Furuno WR110 Operator's Manual

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OPERATOR'S

MANUAL

MODEL: WEATHER RADAR

TYPE: WR110

www.furuno.com

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IMPORTANT NOTICES

General

• This manual has been authored with simplified grammar, to meet the needs of international

users.

• The operator of this equipment must read and follow the descriptions in this manual. Wrong operation or maintenance can cancel the warranty or cause injury.

• Do not copy any part of this manual without written permission from FURUNO.

• If this manual is lost or worn, contact your dealer about replacement.

• The contents of this manual and equipment specifications can change without notice.

• The example screens (or illustrations) shown in this manual can be different from the

screens you see on your display. The screens you see depend on your system configuration and equipment settings.

• Save this manual for future reference.

• Any modification of the equipment (including software) by persons not authorized by

FURUNO will cancel the warranty.

• All brand and product names are trademarks, registered trademarks or service marks of their

respective holders.

How to discard this product

Discard this product according to local regulations for the disposal of industrial waste. For disposal in the USA, see the homepage of the Electronics Industries Alliance (http://www.eiae.org/) for the correct method of disposal.

Importer in Europe

The following concern acts as our importer in Europe, as defined in DECISION No.768/2008/EC.

- Name: FURUNO EUROPE B.V.

- Address: Ridderhaven 19B, 2984 BT Ridderkerk, The Netherlands.

Software version: 8450002-05.** **denotes minor modifications.

CE declarations

With regards to CE declarations, please refer to our website (www.furuno.com), for further information about RoHS conformity declarations.

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Indicates a hazardous situation which, if not avoided, will result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, could result in death or serious injury.

Indicates a potentially hazardous situation which, if not avoided, can result in minor or moderate injury.

WARNING

Radio Frequency Radiation Hazard

The radar antenna sends the electromagnetic radio frequency (RF) energy. This energy can be dangerous to you, especially on your eyes. Do not look at the radiator or near the antenna when the antenna is rotating. The distances at which RF radiation levels of 100 W/m 2 , 50 W/m

and 10 W/m 2 exist are shown in the table. DO NOT go near more than 12.7m (Safety standard is 10 W/m 2 ). NOTE: The value is applied for being installed in the public space. And it is defined on human body surface over any 6-minutes period with the flux density averaged from the measurement.

Distance from Antenna

-m

12.7m

Power flux density

100 W/m

50 W/m 2

10 W/m 2

WARNING

Do not open the radome.

Electrical shock can occur. Only qualified personnel should work inside the equipment.

Wear a hard hat and safety belt when mounting the Antenna Unit.

Serious injury or death can result if someone falls from the radar antenna.

Do not use any other power except 100 to 240 VAC.

Connection of an incorrect power supply can cause fire or damage the equipment.

Turn off the power immediately if water leaks into the equipment or smoke or fire is coming from the equipment.

Failure to turn off the equipment can cause fire or electrical shock.

Do not operate the equipment with wet hands.

Electrical shock can occur.

Do not disassemble or modify the equipment.

Fire or electrical shock can occur.

CAUTION

WARNING

DANGER

SAFETY INSTRUCTIONS

The user and installer must read the appropriate safety instructions before attempting to install or operate the equipment.

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Use only the specified power cable.

Fire or damage to the equipment can result if a different cable is used.

Use the power supply grounded certainly.

Electrical shock or defect of operation can occur.

When a thunderbolt is expected, do not approach a system or do not touch a hand.

There is a possibility of receiving an electric shock. A worker's safety is guaranteed although the measures which protect apparatus from indirect lightning stroke serge are taken against this machine. It is not a thing. Moreover, if a direct stroke is impressed, it may break down.

Attach securely protective earth to the unit.

The protective earth (grounding) is required to the AC power supply to prevent electrical shock.

CAUTION

Do not put liquid-filled containers on the top of the equipment.

Fire or electrical shock can occur if a liquid spills into the equipment.

Establish space in the surroundings of apparatus as much as possible.

It becomes a cause of performance degradation and failure.

Do not put any strong impact to LCD because of glass.

Serious injury may cause by broken glass.

Antenna Unit (radome) Name: Radiation Warning Label Type : 03-142-3201-0 number : 100-266-890-10

WARNING LABEL

Warning labels are attached to the equipment. Do not remove any label. If a label is missing or damaged, contact us for the replacement.

WR110 restrictions

There are restrictions frequency band as follows to use at Lithuania and Slovakia. WR110 is operated with a channel from the following four channels: CH1: 9422.5MHz, CH2: 9427.5MHz, CH3: 9432.5MHz, CH4: 9437.5MHz

iii

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WEATHER RADAR

WR110

CONTENTS

IMPORTANT NOTICES ..................................... i

SAFETY INSTRUCTIONS ................................ ii

Outline of System ............................................. v

System Configuration ....................................... vi

1. Operating Procedure of System

1.1. Startup the Radar System ................ 1

1.2. Startup the Data Processing Unit ..... 2

1.3. Shutdown / Reboot the Radar System

.................................................................. 2

2. Data Processing Unit Configuration

2.1. Configuration ..................................... 3

2.2. Data Processing Unit ......................... 4

3. Operating Procedure of DPU

Operation manual

8. Menu Tree .................................................. 35

9. Other

9.1. Trademarks ...................................... 37

9.2. Security export control ..................... 37

10. Peripheral equipment

10.1. Optional equipment ........................ 38

10.2. UPS setting .................................. 39

10.3. Windows Language setting .......... 40

APPENDIX

1. SYSTEM DIAGRAM .......................... 42

2. RADIO REGULATORY INFORMATION

................................................................ 43

3. DECLARATION OF CONFIRMITY ... 44

3.1. Power up............................................ 5

3.2. Startup screen ................................... 5

3.3. Power down ....................................... 5

4. Software operation

4.1. Name & Function of RainMap ............ 6

4.2. Rainfall observation operation ......... 15

4.3. Observation Data operation ............. 18

4.4. Name and Function of RainPlay ...... 19

4.5. Log file function................................ 23

5. Precautions on operation

5.1. Data backup .................................... 24

5.2. Software version .............................. 24

6. Maintenance

6.1. Troubleshooting ............................... 25

6.2. Preventative Maintenance ............... 25

7. Specifications

7.1. Antenna Unit .................................. 26

7.2. Data Processing Unit ..................... 27

7.3. Output Data Format

7.3.1. Data file type 1 ...................... 28

7.3.2. Data file type 2 ...................... 30

7.3.3. Data size ............................... 33

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＞ H

- 0.6 + d・tan0

Outline of System

This system observes the development of rain clouds, outputs the strength of precipitation, the speed of rain clouds (Doppler speed), and observes phenomena of rainfall.

Features:

1. While installing antenna on a rooftop of building in urban area, it must be installed in the safety area covered by lightning rod based on JIS A4201 and IEC61024-1.

2. Nothing should be surrounded around the antenna area.

Notice:

Do not go around the antenna area.

Safe distance:

- If H1 is taller than 1.6 meters, it is safe unless touch the antenna directory.

- If H1 is shorter than 1.6 meters, do not enter within a radius of 6 meters from the antenna. Notice: It based on the standard of 2 meters tall person.

Safety zone around radar

e.g.: H2 (Height) = 2m,

d (Distance between center of the antenna and human) = 6m, θ =2° (Minimum azimuth is -2°)

H2 - 0.6 + d・tan θ = 2 – 0.6 + 6・tan2°=1.6095 < H1

Therefore, H1 (Height of base) = 1.6m,

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System Configuration

The observation system consists of Antenna Unit (radome), Junction Unit (connection box), and Data Processing Unit (indoor unit) as shown below.

1) Antenna Unit (radome) The Antenna is stored in the radome turning and radiating the radio waves.

The radiated waves are backscattered by precipitation particles on the propagation path, return to the antenna, and are processed by RF converter to transfer in the ATU.

2) Junction Unit (connection box) This unit is a relay point of LAN cable (100Base-T or better) and switches the power of the ATU.

3) Data Processing Unit (indoor unit) To display and record the data of weather observation.

1. Operating Procedure of System

1. The circuit breaker is in the Junction Unit (connection box).

2. Turn on the circuit breaker.

(1) Turn on the circuit breaker of the Junction Unit (connection box)

(2) Turn on the power of the Data Processing Unit to start the observation from the RainMap

In process.

RJ45

coupler

From ATU

From DPU

1.1. Startup the Radar System

Output the data periodically with displaying images, and display the data image.

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1.2. Startup the Data Processing Unit

1. Setup Data Processing Unit

(1) Connect AC power supply cord from

electrical outlet to DPU, and turn ON the power. (Turn ON the power of ATU before turn ON the power of DPU)

(2) Connect LAN cable from DPU to ATU (SPU),

and setup IP address of DPU. (192.168.31.110)

(3) Use USB / LAN adapter if only 2 LAN

connectors are mounted. Connect (MONI-CON), and setup IP address of DPU. (192.168.1.80)

(4) Connect LAN cable from router to DPU for using

Internet. (e.g.: 192.168.0.5)

Notice: Do not use the same IP address as ATU.

2. Turn on the power of the Data Processing Unit. Username: radar Password: radar (1) The display software starts automatically. (2) Click [Connect] to start radar operation. (3) Click the [Start emission] to start

observation and to display radar images.

If turned off the circuit breaker in the Junction Unit (JCU), the radar system will also be off.

Sample image of DPU

2 1 4

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1.3. Shut down / Reboot the Radar System

Process of the Data Processing Unit operation is necessary when shut down the Antenna Unit. Moreover, restart ATU in case of having problem for example the radar is hanged up. Caution: It may break down if remove a plug or turn off a breaker without following this process.

Shut down the circuit breaker in the Junction Unit.

2. Data Processing Unit Configuration

SPU 192.168.31.110 (LAN)

MONI-CON 192.168.1.80 (LAN)

Data Processing Unit

Internet 192.168.0.5 (LAN)

(Do not use the same IP address with SPU and MONI-CON

even it is necessary to change the internet IP address)

Signal Processing Unit

192.168.31.101(LAN)

Port 30100 (For control)

Port 30101 (For transfer observed data)

LAN Cable (Cat5e or better)

Antenna Unit

WAN

Remote control via network

LAN Cable (Cat5e or better)

MONI-CON Block

192.168.1.77(LAN) Port 10001

JCU

LAN Cable (Cat5 or better)

2.1. Configuration

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Software name

Display software

RainMap.exe

Specification

Function

OS: Windows® 10 IoT Enterprise 64bit

• Language displayed: English and Japanese (default: English)

Change from English to Japanese corresponding to the language setting of Windows®

Data display:

• Observational date and time:

Local time display corresponding to the time zone of Windows®

• Maximum distance displayed

70 km

Display scale

0.5-70 km

Unit displayed (inside: [m])

• Polar coordinate display (rθ)

• Coloration

Maximum 15 colors in table (maximum 16 values including no color)

Map display:

• Local map display:

Display BMP map

Display of status:

Display the setting button and current setting values.

• Data types

Rain (mm/h), Zh (dBz), Zh _corr (dBz), V (m/s), W(m/s)

• ATU

Display of current activation and setting values of azimuth & observed elevation

Setting of radar operation:

Conduct the setting to ATU section from the menu and the confirmation.

• Scan mode

PPI, Volume Scan, Sector PPI/RHI,

• Removal of interference

Obtain an interference removed echo data

• Display ON or OFF of topographical echo removal

Obtain a topographical removed echo data

• Transmission mask function

Obtain a masked echo data that setting to ATU.

• Elevation angle (-2 to 90 degrees)

Obtain a specified elevation angle echo data that setting to ATU.

• Setting of radar constant (Transmission pulse width, rainfall strength

conversion constant B, and β)

Obtain a setting echo data that setting to ATU.

Data manipulation:

• Saving of displayed data

Save as a chronological order unit (Time based file name)

• Play of displayed data

Play from the specification file name.

Data output:

• Output of data file

Output per 1 to 5minutes

2.2. Data Processing Unit

The Data Processing Unit receives output data from the Antenna Unit and displays the rainfall data in real time.

3. Operating Procedure of DPU

Drawing area

Display various images (rainfall strength, etc.).

3.1. Power up

Turn on the power of DPU to start Windows®. User name: radar Password: radar

3.2. Startup screen

The following screen will display during startup.

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3.3. Power down

1) Shut down the Windows®. There are 3 ways to shutdown the windows:

Method 1. Right click [Start button] -> Choose [Shutdown or Sign out] -> [Shutdown] Method 2. Press [Windows] + [X] key -> choose [Shutdown or Sign out] -> [Shutdown] Method 3. Press [ALT] + [F4] key -> [Shutdown]

2) Turn off the power of DPU.

4. Software operation

File Menu bar

Click the menu name to display each selected menu item.

・ File ・ Disp ・ Setting ・ Radar Operation ・ Help ・ Stop radar operation

File menu

File play:

Display the play screen of log data. RainPlay software will popup. See the instruction of 4.4.

Snapshot:

Capture the screen

Exit:

Close the software

Drawing area

Display various images (rainfall strength, etc.).

4.1. Name & Function of RainMap

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Disp SRHI screen:

・ 90 degrees screen (Indicate the echo of

SRHI with 90 degrees on sub screen)

・ 180 degrees screen (Indicate the echo

SRHI with 180 degrees on sub screen )

Information Indication:

Indicate condition of specific hardware.

Setting

Display

Display the setting menu according to the indication.

Data Acquisition

Display the setting menu according to the Log.

Radar Site Location

Display a setting menu according to an installation place of antenna.

Scan

Setup a pattern of scan mode and details.

Units

Setup a type of indication on rotation speed.

(Image screen of SRHI 90 deg.)

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Data Acquisition Screen capture (JPEG):

Turn ON or OFF to capture data on the screen (jpeg).

・ Screen capture save path:

Setup a folder to save a capture screen.

・ Screen capture period:

Setup a time interval to save a capture screen.

CSV:

Turn ON or OFF to save data by CSV.

・ CSV save path:

Setup a folder to save the CSV data.

・ CSV save period [sec]:

Setup an interval time to save the CSV data.

Radar parameters as CSV files:

Choose a type of parameter.

(Rain [mm/h], Zh [dBz], V [m/s], W [m/s])

Binary data:

Turn ON or OFF to record by binary data.

Binary save path:

Setup a folder to save the binary data.

Display

Display range [km]:

Setup an indication range.

Display data type:

Setup an indication of the radar parameter. Notice: WR110 could only use the following

types.

・ Rain [mm/h]: Intensity of rainfall ・ Zh [dBz]: Reflection factor of the

horizontal polarimetric radar

・ Zhh_corr [dBz]: Attenuation corrected

Zh of the horizontal polarimetric radar

・ V [m/s]: Reflection factor of the vertical

polarimetric radar

・ W [m/s]: Doppler velocity spectrum width

Echo transparency [%]:

Setup transmittance of the indication echo.

Antenna sweep line:

Turn ON or OFF a sweep line of screen.

Radiowave shielding area:

Display (OFF, 1, 2) radiowave shielding area on screen. * Setting file is necessary. 1: Gray images 2: Gray scale images

Radar Site Location Latitude [deg]:

Setup the latitude of the installed point.

Longitude [deg]:

Setup the longitude of the installed point.

Altitude [m]:

Setup the altitude of the installed point.

Map data path:

Setup an indication map for RainMap. This program treats as the equidistant cylindrical projection.

Map left top lat [deg]:

Setup the latitude of left top corner of Map Image.

Map left top lon [deg]:

Setup the longitude of left top corner of Map Image.

Map right bottom lat [deg]:

Setup the latitude of bottom right corner of “Map Image”.

Map right bottom lon [deg]:

Setup the longitude of bottom right corner of “Map Image”.

Radar parameters in Binary file:

Select a type of parameter. (Rain [mm/h], Zh [dBz], V [m/s], W [m/s],

Quality)

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Scan mode

Extension

PPI scan mode

Scn

Sector RHI scan mode

Rhi

Volume Scan scan mode

Scn

Sector PPI scan mode

Sppi

Sector RHI scan:

EL rotation speed [rpm]

Setup an elevation speed of SRHI.

AZ start angle [deg]

Setup an angle of start azimuth range.

AZ end angle [deg]

Setup an angle of end azimuth range.

AZ step angle [deg]

Setup a quantity of antenna rotation while changing an angle of azimuth.

EL start angle [deg]

Setup an angle of elevation start to observe volume.

・ Sector PPI scan: (ref. Fig.3)

[Sector Plan Position Indicator scan] It scans horizontally within a preset azimuth area while changing elevation based on up to 32 possible values generating a 3 dimensional rectangular solid angle.

PPI scan:

EL angle [deg]:

Setup an angle of antenna’s elevation during

PPI mode.

AZ rotation speed [rpm]

Setup an azimuth rotation speed at fixed azimuth angel.

Scan set

There are 5 scan patterns that could customize and save a setting.

Scan mode:

Select the scan mode of antenna.

・ PPI scan (2D data):

[Plan Position Indicator scan] It continues equiangular 360 degrees on horizontal rotation mode at a single selectable elevation.

・ Sector RHI scan (3D data): (ref. Fig.1)

[Sector Range Height Indicator scan] It scans vertically (RHI) and slightly to move horizontally continuous within a preset azimuth and elevation range generating a 3 dimensional rectangular solid angle. Horizontal data would not be saved. It continues move to the azimuth direction with clockwise and counter clockwise as 1 set.

・ Volume scan (3D data): (ref. Fig.2)

This is the mode to activate PPI scan to change the elevation angle up to 32 steps. It starts with the basic time (It comes with Volume Scan Period and RainMap time indication).

Table 1.

EL end angle [deg]

Setup an angle of elevation end to observe volume.

Volume scan:

Volume scan period [min]:

Select a periodic volume scan movement from 1(60/[h]) / 2(30/[h]) / 3(20/[h]) / 4(15/[h]) / 5(12/[h]) / 6(10/[h]) / 10(6/[h]) / 12(5/[h]) / 15(4/[h]) / 20(3/[h]) / 30(2/[h]) / 60(1/[h])

e.g. Volume scan will activate every 2 minutes if select 2/30/(H). (It turns 30 times per hour) and measurement start time will be; 00, 02, 04, ..., 58 seconds on Data Processing Unit.

Sync. scan mode:

Turn ON or OFF to operate antenna synchronize scan when using 2 or more radars. Notice: It can use only when the optional device has been installed.

・ Sync. scan AZ start angle:

Setup the azimuth start angle of synchronize scan.

e.g.: Stagger azimuth angle to 90 degrees against the opponent radar when using 2 radars.

・ Sync. scan start date/time (UTC):

Setup the time of starting synchronize scan.

Note: This is GPS time therefore it might

be different as the time shows on RainMap screen.

EL transition speed mode:

Select speed mode of elevation “Auto” or “Manual”.

・ Auto: RainMap will adjust a speed of

radar elevation automatically.

・ Manual: Input speed value by hand.

EL transition speed [rpm] (Manual setting)

Setup a rotation speed of elevation direction during elevation change in volume scan (Horizontal Sequence) observation. Rotation speed of elevation direction = [Volume Scan elevation moving direction of rotation speed] + [Volume Scan elevation movement difference of rotation speed] Notice: [Volume Scan elevation moving direction of rotation speed] ≧ [Volume Scan elevation movement difference of rotation speed].

AZ rotation speed [rpm]

Setup the volume azimuth rotation speed for each elevation.

EL angle 0 – 31 [deg]

Setup each elevation variation, up to 32 different values. It automatically sorts in ascending order of elevation setting value.

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Range

EL rotation speed

0.5 to 6.0 rpm

EL transition speed

0.5 to 6.0 rpm

AZ rotation speed

0.5 to 16.0 rpm

Sector PPI scan:

AZ rotation speed [rpm]

Setup an azimuth rotation speed at fixed azimuth angel.

AZ start angle [deg]

Setup the preset start azimuth range.

AZ end angle [deg]

Setup the preset end azimuth range.

EL angle 0 – 31 [deg]

Setup each elevation variation, up to 32 different values. It automatically sorts in ascending order of elevation setting value.

Starting point to

observe elevation

Ending point to

observe elevation

Ending point to

observe elevation

Starting point to

observe elevation

Ending point to

observe azimuth

Starting point to

observe azimuth

Ending point to

observe azimuth

Starting point to

observe azimuth

Horizontal

direction

Horizontal

direction

Vertical

direction

Vertical

direction

(2)

(1)

Elevation

time

Table 2.

(1) AZ rotation speed [rpm] (2) EL transition speed [rpm]

Table 3. Rotation speed range

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Figure 3. SPPI Scan mode

Ending point to

observe elevation

Ending point to

observe elevation

Vertical

direction

Vertical

direction

Horizontal

direction

Horizontal

direction

Starting point to

observe azimuth

Ending point to

observe azimuth

Ending point to

observe azimuth

Starting point to

observe elevation

Starting point to

observe azimuth

Starting point to

observe elevation

Vertical

direction

Counter clockwise

Clockwise

Horizontal

direction

Starting point to

observe elevation

Horizontal

direction

Vertical

direction

Ending point to

observe elevation

Ending point to

observe elevation

Ending point to

observe azimuth

Ending point to

observe azimuth

Starting point to

observe azimuth

Starting point to

observe azimuth

Ending point to

observe elevation

Ending point to

observe elevation

Vertical

direction

Vertical

direction

Ending point to

observe azimuth

Starting point to

observe azimuth

Starting point to

observe elevation

Starting point to

observe elevation

Ending point to

observe azimuth

Starting point to

observe azimuth

Horizontal

direction

Horizontal

direction

Clockwise

Counter clockwise

Figure 1. SRHI scan mode

Figure 2. Volume scan mode

Ending point to

observe elevation

Starting point to observe elevation

Vertical

direction

Horizontal

direction

Clockwise

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Stop radar operation

Stop Motor

Stop motor of radar and TX at once.

Help:

Version

Indicate version of software and connect- ing devices. (RainMap, SPU FPGA1-4, MONI-CON FPGA, MONI-CON boot, MONI-CON App, MTRDRV Boot, MTRDRV App)

Units:

Rotation speed

Select a type of indication on rotation speed.

sample

4.2. Rainfall observation operation

Click [Connect] from pull-down menu of [Radar Control].

Conduct the setting of elevation angle of antenna, recording of data, and display data.

It will indicate [Connect] on the bottom-left of screen when the Antenna Unit (ATU) and communication has been connected.

1) Start rainfall observation

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Click [TX] from pull-down menu of [Radar operation] .

If clicked [No], it will start TX operation without making change.

If clicked [Yes], it will initialize the antenna and will indicate a message as below. Radar will start TX operation after initialization.

If clicked [Cancel], an operation will be cancelled.

Yes

Cancel

Do you really want to update the antenna operation setting? There is a difference between antenna setting value of ¥r¥nRainMap and

current antenna setting.

Yes (Y)

No (N)

Cancel

Warning

Information

Antenna initialization in progress.

Please wait.

Start the operation of radar, and display the observed information on the screen.

The recorded data is saving on a data storage device.

Click [STBY] to stop the radar operation.

Click [Disconnect] to close ATU.

2) Stop rainfall observation

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Click [File] on File menu bar, and select [File play..] * [File play..] cannot control while accessing

with the Antenna Unit (ATU).

Go to [4.4. Name and Function of RainPlay]

Figure 4. SRHI scale label indication

4.3. Observation Data operation

1) Start playing the Observation Data

2) Scale label

It indicates the signal level of image by color. The upper color means the strong signal and lower color means the weak signal that indicates with the value according with the data type of observation. The size of indication depends on the screen size that indicates on the left side of screen.

4.4. Name & Function of RainPlay

File

File play:

Select files of log data (*.scn; *rhi) to play (Slide show) on screen

Print：

・Main screen: Printout the main screen ・SRHI screen: Printout the SRHI screen

Exit：

Close the software

Setting

Model:

Select a type of radar model from below:

・ Large: Dual Doppler (WR2120) ・ Small: Single Doppler (WR110)

Scale:

Setup a distance of scale into a pop-up window of [Scale]

Azimuth Offset：

Setup a degree of offset into a pop-up window of [Azimuth Offset]

1) RainPlay will indicate after selecting [File play] on RainMap.

It could also possible to use RainPlay.exe from “RainMap_RainPlay” folder on desktop even during RainMap is activating.

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Disp

Select：

・ Rain： Intensity of rainfall ・ Zhh： Reflection factor of the horizontal

polarimetric radar

・ V： Doppler velocity ・ Zdr： Radar reflection factor difference ・ Kdp： Propagation phase difference

rate of change

・ Φdp: Differential Phase Shift ・ ρｈｖ: Polarimetric Correlation

Coefficient

・ W: Doppler velocity spectral width

Notice, the following data types are disused: Zdr, Kdp, Φdp, ρｈｖ

Ratio of transparency [%]:

Setup a Transmittance of the indication echo.

Map：

Output a map from input file (*.bmp)

SRHI screen：

・ 90 degrees screen (Indicate the echo

of SRHI with 90 degrees)

・ 180 degrees screen (Indicate the echo

SRHI with 180 degrees)

Invalid data area:

Turn ON/OFF the indication of invalid data area.

Signal shading area:

Select the indication of signal shading area OFF: Hidden, 1: Grayed out, 2: Gray scale

Signal extinction area:

Select the indication of signal extinction area beyond strong rain area OFF: Hidden, 1: Grayed out, 2: Gray scale

Ground clutter rejection area:

Select the indication of ground clutter rejection area. OFF: Hidden, 1: Grayed out, 2: Gray scale

Ground clutter rejection level:

Select the level of ground clutter rejection from 0 to 7

Pulse blind area:

Select the indication of pulse blind area. OFF: Hidden, 1: Grayed out, 2: Gray scale

Sector blank:

Select the indication of sector blank. OFF: Hidden, 1: Grayed out, 2: Gray scale

Clear：

Data of Rain file will be cleared from screen

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File play

Start：

To start playing a log data

Stop：

To stop playing

Pause：

To pause playing

Fast Forward：

To fast forward playing

Rewind：

To rewind playing

Time display：

Popup a setup windows to setup a time display [between 1000 - 10,000 ms]

List view：

To show a play list on the right screen

Snapshot

Main screen

To copy a main screen and select a place to save a screen file(*.jpg)

SRHI screen

To copy a SRHI screen and select a place to save a screen file(*.jpg) while Indicating SRHI screen from [Disp]

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2) RainPlay screen

Map

Range mark

(B)

(C)

(A)

(D)

(E)

(F)

Exit

Minimize screen

Maximize screen

Menu bar

Title bar

Software name

Scale label

Menu tilte

(G)

(A) Acquired date/time (Local time) (B) Play file number / Read out number

(C) Play file name (D) Acquired date/time (UTC) (E) Radar location (F) Start acquired Azimuth/Elevation (G) Maximum image distance

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4.5. Log file function

Message

Detail

Situation

Remarks

AppStart

―

Start of Application

AppEnd

―

End of Application

Connect

―

Start Connection

Connected Command

Connect Command Port

Data

Connect Data Port

Disconnect ―

Shutdown Connection

Command

Shutdown Command Port

Data

Shutdown Data Port

SendParam

(Saved configuration file)

Send Parameter

ZIP configuration file

TRxStart

(Saved configuration file)

Start TRX

ZIP configuration file

EmrStop

―

Emergency stop

ErrStat

(PXI status))

Failure status

1) Log record:

Log record folder will be created automatically in to RainMap folder and to save log data. [log]

・RainMap.log (Log file) ・YYYYMMDDhhmmss.dat (The configuration file which compressed (ZIP) the transmission start

date and time is up to 1, 000 files)

2) Limit of Log file (RainMap.log):

When a file of transmission start date and time is over 1,000 files, it will overwrite from the oldest file.

3) Log file (RainMap.log) format：

It saves with Text format. e.g.) [2014/06/17 10:35:06] SendParam,20140617_103506.dat [2014/06/18 20:08:45] TRxStart,20140618_200845.dat

Configuration file (YYYYMMDDhhmmss.ini) This file is saved by section and key setting with RainMap software. (This file is using for saving a current set value)

Detail of Log record contents： (It records a normal and error situation)

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RainMap_ErrorDisp.log: It saves the display detail of failure information that refers from GUI of RainMap_ErroHist.log: It saves all failure that occurred before.

RainMap.

5. Precautions on operation

5.1. Data backup

Because of no guarantee to the data integrity such as observation data, output file, etc., make sure to backup data to an external hard disk drives. We shall have no responsibility for damages, data integrity, repair, and any other damages resulting from the data loss.

5.2. Software version

Information of the software version is displayed on the software screen panel. This manual is belonging to the following software version:

- RainMap v06.01

- RainPlay v1.10

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6. Maintenance

STATE

CONTENT/PROCEDURE

Cannot turn the power on

Make sure that the power cable has not loosened. Make sure that the contact of the power cable plug has not stained. Make sure that the power cable has not damaged. Make sure that the circuit breaker in the Signal Processing Unit is “ON”.

Thermo electric air conditioner stopped

Please contact us.

No radar echo indication.

Restart the radar system. (see 1.3)

PERIOD

ITEM

CHECK POINT

CONTENT/PROCEDURE

When needed

Visual check of the Radar radome surface.

Sea salt, oil, etc. adhered to the surface?

Wipe an adhering substances with a wet soft cloth.

However, since radome is made with FRP, don't use gasoline, benzine, and a solvent like ketone.

After six months, a strong wind or a thunderbolt

Visual check of the Radar radome damage

Any crack?

Please contact to our trouble support after finished the waterproofing disposal.

After six months

Fix a protective tube

Any slack?

Please strengthen fixation of a protective tube.

6.1. Troubleshooting

6.2. Preventative Maintenance

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*Before to start the maintenance, please make sure the power of radar system is off.

7. Specifications

Parameter

Descriptions

Remarks

Operating Frequency

9.4 GHz band

Carrier Frequency

Maximum range

70km

Displayable observation level : 50km

Doppler measurement

Max. ±64m/sec

Power supply

100 to 240VAC, Single Phase, 50/60 Hz

Power consumption

Max. 250W

Rated Ampere

1.5 to 3.5A

Size

Φ980mm×H1068mm

radome size

Weight

65kg (143.3b)

Operating Temperature range

-10 to +50 °C

Storage Temperature range

-40 to +70°C

Water & Dust proof

IP55

Maximum wind survival speed

60.0m/sec

Occupied Band Width

60 MHz or less

Type of Emission

P0N, Q0N, V0N

Amplifier

Solid state module

Peak Power

100 W

Horizontal

Duty Ratio

Up to 12 %

Pulse Width

1 to 50μs

Pulse Repetition Frequency

1600 – 2500 Hz

Frequency Shift

2 – 20 MHz

except P0N

Antenna Type

Cassegrain

Aperture Size

Φ750 mm

Antenna Gain

33.0 dBi

Antenna Polarity

Single polarimetric

Horizontal

Beam Width

2.7 degree

Horizontal

AZ Rotation Speed

0.5 to 16 rpm

Adjustable

Horizontal Scan Angle

360 degrees

Continuously-rotating

Resolution of Angle

0.1 degrees

Precision of Angle

0.2 degrees

7.1. Antenna Unit

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*1 P0N : Sequence of pulses without modulation. *2 Q0N : Sequence of pulses, frequency modulation within each pulse. *3 V0N : Combination of P0N and Q0N.

7.2. Data Processing Unit

Hardware

Parameter

Descriptions

Power supply

100 to 240VAC, 50/60Hz

Power consumption

Max. 150W

Rated Ampere

0.8 to 2.0A

CPU

Core-i7 (3GHz) or better

RAM

8GB or more

Data storage device

500GB or more

Windows 10 IoT Enterprise 64bit

Internal LAN

2 port, 100base-T Cat5e or better (Connect to ATU)

LAN Adapter

1000base-T Cat5e adapter x3 (Access with outside PC)

I/O

USB2.0×2 port, and USB3.0×1 port minimum

Temp. range

0 to +50 °C

Display Software

For weather observation system

Name

RainMap, RainPlay

Data indication

Rainfall intensity R (mm/h), Reflectivity factor Zh (dBZ), Doppler velocity V (m/s), Doppler velocity spectrum width W (m/s),

Status display

Indicate ATU and DPU status

File output

Save and output one scan period of data

For remote maintenance

Name

TeamViewer GmbH

Version

TeamViewer Host (For remote server) 12

Function

Remotely operate the software, view and download the observation data.

Requirement

It must be connecting to internet

Baud rate

Cycle (Data transmission possibilities)

1Mbps/min or more

4 elevations/ 5min.

4Mbps/min or more

2 elevations/ 1min.

8Mbps/min or more

4 elevations / 1min.

Receive data from Antenna Unit (ATU) to indicate a picture of rainfall in real time.

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Notice of the data communication:

Condition of the data communication (Transfer efficiency: 50%)

7.3. Output Data Format

Row

Data

e.g.

Record date (date of DPU)

01/10/2012 9:37:26

Latitude [deg] (+:N, -:S)

34.713607 deg

Longitude [deg] (+:E, -:W)

135.335231 deg

The total number of sweeps (MAX 8192)

797 number

Data mark of the direction of distance (MAX 1028)

525 point

Resolution of the direction of distance [m]

96 m

Azimuth direction (θ) [deg] (The angle of azimuth for every sweep)

0.44 deg

Elevation direction (θ) [deg] (The angle of elevation for every sweep)

0.00deg 9

Range direction (r) [BIN]

MAX

Data mark of the distance direction +7 (Variable length is depends on a number of antenna

rotations)

row 532 (=525 point + 7row)

7.3.1. Data file type 1(csv)

1) Record unit Write down a file to any folder in a computer in each setting cycle (e.g. 60 sec.) It is possible to set up a log folder.

2) Record file name Output file extension: csv

Form: DATE_TIME_DATAKIND.csv (YYYYMMDD_HHMMSS_xx.csv). e.g.) Output the Rainfall strength “01/10/2012 9:37:26” → "20121001_093726_Rain.csv".

Output data types are shown below: Rain: Rainfall intensity [mm/h] Zhh: Reflective intensity (Horizontal) [dBZ] V: Doppler velocity [m/s] W: Doppler velocity width [m/s]

3) Data format CSV format:

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Sample of Output Data:

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Block

Item

Detail

Size

[byte]

Offset

Data type

Header

Size of header

e.g. 62 [Byte] e.g. 80 [Byte] (*1)

2 2 unsigned short

Production type information (*1) and Version of data format

e.g. 003 (*1) (Range:0-99)

2 4 unsigned short

DPU Log time: year

e.g. 2013

2 6 unsigned short

DPU Log time: month

e.g. 05

2 8 unsigned short

DPU Log time: day

e.g. 15

unsigned short

DPU Log time: hour

e.g. 18

unsigned short

DPU Log time: minute

e.g. 30

unsigned short

DPU Log time: second

e.g. 00

unsigned short

Latitude: degree

e.g. 34 (N. Lat: +, S. Lat:-)

signed short

Latitude: minute

e.g. 44

unsigned short

Latitude: second

e.g. 59.999 (1000 times level)

unsigned short

Longitude: degree

e.g. 135 (E. Lon: +, W. Lon.-)

signed short

Longitude: minute

e.g. 21

unsigned short

Longitude: second

e.g. 59.999 (1000 times level)

unsigned short

Antenna Altitude (Upper)

Range Upper: 0 - 65535

unsigned short

7.3.2. Data file type 2(scn, and others)

1) Record unit Each scn file includes one scan data (e.g. one round in azimuth) which is stored in a capture folder specified in RainMap acquisition setting.

2) Record file name Note 1: (*1) is applied only for scn version 3.

Note 2: scn version 3 is recorded under RainMap version 4.0 and later version. And the earlier RainMap version records scn format version 2.

File name: Product number (xxxx) (*1) _ Scenario start time (YrMoDa _ HrMinSec) _ Elevation angle number (## ) [deg] _ Tx pulse type (**) .scn File name extension: .scn, .rhi, .sppi, .scnd xxxx_YYYYMMDD_hhmmss_##_** .scn e.g.: 0001_20130514_123400_01_00 Product number: alphanumeric Scenario start time: UTC

Elevation angle number is numbered from the lowest angle as 01, 02, 03･･･ Tx pulse type

00: pulse modulation, 01: frequency modulation (pulse compression), 02: 00 + 01 (alternative) *File format of “rhi”, “sppi”, and “scnd” are also same.

The case of SRHI, File name: Product number + Scenario start time (YrMoDaHrMinSec) + Serial order (rhi) Product number + Scenario start (YrMoDaHrMinSec) + Serial order e.g..: 0001_20170714_140100_001.rhi SRHI azimuth start to end point or end to start point will be scenario start YrMoDaHrMinSec. Serial order will be changed by every azimuth (It will add serial order by moving upper and lower direction of elevation.

3) Data format

Note 1: (*1) is applied only for scn version 3. Note 2: scn version 3 is recorded with RainMap version 4.0 and later version. And the earlier RainMap version records scn format version 2.

Binary format (Byte order: Little-endian)

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Header

Antenna Altitude (Lower)

Range Lower: 0 - 9999 Altitude[cm]＝ (Upper) x 10000＋ (Lower) e.g. 123456[cm]＝12 x 10000 ＋3456

unsigned short

Antenna rotation speed (Azimuth)

e.g. 10.0 (10 times level of [rpm])

unsigned short

PRF1

e.g. 1600.0 (10 times level of [Hz])

unsigned short

PRF2

e.g. 2000.0 ([Hz] 10 times level)

unsigned short

Noise level (Pulse Modulation)

- Horizontal polarization

e.g. -62.00 (100 times level of [dBm])

signed short

Noise level (Frequency Modulation) - Horizontal polarization

e.g. -62.00 (100 times level of [dBm])

signed short

Total number of sweep: L

e.g. 720 [qty]

unsigned short

Number of range direction data: M

e.g. 300 [qty]

unsigned short

Resolution of range direction

e.g. 100.00 (100 times level of [m])

unsigned short

Constant radar: Mantissa (Horizontal polarization)

Range:

-999999999 - 999999999

signed long

Constant radar: Characteristic (Horizontal polarization)

Range: Characteristic:-32768 - 32767 Constant＝ (Mantissa) x 10^ (Characteristic) e.g. 9.876E-9＝9876 x 10^-12

signed short

Constant radar: Mantissa (Vertical polarization)

Same as above (Same as horizontal polarization)

signed long

Constant radar: Characteristic (Vertical polarization)

signed short

Azimuth Offset

e.g. 200.00 ([deg] x 100) Offset value of North and radar direction of origin

unsigned short

Record UTC time: year (*1)

e.g. 2013

unsigned short

Record UTC time: month (*1)

e.g. 05

unsigned short

Record UTC time: day (*1)

e.g. 15

unsigned short

Record UTC time: hour (*1)

e.g. 09

unsigned short

Record UTC time: minute (*1)

e.g. 30

unsigned short

Record UTC time: second (*1)

e.g. 00

unsigned short

Record item (*1)

e.g. 511 bit0: Rain, bit1: Zhh, bit2: V, bit3: Zdr, bit4:: Kdp, bit5: phi-dp, bit6: rho-hv, bit7: W, bit8: quality information, bit9-15: reserved

unsigned short

Tx pulse blind area (*1)

e.g. 7500 [m]

unsigned short

Tx pulse specification (*1)

e.g. 8

unsigned short

Observation angularity information

Information ID

e.g. 6 [byte]

unsigned short

Azimuth *Angle from initial position of ATU

Range: 0 - 359.99 100 times level of [deg] Initial position: 0 deg

unsigned short

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Observation angularity information

Elevation

Range: -3.00 - 180.00 100 times level of [deg] Horizontal: 0deg, Elevation: +, Dip: -

signed short

Observed

data

Observed data size

e.g. 5402 [byte]

unsigned short

Rain (Rainfall intensity)

Range: 0 - 65535 Calculation formula N is a recording level. Rain［mm/h]= (N-32768)/100 Rain Range: -327.67 -

327.67mm/h Resolution: 0.01mm/h N=0 is invalid

2 x Range

direction

data mark

unsigned short

Zhh (Reflective intensity Horizontal polarization)

Range: 0 - 65535 Calculation formula N is a recording level. Zhh［dBZ]= (N-32768)/100 Zhh Range: -327.67 -

327.67dBz Resolution: 0.01dBz N=0 is invalid

2 x Range

direction

data mark

unsigned short

V (Doppler velocity)

Range: 0 - 65535 Calculation formula N is a recording level. V［m/s]= (N-32768)/100 V Range: -327.67 - 327.67m/s Resolution: 0.01m/s N=0 is invalid

2 x Range

direction

data mark

unsigned short

W (Doppler velocity spectrum width)

Range: 0 - 65535 Calculation formula N is a recording level. W[m/s]= (N-1)/100 W Range: 0.00 - 655.34m/s Resolution: 0.01m/s N=0 is invalid

2 x Range

direction

data mark

unsigned short

Quality information (*1)

e.g. 2 bit0: signal shading, bit1: signal extinction, bit2: clutter reference, bit3-15: reserved

2 x

Range

direction

data mark

unsigned short

Observation

angularity

information

sweep 1

Range direction data 1

Observation

data

sweep 1

Range direction data 1

sweep 1

Range direction data M

sweep 1

Range direction data M

sweep 2

Range direction data 1

sweep 2

Range direction data 1

sweep 2

Range direction data M

sweep 2

Range direction data M

Sweep L

Range direction data 1

Sweep L

Range direction data 1

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Header

Observation

angularity

information

Observation

data

Range

direction

data

Total

sweep

Quantity of every

scan

80 + ( (6

2) + (18 x e.g. 1000))

e.g. 720

12,960,088 byte

7.3.3. Data size

1) Standard setting of every scan quantity (one round to azimuth direction)

2) Quantity in every hour 12,960,088 byte x 3600 sec. / 6 sec. = approx. 7.8GB (7,776,052,800)

3) Quantity in 30 days 7,776,052,800 byte x 30 days x 24 hrs. = approx. 5.6TB

Notice: Basically data capacity can compress around 50 to 70%. However the compression ratio will be changed by weather condition (Fine weather data will get smaller after compressed). If the user would like to reduce the data size on actual condition, it has to decimate the data and reduce the generated file size. It can decimate the data from the RainMap setting where to reduce the range of data point and the time of sweeps per rotation. csv file will generate each checked item of each scan for output csv. All factors regardless of the checking will save each scan under the circumstances of csv output.

Sample 1: Maximum setting

Azimuth scan speed: 16 rpm Vertical scan speed: 36 deg./sec. Elevation angles: 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 25, 30, 40 and 50 degrees (14 angles) Volume scan interval: 1 min.

Required speed = 14 x 15.55784 x 8 / 60 = 29.04 [Mbps]

Sample 2: Reduced setting

Azimuth scan speed: 3 rpm Vertical scan speed: 6 deg./sec. Elevation angles: 2, 4, 6, 8, 10, 12, 14, 16, 18, 20, 25, 30 and 40 degrees (13 angles) Volume scan interval: 5 min.

Required speed = 13 x 15.55784 x 8 / (5 x 60) = 5.39 [Mbps]

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・・・

Additional explanation:

The weather radar has narrow beam called “pencil beam”. Both horizontal and vertical planes on beam width of pencil beam are the same. In order to take accurate data, it is necessary to scan hemi-sphere over the radar for changing its elevation angle as shown in the Figure 1.

Figure 1. Basic volume scan

The radar, WR110 will output the data files for each elevation angle. When use eight elevation angles, eight data files will be generated that will go up to 15.55784 MB, however it depends on settings. Requirement of the data transfer speed will be decided by time span that will need to make one set of volume scan data. Therefore this time span will depend on the scanning speed of antenna. Hereinafter, this document will be presented from some examples of the scanning strategy and generating data size by calculation. The minimum transfer speed requirement will be calculated using these total file size and the time span per one volume scan.

8. Menu Tree

RainMap

Menu [File] [File Play]

[Snapshot] [Exit]

Menu [Disp] [SRHI screen] [90 deg screen] [180 deg screen] [Information Indication]

[Pulse spec…] [Abnormal information]

Menu [Setting] [Service menu] [Display] [Display Acquisition] [Radar Site Location] [Scan] [Units]

Menu [Radar Operation] [Connect] [Disconnect] [TX] [STBY]

Menu [Help] [Version]

Menu [Stop radar operation] [Stop Motor]

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RainPlay

[Rain] [Zhh] [V] [Zdr] [Kdp] [dp] [hv] [W]

[OFF] [1] [2]

[ALL] [0] [1] [2] [3] [4] [5] [6] [7]

[File Play] [Print]

[Exit]

[Model] [Scale] [Azimuth Offset]

[Select]

[Ratio of transparency]

[Map]

[SRHI screen]

[Invalid data area]

[Signal shading area]

[Signal extinction area]

[Ground clutter rejection area]

[Ground clutter rejection level]

[Pulse blind area]

[Sector blank]

[Clear]

[Start] [Stop] [Pause] [Fast Forward] [Rewind] [Time Display] [List view]

Input [Main screen] Input [SRHI screen]

[Version information]

Menu [File]

Menu [Setting]

Menu [Disp]

Menu [Play]

Menu [Print screen]

Menu [Help]

[Main screen] [SRHI screen]

[Large] [Small]

[View]

[0%] [25%] [50%] [75%] [100%]

[90 deg screen] [180 deg screen]

[OFF] [ON]

[OFF] [1] [2]

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9. Other

9.1. Trademarks

Windows is a registered trademark of Microsoft Corporation in the United States and/or other countries.

9.2. Security export control

1) This device will be applicable to export controlled goods of Japan.

2) Principle, export, sale, and transfer of foreign user list subjects established by the Japanese government, is prohibited.

3) Based on the catch-all controls, if the end-user, end use is involved in the development, manufacture and use of weapons of mass destruction, or the like, or, if the involvement is suspected, export is prohibited.

4) If you want to export this product, please contact us in advance.

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Function

Connect with an external network

WAN port

10/100/1000BASE-T, 1 port, MDI/MDI-X auto switch

LAN port

10/100/1000BASE-T, 4 port or more, MDI/MDI-X auto switch

Input voltage

AC100V-240V, Single phase, 50/60 Hz

Remarks

YAMAHA RTX810 or equivalent

Function

Connect with LAN

LAN port

10/100/1000BASE-T, 5 port or more, MDI/MDI-X auto switch

Input voltage

AC100-240V, Single phase, 50/60 Hz

Remarks

ELECOM EHC-G05MN-HJ or equivalent

Function

Automatically shut down after 10 minutes operation during a power failure

Output voltage

More than 1,000VA

Input voltage

AC100-240V, Single phase, 50/60 Hz

Remarks

APC Smart-UPS series w/ network or equivalent

Function

Save scan data

Capacity

3TB or more

Interface

USB3.0 (Note: Plug in USB3.0 cable in to the USB3.0 port of DPU)

Input voltage

AC100-240V, Single phase, 50/60 Hz

Remarks

WD 3TB or equivalent

Function

Reboot the power of equipments by remote

Capacity

1-4 individual outlet power control (ON/OFF/Reboot/Schedule)

Interface

10BASE-T/100BASE-TX RJ-45X1, RS232

Input voltage

AC100-240V, Single phase, 50/60 Hz

Remarks

AVIOSYS IP POWER series or equivalent

10. Peripheral equipment

10.1. Optional equipment

It is good to prepare wired router, SW HUB, Uninterruptive Power Supply (above 1KVA), and Remote Power Controller as a peripheral equipment (indoor facilities) for remote control.

1. Wired router

2. SW HUB

3. Uninterruptive Power Supply

4. External data storage device

5. Remote Power Controller

Note: Get and read instruction of equipment from manufacturer

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General

Power Parameters

High Transfer [V]

265

Low Transfer [V]

196

Sensitivity

High

Nominal Output [V]

220

Audible Warning

On Battery

Server Shutdown

Shutdown Sequence

Command File

Not Enabled

Operating System Delay [mins]

00:00

Duration [mins]

01:30

Power Failure

When power fails, begin a shutdown procedure

At runtime limit

When power returns, reboot UPS

After the following occurs

Battery charges to 0％ And the elapsed time is: 60sec

Shutdown Type

Shutdown

10.2. UPS setting

This procedure is only for Smart-UPS 1500RM model, it picked up only for some main points to setup on software of “Power Chute”.

Note: For the rest of the above setting would be default setting.

10.3. Windows Language setting

DPU can change an indication to Japanese or English language. RainMap and Power Chute (UPS software) are also automatically switching a language. Instruction of changing a language of DPU:

1. Click [Control Panel] from [Startup] button (Left bottom of Windows screen).

2. Click [Language].

3. Choose a language and double click. Add a language if your language is not in the list.

4. Open [Advanced settings] to select language at [Override for windows display language] and [Override for default input method].

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5. Setup [Region]

- Click [Administrative] tab.

- Click [Copy settings…] button in [Administrative] tab to popup [Welcome screen and new user accounts settings].

- Put a check on “Welcome screen and system accounts”, and “New user accounts” at “Copy your current settings

to:”.

- Click [OK] to exit [Welcome screen and new user accounts settings].

- Click [Change system locale…] button in [Administrative] tab to popup [Region Settings].

- Choose a language of “Current system locale”.

- Click [OK] to exit [Region Settings].

- Click [OK] to exit [Region].

- Reboot DPU to reflect your language settings.

APPENDIX

LAN

DPU/ATU

LAN JCU

RJ45

W/Br

W/G

W/O

W/Bl

Bl O Br

Pin No. (Front view)

W/Bl

W/Br

W/G G W/O

DPU

(Data Processing Unit)

: Protective tube

FG 3 FG

AC100～240V

Silver

ATU

(Antenna Unit)

SPU

MONI-CON

RJ45 Coupler

JCU

(Junction Unit)

RJ45

POWER OUTLET

F1 LINE

F1 1 2

TB1

TB2

1 2 1

TB1

L N E L N

White

Black

Green

L N E

Notice: Cable colors vary by country.

AC100～240V

Black

White

Green

JCU

L N E L N

E S

Cable shield use for GND cable

DPU

ATU

Black

White

Green

Silver

1. SYSTEM DIAGRAM

Notice: All cables and protective tube between DPU side and JCU

should be prepared at local.

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2. RADIO REGULATORY INFORMATION

USA-Federal Communications Commission (FCC) This device complies with part 15 of the FCC Rules. Operation is subject to the

following two conditions: (1) This devise may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

Any changes or modifications not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment.

Caution: Exposure to Radio Frequency Radiation. This equipment complies with FCC radiation exposure limits set forth for an

uncontrolled environment and meets the FCC radio frequency (RF) Exposure Guidelines in Supplement C to OET65.

This equipment should be installed and operated keeping the radiator at least 12.7m or more away from person’s body.

This device must not be co-located or operating in conjunction with any other antenna or transmitter.

3. DECLARATION OF CONFORMITY

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･FURUNO Authorized Distributor/Dealer

Issued: January 2018

FURUNO ELECTRIC CO.,LTD.

9-52 Ashihara-cho, Nishinomiya, 662-8580, Japan

Printed in Japan

Furuno WR110 Operator's Manual

Specifications and Main Features

Frequently Asked Questions

User Manual