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Thies CLIMA 4.3251.00.001, Instructions For Use Manual

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Thies CLIMA 4.3251.00.001 Instructions For Use Manual Download Page 35

 

 

 

© Adolf Thies GmbH & Co. KG · Hauptstraße 76 · 37083 Göttingen · Germany    

 

 

021408/04/21  

Phone +49 551 79001-0 · Fax +49 551 79001-65 · [email protected] ·

www.thiesclima.com

  

 

Page 35 of 36 

 

10 Functional Test 

The Winddisplay LED carries through some test procedures during a restart or upon 
actuation of the 

INFO & RESET 

button (refer to chapter 9). An error code appears in the 

display in the event of an error (refer to chapter 11). All wind transmitters must be 
disconnected in order to be able to perform a complete Windinterface test.    

 

11 Error Message 

 

If an error is detected during operation, the respective error code is shown in the display for 
at least         3 seconds or as long as the error is resident.  

 

Error 

code 

Error 

Remark/action 

E01 

Internal Vcc 5V  

Device faulty: Return for inspection. 

E02 

Vcc Wind 
transmitter 

Disconnect wind transmitter, restart device. 
If error is still displayed, return device for inspection. 
Otherwise alternately connect wind transmitters to determine the 
faulty wind transmitter.  

E03 

Icc WT 

Check wind velocity transmitter connections and lines. If error 
message persists, wind transmitter is presumably faulty.  

E04 

Icc WD 

Check wind direction transmitter connections and lines. 
If error message persists, wind transmitter is presumably faulty.  

E05 

WT-interface 

Device faulty: Return for inspection. 

E06 

WD-interface 

Device faulty: Return for inspection. 

E07 

WD-serial  

Check data connection/line of the wind direction transmitter. 
If error message persists, wind transmitter is presumably faulty 

E08 

WT-overflow 

1.Check setting wind transmitter type. 
2. Check connection and line.  
If error message persists, wind transmitter is presumably faulty. 

E09 

Timeout (COM) 

1. No reception – transmitter not active.    
2. Check setting of baud rate. 
3. Check connections of R422 /lines Rx+ & Rx-  
4. 

Test:

 Connect Rx+ & Rx- with Tx+ & Tx- . 

       If E11 -> interface OK  
       otherwise COM1 defect. 

E10 

SIN-buffer 
overflow 

1. Check baud rate, word length. 
2. Exchange  RS422 connections Rx+ & Rx-. 

E11 

Protocol format 

Wrong telegram. 

E12 

Check sum 

Check transmitted protocol. 

E13 

WT & WD error  

Wind transmitter, error in the telegram (for ex. Ultrasonic). 

 

 

 

Summary of Contents for 4.3251.00.001

Page 1: ...Winddisplay LED Instruction for Use 4 3251 0x 001 002 902 Ship Version V6 6 Dok No 021408 04 21 T H E W O R L D O F W E A T H E R D A T A...

Page 2: ...product is designed for a specific application as described in these operating instructions The device product should be operated with the accessories and consumables supplied and or recommended by A...

Page 3: ...2 1 Connection Wind Transmitter 16 6 2 2 Connection Serial Interface RS422 RS485 17 6 2 3 Connection Analog Inputs 20 6 2 4 Connection Power Supply 21 6 2 5 Connection Remote Control 21 6 2 6 Connect...

Page 4: ...m www thiesclima com Page 4 of 5 Figures Figure 1 Display 9 Figure 2 Rear panel 4 3251 0x 001 15 Figure 3 Rear panel 4 3251 0x x02 15 Figure 4 Example of Connections 18 Figure 5 DIP switch 23 Figure 6...

Page 5: ...0 002 6 x RS422 or 5 x RS 422 1 x RS 485 1 x Dual analog IF with pressure sensor Firmware for Log Gyro system 230V AC 24V AC 12 35V DC Wind indicator LED 4 3251 01 002 6 x RS422 or 5 x RS 422 1 x RS 4...

Page 6: ...ging forward or backward course the reference direction of the wind direction display can be turned by 180 For shifting the reference direction there is a gate input on the back side of the display se...

Page 7: ...data output Measurement of the Rel humidity and conversion into different measuring units for data output Measurement of the air temperature for data output 4 3251 0x 902 Measurement of the Relative...

Page 8: ...COM1 Selectable between RS 422 und RS 485 3 Display The wind velocity is displayed as instantaneous value and the wind direction as delayed value factory setting The wind direction can be displayed i...

Page 9: ...hip s longitudinal axis whereas 0 is assigned to the ship s bow The values measured by the wind direction transmitter are used directly without conversion The wind direction is indicated by means of a...

Page 10: ...setting refer to chapters 7 3 and 7 4 for interfaces as well as chapter 9 for representation on the indicator the direction of the True Wind either corresponds to geographic North or to the direction...

Page 11: ...all calculations for displaying the relative wind or true wind must be corrected bow rear rear bow backward forward Shifting Shifting of the course is done by closing the contact RES at the strip ter...

Page 12: ...ind Reference direction of the True Wind is geographic North Zero degrees corresponds to wind from the north with an increasing angle in a clockwise direction Relative Wind Reference direction of the...

Page 13: ...lacking the True Wind is calculated by approximation by replacing SOG with SOW This procedure is permissible if the water movement WM is marginal in consideration of the speed over water SOW However...

Page 14: ...ied technician who is familiar with and adheres to the generally accepted engineering rules and the respectively valid regulations and standards Note The device settings may have to be adjusted prior...

Page 15: ...ttings Low Voltage Power Enter Mode Res GND AC Power RX RX GND TX TX Windsensor COM1 COM1 RX RX GND TX TX Clock Data GND Vcc Pulse GND Vcc L N PE X7 X8 230V0 25AT 115V 0 5 AT Temp I U U I CH3 CH3 CH2...

Page 16: ...itter Type Des Clamp connector Wind Sensor Vcc Velocity wind velocity GND Pulse Vcc Direction wind direction GND Data Clock Table 2 Wind Transmitter Connection Table PIN Transmitter No Vcc WV GND Puls...

Page 17: ...1 8 data bit NO parity 1 stop bit A special interface specification is not necessary for the inputs which may have the following interface specification COM1 8N1 7E1 COM2 COM3 8N1 6 2 2 1 COM 1 and CO...

Page 18: ...key mode see 9 operation In the operation mode RS485 the output of the requirement protocol is carried out cyclically for the reception of the VDT telegram from the ultrasonic Contact pins X7 that can...

Page 19: ...impedance 100 to 600 according to cable In the event of several Winddisplay LED s Slaves the resistor must be fitted to the receiver that is the farthest away from the transmitter The integrated term...

Page 20: ...r external measurement transducers for recordation of relative humidity and temperature with the following parameters Parameter Measuring range Input range Pin designation Rel humidity 0 100 0 1V CH3...

Page 21: ...230V AC 2 24V AC DC L 230V AC For Winddisplay 4 3251 01 x0x Des Clamp connector AC Power Des Clamp connector low voltage Power PE Protective conductor or 1 24V AC DC N 115V AC 2 24V AC DC L 115V AC 6...

Page 22: ...0 Fax 49 551 79001 65 info thiesclima com www thiesclima com Page 22 of 23 6 2 6 Connection Sensor Supply only with 4 3251 0x 902 Des Clamp connector Vout Vcc1 12VDC GND Vcc2 12VDC GND 6 2 7 Optional...

Page 23: ...eters Note A restart which is effected via actuation of the key Info Reset or via interruption of the power supply must be carried out upon change of switch setting COM4 Figure 5 DIP switch 7 1 Settin...

Page 24: ...assic 4 3336 21 000 001 4 3336 31 000 001 4 3336 22 000 001 4 3336 32 000 001 4 3303 22 000 with 4 3125 32 100 101 4 3303 22 007 with 4 3125 32 100 101 4 3303 22 000 mit 4 3125 33 100 101 4 3303 22 00...

Page 25: ...fer also chap 8 7 4 Setting Wind Reference CUSTOMER COM 5 Delivery status Setting of the wind reference in the MWV telegram refer also chap 8 7 5 Setting Baud Rate Delivery status Attention The settin...

Page 26: ...L check sum low STX start of text CR carriage return LF line feed COM1 Input Ultrasonic Anemometer The COM1 interface is reserved for reception of an ultrasonic anemometer with the following protocol...

Page 27: ...place in connection with the Mode function MODES 3 2 refer to chapter 9 Mode 3 Remote Mode 2 Rel true MWV Rel protocol MWV True protocol 3 0 True WIMWV A WIMWV a 3 0 Rel WIMWV a WIMWV A 3 1 No influen...

Page 28: ...addition the DDC telegram see below can be used to set the brightness in 4 levels VDVBW xx x xx x A xx x xx x A xx x A xx x A HL CR LF Unused Transversal speed over ground in knots Longitudinal speed...

Page 29: ...ytime day K Dusk Dusk N Nighttime night O Backlighting off The brightness of the DDC levels is programmed using modes 8 to b see chap 9 COM4 COM5 Output NACOS CUSTOMER NMEA 0183 V2 0 Outputs NACOS CUS...

Page 30: ...h its special identification the following telegram is intended for the weather display and includes the air pressure in hPa WIMWV ddd R ss s M A HL CR LF Value wind velocity in m s Unit m s R relativ...

Page 31: ...buttons The remote control buttons are not included in delivery Figure 6 Operation Button Functions Button UP and Button DOWN The select functions in all MODES are selected via buttons and Button ENTE...

Page 32: ...te control is activated or deactivated via buttons Following signs are additionally shown in the WT display minus flashes 3 0 Remote control ON 2 3 1 Remote control OFF MODE 4 Adjustment of the wind r...

Page 33: ...els of the DDC telegram 3 Mode 8 O Backlighting Off Mode 9 D Daytime Day Mode A K DusK Dusk Mode B N Nighttime Night MODE C Setting the characteristic of the wind transmitter 4 C 0 NO wind transmitter...

Page 34: ...ransmitter input An0 COM interface An1 Hardware options UART interface Au UART ANALOG IF AuA Wind transmitter type Classic CL1 Classic CL2 Compact CoP First Class F C NACOS telegram Wind reference Nor...

Page 35: ...tters to determine the faulty wind transmitter E03 Icc WT Check wind velocity transmitter connections and lines If error message persists wind transmitter is presumably faulty E04 Icc WD Check wind di...

Page 36: ...te settings 2 Check R422 connections lines Rx Rx E22 LOG error velocity No valid velocity values available in telegram Check protocol s E23 COM 2 Timeout Timeout no reception E24 COM 2 error 1 Check B...

Page 37: ...d to clean the screen and casing of the device Storage A dry dust free room with temperatures ranging from 20 50 C is compulsory for storage of the Winddisplay LED We recommend box storage of the devi...

Page 38: ...mpact 4 3519 00 000 Classic 4 3303 22 000 007 008 018 4 3336 x1 00x 4 3336 x2 00x First Class 4 3351 x0 000 Sampling rate 1Hz Wind transmitter power supply Vcc WR WG 5 1 5 7V Icc max 60mA Interfaces D...

Page 39: ...8 28V AC 12 35V DC Current consumption Max 1000mA with 12V DC Display Wind velocity Dimension m s kn km h Bft WT display 3 digit LED height 15mm Resolution 0 1m s 0 1kn as of 100kn 1kn 1km h 1Bft Wind...

Page 40: ...rmany 021408 04 21 Phone 49 551 79001 0 Fax 49 551 79001 65 info thiesclima com www thiesclima com Page 40 of 41 14 Dimension Diagram 144 144 Control panel opening as per DIN 43700 138 1 x 138 1 136 1...

Page 41: ...ilable on the market of electrical equipment designed for use within certain voltage limits 552 2004 EC Regulation EC No 552 2004 of the European Parliament and the Council of 10 March 2004 on the int...

Page 42: ...001 65 info thiesclima com www thiesclima com Page 42 of 42 Please contact us for your system requirements We advise you gladly ADOLF THIES GMBH CO KG Meteorology and environmental metrology Hauptstra...

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