Brazing Furnace Online Oxygen Analysis System (CI-XT6003C)
Brazing Furnace Online Oxygen Analysis System (CI-XT6003C)
The CI-XT6003C analysis system is designed with comprehensive anti-corrosion and protective treatments, meeting the rigorous requirements of brazing furnace production lines. Utilizing an air pump for gas extraction, the system filters out dust particles from the sample gas before delivering it to the analytical instrument for accurate measurement. Additionally, the system supports flexible expansion of sampling ports based on on-site operational needs, ensuring adaptability across various industrial applications.
Feature:
High-Precision Sampling Probe: Built-in filter with strong corrosion resistance, high filtration accuracy, long maintenance cycle, and easy maintenance;
Intelligent PLC Control: Enables automatic pre-pumping, port switching, testing, backflushing, sewage discharge, and fault alarms, significantly reducing user labor costs;
Measuring Range: 0~1000ppm O2 (configurable)
Principle: Electrochemical
Power Supply: AC 220V±10% 50/60Hz
Consumption: <50VA
Alarm Output: 1 channel
Relay Contact Capacity: DC 24V, 0.2A
Analog Signal: 1 group of 4~20mA outputs corresponding to O2
Ambient Temperature: 0~+45°C
Ambient Humidity: <80%RH
Inlet Pressure: Use an air pump for negative pressure and slight positive pressure
Sample gas flow: 4~6 L/min
Inlet Outlet Air Interface: G1/4 internal thread connection
System Life: More than 5 years (normal use)
Installation Method: The base is fixed with expansion screws
Circuit Structure: Used in non-explosion-proof occasions
Calibration Interval: Once a year, zero and span to be calibrated using standard gas and high-purity nitrogen.
System Dimensions: DxWxH= 1200 × 650 × 1600 (mm)
House Dimensions: DxWxH= 2000 × 2000 × 2500 (mm)
Packaging: Wooden box packing
System Weight: About 120 kg
Application:
Automobile manufacturing – Brazing furnace;
Oxygen concentration control in PSA nitrogen generation (e.g. air separation & liquefaction);
Chemical process monitoring;
Protective gas control in high-temperature sintering furnaces (e.g. magnetic materials);
Protective atmosphere in electronics industry;
Applications in glass and building materials industries;
