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WSI, WSDI, WSS or WSS-L  

 

 

 

User’s Manual

 

 

 

DEIF A/S

  

Page 6 of 19 

 

3.  Mounting and connecting the wind sensor 

 

Placing of wind sensor 

Ideally, the wind sensor should be placed far from large objects that might influence the measuring 

results;  however,  in  practice  this  is  normally  not  possible  on-board  a  ship.  The  best  result  is 

achieved by placing the wind sensor at the top of a mast in the opposite end of the superstructure. 

 

Placing  the  sensor  just  above  the  superstructure  is  disadvantageous,  especially  where  the 

superstructure  consists  of  wide  side  faces,  over  which  the  wind  is  forced.  This  may  result  in 

turbulence,  velocities  and  wind  directions  that  are  out  of  proportion  to  the  actual,  undisturbed 

wind speed and wind direction. 

 

 

 

 

The wind sensor is intended for installation on a vertical socket or a tube using the tap mounted on 

the wind sensor on delivery. See the drawing below for dimensions of the tap. 

The tap is not to be 

removed from the wind sensor, as this will damage the waterproof sealing. 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

To ensure that the display represents the precise wind direction according to the ship, the wind 

sensor must be adjusted correctly. I.e. when mounting the wind sensor, the arrow printed on the 

bottom of the sensor must point towards the stem of the ship, and on land-based installations 

the arrow must point towards north. 

Do  not  expose  the  plastic  part  of  the  wind  sensor  to  any  torque  when 

mounting  the  sensor,  the  tools  used  for  fastening  are  only  to  be  applied  on 

the actual tap. 

Keep away from the funnel. 

 

 8

2.

4

 1

49

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 1

98

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 4

9.

5

 1

27

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 1

14

.0

 2

5.

0

¾” thread. 

Summary of Contents for WSDI

Page 1: ...ad out of wind direction and wind speed NMEA data output 1 3 displays per sensor Based on ultrasonic principle no moving parts WSS version has a built in automatically activated heating element to pre...

Page 2: ...OUNTING AND CONNECTING THE WIND SENSOR 6 PLACING OF WIND SENSOR 6 CABLE CONNECTION 7 4 CONFIGURATION OF THE DISPLAY 9 COMMUNICATION TYPE NMEA 9 READ OUT OF WIND DIRECTION 9 AUX SUPPLY FOR THE DISPLAY...

Page 3: ...n be measured The wind sensor is available in two versions The WSS with a built in heater which will automatically engage when risk of icing occurs during low temperatures The WSS L without the heater...

Page 4: ...on the button decreases the light intensity by one level correspondingly The MODE key is used to switch measuring mode which enables reading of the measurements either in m s or in KTS The selected mo...

Page 5: ...e dish washer soap Avoid paint on the plastic parts of the wind sensor especially on the 3 ultrasonic sensors as paint will prevent correct function measurement of wind speed and wind direction Make s...

Page 6: ...e actual undisturbed wind speed and wind direction The wind sensor is intended for installation on a vertical socket or a tube using the tap mounted on the wind sensor on delivery See the drawing belo...

Page 7: ...conduit pipe If the instrument is installed in a metal panel this panel has to be carefully earthed as well as the instrument itself Installation cable e g UL2464 18AWG4C AE 4 x 0 75mm 2 screened max...

Page 8: ...cable Male connector Connector pin no WSS extension cable xx meters Female connector Signal comments Black 1 Black 30V DC Supply for WSS WSS L Red 2 Red Orange 3 Orange RS485 Comm from WSS WSS L Brown...

Page 9: ...display is adjusted by 180 meaning 360 pointing astern of the ship This function is activated by short circuiting the two pins at position 3 on JP1 Please notice that the 180 adjusted wind indication...

Page 10: ...f 19 Change from 110V AC to 220V AC by removing the jumpers across 1 and remounting the jumper across 2 Change from 220V AC to 110V AC by mounting the 2 jumpers across 1 and removing the jumper across...

Page 11: ...external dimmer and read out of m s or KTS in the display 2 0V Input from WSS interface box Terminal 12 on the interface box WSI 3 Wind speed Terminal 10 on the interface box WSI 4 Direction Terminal...

Page 12: ...isplay housing is then removed and the defective fuse is replaced Flashing display If the aux supply voltage is less than the nominal voltage 20 the voltage for the built in processor is inadequate an...

Page 13: ...the above the fault is related to the cable Cable failure If the read out of the wind speed is zero and the direction is indicated at 0 90 180 270 every 0 5 second the fault is probably a cable break...

Page 14: ...sumption 6W Weight 0 8kg Dimensions See drawing in chapter 7 of this manual NMEA 0183 Version 1 5 or version 2 x 3 0 Transmission speed 4800 Baud Number of bits 8 Number of parity bits 0 Number of sto...

Page 15: ...connected Applicable would be a PC with the following configuration Transmission speed 4800 Baud Number of data bits 8 Parity bits None Number of stop bits None Number of connected receivers to the N...

Page 16: ...eed and Direction Indicator WSDI m s kts m s kts 1 2 3 4 5 A B 9 10 11 TO WSS INTERFACE BOX NMEA 0183 LISTENER CABLE 2x0 75mm TWISTED PAIR SCREENED EXTERNAL CONTROL IF USED 5 0V SPEED DIRECTION SIGNAL...

Page 17: ...ay WSDI WSS WSS interface box 3 4 2 D wind Direction S wind Speed The WSS box has to be mounted indoor recommended is close to the indicator 1 2 3 4 5 A B 9 10 11 220V AC EARTH 5V 0V wind Speed DIRECT...

Page 18: ...B 9 10 11 MODE DIRECTION SPEED 0V 5V 5V 0V SPEED DIRECTION SIGNAL RETURN MODE 11 10 9 B A 5 4 3 2 1 SUPPLY COMMON OR INDIVIDUAL LISTENER ACCORDING TO NMEA 0183 EXTERNAL CONTROL SUPPLY STANDARD Displa...

Page 19: ...WSI WSDI WSS or WSS L User s Manual DEIF A S Page 19 of 19 Interface box DEIF A S reserves the right to change any of the above 85 0 75 0 110 0 61 0 4 5 99 7 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1...

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