Division 2 INFORMATION FOR TESTING

United Kingdom

Item	Method	Information needed		Category for which the information is needed
Type-approved in accordance with Directive 70/220/EEC, Regulation (EC) No 715/2007, Annex I, Table 1 (Euro 5), Directive 88/77/EEC and Directive 2005/55/EC.
Type-approved in accordance with Regulation (EC) No 715/2007, Annex I, Table 2 (Euro 6) and Regulation (EC) No 595/2009 (Euro VI).
Type-approved in accordance with Directive 70/220/EEC, Annex I, Table 1 (Euro 5) to Regulation (EC) No 715/2007, Directive 88/77/EEC and Directive 2005/55/EC.
Type-approved in accordance with Annex I, Table 2 (Euro 6) to Regulation (EC) No 715/2007, and Regulation (EC) No 595/2009 (Euro VI)
				< 3,5 t	> 3,5 t	O	L	T
1. BRAKING EQUIPMENT
1.1. Mechanical condition and operation
1.1.1. Service brake pedal/hand lever pivot	Visual inspection of the components while the braking system is operated. Note: Vehicles with power-assisted braking systems should be inspected with the engine switched off.
1.1.2. Pedal/hand lever condition and travel of the brake operating device	Visual inspection of the components while the braking system is operated Note: Vehicles with power-assisted braking systems should be inspected with the engine switched off.
1.1.3. Vacuum pump or compressor and reservoirs	Visual inspection of the components at normal working pressure. Check time required for vacuum or air pressure to reach safe working value and function of warning device, multi-circuit protection valve and pressure relief valve.	Pressure/max. cut out – min. cut in [bar] See UN R13 5.1.4.5.2			X
1.1.3. Vacuum pump or compressor and reservoirs		Multi-circuit protection valve static closing pressure [bar] See UN R13 5.1.4.5.2			X			X
1.1.4. Low pressure warning gauge or indicator	Functional check
1.1.5. Hand-operated brake control valve	Visual inspection of the components while the braking system is operated.
1.1.6. Parking brake activator, lever control, parking brake ratchet, electronic parking brake	Visual inspection of the components while the braking system is operated.	General description for electronic parking brake		X	X			X
1.1.7. Braking valves (foot valves, unloaders, governors)	Visual inspection of the components while the braking system is operated.
1.1.8. Couplings for trailer brakes (electrical & pneumatic)	Disconnect and reconnect braking system coupling between towing vehicle and trailer.
1.1.9. Energy storage reservoir pressure tank	Visual inspection.
1.1.10. Brake servo units, master cylinder (hydraulic systems)	Visual inspection of the components while the braking system is operated, if possible.
1.1.11. Rigid brake pipes	Visual inspection of the components while the braking system is operated, if possible.
1.1.12. Flexible brake hoses	Visual inspection of the components while the braking system is operated, if possible.
1.1.13. Brake linings and pads	Visual inspection.	Method of assessing wear and wear limit See UN R13 5.2.1.11.2 and 5.2.2.8.2.		X	X	X	X
1.1.14. Brake drums, brake discs	Visual inspection.	Method of assessing wear and wear limit See UN R13 5.2.1.11.2 and 5.2.2.8.2.		X	X	X
1.1.15. Brake cables, rods, levers, linkages	Visual inspection of the components while the braking system is operated, if possible.
1.1.16. Brake actuators (including spring brakes or hydraulic cylinders)	Visual inspection of the components while the braking system is operated, if possible	Brake cylinder type Service/Parking Maximum stroke [mm] Lever length [mm] See UN R13 5.1.4.5.2			X	X
1.1.17. Load sensing valve	Visual inspection of the components while the braking system is operated, if possible.	Input pressure [bar]			X	X
1.1.17. Load sensing valve		Output pressure for x % of maximum axle load [bar] UN R 13 Annex 10 7.4 + Diagram 5			X	X
1.1.18. Slack adjusters and indicators	Visual inspection.	Maximum stroke [mm] See UN R13 5.1.4.5.2			X	X
1.1.18. Slack adjusters and indicators	Visual inspection.	working principle [automatic/manual adjusted]			X	X
1.1.19. Endurance braking system (where fitted or required)	Visual inspection.
1.1.20. Automatic operation of trailer brakes	Disconnect brake coupling between towing vehicle and trailer.
1.1.21. Complete braking system	Visual inspection
1.1.22. Test connections (where fitted or required)	Visual inspection	Location and identification of test connections See UN R 13 5.1.4.2			X	X
1.1.22. Test connections (where fitted or required)	Visual inspection	Location and identification of test connections See 2015/68 Annex I. 2.1.8.1						X
1.1.23. Overrun brake	Visual inspection and by operation
1.2 Service braking performance and efficiency
1.2.1. Performance	During a test on a brake tester or, if impossible, during a road test, apply the brakes progressively up to maximum effort.	Specific requirements for testing vehicle on a brake tester (test mode)		X	X	X	X	X
1.2.2. Efficiency	Test with a brake tester or, if one cannot be used for technical reasons, by a road test using a deceleration recording instrument to establish the braking ratio which relates to the maximum authorised mass or, in the case of semi-trailers, to the sum of the authorised axle loads. Vehicles or a trailer with a maximum permissible mass exceeding 3,5 tonnes has to be inspected following the standards given by ISO 21069 or equivalent methods. Road tests should be carried out under dry conditions on a flat, straight road.	Design system pressure for maximum load [bar] See UN R13 5.1.4.5.2			X	X
		Reference brake force [kN] at input pressure [bar] axle 1			X	X
		Reference brake force [kN] at input pressure [bar] axle 2			X	X
		Reference brake force [kN] at input pressure [bar] axle 3			X	X
		Reference brake force [kN] at input pressure [bar] axle 4 See UN R13 5.1.4.6.2			X	X
		Calculation pressure for each axle			X	X
1.3. Secondary (emergency) braking performance and efficiency (if met by separate system)
1.3.1. Performance	If the secondary braking system is separate from the service braking system, use the method specified in 1.2.1.	General description of system including circuits (clear definition of the secondary brake)		X	X			X
1.3.2. Efficiency	If the secondary braking system is separate from the service braking system, use the method specified in 1.2.2.
1.4. Parking braking performance and efficiency
1.4.1. Performance	Apply the brake during a test on a brake tester.	General description of system including recommended test procedure if dynamic test (on brake tester or road test) not possible		X	X	X
1.4.2. Efficiency	Test with a brake tester. If not possible, then by a road test using either an indicating or deceleration recording instrument or with the vehicle on a slope of known gradient.
1.5. Endurance braking system performance	Visual inspection and, where possible, test whether the system functions.	General description			X
1.6. Anti-lock braking system (ABS)	Visual inspection and inspection of warning device and/or using electronic vehicle interface.	instructions for the use of the electronic vehicle interface		X	X	X	X	X
1.7. Electronic brake system (EBS)	Visual inspection and inspection of warning device and/or using electronic vehicle interface.	instructions for the use of the electronic vehicle interface		X	X	X		X
1.8. Brake fluid	Visual inspection
2. STEERING
2.1. Mechanical condition
2.1.1. Steering gear condition	With the vehicle over a pit or on a hoist and with the road wheels off the ground or on turntables, rotate the steering wheel from lock to lock. Visual inspection of the operation of the steering gear.
2.1.2. Steering gear casing attachment	With vehicle on a pit or hoist and the weight of the vehicle road wheels on the ground, rotate steering/handle bar wheel clockwise and anticlockwise or using a specially adapted wheel play detector. Visual inspection of the attachment of gear casing to chassis.
2.1.3. Steering linkage condition	With the vehicle over a pit or on a hoist and with the road wheel on the ground, rock steering wheel clockwise and anti-clockwise or using a specially adapted wheel play detector. Visual inspection of steering components for wear, fractures and security.
2.1.4. Steering linkage operation	With the vehicle over a pit or on a hoist and with the road wheel on the ground, rock steering wheel clockwise and anti-clockwise or using a specially adapted wheel play detector. Visual inspection of steering components for wear, fractures and security.
2.1.5. Power steering	Check steering system for leaks and hydraulic fluid reservoir level (if visible). With the road wheels on the ground and with the engine running, check that the power steering system is operating.
2.2. Steering wheel, column and handle bar
2.2.1. Steering wheel/handle bar condition	With the vehicle over a pit or on a hoist and the mass of the vehicle on the ground, push and pull the steering wheel in line with column, push steering wheel/handle bar in various directions at right angles to the column/forks. Visual inspection of play, and condition of flexible couplings or universal joints.
2.2.2. Steering column/yokes and forks and steering dampers	With the vehicle over a pit or on a hoist and the mass of the vehicle on the ground, push and pull the steering wheel in line with column, push steering wheel/handle bar in various directions at right angles to the column/forks. Visual inspection of play, and condition of flexible couplings or universal joints.	Steering damper fitted (YES/NO)					X
2.3. Steering play	With the vehicle over a pit or on a hoist, the mass of the vehicle on the road wheels, the engine, if possible, running for vehicles with power steering and with the road wheels in the straight-ahead position, lightly turn the steering wheel clockwise and anti-clockwise as far as possible without moving the road wheels. Visual inspection of free movement.
2.4. Wheel alignment (X)²	Check alignment of steered wheels with suitable equipment.
2.5. Trailer steered axle turntable	Visual inspection or using a specially adapted wheel play detector
2.6. Electronic Power Steering (EPS)	Visual inspection and consistency check between the angle of the steering wheel and the angle of the wheels when switching on/off the engine, and/or using the electronic vehicle interface	instructions for the use of the electronic vehicle interface		X	X
3. VISIBILITY
3.1. Field of vision	Visual inspection from driving seat.
3.2. Condition of glass	Visual inspection.
3.3. Rear-view mirrors or devices	Visual inspection.
3.4. Windscreen wipers	Visual inspection and by operation.
3.5. Windscreen washers	Visual inspection and by operation.
3.6. Demisting system (X)²	Visual inspection and by operation.
4. LAMPS, REFLECTORS AND ELECTRICAL EQUIPMENT
4.1. Headlamps
4.1.1. Condition and operation	Visual inspection and by operation.	Category of light source […,…]		X	X		X	X
4.1.2. Alignment	Determine the horizontal aim of each headlamp on dipped beam using a headlamp aiming device or using the electronic vehicle interface.	Alignment of dipped beam [per cent] for both vertical inclination and direction		X	X		X
		instructions for the use of the electronic vehicle interface		X	X		X
		For determining the horizontal aim by using the electronic vehicle interface information on the actuation of the headlamp beam movement to allow assessment of alignment		X	X		X
4.1.3. Switching	Visual inspection and by operation or using the electronic vehicle interface	instructions for the use of the electronic vehicle interface		X	X		X
4.1.4. Compliance with requirements¹.	Visual inspection and by operation.
4.1.5. Levelling devices (where mandatory)	Visual inspection and by operation, if possible, or using the electronic vehicle interface.	Operation mode [manual/automatic)		X	X		X
4.1.5. Levelling devices (where mandatory)		instructions for the use of the electronic vehicle interface		X	X		X
4.1.6. Headlamp cleaning device (where mandatory)	Visual inspection and by operation if possible.	Device mandatory [Y/N]		X	X
4.2. Front and rear position lamps, side marker lamps, end outline marker lamps and daytime running lamps
4.2.1. Condition and operation	Visual inspection and by operation.	Fitment of daytime running lamps, [Y/N]		X	X		X
4.2.2. Switching	Visual inspection and by operation.
4.2.3. Compliance with requirements¹	Visual inspection and by operation.
4.3. Stop Lamps
4.3.1. Condition and operation	Visual inspection and by operation.
4.3.2. Switching	Visual inspection and by operation or using the electronic vehicle interface.	Fitment of emergency stop signal, [Y/N]		X	X	X
4.3.2. Switching		instructions for the use of the electronic vehicle interface		X	X	X
4.3.3. Compliance with requirements¹.	Visual inspection and by operation.
4.4. Direction indicator and hazard warning lamps
4.4.1. Condition and operation	Visual inspection and by operation.
4.4.2. Switching	Visual inspection and by operation.
4.4.3. Compliance with requirements¹.	Visual inspection and by operation.
4.4.4. Flashing frequency	Visual inspection and by operation.
4.5. Front and rear fog lamps
4.5.1. Condition and operation	Visual inspection and by operation.
4.5.2. Alignment (X)²	By operation and using a headlamp aiming device
4.5.3. Switching	Visual inspection and by operation.
4.5.4. Compliance with requirements¹.	Visual inspection and by operation.
4.6. Reversing lamps
4.6.1. Condition and operation	Visual inspection and by operation.
4.6.2. Compliance with requirements¹	Visual inspection and by operation.
4.6.3. Switching	Visual inspection and by operation.
4.7. Rear registration plate lamp
4.7.1. Condition and operation	Visual inspection and by operation.
4.7.2. Compliance with requirements¹	Visual inspection and by operation.
4.8. Retro-reflectors, conspicuity (retro reflecting) markings and rear marking plates
4.8.1. Condition	Visual inspection.
4.8.2. Compliance with requirements¹	Visual inspection.
4.9. Tell-tales mandatory for lighting equipment
4.9.1. Condition and operation	Visual inspection and by operation.
4.9.2. Compliance with requirements¹	Visual inspection and by operation.
4.10. Electrical connections between towing vehicle and trailer or semi-trailer	Visual inspection: if possible examine the electrical continuity of the connection.
4.11. Electrical wiring	Visual inspection with vehicle over a pit or on a hoist, including inside the engine compartment (if applicable).	Wiring/cable identification (e.g. colour, shielding, cross section, size), insulation monitoring (high voltage)		X	X		X
4.11. Electrical wiring		Location of any high voltage wiring		X	X		X
4.12. Non obligatory lamps and retro-reflectors (X)²	Visual inspection and by operation.
4.13. Battery(ies)	Visual inspection.	Location of battery(ies)		X	X		X	X
		Number of batteries		X	X		X	X
		Special arrangements for high voltage batteries		X	X		X
		Vehicle (VIN) specific information on battery switch [Y/N]		X	X		X
		Vehicle (VIN) specific information on battery fuse [Yes/No]		X	X		X
		Vehicle (VIN) specific information on battery ventilation [Yes/No]		X	X		X
		Vehicle (VIN) specific information on operation principle		X	X		X
5. AXLES, WHEELS, TYRES AND SUSPENSION
5.1. Axles
5.1.1. Axles	Visual inspection with vehicle over a pit or on a hoist. Wheel play detectors may be used and are recommended for vehicles having a maximum mass exceeding 3,5 tonnes	General description, number of axles		X	X	X	X	X
5.1.2. Stub axles	Visual inspection with vehicle over a pit or on a hoist. Wheel play detectors may be used and are recommended for vehicles having a maximum mass exceeding 3,5 tonnes. Apply a vertical or lateral force to each wheel and note the amount of movement between the axle beam and stub axle.
5.1.3. Wheel bearings	Visual inspection with the vehicle over a pit or on a hoist. Wheel play detectors may be used and are recommended for vehicles having a maximum mass exceeding 3,5 tonnes. Rock the wheel or apply a lateral force to each wheel and note the amount of upward movement of the wheel relative to the stub axle.
5.2. Wheels and tyres
5.2.1. Road wheel hub	Visual inspection.
5.2.2. Wheels	Visual inspection of both sides of each wheel with vehicle over a pit or on a hoist.	Wheel size/dimensions/offset		X	X	X	X	X
5.2.3. Tyres	Visual inspection of the entire tyre by either rotating the road wheel with it off the ground and the vehicle over a pit or on a hoist, or by rolling the vehicle backwards and forwards over a pit.	Tyre size,		X	X	X	X	X
		load capacity,		X	X	X	X	X
		speed category		X	X	X	X	X
		Tyre pressure monitoring system [N/Y] direct/indirect		X	X	X	X	X
5.3. Suspension system
5.3.1. Springs and stabiliser	Visual inspection with vehicle over a pit or on a hoist. Wheel play detectors may be used and are recommended for vehicles having a maximum mass exceeding 3,5 tonnes
5.3.2. Shock absorbers	Visual inspection with vehicle over a pit or on a hoist or using special equipment, if available.
5.3.2.1 efficiency testing of damping (X)²	Use special equipment and compare left/right differences
5.3.3. Torque tubes, radius arms, wishbones and suspension arms	Visual inspection with vehicle over a pit or on a hoist. Wheel play detectors may be used and are recommended for vehicles having a maximum mass exceeding 3,5 tonnes
5.3.4. Suspension joints	Visual inspection with vehicle over a pit or on a hoist. Wheel play detectors may be used and are recommended for vehicles having a maximum mass exceeding 3,5 tonnes
5.3.5. Air suspension	Visual inspection
6. CHASSIS AND CHASSIS ATTACHMENTS
6.1. Chassis or frame and attachments
6.1.1. General condition	Visual inspection with vehicle over a pit or on a hoist.
6.1.2. Exhaust pipes and silencers	Visual inspection with vehicle over a pit or on a hoist.
6.1.3. Fuel tank and pipes (including heating fuel tank and pipes)	Visual inspection with vehicle over a pit or on a hoist, use of leak detecting devices in the case of LPG/CNG/LNG systems.	General description and location including shielding		X	X		X	X
6.1.4. Bumpers, lateral protection and rear underrun devices	Visual inspection.	Exempt side guards and or rear underrun (Y/N)			X	X
6.1.5. Spare wheel carrier (if fitted)	Visual inspection.
6.1.6. Mechanical coupling and towing device	Visual inspection for wear and correct operation with special attention to any safety device fitted and/or use of measuring gauge.
6.1.7. Transmission	Visual inspection.
6.1.8. Engine mountings	Visual inspection not necessarily on a pit or hoist.
6.1.9. Engine performance (X)²	Visual inspection and/or using electronic interface	Engine Control Unit valid configuration		X	X		X	X
		Instructions for the use of the electronic vehicle interface		X	X		X	X
		Instructions on how to read the Calibration Identification		X	X		X	X
		Information about the valid Calibration Identifications		X	X		X	X
		Software identification number including checksums or similar integrity validation data.		X	X		X	X
6.2. Cab and bodywork
6.2.1. Condition	Visual inspection
6.2.2. Mounting	Visual inspection over a pit or on a hoist.
6.2.3. Doors and door catches	Visual inspection.
6.2.4. Floor	Visual inspection over a pit or on a hoist.
6.2.5. Driver's seat	Visual inspection.
6.2.6. Other seats	Visual inspection.	Max Number of seats total (excluding driver's seat)		X	X
6.2.6. Other seats	Visual inspection.	Number of rear-facing seats		X	X
6.2.7. Driving controls	Visual inspection and by operation.
6.2.8. Cab steps	Visual inspection.
6.2.9. Other interior and exterior fittings and equipment	Visual inspection.
6.2.10. Mudguards (wings), spray suppression devices	Visual inspection.
6.2.11. Stand	Visual inspection.
6.2.12. Handgrips and footrests	Visual inspection.
7. OTHER EQUIPMENT
7.1. Safety-belts/buckles and restraint systems (as regards L category: L6/L7)
7.1.1. Security of safety-belts/buckles mounting	Visual inspection.	Number and location of safety belt anchorage points		X	X		X	X
7.1.2. Condition of safety-belts/buckles.	Visual inspection and by operation.	Safety belt category for each sitting position		X	X		X	X
7.1.2. Condition of safety-belts/buckles.	Visual inspection and by operation.
7.1.3. Safety belt load limiter	Visual inspection, and/or using electronic interface	instructions for the use of the electronic vehicle interface		X	X		X
7.1.4. Safety belt Pre-tensioners	Visual inspection, and/or using electronic interface	instructions for the use of the electronic vehicle interface		X	X		X
7.1.5. Airbag	Visual inspection, and/or using electronic interface	Number of airbags and location		X	X		X
7.1.5. Airbag	Visual inspection, and/or using electronic interface	instructions for the use of the electronic vehicle interface		X	X		X
7.1.6. SRS Systems	Visual inspection of MIL, and/or using electronic interface	instructions for the use of the electronic vehicle interface		X	X		X
7.2. Fire extinguisher (X)²	Visual inspection.
7.3. Locks and anti-theft device	Visual inspection and by operation
7.4. Warning triangle (if required) (X)²	Visual inspection.
7.5. First aid kit. (if required) (X)²	Visual inspection.
7.6. Wheel chocks (wedges) (if required) (X)²	Visual inspection.
7.7. Audible warning device	Visual inspection and by operation
7.8. Speedometer	Visual inspection or by operation during road test or by electronic means.	instructions for the use of the electronic vehicle interface			X
7.9. Tachograph (if fitted/required)	Visual inspection.	Sensor location			X
7.9. Tachograph (if fitted/required)	Visual inspection.	Location of seals			X			X
7.10. Speed limitation device (if fitted/required)	Visual inspection and by operation if equipment available.
7.11. Odometer if available (X)²	Visual inspection, and/or using electronic interface	instructions for the use of the electronic vehicle interface		X	X		X
7.12. Electronic Stability Control (ESC) if fitted/required	Visual inspection, and/or using electronic interface	instructions for the use of the electronic vehicle interface		X	X
8. NUISANCE
8.1. Noise
8.1.1. Noise suppression system	Subjective evaluation (unless the inspector considers that the noise level may be borderline, in which case a measurement of noise emitted by stationary vehicle using a sound level meter may be conducted)	Noise levels of stationary vehicle [dB(A) at 1/min].		X	X		X	X
8.2. Exhaust emissions
8.2.1. Positive ignition engine emissions
8.2.1.1. Exhaust emissions control equipment	Visual inspection	Emission control system general description. Particulate trap installed [Y/N]		X	X
8.2.1.2. Gaseous emissions	For vehicles up to emission classes Euro 5 and Euro V^f1: measurement using an exhaust gas analyser in accordance with the requirements¹ or reading of OBD. Tailpipe testing shall be the default method of exhaust emission assessment. On the basis of an assessment of equivalence, and by taking into account the relevant type-approval legislation, Member States may authorise the use of OBD in accordance with the manufacturer's recommendations and other requirements. For vehicles as of emission classes Euro 6 and Euro VI^f2: measurement using an exhaust gas analyser in accordance with the requirements¹ or reading of OBD in accordance with the manufacturer's recommendations and other requirements¹. Measurements not applicable for two- stroke engines.	Levels of gaseous emissions if given by the manufacturer		X	X		X
		Vehicle (VIN) or Engine Code specific information		X	X		X
		For tail-pipe testing:	Engine preconditioning requirements such as min. Oil temp./water temp. [°C] and procedures to bring engine to Type II testing mode	X	X		X
			Type II emission test results	X	X		X
			Engine idle CO [%]	X	X		X
			High idle CO [%]	X	X		X
			Lambda []	X	X		X
		For OBD use:	Connector & Communication protocol (Standard, power supply voltage, location)	X	X
		For OBD use:	List of DTCs (class A, B1 and B2 currently for HDV only)	X	X
8.2.2. Compression ignition engine emissions
8.2.2.1. Exhaust emission control equipment	Visual inspection	Emission control system general description. Such as DeNOx system [Y/N] Particulate trap installed [Y/N]		X	X
		EGR location		X	X
		(Vehicle (VIN)/) engine type specific information		X	X
8.2.2.2. Opacity Vehicles registered or put into service before 1 January 1980 are exempted from this requirement	For vehicles up to emission classes Euro 5 and Euro V^f3: Exhaust gas opacity to be measured during free acceleration (no load from idle up to cut-off speed) with gear lever in neutral and clutch engaged or reading of OBD. The tailpipe testing shall be the default method of exhaust emission assessment. On the basis of an assessment of equivalence, Member States may authorise the use of OBD in accordance with the manufacturer's recommendations and other requirements. For vehicles as of emission classes Euro 6 and Euro VI^f4: Exhaust gas opacity to be measured during free acceleration (no load from idle up to cut-off speed) with gear lever in neutral and clutch engaged or reading of OBD in accordance with the manufacturer's recommendations and other requirements¹. Vehicle preconditioning: 1.. Vehicles may be tested without preconditioning, although for safety reasons checks should be made that the engine is warm and in a satisfactory mechanical condition. 2.. Precondition requirements: (i) Engine shall be fully warm, for instance the engine oil temperature measured by a probe in the oil level dipstick tube to be at least 80 °C, or normal operating temperature if lower, or the engine block temperature measured by the level of infrared radiation to be at least an equivalent temperature. If, owing to the vehicle configuration, this measurement is impractical, the establishment of the engine's normal operating temperature may be made by other means, for example by the operation of the engine cooling fan. (ii) Exhaust system shall be purged by at least three free acceleration cycles or by an equivalent method. Test procedure: 1.. Engine and any turbocharger fitted, to be at idle before the start of each free acceleration cycle. For heavy-duty diesels, this means waiting for at least 10 seconds after the release of the throttle. 2.. To initiate each free acceleration cycle, the throttle pedal must be fully depressed quickly and continuously (in less than one second) but not violently, so as to obtain maximum delivery from the injection pump. 3.. During each free acceleration cycle, the engine shall reach cut-off speed or, for vehicles with automatic transmissions, the speed specified by the manufacturer or, if this data is not available, then two thirds of the cut-off speed, before the throttle is released. This could be checked, for instance, by monitoring engine speed or by allowing a sufficient time to elapse between initial throttle depression and release, which in the case of vehicles of categories M₂, M₃, N₂ and N₃, should be at least two seconds. 4.. Vehicles shall only be failed if the arithmetic means of at least the last three free acceleration cycles are in excess of the limit value. This may be calculated by ignoring any measurement that departs significantly from the measured mean, or the result of any other statistical calculation that takes account of the scattering of the measurements. Member States may limit the number of test cycles. 5.. To avoid unnecessary testing, Member States may fail vehicles which have measured values significantly in excess of the limit values after fewer than three free acceleration cycles or after the purging cycles. Equally to avoid unnecessary testing, Member States may pass vehicles which have measured values significantly below the limits after fewer than three free acceleration cycles or after the purging cycles	Vehicle (VIN) engine type specific information		X	X		X
		For tail-pipe testing:	Engine preconditioning requirements such as min. Oil temp./water temp. [°C] and procedures to bring engine to Type II testing mode	X	X		X
			k-value recorded on the manufacturer's plate on the vehicle (type II emission test result)	X	X		X
			Cut off Engine speed at Type II tests	X	X		X
			Engine speed limiter for acceleration without load [Y/N]	X	X		X
			Description for de-activation of Engine speed limiter to perform free acceleration test;	X	X		X
		For OBD use:	Allowed DTC's at OBD scan {codes for NOx group 3000 for LDV}	X	X		X
			Connector & Communication protocol (Standard, power supply voltage, location)	X	X		X
			List of DTCs (class A, B1 and B2 currently for HDV only)	X	X		X
8.3. Electromagnetic interference suppression
Radio interference (X)²
8.4. Other items related to the environment
8.4.1. Fluid leaks
9. SUPPLEMENTARY TESTS FOR PASSENGER-CARRYING VEHICLES CATEGORIES M₂, M₃
9.1. Doors
9.1.1. Entrance and exit doors	Visual inspection and by operation.
9.1.2. Emergency exits	Visual inspection and by operation (where appropriate)
9.2. Demisting and defrosting system (X)²	Visual inspection and by operation
9.3. Ventilation & heating system (X)²	Visual inspection and by operation
9.4. Seats
9.4.1. Passenger seats (including seats for accompanying personnel)	Visual inspection
9.4.2. Driver's seat (additional requirements)	Visual inspection
9.5. Interior lighting and destination devices (X)²	Visual inspection and by operation
9.6. Gangways, standing areas	Visual inspection
9.7. Stairs and steps	Visual inspection and by operation (where appropriate)
9.8. Passenger communication system (X)²	Visual inspection and by operation.
9.9. Notices (X)²	Visual inspection.
9.10. Requirements regarding the transportation of children. (X)²
9.10.1. Doors	Visual inspection
9.10.2. Signalling and special equipment	Visual inspection
9.11. Requirements regarding the transportation of persons with reduced mobility (X)²
9.11.1. Doors, ramps and lifts	Visual inspection and operation
9.11.2. Wheelchair restraint system	Visual inspection and by operation if appropriate
9.11.3. Signalling and special equipment	Visual inspection
9.12. Other special equipment (X)²
9.12.1. Installations for food preparation	Visual inspection
9.12.2. Sanitary installation	Visual inspection
9.12.3. Other devices (e.g. audiovisual systems)	Visual inspection

NOTES:

Annotations

Footnotes

f1: Type-approved in accordance with Directive 70/220/EEC, Regulation (EC) No 715/2007, Annex I, Table 1 (Euro 5), Directive 88/77/EEC and Directive 2005/55/EC.
f2: Type-approved in accordance with Regulation (EC) No 715/2007, Annex I, Table 2 (Euro 6) and Regulation (EC) No 595/2009 (Euro VI).
f3: Type-approved in accordance with Directive 70/220/EEC, Annex I, Table 1 (Euro 5) to Regulation (EC) No 715/2007, Directive 88/77/EEC and Directive 2005/55/EC.
f4: Type-approved in accordance with Annex I, Table 2 (Euro 6) to Regulation (EC) No 715/2007, and Regulation (EC) No 595/2009 (Euro VI)