Deutz-Fahr Series 6 Agrotron TTV

AdBlue (DEF) capacity & service interval

Deutz-Fahr Series 6 Agrotron TTV uses AdBlue (DEF) with a capacity range of 25 to 50 liters. The data covers 14 configurations.

The configuration chart below lists fill volumes and service intervals for each engine and trim variant.

TypeSpecifications
6160 TTV Agrotron, Stage 5->WSXFM00200LD10001 (2023- )
  • Use: Normal
  • Capacity 50 liter
6160.4 TTV Agrotron, Stage 5->WSXFL60200LD10001 (2023- )
  • Use: Normal
  • Capacity 50 liter
6170 TTV Agrotron, Stage 5->WSXFM20200LD10001 (2023- )
  • Use: Normal
  • Capacity 50 liter
6170.4 TTV Agrotron, Stage 5->WSXFL80200LD10001 (2023- )
  • Use: Normal
  • Capacity 50 liter
6180 TTV Agrotron, Stage 5->WSXFM40200LD10001 (2023- )
  • Use: Normal
  • Capacity 50 liter
6130.4 Agrotron TTV, Stage 5->WSXJP60200LD10001 (2017- )
  • Use: Normal
  • Capacity 25 liter
6140.4 Agrotron TTV, Stage 5->WSXJP60200LD10001 (2017- )
  • Use: Normal
  • Capacity 25 liter
6150.4 Agrotron TTV, Stage 5->WSXJP60200LD10001 (2017- )
  • Use: Normal
  • Capacity 25 liter
6150.4 TTV Agrotron, Stage 3B->WSXV750400LD50001 (2013- )
  • Use: Normal
  • Capacity 35 liter
6160 TTV Agrotron, Stage 3B->WSXU430200LD50001 (2013- )
  • Use: Normal
  • Capacity 50 liter
6160.4 TTV Agrotron, Stage 3B->WSXV790400LD50001 (2013- )
  • Use: Normal
  • Capacity 35 liter
6180 TTV Agrotron, Stage 3B->WSXU470200LD50001 (2013- )
  • Use: Normal
  • Capacity 50 liter
6190 TTV Agrotron, Stage 3B->WSXW090200LD50001 (2013- )
  • Use: Normal
  • Capacity 50 liter
6190 TTV Agrotron, Stage 3B->WSXDG60200LD50001 (2013- )
  • Use: Normal
  • Capacity 50 liter

Additional Notes

  • All configurations in the Deutz-Fahr Series 6 Agrotron TTV use a selective catalytic reduction (SCR) system for AdBlue (DEF) delivery, which injects a urea-water solution into the exhaust stream to convert nitrogen oxides into nitrogen and water vapor.
  • The 6130.4, 6140.4, and 6150.4 Agrotron TTV models built to Stage 5 emissions standards from serial number WSXJP60200LD10001 onward carry a 25-liter AdBlue tank capacity, the smallest figure across all configurations listed.
  • The Stage 3B variant of the 6150.4 TTV Agrotron, starting from serial number WSXV750400LD50001, holds 35 liters of AdBlue, as does the Stage 3B 6160.4 TTV Agrotron from serial number WSXV790400LD50001 onward.
  • A capacity difference exists between the Stage 3B and Stage 5 variants of the 6150.4 model. The Stage 3B version specifies 35 liters, while the Stage 5 6130.4 and 6140.4 share a 25-liter tank, reflecting variation tied to emissions generation and SCR dosing demands across regulatory tiers.
  • The 50-liter AdBlue capacity is the largest value specified across the Series 6 Agrotron TTV range and applies to the 6160, 6160.4, 6170, 6170.4, 6180, and 6190 model variants. A 50-liter tank is consistent with higher-output tractors where greater DEF consumption is expected over extended working periods.
  • The 6160 TTV Agrotron Stage 3B, from serial number WSXU430200LD50001, and the 6160 TTV Agrotron Stage 5, from serial number WSXFM00200LD10001, both specify a 50-liter AdBlue capacity despite belonging to different emissions tiers, indicating the tank size was retained across the regulatory transition for that model.
  • The 6190 TTV Agrotron Stage 3B appears under two distinct serial number sequences, WSXDG60200LD50001 and WSXW090200LD50001, both starting from 2013 and both specifying a 50-liter AdBlue capacity, suggesting parallel production lines or market variants sharing the same fluid specification.
  • Stage 3B emissions compliance, referenced across the 6150.4, 6160, 6160.4, 6180, and 6190 TTV Agrotron variants from 2013, represents an earlier EU off-road machinery emissions standard, while Stage 5 denotes the more stringent tier introduced later, requiring more advanced aftertreatment. Both stages use SCR as part of the emissions control strategy in these specifications.
  • All AdBlue capacity values across the Series 6 Agrotron TTV are listed under normal use conditions, meaning the figures apply to standard operating environments rather than severe-duty cycles.

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