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  • Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor
  • Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor
  • Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor
  • Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor
  • Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor
Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor

Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor

  • 50 - 199 Pieces
    $7
  • 200 - 499 Pieces
    $6.50
  • >= 500 Pieces
    $5.50

Customization:

Customized packaging(Min.Order: 500 pieces)

Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Accurate Temperature Measurement: Designed to monitor air temperature in marine engines and automotive systems, ensuring precise readings for critical components like engine coolant or exhaust systems.
  • Durability & Reliability: Built with a brass sensor body and corrosion-resistant materials to withstand harsh environments, enabling long-term performance in high-temperature or corrosive conditions.

Key features

  • 1. Corrosion-Resistant Brass Material Technology

  • With a corrosion-resistant brass body, ensure precise and durable temperature measurement in harsh marine or industrial environments. ~30% more resistant to rust and corrosion than plastic-based sensors*

  • 2. Threaded Design for Secure Installation

  • With a threaded end and waterproof automotive-grade connector, easily install and integrate the sensor into Mercury Marine systems. Compatible with standard automotive setups for seamless replacement or installation*

  • 3. Wide Temperature Range and Fast Response

  • With a -40°C to 120°C operational range and rapid thermal conductivity, monitor extreme temperatures in engines or machinery. Responds 2x faster than standard sensors for real-time accuracy*

  • 4. Dual-Use Scenario Solutions

  • Ideal for both marine outboard engines (e.g., Mercruiser models) and industrial applications, providing reliable temperature monitoring in high-heat or corrosive conditions. Versatile for home or commercial use*

  • 5. Automotive-Grade Durability Standards

  • Constructed to meet automotive industry standards for thermal stability and longevity, ensuring compatibility with Mercury systems and resistance to environmental stressors.

Product details

Temperature Sensor 8M0205787 885342002 8M0148668 885342001 for Mercruiser Mercury Marine Outboard Water Temperature Sensor

The RUNTONG Temperature Sensor for Mercruiser Mercury Marine Outboard is designed for precise temperature monitoring in marine and automotive applications. Engineered with a brass sensor body and a flexible silicone/Teflon cable, it ensures durability in harsh environments while maintaining accuracy. The standard automotive connector enables seamless integration with vehicle systems.

Technical specifications

FeatureSpecificationBenefit
MaterialBrass sensor bodyHigh thermal conductivity and corrosion resistance
CableFlexible silicone/Teflon, 8 metersWithstands high temperatures and mechanical stress
ConnectorBlue waterproof automotive connectorEnsures reliable, corrosion-resistant connectivity
Temperature Range-40°C to 120°C (customizable)Covers extreme conditions for marine/industrial use
CertificationMeets ISO 16750-1 automotive standardsGuaranteed performance in automotive environments

Customization guide

Adjustable parameters:

  • Temperature Range: Tailor the sensor to measure between -40°C to 120°C or beyond for specialized applications.
  • Connector Type: Swap to alternative automotive connectors (e.g., Deutsch DT, Molex) for system compatibility.
  • Cable Length: Extend or shorten the cable (8m standard) to fit installation constraints.

Get inspired

With a brass sensor body, you can achieve rapid thermal conductivity for precise measurements in marine engines. The flexible silicone cable allows easy routing in tight spaces, while the waterproof connector ensures reliability in saltwater or industrial environments. For example, in a Mercruiser outboard engine, this sensor monitors coolant temperature to prevent overheating during prolonged use.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Temperature Range-40°C to 120°C-50°C to 150°C-60°C to 200°C*
Response Time5 seconds3 seconds1.5 seconds
Durability Rating5,000 cycles10,000 cycles20,000 cycles
ConnectorStandard automotiveIP68 waterproofIP69K dust/waterproof

Supplier's note

  1. Technical Breakthroughs:

    • Brass Sensor Body: Achieves 30% faster thermal response than aluminum alternatives.
    • Flexible Silicone Cable: 20% thinner than traditional cables, enabling installation in confined spaces.
    • IP69K Connector (Pro Model): Meets industrial standards for high-pressure washdown environments.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard marine applications (e.g., outboard engines) where cost-efficiency is prioritized.
    • Advanced Model: Suitable for industrial machinery or heavy-duty vehicles requiring extended temperature ranges.
    • Pro Model: Designed for extreme conditions (e.g., offshore platforms or high-temperature exhaust systems), offering triple the durability of competitors.

*Pro Model’s expanded range (-60°C to 200°C) outperforms industry benchmarks by 25%.

Frequently asked questions

  • Which Mercury Marine Outboard models is the RUNTONG Temperature Sensor (8M0205787) compatible with?

  • How do I clean and maintain the threaded brass sensor body for longevity?

  • Why is brass preferred over other materials for this marine temperature sensor?

  • Can this sensor be customized for extreme temperature ranges in industrial settings?

  • Is the RUNTONG Temperature Sensor OE-compatible with Mercury Marine systems?

  • What installation considerations should I note for this sensor in marine engines?

  • How does this sensor handle harsh marine environments compared to generic sensors?

  • What are the benefits of the coiled cable design for automotive/industrial use?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material CompositionHarsh marine environmentsBrass body (thermal conductivity: 109 W/m·K ▲ Advanced: 120 W/m·K (enhanced brass alloy))Faster temperature readings (▲ Advanced improves response time by 15% (ideal for high-speed engines))Base version may be heavier than plastic alternatives
Cable FlexibilityTight engine compartmentsCoiled silicone cable (flexibility: ASTM D2240 Shore A 70 ▲ Advanced: 60 (more flexible))Easier installation (▲ Advanced reduces bend radius by 20% (simplifies routing in confined spaces))Base cable may stiffen in extreme cold (−30°C)
Connector CompatibilityMulti-system integrationStandard automotive connector (IP67 rated) ▲ Advanced: IP69K (high-pressure resistant)Interchangeable with most systems (▲ Advanced adds compatibility with heavy-duty washdown environments)Base may require adapters for older vehicle models
Temperature RangeExtreme marine conditionsCustomizable −40°C to 120°C ▲ Advanced: −50°C to 150°C (wider range)Versatile for Arctic or tropical deployments (▲ Advanced covers polar regions and high-heat exhaust systems)Base requires pre-set calibration for specific ranges
Corrosion ResistanceSaltwater exposureASTM B117 salt spray test: 1000+ hours ▲ Advanced: 2000 hours (dual coating)Longer lifespan in corrosive environments (▲ Advanced doubles resistance (ideal for saltwater marinas))Base may corrode faster than stainless steel in high-chlorine environments
Sensor Response TimeReal-time engine monitoring2 seconds (Industry Standard: 5s) ▲ Advanced: 1.5 seconds (faster response)Immediate alerts for overheating (▲ Advanced reduces lag by 25% (critical for rapid thermal shifts))Base may lag in rapidly fluctuating temperature scenarios (e.g., rapid engine startups)

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