Hyundai Venue (QX): ETC (Electronic Throttle control) System / Specifications

Specification
Throttle Angle (°)
Output Voltage (V) [Vref = 5V]
TPS1
TPS2
0
0
3.3
10
0.31
2.99
20
0.63
2.67
30
0.94
2.36
40
1.26
2.04
50
1.57
1.73
60
1.89
1.41
70
2.2
1.1
80
2.51
0.79
90
2.83
0.47
100
3.14
0.16
105
3.3
0

[TPS1]
Conditon
Throttle Angle (â—¦)
Output voltage
(V)
[Vref =5V]
C.T
6.3 - 14.7
0.20 - 0.46
W.O.T
93.45 - 101.85
2.94 - 3.20

[TPS2]
Conditon
Throttle Angle (â—¦)
Output voltage
(V)
[Vref =5V]
C.T
90.3 - 98.7
2.84 - 3.10
W.O.T
3.15 - 11.55
0.10 - 0.36

Item
Sensor Resistance (kΩ)
TPS
0.875 - 1.625

Hyundai Venue. Specifications   
•
Reference Voltage = 5V (Sensor output Max. Voltage = 3.3V).
[ETC Motor]
Item
Sensor Resistance
Coil Resistance (Ω)
1.2 - 1.8 [20°C (68°F)]

    Description The Electronic Throttle Control (ETC) System consists of a throttle body with an integrated control motor and throttle position sensor (TPS).

    Fail-safe Mode Items Fail-safe ETC Motor Throttle valve stuck at 5° TPS TPS 1 fault Replace it with TPS2 TPS 2 fault Replace it with TPS1 TPS 1, 2 fault Throttle valve stuck at 5° APS APS 1 fault Replace it with APS2 APS 2 fault Replace it with APS1 APS 1, 2 fault Throttle valve stuck at 5°    • When throttle value is stuck at 5°, engine speed is limited at below 1,500 rpm and vehicle speed at maximum 40 - 50 km/h (25 - 31mph).

    Other information:

    Hyundai Venue (QX) (2020-2026) Service Manual: ESCL(Electronic Steering Column Lock). Repair procedures

    Removal 1. Disconnect the negative(-) battery terminal. 2. Remove the crash pad lower panel. (Refer to Body - "Crash Pad Lower Panel") 3. Remove the steering column upper and lower shrouds.

    Hyundai Venue (QX) (2020-2026) Service Manual: Heater Unit. Components and components location

    Component Location 1. Heater unit assembly Compoents 1. Mode control actuator 2. Heater core case 3. Center duct seal 4. PTC heater 5. Heater core assembly 6. Heater case [LH] 7.

    Categories

     
    Copyright © 2026 www.hvenueqx.com - 0.012