Catalog

MERCEDES-BENZ A9092670000 TRANSMISSION CABLE

MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE
MERCEDES-BENZ A9092670000 TRANSMISSION CABLE

Product Specifications

Product quality
OEM Equivalent Grade
starstarstar
200 sold
Wholesale price USD $8.66
Wholesale price CNY ¥58.8
bolt MOQ (Minimal order)
100 pcs
local_shipping Production time
60 days
package_2 Shipping Weight: 0.75 kg
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MERCEDES-BENZ A9092670000
MERCEDES-BENZ A9092670100
MERCEDES-BENZ A909267000028
MERCEDES-BENZ 9092670000
Overview & Operating Principle
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The TRANSMISSION CABLE is a Bowden cable assembly that mechanically transmits the gear selector lever or shifter's movement through the cabin bulkhead to the transmission gear selection mechanism, converting the driver's hand input at the gear knob into the precise linear or rotational displacement required to engage the selected gear ratio inside the manual gearbox or to select the drive range on an automatic transmission. The cable consists of a high-tensile steel inner wire — either a single twisted strand or a multi-strand construction for flexibility — that slides with minimal friction within a semi-rigid outer conduit lined with PTFE or nylon; end fittings at each end attach the inner wire to the transmission selector arm ball pin or lever and to the gearshift mechanism inside the cabin, while the outer conduit is anchored at both bulkhead passage points to provide a fixed reference against which the inner wire travels. Manual gearbox applications typically use two separate cables — one for the selection plane (lateral movement between gear planes) and one for the engagement plane (fore-aft movement within a gear plane) — whose combined travel precisely positions the gearbox internal selector fork. Automatic transmission selector cables transmit the PRNDL selector lever position to the transmission inhibitor/range sensor assembly or directly to the manual valve in the valve body.

This unit — MERCEDES-BENZ A9092670000 — is manufactured to OEM-equivalent specifications: inner wire diameter and tensile strength, conduit outer diameter and flexibility rating, end fitting ball socket or clip geometry at both the transmission and selector ends, overall conduit length and inner wire travel range, and mounting bracket and conduit anchor clip positions are matched to the original part. Supplied as a direct replacement for standard fitment. Available wholesale from 8.66 USD, MOQ 100 pcs, production lead time 60 days.

Gear selector cables fail through inner wire strand fatigue and progressive wire breakage — individual strands fracture under repeated flexing, increasing effective cable stiffness until a full break occurs; through outer conduit contamination that increases inner wire friction, causing the gear selection movement to feel heavy and imprecise; through end fitting clip fracture that detaches the cable from the transmission selector arm — resulting in immediate loss of all gear selection; and through conduit kinking at a sharp routing bend that permanently deforms the conduit and creates a high-friction sticking point in the cable's travel. A partial cable failure typically presents as progressive gear selection difficulty before the complete failure event, providing a warning period during which replacement can be planned.

Symptoms & Diagnostics
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Gear selection that requires significantly more effort than normal — stiff, notchy, or requiring deliberate force to move through the gear gate — inner wire friction has increased from conduit contamination or a kink in the cable routing; distinguish cable stiffness from transmission internal stiffness by disconnecting the cable at the transmission end and moving the selector lever — if the movement is free with the cable disconnected, the stiffness is in the cable; if it remains stiff, the transmission selector mechanism requires inspection.
Inability to select a specific gear or gear range — one position in the gear gate is unreachable while all others function correctly — the cable's travel range has reduced from a partial wire break or conduit kink that limits inner wire displacement; the missing gear is typically the one requiring maximum cable travel in the affected direction.
Complete loss of gear selection — gear lever moves freely with no resistance and no gear changes occur — the inner wire has fractured completely or the end fitting clip has detached from the transmission selector arm; the cable moves without transmitting any force to the transmission; confirm by inspecting the cable end fitting at the transmission — a dangling end fitting or missing clip confirms detachment.
Gear selection that works correctly in warm conditions but is stiff or impossible in cold weather — the conduit inner lining has accumulated moisture that freezes in cold temperatures, binding the inner wire; this symptom is characteristic of a cable with a degraded conduit seal at the bulkhead passage point that has allowed water ingress; the fault temporarily resolves as the temperature rises.
On automatic transmissions — inability to move the selector out of Park, or selector that does not correctly indicate PRND position on the instrument cluster — the selector cable has stretched beyond its adjustment range or the end fitting has slipped on the transmission range sensor lever, producing a misalignment between the selected position and the position the transmission actually engages.
Gear selection that has gradually become increasingly imprecise over several months — gears difficult to find, double-clutch required, or synchromesh engagement requiring more force — progressive inner wire strand breakage increasing cable stiffness; the gearshift still functions but is approaching the point of complete cable failure; replace before the cable fails completely to avoid being stranded.
Logistics & Customs
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International HS Code
7312.10
EAEU Customs Code (TN VED)
7312 10 890 0
Typical Net Weight
0.75 kg
Country of Manufacture
China
Standard MOQ
100 pcs
Production Lead Time
60 days
Always verify the exact 8-digit or 10-digit subheading with your customs broker for the destination country, as tariff schedules and duty rates vary by jurisdiction.
Installation Tips
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  1. Note the transmission selector arm position before disconnecting the cable — place the transmission in neutral (manual) or Park (automatic) and mark the selector arm's angular position relative to the transmission housing with a paint pen; this reference position is required during cable adjustment after installation to confirm the cable is correctly positioned at the mid-point of its travel range in the neutral or Park position.
  2. Route the new cable through all original conduit anchor clip and routing bracket positions following the exact path of the old cable — photograph the full routing before removal; a cable routed with tighter bends than the OEM design has increased inner wire friction and reduced travel range; never route the cable over sharp edges or in contact with exhaust components; ensure a minimum bend radius of 100 mm at every bend point.
  3. Anchor the outer conduit at both ends before connecting the inner wire end fittings — the conduit must be fully seated in both its bulkhead grommet and its transmission housing anchor bracket before the inner wire is attached to any lever; a conduit that is not fully anchored will pull through its mounting under cable tension, producing a cable that appears connected but has incorrect effective travel.
  4. Set the cable adjustment to the mid-point of the available adjustment range before making the final end fitting connection — most gear selector cables have an adjuster barrel or a sliding anchor bracket that sets the resting position of the inner wire relative to the conduit; setting this to mid-range maximises the available travel in both directions and allows fine adjustment after the cable is connected and gear selection is tested.
  5. On manual gearboxes, verify all gear positions are accessible and synchromesh engages cleanly after installation — with the engine off and clutch depressed, move the gear lever through every gear position in the correct H-pattern sequence and confirm each gear engages without resistance; if any gear requires excessive force or is unreachable, adjust the cable adjuster barrel incrementally until all positions are equidistant and equally accessible.
  6. Install the new TRANSMISSION CABLE (MERCEDES-BENZ A9092670000), secure all conduit clips and grommets, reconnect all end fittings, start the engine and road test through all gear positions under load — confirming smooth engagement and positive gear selection feel — before returning the vehicle to service; on automatic transmissions verify the P-R-N-D-L positions on the instrument cluster match the actual transmission range selected.
Tools: paint pen for selector arm position reference, cable routing photographs before removal, cable adjuster tool or pliers for barrel adjustment, OBD-II scanner for automatic transmission range sensor position verification.
Frequently Asked Questions
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Should both gear selector cables be replaced simultaneously on a manual gearbox when only one has failed?
Replacing both selector cables simultaneously is strongly recommended on manual gearboxes when one cable has failed from wire fatigue or conduit wear. Both cables share the same age, routing environment, and inner wire fatigue accumulation — if one has reached the failure threshold, the second is at the same stage and will fail within a short interval. The gearshift mechanism must be partially disassembled to access either cable, and the adjustment procedure must be performed on both cables together to achieve correct gear gate alignment; replacing only one cable and readjusting the system around a worn second cable produces a gear gate that cannot be perfectly centred. ok.parts supplies selector cables individually and in sets at wholesale MOQ from 8.66 USD per unit.
Is cable adjustment always required after replacement, and how is correct adjustment confirmed?
Yes — cable adjustment is mandatory after every gear selector cable replacement. The cable adjuster sets the inner wire's resting position relative to the conduit, which determines the gearshift lever's neutral position in the gear gate and the available travel to each gear. Correct adjustment is confirmed by placing the transmission in neutral, verifying the gear lever sits at the geometric centre of the neutral cross position in the gate, and then checking that all gear positions are reached with equal and symmetrical lever travel. On automatic transmissions, confirmed correct adjustment means the instrument cluster PRNDL position matches the actual gear selected with no offset between indicated and actual position. An incorrectly adjusted cable produces a gear gate that is biased to one side, making some gears harder to engage than others.
How does the OEM-equivalent aftermarket unit compare to the genuine OEM part?
OEM-equivalent units in this catalogue replicate the current OEM design geometry and material specification. Quality is verified against OEM cross-reference data. When ordering in bulk, confirm with our team that the specification matches the latest OEM revision for your application.
Is white-label or custom packaging available for wholesale orders?
Yes. ok.parts works directly with the manufacturing facility and can accommodate neutral white-label packaging or fully branded packaging with your company logo, part numbers, and barcode. Minimum order quantities and lead times for custom packaging may differ from standard stock. Contact the team via the inquiry form to discuss your specific requirements.
Frequently Replaced Together
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PartReason for Combined Replacement
Gear Selector Cable End Clip Set
Application-specific plastic retention clips		The plastic end clips that retain the cable inner wire to the transmission selector arm ball pin and to the gearshift mechanism lever are single-use fasteners that fracture if removed — the clip's retention barb is designed to lock permanently on installation; prying a clip off to remove the old cable destroys it. Always have a complete set of new end clips available before beginning cable removal; reusing a fractured clip produces an immediately loose cable end fitting that detaches under the first gear change.
Gear Selector Cable Grommet Set
Bulkhead and floor passage grommets		The rubber grommets where the gear selector cable passes through the cabin bulkhead or floor panel seal the cable passage against water, noise, and exhaust gas ingress. Old grommets that have been compressed around the cable for high mileage have taken a permanent set and will not seal correctly around the new cable's conduit outer diameter; water ingress through a failed grommet reaches the conduit and inner wire, causing the same cold-weather binding that may have contributed to the original cable failure. Replace all grommets simultaneously with the cable.
Transmission Selector Arm Ball Stud
Application-specific threaded stud		The ball stud on the transmission selector arm that the cable end clip engages is subject to wear from the clip rocking against it during each gear change. A worn ball stud has a reduced diameter that allows the new cable end clip to rock or wobble rather than seating firmly, producing imprecise gear selection and increasing the risk of clip disengagement under load. Inspect the ball stud diameter against the OEM specification and replace if measurable wear is found.