Has an RS-232C interface and can be connected directly to a personal computer, as well as a dedicated line modem or a general public line modem.
● By connecting to the Internet, you can send observation data, failure information, alarms, etc. via email.

This instrument converts the signals from each sensor digitally, performs sampling and statistical processing of data based on the meteorological observation statistical guidelines of the Japan Meteorological Agency, storage (CF card), display and transfer (communication), etc. -A wall-mounted general-purpose data logger.

● About 20 years worth of data (every 1 minutes) can be saved on the SD card.
● Equipped with an LCD display with 20 digits x 4 rows, and can display and set current data, past data, and set values.
● Serial communication and LAN interface are standard equipment for external transfer (communication).
● There is a mail communication function using the mobile communication network and the Internet. (option)

This processing software collects the observation data from the data logger CK4100 / 4500 / 510 directly or via a dedicated line or general public line (including mobile phones), and provides statistics, display, storage, printing, etc. Will be processed.

● The graph screen can be arranged freely and related data can be displayed on the same screen.
● The list display screen, data name, column width, etc. can be changed freely.
● Daily, monthly and annual reports can be laid out freely.
● Flexibly respond to changes in observation elements.
● Data processing of 99 observation points is possible.
● Target data logger CK4000 series / CK500 series
● By adding a server function to a PC with the Weather Converter Center installed, you can view the data using a PC web browser on the LAN.

It receives the standard time from GPS satellites, converts the standard time to Japan time, and displays it on the LCD of the clock device. It has a LAN interface and operates as an NTP server.In addition, the pulse signal is output as a time interval at the hour of 1 minute and the hour.

● Compliant with RoHS and VCCI class A.
● Accurate time information can be obtained even in areas such as mountainous areas where FM radio waves cannot be received if the overhead is open.
● Equipped with various outputs for time correction of external devices. (1) Ethernet 10/100BASE-T (NTP compatible) (2) One-shot pulse signal every 1 minute, hour, and 24 hours (arbitrary time)
● Receives from multiple GPS satellites, and sends a calibration signal using the built-in crystal clock when reception is not possible or the receiver fails. (The internal clock is automatically calibrated after recovery)
● The body is a JIS rack mount type.

Data such as weather, water level, and rainfall observed at dams and river management offices can be confirmed by voice or browser from a remote location via a telephone line or the Internet. In addition, when the monitored data reaches the alert level, it is automatically notified to the registration destination by voice or email.

● Dedicated software is not required to set the report destination, view the observation data, and check the report result (can be operated with a Web browser)
● Not only voice notification but also e-mail notification is possible as a notification method (optional)
● Observation data and report history are stored in the internal memory and can be viewed with a Web browser.
● BCD signal, water level gauge, rain gauge and other measuring instrument signals can be input (optional)
● Report regulation (stop) is possible with external contacts and full-face switches.

It is an optical measuring instrument based on laser light that reliably measures all precipitation phenomena.It reliably captures the particle size and velocity of all particles such as rain, snow and hail that pass through the band-shaped laser beam, and measures rainfall, snowfall, rainfall intensity, weather, rainfall visibility, etc. in real time.

● Higher-level precipitation phenomena such as drizzle, rain, hail, and snow can be identified.
● Measured precipitation phenomenon can be converted to WMO weather code or MOR (optical weather visibility).
● Non-contact and maintenance-free laser sensor.
● With automatic control heater (to prevent freezing)
● Robust, compact, lightweight, and easy to install.
● Maximum rainfall 1200mm / h enables real-time observation of guerrilla heavy rain and heavy snow.
● Data and graphs can be displayed and saved with ASDO PC application software.

The forward scattering method measures the degree of visibility disturbance in the atmosphere when rain, fog, snowstorm, etc. occur, and measures visibility by infrared scattering. Also, it determines the descent phenomenon such as rain and snow and outputs the current weather code (4860) of WMO (International Meteorological Organization).

● Ideal for air traffic control, road condition management, and weather observation at unmanned weather stations.
● Visibility (MOR) up to 20km can be observed.
● Detects and calculates the type, intensity, and integrated value of precipitation phenomena.
● Distinguishes 7 types of precipitation phenomena (rain, icy, drizzle, drizzle, sleet, snow, hail).
● Reports such as WMO (World Meteorological Organization) 4680 (Ground Weather) code table and 4678 (Regular Flight Weather) code table are output.
● The projector / receiver, rain sensor, temperature sensor and processing unit are integrated into a compact design.
● Self-diagnosis functions such as detection of dirt and blockage of the projector and receiver lenses are available.

This product was developed to measure runway visibility (RVR) in aeronautical meteorological observation.The visibility is measured by the forward scattering method, which has been proven in the past, and the visibility on the runway is accurately measured by the background brightness sensor.

● Designed for RVR.
● Accurate and traceable measurement is possible.
● RVR and visibility measurement meet FAA and ICAO requirements.
● The device structure and heating function comply with FAA guidelines.
● Visibility measurement range is possible up to 75km.
● Used for aviation weather and SYNOP visibility measurement.

This instrument emits a short and powerful light pulse by a laser diode, hits a cloud, and a part scattered behind enters the light receiving part.This time data is algorithmically processed to detect the cloud base altitude.Cloud cover can be measured as an optional function.

● It has a measurement function up to an altitude of 7500m and can detect clouds in the 3 layer.
● The sky condition function (option) can be used to measure the total cloud cover.
● Uses the second-generation single-lens optical system for excellent performance even at low heights.
● Uses a pulse laser diode (transmits a short intense pulse at a vertical or near vertical angle) to detect the cloud height by analyzing even the reflection of light (backscattering) due to clouds or rain.
● In addition to cloud height, the self-diagnostic function identifies the malfunctioning module and notifies the user when it malfunctions.
● Measurement cycle can be adjusted from 2 to 120 seconds and is flexible. In addition, thin clouds can be detected by high-speed measurement.
● It has a solar shading structure that protects the observation window during rainfall and keeps the observation window clear and dry by using a window fan with an automatic heater. The heater prevents frost adhesion even in cold conditions.

The weather data collected by the meteorological observation device is processed by the display control PC and the weather information is displayed on the large outdoor information display panel. The font size of the display panel can be selected, and it is free with the weather information. You can display a message.

● You can select the LED display size of characters.
● Free messages can be entered and displayed.
● Weather information can be distributed on the web and displayed in various places connected to the network.

It is a frame for comprehensively combining various observation equipment when constructing a comprehensive weather observation device. It is possible to incorporate converters and data loggers for each element, various recorders, and a backup power supply in the event of a power failure.

Options
● Caster for movement
● Built-in heater for cold regions
● Built-in heat dissipation fan
● Dustproof door mounting

In order to measure temperature and humidity accurately, the temperature in a natural environment, such as avoiding direct exposure of sunlight to the measuring instrument, and avoiding radiation from the ground surface to avoid the effects of rain and lightning. It is designed so that humidity can be observed.

● Face the door to the north so that sunlight does not hit the containment instrument when the door is opened.
● Install the containment instrument so that it is approximately 1 to 1.5m above the ground surface.

Mounting tools such as various poles, bases, and flanges are available for accurate observation of wind speed and direction transmitters, solar meters, and sunshine meters without being affected by surrounding trees or buildings.

This digital display receives the digital signal of each element from the converter and data logger, and displays the data as LEDs with numbers and dots.

● Large characters are designed for easy viewing.
● There are wall mounted type and panel built-in type.
● Up to 8 elements can be displayed