M20*1.5 Mounting Thread Nitrogen Oxide Sensor KGD 325 For Diesel Vehicle Emissions Monitoring

Price Negotiable
Price: Negotiable
MOQ: 1PCS
Delivery Time: 5-8 work days
Brand: KACISE
Product Description
M20*1.5 Mounting Thread Nitrogen Oxide Sensor KGD 325 For Diesel Vehicle Emissions Monitoring
Product Overview

The Nitrogen Oxide Sensor KGD-325 monitors nitrogen oxide levels in diesel vehicle emissions to ensure compliance with environmental regulations. Designed for optimal performance in demanding automotive environments, this sensor helps maintain emission standards while preventing engine malfunctions.

Nitrogen Oxide Sensor KGD-325 for diesel vehicle emissions monitoring
Key Features
  • High precision measurement with excellent dynamic response and continuous signal output
  • Versatile compatibility supporting multiple connector types and cable lengths
  • Durable construction with high environmental tolerance and long service life
  • Fully-sealed waterproof design for enhanced performance and reliability
  • Comprehensive coverage of core diesel engine models for passenger and commercial vehicles
  • Compliance with China National V/VI and Euro V/VI emission standards
Technical Specifications
Attribute Value
Measurement Range 0 - 2500ppm
Fuel Compatibility Gasoline / Diesel / e85
Exhaust Pressure ≤2.5bar
Maximum Speed (Sensor Probe) 490m/s²
Maximum Acceleration (Electronic Controller) 11Hz - 1000Hz, random 12.01g
Mounting Thread M20*1.5
Wrench Size 22mm
Tightening Torque 40 - 60N*m
Application Notes

Diesel engines typically require two nitrogen oxide sensors for optimal emissions monitoring. Common failure modes include sensor carbon deposition, ECU water ingress, and circuit damage, which can trigger engine warning indicators.

Get in Touch

Have questions about our products or want to discuss a custom order? Our team is ready to help you.

Company Xi'an Kacise Optronics Co.,Ltd.
Location 2nd Building, Tianyuan International Mansion, High-tech Zone, Xi'an City, Shaanxi Province, China
Contact Person Evelyn Wang

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