Lambrecht meteo 15189 Operating Instructions Manual Download Page 6

(15189 analog) Precipitation Sensor  

         Operating Instructions 

Operating Instructions
Precipitation Sensor (15189 analog)

Further setting options

Changes of the basic settings are urgently allowed 
in power-off mode. Only if necessary, changes of 
the basic setting should be carried out by skilled 
technician.
Changes of settings will be accepted only after recon-
necting the power supply. Changes of the jumpers 
during operation are not allowed.
Please note, changes of the basic settings by users 
will be carried out on own responsibility. The manu-
facturer is not liable for consequential damages.

Overview of the selectable operating modes

•  4 analog outputs selectable:

0...20 mA · 4...20 mA •  0...5 V · 0...10 V

• 4 

fi

 nal values of the measuring ranges* for the analog 

outputs selectable: 10 / 20 / 25 / 50 [mm]

•  4 time-frames of the analog outputs for gliding summa-

tion selectable: 1 / 10 / 30 / 60 [minutes]

•  2 modi for low power operation regarding pulse output 

and power supply selectable

Functions of the jumpers

See also tab. 1:

• 

J3 

to select the required mode (Pos. 1-8)

• 

J4, J5 

to switch on the respective analog output

• 

J6 

to switch over the analog voltage output

• 

J12 

to connect the switch output to the power supply for 

2 wire circuit of the low power modi (not plugged  = power 
supply and pulse output are separated)

   • 

J10

 must be plugged always at the middle position,

 

  see 

fi

 g. 14!

Fig. 8: Positions of the jumpers, which are usable for changes 
of modi

* These data refer to 2 cm

3

 volume of tipping bucket.

Tab. 1:   Setting options
 

"x" ... jumper plugged; "-" jumper unplugged

Services:

97.15180.000 000 

User-specifi c confi guration 
of the precipitation sensor 

Note: This service is required, if the basic settings of the 
should be modi

fi

 ed by factory.

In principle the changes of the con

fi

 guration can be carried 

out on-site by user themselves.

J3

J4 J5 J6 J12

             Position
Mode

1 2 3 4 5 6 7 8

0...20 mA

-

-

x

x

-

4...20 mA

-

x x

x

-

0...5 V

x -

x

x

x

0...10 V

x x x

x

-

10 mm

-

-

x

x

20 mm

-

x

x

x

25 mm

x -

x

x

50 mm

x x

x

x

1 minute

-

-

x

x

10 minutes

-

x

x

x

30 minutes

x -

x

x

60 minutes

x x

x

x

Low Power, only
pulse output
separate
pulse output

-

-

-

-

-

-

-

-

-

-

-

Low Power, only
pulse output
2 wire circuit

-

-

-

-

-

-

-

-

-

-

-

x

Analog output, 
absolute sum

-

x

x

x

Analog output, 
gliding sum

x -

x

x

6

J12

J3

J4

J5

J6

J10

Summary of Contents for meteo 15189

Page 1: ...or gliding sum for the analogue output signals Exchangeable weighing tipping bucket system according to Joss Tognini overflow proof 2 cm tipping bucket 2 g water for precise precipitation measuring in...

Page 2: ...closed This signal can be sent as pulse or analog The bounce free linearised pulse output is permanently available parallel to an analog current or voltage output Thus an unproblematic integration in...

Page 3: ...roceed with utmost caution so that the sharp edges of the tipping bucket are not damaged and the middle wall is not bent During operation the tipping bucket lies on the precision buck et bearings To r...

Page 4: ...order to guarantee its proper operation since dirt accumulation may cause errors of measurement The time interval of cleaning depends on the local conditions The operational check of the sensor may be...

Page 5: ...eating Basic settings Fig 5 Unless otherwise agreed the precipitation sensor 15189 analog will be delivered with following basic settings Active pulse output linearised bounce free signal Measuring ra...

Page 6: ...b 1 J3 to select the required mode Pos 1 8 J4 J5 to switch on the respective analog output J6 to switch over the analog voltage output J12 to connect the switch output to the power supply for 2 wire c...

Page 7: ...s Precipitation Sensor 15189 analog Fig 9 Fig 10 Fig 11 Example 1 Fig 9 Active analog output 4 20 mA otherwise like basic setting Example 2 Fig 10 Active analog output 0 5 V otherwise like basic setti...

Page 8: ...e circuit Deactivated analog output Active pulse output linearised bounce free signal Current consumpt max 100 A typical 50 m Supply voltage 5 30 VDC Example 5 Fig 13 Low Power Mode PLC Interface Deac...

Page 9: ...ed range At exceeding of this final value a new sum mation starts i e the analog signal starts again on the low level sawtooth diagram 3 Gliding sum of precipitation At this operating mode the accumul...

Page 10: ...g cable 4 core sensor data logger L 7 m 00 15180 400 000 1518 S4 Stainless steel mast for con crete foundation 00 15180 800 000 1518 S8 Stainless steel mast for con crete foundation with base plate 32...

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