Length of
Tiller Arm
Angle of
Rudder
Exact
resistance
Value (kΩ
ΩΩ
Ω)
Standard
resistor value (kΩ
ΩΩ
Ω)
Calculated
Rudder Angle
Part.no Elfa
150 59 11.40 11.3 58.9 60-734-72
155 56 12.28 12.4 55.3 60-735-22
160 53 13.13 13.0 53.5 60-735-48
165 51 13.96 14.0 50.8 60-735-71
170 49 14.77 14.7 49.0 60-735-97
175 47 15.56 15.4 47.4 60-735-13
180 45 16.34 16.5 45.0 60-735-54
185 44 17.11 16.9 44.2 60-736-62
190 42 17.88 17.8 42.5 60-736-88
195 41 18.63 18.7 40.9 60-737-12
200 40 19.38 19.1 40.2 60-737-20
205 39 20.12 20.0 38.8 60-737-46
210 38 20.86 21.0 37.4 60-737-61
215 37 21.60 21.5 36.7 60-737-79
220 36 22.33 22.1 35.9 60-737-95
225 35 23.05 23.2 34.5 60-738-11
How to get correct value of the resistor to the linear RAT, depending
on the angle of the rudder and the length of the tiller arm.
In the table below you will find (from left to right): Which length of the tiller arm you can use, which maximum
rudder angle you will get, which exact value of the resistor it will be with the specific rudder angle, which value
of the resistor that is a standard resistor, which maximum rudder angle you will get if using a standard
resistor value. The last column, “Part No. Elfa”, is a part number to a Swedish company selling the resistors.
The rudder angle transducers impedance is 11,9 kΩ
ΩΩ
Ω.
VW17
-
1
Ask a question and I''ll find the answer in the document
Finding information in a document is now easier with AI
Related papers
Other documents
-
Raymarine ST4000 Plus Owner's Handbook Manual
-
-
-
-
-
Raytheon Anschütz Pilotstar D User manual
-
Simrad AP50 Installation guide
-
-
-
