Brand: C.oeft
OE numbers: 35240-50030
Product Name: Transmission Valve
Compatible model: A960E A960F
Product status: New/Remanufactured
Number of teeth on the product: /
Product weight: 0.1KG
Packaging size: 15X7.5X6 cm
Product packaging: Neutral Package
Car series: Japanese
Car type: For Toyota
1. Precise Conversion of High-Frequency Electro-Hydraulic Signals
Adopting Toyota's flagship fourth-generation PWM (Pulse Width Modulation) control technology, it can real-time receive high-precision current signals (0.7-2.4A) output by the Transmission Control Unit (TCU) and complete the conversion from electrical signals to mechanical movements of the valve core within 35 milliseconds. The maximum stroke of the valve core is strictly controlled at 0.35mm, and combined with the "two-stage buffer spring" design, it can quickly and smoothly adjust the on-off state and flow rate of hydraulic oil, driving clutches and brakes to complete engagement/disengagement actions. This ensures that the response delay of shift commands is ≤ 0.06 seconds, avoiding low-speed shift jitter (e.g., shift impact between 1st and 2nd gears ≤ 18N) or high-speed power interruption (e.g., lag in shifting from 5th to 8th gears during overtaking), which meets the "imperceptible shifting" driving demand of high-end models.
2. Dynamic Fine-Tuning of Oil Pressure for Multiple Working Conditions
Targeting diverse usage scenarios of high-end models (urban congestion, high-speed cruising, mountain climbing, sport mode, comfort mode), it is equipped with a "four-stage pressure compensation valve core" that enables stepless oil pressure regulation within the range of 0.4-2.6MPa. For example, during low-speed shifting in comfort mode, it outputs low oil pressure (0.4-0.9MPa) and further reduces impact through the "oil damping chamber" to improve riding quietness (transmission noise ≤ 45 decibels); during rapid acceleration in sport mode or climbing (slope ≥ 20°), it automatically increases the oil pressure to 2.0-2.6MPa to enhance clutch engagement rigidity and transmission tension of planetary gear sets, avoiding power slipping (e.g., vehicle speed fluctuation ≤ 0.5km/h during steep hill starts); during high-speed cruising, it finely adjusts the oil pressure through a dynamic compensation algorithm (fluctuation range ≤ 0.02MPa) to reduce transmission system vibration (vibration amplitude ≤ 0.08mm), meeting the high requirements for driving quality of high-end models.
1. Original Equipment Adaptation for Toyota High-End Models with Strong Compatibility
As an original Toyota-spec solenoid valve (part number 35240-50030), it is fully compatible with the oil circuit interfaces (e.g., M12×1.5 threaded interface for AA81E 8AT and AA100E 10AT transmissions) and wiring harness plug pin definitions (8-pin waterproof plug, meeting IP68 dustproof and waterproof standards, capable of withstanding high-pressure car washing and wading scenarios) of transmissions in specific-year Lexus and Toyota Crown models. No modification to installation dimensions or adjustment of circuit parameters is required. After installation, it can directly achieve "plug-and-play" communication with the original vehicle's TCU, and the TCU automatically loads the flagship-level control program (no additional programming and calibration needed). The applicable models cover high-end configurations such as Lexus ES 300h, ES 260, Toyota Crown 2.0T, and 3.0L, greatly reducing the maintenance adaptation difficulty of high-end models.
2. Flagship-Level Precision Manufacturing Process with Outstanding Durability
The valve core is made of martensitic stainless steel (material: 4Cr13NiMoV, containing vanadium to enhance fatigue resistance) and undergoes "vacuum quenching + ultra-precision honing" treatment, with a surface roughness of ≤ Ra0.008μm and a surface hardness of over HV1100. Its wear resistance is 60% higher than that of ordinary solenoid valves, capable of resisting long-term hydraulic oil scouring (ATF WS Ultra oil service life ≥ 80,000 kilometers) and impurity wear; the coil uses polyimide enameled copper wire resistant to 220℃ high temperature, covered with a "fluororubber + glass fiber" double-layer insulation layer, which has oil resistance, aging resistance, and vibration resistance (capable of withstanding 10-2000Hz vibration), preventing short-circuit faults caused by oil penetration or vibration. Through 1.8 million cycles of action testing (simulating a 15-year/300,000-kilometer usage scenario), the failure rate is ≤ 0.3%, and the service life can reach more than 220,000 kilometers under normal use, reducing the later maintenance frequency of high-end models.