Adapted length of rear overhang Adapted length of rear overhang The rear overhang can be ordered from the factory in length increments of 10 mm between the limit values 780 mm and 5,200 mm (see illustration). The permitted length of the rear overhang is governed by factors such as the wheel configuration and type of suspension. Contact your Scania dealer for details of the dimensions that can be ordered for the relevant vehicle. For vehicles with an adapted rear overhang, the end of the frame member is always vertical, i.e. perpendicular to the frame. s for some commonly occurring dimensions JA (BEP-L020) 2,100 mm 1537GL 2,110 mm 1537GM 2,120 mm 1537GN 2,130 mm 1537GP...... Contact your Scania dealer for details of the dimensions and any limits that apply to the relevant vehicle. JA min max 313 305 13:20-01 Issue 2 en-gb 1 (19)
Draw beam design Draw beam design Hole layouts for many combinations Scania draw beams have a hole layout which makes it possible to fit them with body adaptation brackets and rear underrun protection in six different combinations. No additional holes need be drilled in the frame members. Scania draw beams DB75V and DB35V are certified in accordance with 94/20/EC. For further information about draw beams and how to position them longitudinally see the instructions for components as well as the instructions for body adaptation brackets and hole layouts. 313 914 313 915 313 916 DB 75V DB 35V Silpa 13:20-01 Issue 2 en-gb 2 (19)
Draw beam design Choosing a draw beam The vehicle can be ordered with or without a draw beam. When the draw beam has been selected, it is supplied fully fitted, but with adaptations to facilitate the transport of the chassis. s for different types of draw beams are provided later in the document. Select a draw beam taking into account the type of trailer and the goods to be transported. The values D, D c, S and V for the draw beams must exceed the calculated values for the planned vehicle combination. Refer to Components in the document Towing Units for more information about how to calculate these values. Draw beam DB 75V a a. Each column shows a certified combination. b. Contact your Scania dealer for further information about the Silpa draw beam. c. The JK dimension is the distance between the front draw beam fixing hole and the inside of the draw beam by the trailer coupling attachment. The draw beam wall thickness by the trailer coupling attachment: - 22 mm for DB 75V, - 16 mm for DB 35V Note: It is not permissible to drill or weld in Scania draw beams. DB 35V Silpa b D value (kn) 190 190 190 190 138 210 D c value (kn) 130 130 150 141 92 S value (kg) 1,000 2,000 1,000 1,000 1,000 V value (kn) 75 63 50 63 35 JK dimension c (mm) 205 205 205 205 208 Hole layout for the Conforms to ISO 3584 (160 x 100 mm) trailer coupling 13:20-01 Issue 2 en-gb 3 (19)
Draw beam design Vertical mounting position The vertical position of the draw beam is indicated as follows: Centrally mounted Semi-underslung Fully underslung H When semi-underslung or fully underslung draw beams are ordered, the associated end beam is fitted at the factory. Further details are provided under End beam later in the document. 313 917 Trailer coupling height relative to the top of the frame (H) Mounting position Centrally mounted (A) Semi-underslung (B) Fully underslung (C) H 160 mm 280 mm 370 mm Note: Tighten the M16 bolts with associated nuts to 250 Nm. Check and retighten the bolted joints. Carry out inspection and overhaul after driving 5,000 km. A B Mounting positions for DB 35V and DB 75V C 313 918 13:20-01 Issue 2 en-gb 4 (19)
Draw beam design Standards Examples of standards which define the height above the ground for the trailer coupling and the draw bar hinge point. Trailer coupling on the vehicle Draw bar hinge point on the trailer Reference 900 ± 150 mm 900 ± 100 mm ISO 11406 700 ± 150 mm 700 ± 100 mm Swedish regulations for the classification of couplings Longitudinal mounting position Draw beams DB 35V and DB 75V can be ordered fully fitted in two positions. For each position there are pre-drilled holes for alternative positions to which the draw beam can be moved. More information about bolted joints can be found in the document Calculations and theory under General information. When the draw beam is fitted 340 mm from the end of the frame, there are extra holes for locations 280 mm and 220 mm from the end of the frame. When the draw beam is fitted 580 mm from the end of the frame, there are extra holes for locations 520 mm, 460 mm, 400 mm, 340 mm, 280 mm and 220 mm from the end of the frame. In addition, there is the Silpa draw beam which can be ordered located 485 mm from the end of the frame. However, it cannot be moved. 13:20-01 Issue 2 en-gb 5 (19)
Draw beam design Dimension information ZD Z JE JB JK JF JK JF JB JA JC JE JC JF I A JL 313 919 JL JA JG JC DKU 313 920 Scania BEP Definition A L011 Axle distance. From the centre of the first front axle to the first driving rear axle. DKU Trailer coupling protrusion, from the back of the coupling mouth of the vehicle coupling to the inside of the draw beam at the trailer coupling attachment. I L016 Front overhang. From the front edge of the cab (bumper) to the centre line of the first front axle. JA L020 From the centre of first driving rear axle to the rear edge of the frame. JB From the centre of first driving rear axle to the rear edge of the bodywork. JC From the inside of the draw beam by the trailer coupling attachment to the centre of the tow pin. JE From the centre of the first driving rear axle to the centre of the front fixing hole of the draw beam. JF From the centre of the tow pin to the rear edge of the bodywork. JFc From the centre of the tow pin to the rear edge of the bodywork. Applies to close-coupled vehicles. JG From the rear edge of the frame to the rear edge of the bodywork. JK From the centre of the front fixing hole of the draw beam to the inside of the draw beam at the trailer coupling attachment. JL From the centre of first driving rear axle to the rear edge of the rear underrun protection. Z L063 From the centre of the front axle to the rear edge of the cab. ZD L102 From the centre of the front axle to the front edge of the bodywork. 13:20-01 Issue 2 en-gb 6 (19)
Draw beam design s Draw beam, option With draw beam Without draw beam 1529C 1529Z Draw beam type : Centrally mounted : Semi-underslung : Fully underslung DB 75V 1536J 1536C 1536D DB 35V 1536H - - Silpa 1536P - - Draw beam position Inset 340 mm Inset 485 mm Inset 580 mm 3717A 3717F 3717B 13:20-01 Issue 2 en-gb 7 (19)
Trailer couplings Trailer couplings Choosing a trailer coupling Select the trailer coupling in the table below. The values D, D c, S and V for the trailer coupling must exceed the calculated values for the planned vehicle combination. For more information about how to calculate the values of D, Dc, S and V refer to Components in the document Towing Units. Supplier Type Certified in accordance with Tow pin Ø (mm) D (kn) D c (kn) S (kg) V (kn) JC (mm) DKU (mm) JF VBG 8500 94/20/EC 50 190 210 330 VBG 795 94/20/EC 57 290 145 1,000 95 193 312 Rockinger 500A61000 94/20/EC 50 190 135 1,000 56 170 290 Ringfeder 2040 94/20/EC 40 136 92 1,000 38 175 305 Orlandi EH 501 94/20/EC 50 220 232 345 Orlandi Lupo 1C 45 200 221 316 JC Silpa 50 210 DKU 313 921 13:20-01 Issue 2 en-gb 8 (19)
Trailer couplings Examples of trailer couplings VBG 8500 VBG 795 Rockinger 500A61000 Ringfeder 4040 313 926 313 927 313 928 313 922 313 923 313 924 313 925 Orlandi EH 501 Orlandi Lupo 1C Silpa 13:20-01 Issue 2 en-gb 9 (19)
Trailer couplings s Trailer coupling Ringfeder 2040 Pin 40 Rockinger 500A61000 Pin 50 VBG 8500 Pin 50 VBG 795V Pin 57.5 Orlandi LUPO 1C Orlandi EH 501 Silpa No trailer coupling 1540L 1540B 1540C 1540M 1540G 1540H 1540R 1540Z 13:20-01 Issue 2 en-gb 10 (19)
Trailer connections Trailer connections Configurations The trailer connections are available in two different configurations. The choice of configuration determines which combinations of connections can be selected. Nordic configuration Continental configuration 313 929 313 930 Nordic configuration Continental configuration 13:20-01 Issue 2 en-gb 11 (19)
Trailer connections Connection types The tables show the selectable connections or connection combinations for lighting and brakes. Electrical connection Function Type (denomination) Number of pins Conforms to standard Lighting 1x7 pin (24 N) ISO1185 1x7 (24 N) ISO 1185 Lighting 1x15 pin ISO12098 1x15 ISO 12098 Brakes Function Brakes Brakes Brakes Type (denomination) ISO Duomatic Magneti Marelli If the vehicle brake system is equipped with ABS, an ISO 7638 trailer connection is always fitted at the factory. s Trailer connection Nordic configuration Continental configuration Attachment for trailer connection Located on the rear end of the frame No attachment 1556A 1556B 1369B 1369Z 13:20-01 Issue 2 en-gb 12 (19)
Trailer connections Electrical connection for trailers Socket 1x7 Socket 1x15 No connection Electrical connection for trailer brake ISO Duomatic Magneti Marelli No connection 664A 664D 664Z 463A 463D 463E 463Z ADR (European Agreement concerning the International Carriage of Dangerous Goods by Road) Vehicles which transport dangerous goods can be ordered as ADR classified vehicles from the factory. Both Nordic and Continental configurations are available as ADR compliant. However, in this case, ADR compliant trailer connections must be selected: Socket 1x7 (variant code 664A) meets the requirements of the following ADR versions: EX/II, AT and OX. Socket 1x15 (variant code 664D) meets the requirements of all ADR versions. 13:20-01 Issue 2 en-gb 13 (19)
Tow beam Tow beam General Tow beams may be used for temporary towing, extraction and shunting of vehicles and trailers. The tow beam cannot be combined with end beams or draw beams. Vehicles with a maximum gross vehicle weight of 40 tonnes (in line with 77/389/ EEC) can be towed and shunted using the tow beam. The tow beam tow pin has a diameter of 35 mm, which means that a suitable towing bar should have a 40 mm eye (DIN 74054) or 50 mm eye (DIN 74053). 107 313 931 Fitting tow beams 1. Fit the tow beam in the lower section of the frame web. Make sure that the distance from the centre of the tow pin to the rear edge of the frame members is 107 mm. 2. Tighten the M16 bolts with associated nuts to 250 Nm. 3. Check and retighten the bolted joints. Fully fitted tow beam More information about bolted joints can be found in the document Calculations and theory under General information. s Tow beam With tow beam Without tow beam 695E 695Z 13:20-01 Issue 2 en-gb 14 (19)
Rear underrun protection Rear underrun protection General The rear underrun protection is available in three different profile sections depending on its area of use. They are supplied fitted, but with adaptations to facilitate the transport of the chassis. Fixed underrun protection with a U-profile The aluminium U-profile allows the tail lamps and the registration plate to be fitted so that they are well protected by the U-profile. The tail lamps can be ordered fitted in the underrun protection from the factory. Fixed underrun protection with a square profile The aluminium square profile provides better ground clearance for an underslung draw beam. This is because the square profile has a lower height than the U-profile and the low-mounted trailer coupling limits the mounting height of the profile. Fixed underrun protection with a round profile The steel round profile is, for example, recommended for tipper vehicles so that the vehicle is not as likely to carry tipped gravel out onto the road. Three variants of the rear underrun protection 313 932 13:20-01 Issue 2 en-gb 15 (19)
Rear underrun protection External dimensions for underrun protection profiles 1 2 3 4 5 1. U-profile 2000/8/EC 2. Square profile 2000/8/EC 3. Round profile 2000/8/EC (pipe diameter 100 mm) 4. U-profile 2006/20/EC 215 140 128 257 140 5. Round profile 2006/20/EC (pipe diameter 108 mm) 116 124 115 102 135 313 933 Delivery options for underrun protection Underrun protection is supplied prepared for transport. The transport solutions vary according to whether the draw beam is centrally mounted, semi-underslung or fully underslung. Note: There is no guarantee that the correct number of bolts may have been supplied for the final mounting of the underrun protection. 313 934 Examples of temporarily fitted underrun protection 13:20-01 Issue 2 en-gb 16 (19)
Rear underrun protection s Underrun protection With underrun protection Without underrun protection 1538D 1538Z Choice of underrun protection Fixed, U-profile 2000/8/EC 1539A Fixed, square profile 2000/8/EC 1539B Fixed, round profile 2000/8/EC 1539C Fixed, U-profile 2006/20/EC 1539E Fixed, round profile 2006/20/EC 1539F 13:20-01 Issue 2 en-gb 17 (19)
End beam End beam Scania recommends that an end beam is fitted to vehicles not equipped with a draw beam, tow beam or other type of crossmember at the rear edge of the frame. Note: The end beam must not be used as a draw beam. Fit the end beam next to the rear edge of the frame member. An end beam cannot be combined with a centrally mounted draw beam or tow beam, since the stabilising characteristics of the end beam would be taken over by the draw beam or tow beam. On vehicles with a semi-underslung or fully underslung draw beam the customer can choose to have the vehicle supplied with or without end beam (variant codes below). If the vehicle is to be equipped with an end beam, fit it as follows: 313 935 On vehicles with a semi-underslung draw beam the end beam is fitted 80 mm in front of the draw beam's first fixing hole. On vehicles with a fully underslung draw beam the end beam is fitted 80 mm in front of the draw beam's first fixing hole. However, on the following vehicles the end beam is fitted 100 mm behind the draw beam's first fixing hole: Rear leaf spring suspension, configuration 6x2Z, JE dimension less than 2,420 mm. Rear leaf spring suspension, configurations 6x4Z and 8x4Z with bogie type BT201 1, JE dimension less than 2,420. Rear leaf spring suspension, configurations 6x4Z and 8x4Z with bogie type BT300 2, JE dimension less than 2,510. This exception does not apply to 8x4Z with axle distance 4,100 mm. 1. Bogie with leaf spring suspension and driven on both axles, intended for a bogie load of 19-21 tonnes 2. Bogie with leaf spring suspension and driven on both axles, intended for a bogie load of 26-32 tonnes 13:20-01 Issue 2 en-gb 18 (19)
End beam Note: If an end beam is not selected on vehicles with a semi or fully underslung draw beam, a beam with the relevant characteristics such as a Scania end beam, or a more rigid end beam, must be fitted at the rear edge of the frame. Otherwise the draw beam certificate will not be valid. s End beam, option With end beam Without end beam 1557C 1557Z 13:20-01 Issue 2 en-gb 19 (19)