Hier findest Du alle Informationen zu den 15 Auxiliary Input Typen laut ISOBUS Norm inklusive interaktiven Animationen zum ausprobieren und besser verstehen.
Two-position switch (maintains position) (Single Pole, Double Throw)
Value 1:
0 = Off = backward, down, left, or not pressed
1 = On = forward, up, right, or pressed
Value 2:
Number of transitions from Off to On since power up.
Overflows from FFFF16 to 0.
Maintains position setting
Value 1:
0 % = backward, down, left, counter-clockwise
100 %(FAFF16) = forward, up, right, clockwise
Value 2:
Reserved, set to FFFF16
Two-position switch (return to off) (Momentary Single Pole, Double Throw)
Value 1:
0 = Off = backward, down, left, or not pressed
1 = Momentary = forward, up, right, or pressed
2 = held
Value 2:
Number of transitions from Off to not Off since power up (Momentary to held is not counted). Overflows from FFFF16 to 0.
Two way analogue (return to centre position)
Value 1:
0 % = backward, down, left, counter-clockwise
100 %(FAFF16) = forward, up, right, clockwise
Value 2:
Reserved, set to FFFF16
One way analogue input (return to 0 %)
Value 1:
0 % = backward, down, left, counter-clockwise
100 %(FAFF16) = forward, up, right, clockwise
Value 2:
Reserved, set to FFFF16
Three-Position Switch (latching in all positions) (Single Pole, Three Position, Centre Off)
Value 1:
0 = Off = centre
1 = On = forward, up or right
4 = On = backward, down or left
Value 2:
Number of transitions from Off to On since power up. Overflows from FFFF16 to 0.
Three-Position Switch, (returning to centre position) (Momentary Single Pole, Three Position, Centre Off)
Value 1:
0 = Off
1 = Momentary = forward, up or right
2 = held forward, up, or right
4 = Momentary = backward, down or left
8 = held backward, down, or left
Value 2:
Number of transitions from Off to not Off since power up (Momentary to held is not counted). Overflows from FFFF16 to 0.
Three-Position Switch, latching in up position, momentary down (Single Pole, Three Position, Centre Off)
Value 1:
0 = Off (latching)
1 = On = forward, up or right (latching)
4 = On = backward, down or left (non-latching)
8 = held backward, down, or left (non-latching)
Value 2:
Number of transitions from Off to not Off since power up (On to held is not counted). Overflows from FFFF16 to 0.
Three-Position Switch, latching in down position, momentary up (Single Pole, Three Position, Centre Off)
Value 1:
0 = Off (latching)
1 = On = forward, up or right (non-latching)
2 = held forward, up or right (non-latching)
4 = On = backward, down or left (latching)
Value 2:
Number of transitions from Off to not Off since power up (On to held is not counted). Overflows from FFFF16 to 0.
Two way analogue (return to centre position) with latching Boolean at 0 % and 100 % positions
Value 1:
0 % = backward, down, left, counter-clockwise
100 %(FAFF16) = forward, up, right, clockwise
FB0016 = Latched forward
FB0116 = Latched backward
Value 2:
Number of transitions from non-Latched to Latched since power up. Overflows from FFFF16 to 0.
Analogue maintains position setting with latching Boolean at 0 % and 100 % positions
Value 1:
0 % = backward, down, left, counter-clockwise
100 %(FAFF16) = forward, up, right, clockwise
FB0016 = Latched forward
FB0116 = Latched backward
Value 2:
Number of transitions from non-Latched to Latched since power up. Overflows from FFFF16 to 0.
Two quadrature mounted Three-Position Switches, (returning to centre position) (Momentary Single Pole, Three Position, Centre Off) Bit values can be combined to indicate transitions from one held position to another held position
(See Figure J.2 — Quadrature non-latching boolean value representation)
Value 1:
Bits 1―0 Forward or up
Bits 3―2 Backward or down
Bits 5―4 Right
Bits 7―6 Left
Possible values for each bit pair:
00 = Off
01 = On (first activation)
10 = held
11 = reserved
Value 2:
Number of transitions of any axis from Off to On since power up (On to held is not counted). Overflows from FFFF16 to 0.
Two quadrature mounted analogue maintain position setting. The centre position of each analogue axis is at 50 % value
Value 1:
Axis #1:
0 % = backward or down
100 %(FAFF16) = forward or up
Value 2:
Axis #2:
0 % = left
100 %(FAFF16) = right
Two quadrature mounted analogue returns to centre position
(The centre position of each analogue axis is at 50 %)
Value 1:
Axis #1:
0 % = backward or down
100 %(FAFF16) = forward or up
Value 2:
Axis #2:
0 % = left
100 %(FAFF16) = right
Count increases when turning in the encoders “increase” direction and count decreases when turning in the opposite direction
Value 1: Current Count
0 to FFFF16 with rollover to 0
Value 2: Calibration ― Encoder Counts per revolution
1 to FFFF16 (fixed value)
