gf8310p2116a

Defroster nozzle flap vacuum element, location/purpose/design/function

Type gf · topic 83.10 · version 0103 · 1998-10-09

Applies to: MODEL 210 with CODE (581a) Air conditioning (automatic) with CODE (498) Japanese version MODEL 140 as of 1.9.95 MODEL 208 with CODE (581a) Air conditioning (automatic) MODEL 202 with CODE (581a) Air conditioning (automatic) MODEL 129 as of 1.6.96

Where it sits

Function group 3 Body › 83 Climate control › 83.10 Ventilation — Series 129 · Series 140 · Series 202 · Series 208 · Series 210

GF83.10-P-2116A

Defroster nozzle flap vacuum element, location/purpose/design/function

16.6.97

MODEL 210
with CODE (581a) Air conditioning (automatic)
with CODE (498) Japanese version

MODEL 140 as of 1.9.95

MODEL 208 with CODE (581a) Air conditioning (automatic)

MODEL 202 with CODE (581a) Air conditioning (automatic)

MODEL 129 as of 1.6.96

Defroster nozzle flap vacuum element, location

Model 210

GF83.10-P-2116-02A

Model 140

GF83.10-P-2116-02B

Model 129

GF83.10-P-2116-02C

Model 202

GF83.10-P-2116-02E

Model 208

GF83.10-P-2116-02G

Defroster nozzle flap vacuum element, purpose

The defroster nozzle vacuum elements operate the defroster nozzle flaps for control of the air to the defroster nozzles.

Defroster nozzle flap vacuum element, design

The defroster nozzle vacuum elements are designed as 2-stage vacuum elements with one vacuum connection each for stroke A (small stroke) and stroke B (large stroke).

Defroster nozzle flap vacuum element, function

Model 210

GF83.10-P-2116-01A

Model 140

GF83.10-P-2116-01B

Model 129

GF83.10-P-2116-01C

Model 202

GF83.10-P-2116-01E

Model 208

GF83.10-P-2116-01G

Referenced documents