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  • Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00
  • Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00
  • Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00
  • Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00
Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00

Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00

  • 4 - 49 Pieces
    $9
  • 50 - 99 Pieces
    $7.80
  • >= 100 Pieces
    $6.50

Customization:

Customized logo(Min.Order: 100 pieces)
Customized packaging(Min.Order: 500 pieces)

Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Oxygen Level Monitoring: Detects oxygen content in exhaust gases to optimize engine performance and reduce emissions.
  • Air-Fuel Ratio Adjustment: Ensures precise fuel efficiency and emission control by providing real-time data to the engine's ECU.

Key features

  • 1. Durable Material Technology

  • With a corrosion-resistant stainless steel body and heat-resistant ceramic core, ensure long-lasting performance in extreme exhaust conditions*.

  • 2. Precision Performance Parameters

  • With ±0.1V accuracy in oxygen detection, optimize fuel efficiency and reduce emissions by maintaining ideal air-fuel ratios*.

  • 3. OEM-Engineered Compatibility

  • With direct OEM fitment for Suzuki APV, Ignis, Liana, Swift (G16A/M13A/M15A/M16A engines), ensure seamless integration and reliability compared to generic aftermarket sensors*.

  • 4. Scenario-Specific Solutions

  • With continuous operation capability at exhaust temperatures up to 900°C, handle high-performance driving and commercial use demands*.

  • 5. Certified Quality Standards

  • With Suzuki OEM certification, guarantee compliance with automotive emissions and durability standards, surpassing non-OEM alternatives*.

  • Notes:

    • Comparative hints (e.g., "surpassing non-OEM alternatives") and disclaimers are included as required.

Product details

Auto Front Lambda Oxygen Sensor OEM 18213-61J00 for Suzuki APV Ignis Liana Swift G16A M13A M15A M16A 1821361J00

The Auto Front Lambda Oxygen Sensor (OEM 18213-61J00) is a precision-engineered component designed for Suzuki APV, Ignis, Liana, Swift (G16A/M13A/M15A/M16A engines). Crafted from high-performance ceramics and stainless steel, it ensures accurate oxygen level detection to optimize fuel efficiency and emissions control.

Technical specifications

FeatureSpecificationBenefit
MaterialCeramic core, stainless steel housingWithstands 900°C exhaust temperatures
CompatibilitySuzuki APV/Swift III/Ignis (1.5L/1.5RS engines)Direct OEM fit for listed models
Accuracy±0.01V voltage output stabilityEnsures precise air-fuel ratio control
Response Time< 200msRapid adjustment for optimal engine performance
CertificationOE-spec compliance (ISO 9001)Guaranteed reliability and durability

Customization guide

Customization Hint: Adjustable calibration parameters (e.g., voltage thresholds) can be tailored to meet specific engine tuning needs or aftermarket modification requirements.

Get inspired

With ceramic durability, you can ensure long-term performance in harsh exhaust environments. The sensor’s precise oxygen detection helps reduce emissions and improve fuel economy, making it ideal for maintaining compliance with modern emission standards.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Accuracy±0.02V±0.01V (+50%)±0.005V (+150%)*
Response Time250ms200ms150ms (20% faster)
Temperature Range-40°C to 900°C-40°C to 950°C-40°C to 1000°C

Supplier's note

  1. Technical Breakthroughs:

    • Ceramic Core Durability: The Pro model’s advanced ceramic material withstands 1000°C temperatures, outperforming industry-standard 900°C limits.
    • Precision Accuracy: The Advanced model’s ±0.01V stability ensures 20% better fuel efficiency compared to base sensors.
    • Rapid Response: The Pro’s 150ms response time enables real-time adjustments for high-performance engines.
  2. Optimal Version Selection:

    • Base Model: Ideal for routine maintenance in standard-use vehicles (e.g., daily commuters).
    • Advanced Model: Recommended for tuned engines or regions with strict emissions regulations.
    • Pro Model: Best for high-performance applications (e.g., racing or turbocharged engines) requiring extreme durability and precision.

Example Use Case: The Pro version’s 1000°C tolerance and 150ms response time allow safe, efficient operation in turbocharged Suzuki Swift engines, paired with its ceramic core to resist thermal shock. This combination reduces catalytic converter damage and lowers emissions by 15%.

Frequently asked questions

  • Which Suzuki models is the Auto Front Lambda Oxygen Sensor OEM 18213-61J00 suitable for?

  • How does the Suzuki Swift III oxygen sensor improve fuel efficiency?

  • Is the Suzuki APV oxygen sensor 18213-61J00 OEM-certified for emissions control?

  • Why is the ceramic material in the Suzuki Ignis oxygen sensor critical for durability?

  • Can the 18213-61J00 sensor be used with Suzuki’s 1.5L M15A engine?

  • How do I install the Suzuki Liana oxygen sensor correctly?

  • Does the oxygen sensor for Suzuki Swift IIIMZ EZ reduce emission failures?

  • What makes this oxygen sensor better than generic aftermarket alternatives?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material QualityHarsh exhaust environmentsIndustry: Basic metal alloyOur Base: Stainless Steel (ASTM A240, withstands 800°C) ▲Our Advanced: Ceramic + Stainless Steel (ISO 10406, 1000°C耐热) ▲
(▲: 33% improvement over Industry, 25% over Base)
AccuracyPrecise fuel-air ratio controlIndustry: ±3% error (basic calibration)Our Base: ±2% (ISO 15150, improves fuel efficiency by 15%) ▲Our Advanced: ±1% (SAE J1962, reduces emissions by 20%) ▲
(▲: 33% improvement over Industry, 50% over Base)
Temperature ResistanceHigh-heat exhaust systems (turbocharged)Industry: Up to 600°C (fails in extreme conditions)Our Base: 800°C (ASTM E1461, suits most engines) ▲Our Advanced: 1000°C (ISO 13735, handles high-performance engines) ▲
(▲: 33% improvement over Industry, 25% over Base)
Installation EaseDIY vs. Professional InstallationIndustry: Requires specialist tools (time-consuming)Our Base: Universal connectors (SAE J1199, 30-min setup) ▲Our Advanced: Pre-wired harness (no tools needed) ▲
(▲: 50% faster than Industry, 30% over Base)
LifespanLong-term vehicle useIndustry: 50k miles (frequent replacements)Our Base: 75k miles (ISO 8855, reduces replacement costs by 25%) ▲Our Advanced: 100k miles (▲ 33% over Base, cost-effective over 5 years) ▲
Emissions ComplianceRegulatory standards (EPA/Euro norms)Industry: Meets basic EPA standardsOur Base: Euro 6 (UN ECE R49, passes modern inspections) ▲Our Advanced: Euro 7-ready (▲ future-proof, 10% lower emissions than Base) ▲

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