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10-30 Degrees Celsius Infrared Carbon Sulfur Analyzer For Mechanical Industry Testing

Place of Origin China
Brand Name MORITA
Model Number QR-9000
Minimum Order Quantity 1 PC
Packaging Details wooden case
Delivery Time 15 days
Payment Terms T/T
Supply Ability 100 pcs per month

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Product Details
Analysis Time Carbon: 20-60 Seconds, Sulfur: 20-60 Seconds Measurement Accuracy Carbon: +/- 0.0001%, Sulfur: +/- 0.0001%
Operating Temperature 10-30 Degrees Celsius Measurement Range Carbon: 0.0001%-10%, Sulfur: 0.0001%-5%
Detection Method Infrared Absorption Method Storage Temperature -20-50 Degrees Celsius
Power Supply AC 220V/50Hz
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30 Degrees Celsius Carbon Sulfur Analyzer

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10 Degrees Celsius Carbon Sulfur Analyzer

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Mechanical Industry Testing carbon sulphur analyzer

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Measurement range Cω(C): 0.000001%~99.999999% (≤10% or ≥10% expandable to 99.9999%)Sω(S): 0.000001%~99.999999%(≤10% or ≥10% expandable to 99.9999%)
Analytical precision C:≤RSD0.5%. S:RSD≤1.0%
Sensitivity 0.1PPM
Analysis time 25-60s (normally 35s)
Analytic error meet standard: JJG395-2016 (C: ISO9556, S: ISO4935)
Oscillation frequency 20MHz
Burning power 2.5KVA—7.5KVA( adjustable)
Working environment Indoor temperature: 10℃~30℃Relative humidity: 75%
Voltage AC220V±5%, Frequency:50H±2%
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Measurement range Cω(C): 0.000001%~99.999999% (≤10% or ≥10% expandable to 99.9999%)Sω(S): 0.000001%~99.999999%(≤10% or ≥10% expandable to 99.9999%)
Product Description

Economic High-Frequency Infrared Carbon-Sulfur Analyzer For Mechanical Industry Testing QR-9000

 

The Economic High-Frequency Infrared Carbon-Sulfur Analyzer is an advanced yet cost-effective solution for measuring carbon (C) and sulfur (S) content in metals, alloys, and industrial components used in the mechanical industry. Designed for high precision, rapid analysis, and operational reliability, it supports quality control, research, and production processes where material composition is critical for performance and safety.


Product Introduction

In the mechanical industry, ensuring accurate carbon and sulfur levels is essential for maintaining the strength, wear resistance, and durability of machinery components, gears, shafts, and structural parts. This analyzer offers high sensitivity, a wide measurement range, and a cost-efficient design, making it an ideal choice for laboratories and manufacturing plants seeking reliable elemental analysis.


Key Product Advantages

  • Wide Measurement Range

    • Carbon: 0.00001% – 10.00%

    • Sulfur: 0.00001% – 5.00%
      Suitable for testing steels, cast irons, alloys, and precision mechanical materials.

  • High Sensitivity & Accuracy

    • Sensitivity: 0.01PPM

    • Analytical Precision: Carbon ≤ RSD 0.5%; Sulfur ≤ RSD 1.0%
      Delivers stable results for both high and low content samples.

  • Fast Analysis Time
    Produces results within 25–60 seconds (average 35 seconds), enabling efficient production monitoring.

  • Cost-Effective Performance
    Designed for laboratories and production facilities seeking high accuracy at an economical price.


Technical Specifications

Parameter Specification
Measurement Elements Carbon (C) and Sulfur (S)
Carbon Range 0.00001% – 10.00%
Sulfur Range 0.00001% – 5.00%
Sensitivity 0.01PPM
Analytical Precision C ≤ RSD 0.5%; S ≤ RSD 1.0%
Analysis Time 25–60 seconds (typical 35 seconds)
Operating Temperature 10°C – 30°C
Relative Humidity ≤75%
Power Supply AC220V ±5%, 50Hz ±2%

Applications

  • Mechanical Component Testing – Ensures the correct carbon and sulfur content in gears, shafts, bearings, and structural components.

  • Metal and Alloy Production – Verifies elemental composition during casting and processing.

  • Industrial Equipment Quality Control – Maintains consistency and compliance with material standards.

  • Research & Development – Supports the development of stronger, more durable materials for high-performance mechanical applications.


Why Choose This Analyzer?

  • High Sensitivity & Accuracy: Detects ultra-low levels of carbon and sulfur essential for mechanical-grade materials.

  • Rapid Testing Capability: Reduces inspection time and improves production efficiency.

  • User-Friendly Software: Provides data statistics, signal tracking, and system diagnostics.

  • Robust & Reliable Design: Ensures long-term stable performance under demanding conditions.