The arrangement of bodies of distribution of streams of air is shown in fig. 1.8, the location of the heating and ventilation controls - in fig. 1.9.
The instrument panel contains the following air distribution elements.
1 - air ducts for supplying air to the legs of passengers in the rear seat.
2 - side nozzles for supplying air to the driver and passenger in the front seat or on the windows of the front doors. Direction of air flow is adjusted by turning the grille (in the vertical direction) and sashes (in the horizontal direction) by the handle in the middle of the grate. The intensity of the air flow is regulated by moving the handle under the nozzle in the horizontal direction. At the left nozzle in the left extreme position of the handle, the air flow is blocked, at the right - the flow is maximum. The flow intensity control algorithm from the right nozzle is symmetrical.
3 - nozzles for blowing windows of the front doors.
4 - windshield blower nozzles.
5 - the upper nozzle for supplying air to the passenger compartment.
6 - central nozzles for supplying air to the passenger compartment. The direction of air flows from the central nozzles is regulated in the same way as from the side nozzles 2. The intensity of the air flows is regulated by moving the handle between the nozzles in the vertical direction. In the lowermost position of the handle, the air flow is blocked, in the upper position, air is supplied through nozzle 5. In the intermediate position of the handle, air is supplied both through the upper and through the central nozzles;
7 - knob for adjusting the position of the central nozzles.
Cabin ventilation
To ventilate the passenger compartment, set the controls of the ventilation and heating control unit to the following positions.
1. Turn the control knob 1 fully clockwise (see fig. 1.9) supply air temperature.
2. Set opposite icon 2 (see photo) knob 3 (see fig. 1.9) distribution of air flows.
3. Open nozzles 2 and 6 (see fig. 1.8), by turning the knob between the center nozzles down, the knob under the left side nozzle to the right, and under the right side nozzle to the left.
Pic. 1.9. Interior heating and ventilation controls: 1 - supply air temperature controller; 2 - heater fan mode switch; 3 - air flow distribution regulator; 4 - outdoor air supply regulator
4. Set the desired air flow rate with switch 2 (see fig. 1.9) operating modes of the heater fan.
5. If the windshield fogs up, set the regulator knob 3 opposite icon 1 (see photo).
Preventing glasses from fogging up
At high air humidity (during heavy rain) car windows Lada Kalina may fog up. To prevent fogging of the windshield and front door windows, do the following.
1. Turn the control knob 1 fully counterclockwise (see fig. 1.9).
2. Set the knob 3 opposite icon 1.
3. Move to position «2» switch for 2 operating modes of the heater electric fan.
Cleaning windows from snow and ice
To quickly clear the windshield and front door windows of snow and ice, do the following.
1. Turn the control knob 1 fully counterclockwise (see fig. 1.9).
2. Set the knob 3 opposite icon 1.
3. Set the switch for 2 operating modes of the heater electric fan to maximum speed.
Quick interior warm-up
To quickly warm up the air in the cabin, do the following.
1. Turn the control knob 1 fully counterclockwise (see fig. 1.9).
2. Set the knob 3 opposite icon 2.
3. Switch 2 modes of operation of the electric fan of the heater, move to the position «3».
4. Open side 2 and center 6 nozzles (see fig. 1.8).
5. Set the regulator knob 4 to the extreme right position - no outside air enters the passenger compartment (recirculation mode).
Ensuring a comfortable temperature in the cabin
If the windows in the interior of the Lada Kalina car are cleared, and the temperature has not reached the desired one, do the following.
1. Set the desired temperature with knob 1 (see fig. 1.9).
2. Set the regulator knob 3 opposite icon 3.
3. Select the required intensity of warm air supply to the passenger compartment using the 2-mode switch for the heater fan.
Pic. 1.6. Instrument panel and controls Lada Kalina VAZ 1118
Pic. 1.8. Air flow distribution elements Lada Kalina VAZ 1118