2015-2022 Volkswagen Touran 4 Door Technical data -> 1.3 Safety measures when working on vehicles with a start/stop system User Manual
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Technical data -> 1.3 Safety measures when working on vehicles with a start/stop system for Your Volkswagen Touran 4 Door Second Generation (2015-2022)

Arteon 2018 ➤ , Atlas 2017 ➤ , CC 2012 ➤ , Caddy 2016 ➤ , Crafter 201 ...  
Air conditioning systems with refrigerant R1234yf - General information - Edition 07.2017  
Risk of freezing injury from refrigerant  
When working on the air conditioning system, there is a risk of  
highly pressurised refrigerant escaping from the system. There is  
a risk of injury to the skin and parts of the body due to freezing.  
– Wear protective gloves.  
– Wear protective goggles.  
– Extract refrigerant and open the refrigerant circuit immediately  
afterwards.  
– If more than 10 minutes have passed since the refrigerant was  
extracted, repeat the extraction process before opening the  
refrigerant circuit. Pressure could build up in the refrigerant  
circuit from continued evaporation.  
1.3  
Safety measures when working on vehicles with a start/stop system  
Risk of injury due to unexpected motor start  
lk  
If the vehicle’s start/stop system is activated, the engine can start  
unexpectedly. A message in the dash panel insert indicates  
whether the start/stop system is activated.  
– Deactivate start/stop system by switching off the ignition.  
1.4  
Safety measures when using air condi‐  
tioner service stations  
Before connecting the charging system to the air conditioner,  
make sure that all existing shut-off valves are closed.  
Before the air conditioner service station is decoupled from the  
air conditioning system, ensure that the process is complete.  
This will prevent any more refrigerant than necessary and  
technically unavoidable from entering the atmosphere.  
Once the purified refrigerant from the air conditioner service  
station /extraction system has been filled into an external com‐  
pressed-gas cylinder, close the hand shut-off valves at the  
cylinder and charging system.  
Do not expose the air conditioner service station , extracting  
and charging system to moisture and do not use in a damp  
environment.  
Before performing any maintenance work on the air condition‐  
er service station , disconnect the extracting and charging  
system from the power supply.  
To reduce the risk of fire, avoid using an extension cable. If  
the use an extension cable is unavoidable, use an extension  
2
cable with a cross-section of at least 2.5 mm .  
In case of fire, remove external cylinder.  
If oil is drawn out of the air conditioning system by the suction  
accumulator of the air conditioner service station and emptied  
into the supplied measuring beaker, ensure that it is poured  
into a sealable container afterwards as the oil could contain a  
small amount of refrigerant. Refrigerant must not be released  
into the environment.  
2
Rep. gr.00 - Technical data  
GETth  

Related Topics

1 Safety information 1.1 Safety precautions when working on air conditioning systems 1.2 Safety precautions when handling refrigerants 1.4 Safety measures when using air conditioner service stations 1.5 Safety measures for working on vehicles with high-voltage system 1.6 Safety precautions when working in the vicinity of high-voltage components 1.7 Safety measures when working on pressurised tanks/containers 2 Legal texts and regulations 2.1 Provisions and directives 2.2 Charging refrigerant circuit with different refrigerants 2.3 Workplace safety 3 Repair notes 3.1 Rules for cleanliness 3.2 Refrigerant circuit seals 3.3 Refrigerant and refrigerant oil 3.3.1 Important repair instructions for refrigerant and refrigerant oil 3.3.2 Refrigerant oil 3.4 Handling pressurised tanks/containers 3.5 Handling refrigerants 4 Identification 4.1 Notice for refrigerant circuit 5 Technical data 5.1 Refrigerant capacity 5.2 Refrigerant oil capacities 5.3 Safety data sheets 6 Basic technical and physical properties 6.1 Basics of air conditioning technology 6.1.1 Physical properties of air conditioning system 6.1.2 Pressure and boiling point of refrigerant 6.1.3 Vapour pressure table for refrigerant 6.2 Physical properties 6.2.1 R1234yf refrigerant 6.2.2 Potential risks with R1234yf refrigerant 6.2.3 Physical and chemical properties of R1234yf refrigerant 6.2.4 Critical point 6.2.5 Environmental aspects of refrigerant R1234yf 6.2.6 Trade names and designations of R1234yf refrigerant 6.2.7 Colour and odour of R1234yf refrigerant 6.2.8 Vapour pressure of R1234yf refrigerant 6.2.9 Physical properties of R1234yf refrigerant 6.2.10 How R1234yf refrigerant reacts to metals and plastics 6.2.11 Critical temperature / critical pressure of R1234yf refrigerant 6.2.12 Water content of R1234yf refrigerant 6.2.13 Flammability / decomposition of R1234yf refrigerant 6.2.14 Charge factor of refrigerant R1234yf 6.2.15 Evidence of leaks in a refrigerant circuit with R1234yf refrigerant 6.2.16 Analysis of refrigerant R1234yf 6.2.17 Returning contaminated R1234yf refrigerant for analysis, processing or disposal 6.3 Product characteristics 6.4 Function and role of air conditioning system 6.4.1 Principle of operation 6.4.2 Comfort 6.4.3 Environmental aspects 6.5 Other reference material

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