DELPHI TA1346 Track rod end for MAZDA 929, 626 Cone Size 13,6 mm, Front Axle
Article number: TA1346
Manufacturer: DELPHI
Trade numbers: DELPHI TA1346
Details
Fitting Position:
Front Axle
Length [mm]:
114
Cone Size [mm]:
13,6
Thread Type:
with right-hand thread
Thread Size:
M14x1.5
Width [mm]:
42
Height [mm]:
73
Condition:
New
Attractive prices
Shop where the bargains are! We offer:
a vast choice of automotive goods at attractive prices
special offers
free delivery on orders above a certain amount
Fast delivery
Do you have to repair your car urgently? Get the parts you need quickly. See our delivery policy for detailed information.
Easy return or exchange
You can easily exchange an item for another one, or return it to our warehouse within the standard return period and get your money back. Follow this link to find out more about our return and exchange terms and conditions. You also have the possibility to extend the standard return term from 14 to 100 days using the Safe Order option.
Professional assistance
Do you have questions about an item or an order? You can find answers here or contact our customer support agents via any convenient channel.
Track rod end DELPHI TA1346 - compatible car models
Car models
Mazda 626 Coupe GD; Mazda 626 GD; Mazda 626 Hatchback; 929 III Saloon (HC); 626 III Estate (GV); Mazda 626 GC; 929 II Coupe (HB); 626 II Hatchback (GC); 929 II Saloon (HB); 626 GC; 929 II HB
Engines
2.0 16V; 1.8; 2.0 12V; 2.2 12V; 2.0; 2.2 12V 4WD; 1.6; 2.0 D; 2.0 4x4; 3.0 i; 3.0; 2.2 i; 2.0 i 16V; 2.0 D Comprex; 2.0 i Turbo; 2.0 i GLX
Engine power (horsepower)
60-190 hp
Power (kilowatts)
44-140 kW
Year of manufacture
1982-1997
Manufacturer article number
TA1346
OE part number(s)
1391-99-322, 8AH1-32-280, H001-99-324
If a part is temporarily unavailable, you could substitute it with these parts:
Parts Details
Supplementary Info:
Premium Kit+
Length [mm]:
93
Internal Thread [mm]:
M14x1,50
Cone Size [mm]:
13
Thread Type:
with right-hand thread
Supplementary Article / Supplementary Info Info 2:
with fastening material