logo
Home > products > Gas Detector Sensor >
KTG113-W Trace Oxygen Analyzer for On-line Analysis of Magnetic Materials 400 ± 10 ml/min Sample Gas Flow Rate

KTG113-W Trace Oxygen Analyzer for On-line Analysis of Magnetic Materials 400 ± 10 ml/min Sample Gas Flow Rate

On-line Trace Oxygen Analyzer

Magnetic Materials Trace Oxygen Analyzer

Place of Origin:

CHINA

Brand Name:

KACISE

Certification:

CE

Model Number:

KTG113-W

Contact Us
Request A Quote
Product Details
Measurement Range:
(0.00 - 10/100/1000/2000) × 10⁻⁶ (The Range Is Variable. Please Specify When Placing An Order).
Maximum Allowable Error:
±2% FS (0.00 - 10) × 10⁻⁶; ±1% FS (10 - 1000/2000) × 10⁻⁶.
Weight:
Approximately 7.6 Kg.
Repeatability:
±1% FS.
Sample Gas Flow Rate:
(400 ± 10) Ml/min.
Response Time:
T90 ≤ 15 Seconds.
Highlight:

On-line Trace Oxygen Analyzer

,

Magnetic Materials Trace Oxygen Analyzer

Payment & Shipping Terms
Minimum Order Quantity
1PCS
Packaging Details
each unit has individual box and all boxes are packed in standard packages or customers requests available
Delivery Time
5-8 work days
Payment Terms
L/C, D/A, D/P, T/T, Western Union, MoneyGram
Supply Ability
1000 Piece/Pieces per Week negotiable
Product Description

The KTG113-W trace oxygen analyzer is used for the on-line analysis of magnetic materials

 

Introduction

The KTG113-W trace oxygen analyzer is a new type of intelligent industrial on-line analyzer developed by combining the electrochemical detection principle, imported high-performance electrochemical sensors, and new microcomputer technology.

Application Areas

On-line analysis of oxygen content in nitrogen production from air separation, chemical processes, protective gases in high-temperature sintering furnaces for magnetic materials, protective gases in the electronics industry, as well as in the metallurgy, glass, and building materials industries.

 

Instrument Features

  • It uses imported fuel cell sensors, which feature long service life, high accuracy, and fast response.
  • With electronic flow control, there is no blockage problem.
  • It can be used to measure trace oxygen in reducing gases such as high-purity hydrogen.
  • It comes with a precision filter, which greatly extends the service life of the sensor.
  • It has a fully Chinese man-machine dialogue menu, making operations intuitive and convenient.
  • It has a large 320×240 dot-matrix LCD screen, which can simultaneously display parameters such as oxygen content, flow rate, date, time, and the internal temperature of the instrument.
  • It has automatic temperature compensation to eliminate the influence of ambient temperature.
  • It has a timed automatic storage function, allowing users to view stored data and curves at any time.
  • The upper and lower limit control points can be set arbitrarily within the full measurement range.
  • It is equipped with a standard RS232 or RS485 communication port, enabling two-way communication with a computer.

 

Technical Parameters

Measurement Range: (0.00 - 10/100/1000/2000) × 10⁻⁶ (The range is variable. Please specify when placing an order).

Maximum Allowable Error: ±2% FS (0.00 - 10) × 10⁻⁶; ±1% FS (10 - 1000/2000) × 10⁻⁶.

Stability: Zero drift: ±1% FS/7d; Span drift: ±1% FS/7d.

Repeatability: ±1% FS.

Sample Gas Flow Rate: (400 ± 10) ml/min.

Response Time: T90 ≤ 15 seconds.

Resolution: 0.01 × 10⁻⁶.

Sample Gas Pressure: 0.05 MPa ≤ Inlet pressure ≤ 0.1 MPa.

Analog Output: (4 - 20) mA standard signal.

Digital Output: Standard RS485 communication port, enabling two-way communication with a computer.

Contact Output: Dual relay outputs: 220VAC, 1A or 24VDC, 2A.

Operating Environment: Temperature: -15°C - +45°C; Humidity: ≤90% RH.

Operating Power Supply: (220 ± 22) VAC, (50 ± 5) Hz.

Overall Dimensions: 480mm (Width) × 136mm (Height) × 370mm (Depth).

Installation Dimensions: 442mm (Width) × 134mm (Height).

Weight: Approximately 7.6 kg.

 

Send your inquiry directly to us

Privacy Policy China Good Quality Fluid Level Meter Supplier. Copyright © 2018-2025 Xi'an Kacise Optronics Co.,Ltd. . All Rights Reserved.