FSR-600FB Natural Gas Calorific Value Analyzer

NegotiableUpdate on 01/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The FSR-600FB natural gas calorific value analyzer is an intelligent industrial online analyzer developed by combining the NDIR non dispersive infrared principle with new microcomputer technology. The FSR-600FB natural gas calorific value analyzer is suitable for use in various non explosion proof situations and can be used for online analysis and monitoring of gas contents ranging from ppm to 99.9%, including total hydrocarbons, CO, CO2, CH4, etc.

Product Details

FSR-600FB Natural Gas Calorific Value Analyzer Product Introduction

The FSR-600FB natural gas calorific value analyzer is a gas analysis device with stable performance and easy operation, suitable for precise measurement of the calorific value of natural gas and other combustible gases in various industrial applications. This instrument adopts advanced infrared analysis technology, combined with user-friendly design and cost-effective component configuration, to meet users' needs for rapid and accurate analysis of gas composition.

Instrument Features

Equipped with a 7-inch LCD touch screen, the operation is simple and convenient, and the display units can be selected as% (percentage), ppm, or mg/m?.

Automatically record measurement data in real-time, with a storage capacity of up to 10000 records, and support viewing historical records in list or curve form.

Equipped with customizable control points, providing passive relay output, standard 4-20mA analog signal and RS485 communication interface.

Rich interfaces for easy connection to DCS systems or communication with computers.

The gas path and sensors are designed with sealed protection, ensuring stable and reliable overall performance.

The whole machine has a high cost performance ratio, with imported core sensors and domestically produced components of no lower quality than imported ones. This ensures accurate analysis while significantly reducing equipment costs.

Technical Specifications

Measurable gases: CO, CO? 、 CH?, CnHm (other gases can be customized)

Analysis principle: Non dispersive infrared (NDIR)

Range (customizable according to requirements):

CO：0-10/100/1000/2000ppm，0-2%、0-5%、0-10%、0-20%、0-50%、0-100%

CO2：0-10/100/1000/2000ppm，0-2%、0-5%、0-10%、0-20%、0-50%、0-100%

CH4：0-10/100/1000/2000ppm，0-5%、0-20%、0-100%

Accuracy: ≤± 1% F.S

Repeatability: ≤± 0.5% F.S

Stability: ≤± 0.5% F.S/7d

Response time: T90 ≤ 15 seconds (depending on principle and sampling distance)

Working environment: Temperature range of -25 ℃ to+55 ℃; Humidity ≤ 90% RH (no condensation)

Sample gas pressure: inlet pressure 0.05MPa~0.1MPa (outlet at atmospheric pressure)

Sample gas flow rate: 400 ± 10ml/min

Working power supply: 220VAC ± 10%, 50Hz ± 5% (optional 24V power supply)

Application field

Widely used in LNG/CNG refueling stations, oilfield gas, coalbed methane, mine gas, shale gas, gas pipeline transportation companies, gas reserve stations, coal to gas conversion enterprises, LNG point supply, gas appliance production enterprises, petroleum refining, coking plants, smelters, and gas supply stations.

System Function Description

The gas system adopts a valve structure design, which significantly improves the stability of gas flow rate and ensures accurate and reliable analysis results.

It can analyze various gas components such as liquefied gas, with a content range covering 0.01% to 99.999%, and can accurately calculate the gas calorific value based on the component content.

Equipped with a fully automatic sampling and injection system, it supports direct connection to the outlet of natural gas detection points, achieving unmanned continuous automatic analysis.

Support uploading data to the central control room for centralized monitoring and management.

The FSR-600FB natural gas calorific value analyzer provides efficient and reliable gas composition and calorific value analysis solutions for various gas related enterprises with stable performance, flexible configuration, and wide applicability.