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English Premium CAT E320B E320C Excavator Fuel Tank Floating Sensor (Part No. 163-6700)
Reliable Fuel Level Monitoring for Your Excavator
Ensure optimal performance and prevent unexpected downtime with our high-quality Fuel Tank Floating Sensor, specifically designed for a range of Caterpillar excavators, including the popular CAT E320B and E320C models. This essential component, with part number 163-6700, provides accurate and consistent fuel level readings, crucial for efficient operation and maintenance of your heavy machinery. Built to meet stringent quality standards, our sensor guarantees reliability and longevity in demanding working conditions.
Product Specifications
| Parameter | Details |
|---|---|
| Product Name | Excavator Fuel Tank Floating / Oil Level Sensor |
| Part Number | 163-6700 (Also 1636700, CA1636700) |
| Condition | 100% Brand-new |
| Applicable Equipment | CAT E320B, E320C, 312C, 312D, 315C, 318C, 319C, 319D, 320C, 320D, 320C FM, 321C, 322C, 322C FM, 325C, 325C FM, 312D, 315D L, 320D FM, 320D L, 323D L, 312C L, 318C, 325D, 319D LN, 319D, 321D LCR, 324D, 324D FM, 324D L, 324D LN, 325D FM, 325D FM LL, E312B/320B, E320, 330 Excavators |
| Function | Measures fuel level in the tank, sends signal to fuel gauge. |
| Warranty | 6 months |
Key Advantages and Selling Points
Precision Accuracy: Delivers highly accurate and consistent fuel level readings, crucial for effective fuel management and operational planning.
Optimal Performance: Ensures your excavator's engine receives the correct fuel supply, preventing issues caused by inaccurate readings.
Enhanced Durability: Constructed with robust materials to withstand harsh operating environments, ensuring a long service life.
Direct Replacement: Engineered to be a perfect fit for original equipment, making installation straightforward and hassle-free.
Reliability: Reduces the risk of unexpected shutdowns due to fuel starvation, enhancing on-site productivity and safety.
Application Scenarios & Case Analysis
Caterpillar 320 series excavators, including the E320B and E320C, are versatile workhorses in the construction and earthmoving industries. Our Fuel Tank Floating Sensor 163-6700 is vital for maintaining these machines in various demanding applications:
General Construction & Earthmoving: Essential for continuous operation in site preparation, excavation, and material handling on large construction projects. Accurate fuel monitoring allows operators to plan refueling stops precisely, avoiding delays.
Trenching & Pipeline Installation: Whether digging precise trenches for utilities or long pipelines, consistent fuel level data ensures that operations proceed without interruption, preventing costly pauses in critical infrastructure projects.
Demolition & Recycling: In urban demolition sites or material recycling centers, excavators perform continuous, heavy-duty tasks. A reliable fuel sensor means operators can focus on the job, confident in their fuel supply, aiding in efficient debris removal and sorting.
Mining & Quarry Operations: In less demanding mining or quarrying environments, these excavators are used for lighter digging and material movement. Accurate fuel management is critical to maximize uptime in remote and challenging locations.
Case Example: Large-Scale Infrastructure Project
On a major highway expansion project, a fleet of CAT E320C excavators was deployed for trenching, grading, and loading. The consistent and accurate readings from the 163-6700 fuel tank floating sensors enabled the project managers to implement a highly efficient refueling schedule. This precision minimized idle time, prevented unexpected fuel shortages in critical digging phases, and significantly contributed to the project's adherence to tight deadlines and budget, showcasing the importance of reliable components for seamless operation.
Related and Similar Products
Beyond the 163-6700 fuel tank floating sensor, HonourTime Parts offers a comprehensive range of fuel system components and other sensors for excavators to ensure your machinery runs efficiently:
Fuel Level Sensors (Other Types):
Ultrasonic Fuel Level Sensors: Non-contact sensors offering high precision, ideal for various fuel types and tank shapes.
Capacitive Fuel Level Sensors: Utilize capacitance changes for highly accurate readings, compatible with diverse tank materials and liquids.
Fuel System Components:
Fuel Transfer Pumps / Lift Pumps: Essential for drawing fuel from the tank to the injection system. Applicable to all excavators with diesel engines.
Fuel Filters (Primary & Secondary): Crucial for removing impurities and contaminants from the fuel, protecting sensitive engine components. Fits all excavators requiring clean fuel.
Fuel Injection Pumps: Deliver high-pressure fuel to the injectors at the correct time. Applicable to specific engine models in CAT excavators.
Fuel Injectors & Nozzles: Atomize fuel into fine droplets for efficient combustion. Specific to various CAT engine models (e.g., C6.6, C7.1, C9, C13).
Water-Fraction Separators: Separate water from diesel fuel, preventing engine damage. Universally beneficial for diesel excavators.
Fuel Lines & Hoses: Ensure safe and efficient fuel delivery throughout the system. Available for various CAT excavator models and engine configurations.
Installation & Maintenance: Common Issues and Solutions
Proper installation and regular maintenance are critical for the longevity and accuracy of your fuel tank floating sensor. Here are some common issues and their solutions:
1. Inaccurate or Erratic Fuel Gauge Readings (Stuck Full/Empty, Fluctuations):
Visually inspect the sensor and fuel tank for obstructions or damage.
Check electrical connections for looseness or corrosion; clean or secure as needed.
Use a multimeter to test the resistance range across the sender unit; replace if out of specification or fluctuating erratically.
Ensure fuel is clean and free of excessive contaminants.
Problem: Float arm jammed by debris/corrosion, disconnected/damaged internal wiring, open circuit in variable resistor, corroded electrical contacts, contaminated fuel affecting the float, vibration/heat damage to wiring harness.
Solution:
2. Delayed Gauge Response After Refueling:
Inspect the float for signs of saturation or damage; ensure it moves freely without resistance.
If the float is heavy or damaged, replace the sensor assembly.
Problem: Sluggish or fuel-logged float, internal sensor lag.
Solution:
3. Check Engine Light / Fuel Warning Light (OBD-II Codes like P0461, P0462, P0463, P0464):
Diagnose with an OBD-II scanner to confirm fuel level sensor-specific codes.
Perform checks as outlined for inaccurate readings. Often indicates a failing sensor requiring replacement.
Problem: Sensor performance issues, low/high input signal, intermittent signal.
Solution:
4. Installation Errors (Specific to some sensor types, but good general practice):
Always follow manufacturer's installation instructions precisely.
For adjustable float sensors, ensure proper tension and perform any recommended calibration steps before final assembly.
Ensure all connections are secure and wiring is properly routed to prevent disconnections from vibration.
Problem: Incorrect string tensioning (for certain float-type sensors), skipped "dry calibration" after cutting to fit.
Solution:
Preventative Maintenance Tip: Regularly check your fuel filter and consider replacing it with the fuel tank sensor to ensure clean fuel supply, which contributes to sensor longevity and accuracy.