ZR-3260 Automatic Particulate and Flue Gas Comprehensive Tester

Position: Home > > Environmental monitoring and analysis > Air sampling equipment > Smoke / flugas sampler > ZR-3260 Automatic Particulate and Flue Gas Comprehensive Tester

ZR-3260 Automatic Particulate and Flue Gas Comprehensive Tester

Product ID：HQCYyq022

Price: Please inquire PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberZR-3260

Brand NameQDZHONGRUI

Payment TermsTT，PAYPAL，Alibaba.com Pay

ZR-3260 Automatic Particulate and Flue Gas Comprehensive Tester

Product Introduction
The ZR-3260 Automatic Particulate and Flue Gas Comprehensive Tester is a compact Type-B instrument designed for monitoring emissions from stationary pollution sources. It is used for particulate matter sampling, toxic and harmful gas measurement—including SO₂, NOx and CO—dust removal and desulfurization efficiency testing, and flue gas condition measurement.
The instrument measures flue gas temperature, dynamic pressure, static pressure and moisture content. It also automatically calculates corrected pollutant concentrations and total emissions, making it suitable for environmental monitoring, industrial emission testing and pollution-control performance evaluation.

Performance Features
• Automatic CO correction for SO₂: The correction function can be enabled or disabled. Correction coefficients can be determined through interference tests and entered into the instrument.
• Accurate flow control: Sampling flow control meets the requirements of HJ/T 46, with real-time monitoring of temperature and pressure.
• Flue duct information database: Automatically stores flue duct operating conditions and supports Chinese character input for quickly retrieving historical configurations.
• Dual operation modes: Supports both touchscreen and keypad operation.
• 5.0-inch color display: The high-brightness, wide-temperature, multi-angle flip screen provides graphical Chinese-language display and a wide viewing angle.
• Rugged industrial design: Dustproof and waterproof precision keypad, high-cold resistance and enhanced protection against static electricity, impact and harsh operating conditions.
• Automatic condensate drainage: The built-in drain pump automatically removes condensate during particulate and flue gas sampling, making the instrument suitable for high-humidity applications.
• Large-capacity data storage: Supports unlimited sampling data storage through internal memory, SD cards and USB flash drives.
• Wireless operation: Supports mobile APP control, Bluetooth communication and an optional high-speed Bluetooth printer.
• High-load sampling pump: The low-noise, high-flow extraction pump provides a flow rate of up to 80 L/min.
• Electronic flowmeter control: Automatically adjusts the sampling flow according to real-time temperature and pressure measurements.
• AC and DC power supply: Supports an external power box or AC/DC desktop power adapter. The instrument provides power failure memory and automatically saves data if power is interrupted.
• DC24V interfaces: Provides both DC24V input and output for external power supply and accessory operation.
• Overvoltage protection: Provides protection against input voltages exceeding AC250V.
• Optional communication and positioning: Wireless communication, positioning and mobile APP operation are available as options.
• Reserved humidity measurement interfaces: Supports future humidity measurement methods based on the resistance-capacitance method or dry-and-wet-bulb method.

Working Principle
During testing, the instrument draws flue gas from a stationary pollution source through a sampling probe and sampling system. Particulate matter is collected using the appropriate sampling method, while gaseous pollutants such as SO₂, NOx and CO are measured by electrochemical detection.
The electronic flowmeter continuously monitors the sampling flow. The instrument also measures flue gas temperature, dynamic pressure, static pressure and moisture content. Based on the measured parameters, it calculates corrected pollutant concentrations, emission quantities and pollution-control efficiency.
When the CO–SO₂ correction function is enabled, the measured CO concentration is used to automatically correct the SO₂ measurement according to the entered correction coefficient.

Applicable Standards
• HJ 57-2017 — Determination of Sulfur Dioxide in Exhaust Gas from Stationary Pollution Sources by Constant Potential Electrolysis
• GB/T 16157-1996 — Determination of Particulate Matter and Sampling Methods of Gaseous Pollutants in Exhaust Gas from Stationary Pollution Sources
• HJ/T 48-1999 — Technical Conditions for Smoke and Dust Samplers
• HJ 693-2014 — Determination of Nitrogen Oxides in Exhaust Gas from Stationary Pollution Sources by Constant Potential Electrolysis
• JJG 968-2002 — Flue Gas Analyzers
• JJG 680-2007 — Smoke and Dust Samplers
• JJG 518-1998 — Verification Regulation for Pitot Tubes
• Q/0212 ZRB014-2015 — Automatic Particulate and Flue Gas Comprehensive Testers
• HJ 973-2018 — Determination of Carbon Monoxide in Exhaust Gas from Stationary Pollution Sources by Constant Potential Electrolysis

Technical Parameters

Parameter	Specification
Product Model	ZR-3260
Product Type	Type-B compact automatic particulate and flue gas comprehensive tester
Main Applications	Particulate sampling, SO₂/NOx/CO measurement, dust removal and desulfurization efficiency testing
Measured Flue Gas Parameters	Temperature, dynamic pressure, static pressure and moisture content
Calculated Results	Corrected concentration and total emissions
Maximum Pump Flow Rate	Up to 80 L/min
Display	5.0-inch high-brightness color flip screen
Operation	Touchscreen and keypad
Data Storage	Internal large-capacity memory, SD card and USB flash drive
Wireless Communication	Bluetooth and optional wireless communication
Mobile APP	Supported
Automatic Condensate Drainage	Built-in automatic drain pump
Power Supply	AC 220V ±10%, 50Hz
Operating Temperature	−20°C to 45°C
Operating Humidity	0%–95% RH
DC Interface	DC24V input and DC24V output
Overvoltage Protection	Greater than AC250V
Applicable Environment	Non-explosive areas
Installation Requirement	Protective grounding is required

Application Scenarios
The ZR-3260 is suitable for:
• Environmental monitoring of stationary pollution sources
• Industrial boiler and furnace emission testing
• Cement, steel, metallurgy and chemical industries
• Waste incineration emission monitoring
• Testing of dust removal and desulfurization equipment
• Measurement of SO₂, NOx and CO in flue gas
• Particulate matter sampling and emission evaluation
• Flue gas condition measurement and emission calculation
• Field testing under high-humidity or harsh environmental conditions

Product Comparison

Feature	ZR-3260 Automatic Comprehensive Tester	Conventional Particulate or Flue Gas Tester
Testing Functions	Integrates particulate sampling, gas measurement and flue gas parameter measurement	Usually focuses on one testing function
Pollutant Measurement	Supports SO₂, NOx, CO and other gas measurements	May require separate instruments
Sampling Pump	High-load, low-noise pump up to 80 L/min	Usually lower flow capacity
Condensate Handling	Built-in automatic condensate drainage	Often requires manual drainage
Data Management	Large-capacity storage, SD card and USB support	Usually limited storage
Operation	Touchscreen and keypad	Usually keypad or basic display
Wireless Control	Optional mobile APP and Bluetooth operation	Not always available
Power Supply	AC/DC operation with power failure memory	Usually AC or battery operation only
Environmental Adaptability	Wide-temperature display and rugged industrial design	May be less suitable for harsh field conditions

Frequently Asked Questions
1. What is the ZR-3260 used for?
The ZR-3260 is used for particulate matter sampling, SO₂, NOx and CO measurement, flue gas condition measurement, emission calculation, and dust removal or desulfurization efficiency testing.
2. Can the instrument measure both particulate matter and gaseous pollutants?
Yes. The ZR-3260 integrates particulate sampling with the measurement of gaseous pollutants such as SO₂, NOx and CO.
3. Does the ZR-3260 support automatic SO₂ correction?
Yes. It provides an optional CO-based automatic correction function for SO₂. The correction coefficient can be determined through interference testing and entered into the instrument.
4. Is the instrument suitable for high-humidity flue gas?
Yes. The built-in automatic drain pump removes condensate during sampling, making the instrument more convenient for high-humidity operating conditions.
5. Can sampling data be exported?
Yes. Sampling data can be stored in the internal memory and exported through SD cards or USB flash drives.
6. Does the tester support wireless operation?
Yes. The ZR-3260 supports Bluetooth communication and optional wireless communication, positioning and mobile APP control.
7. What power supply does the instrument use?
The standard power supply is AC 220V ±10%, 50Hz. It also supports DC24V input and output and can work with an external power box or AC/DC desktop power adapter.
8. Can the instrument continue testing after a power interruption?
The instrument provides power failure memory. If power is interrupted during sampling, the working data is automatically saved, and the instrument can prompt the operator to restore and continue the test after power is returned.
9. Can the ZR-3260 be used outdoors?
Yes. It is suitable for field testing in non-explosive areas. During outdoor operation, protective measures should be taken against rain, snow, dust and direct sunlight.

Frequently Asked Questions
1. What is the ZR-3260 used for?
The ZR-3260 is used for particulate matter sampling, SO₂, NOx and CO measurement, flue gas condition measurement, emission calculation, and dust removal or desulfurization efficiency testing.
2. Can the instrument measure both particulate matter and gaseous pollutants?
Yes. The ZR-3260 integrates particulate sampling with the measurement of gaseous pollutants such as SO₂, NOx and CO.
3. Does the ZR-3260 support automatic SO₂ correction?
Yes. It provides an optional CO-based automatic correction function for SO₂. The correction coefficient can be determined through interference testing and entered into the instrument.
4. Is the instrument suitable for high-humidity flue gas?
Yes. The built-in automatic drain pump removes condensate during sampling, making the instrument more convenient for high-humidity operating conditions.
5. Can sampling data be exported?
Yes. Sampling data can be stored in the internal memory and exported through SD cards or USB flash drives.
6. Does the tester support wireless operation?
Yes. The ZR-3260 supports Bluetooth communication and optional wireless communication, positioning and mobile APP control.
7. What power supply does the instrument use?
The standard power supply is AC 220V ±10%, 50Hz. It also supports DC24V input and output and can work with an external power box or AC/DC desktop power adapter.
8. Can the instrument continue testing after a power interruption?
The instrument provides power failure memory. If power is interrupted during sampling, the working data is automatically saved, and the instrument can prompt the operator to restore and continue the test after power is returned.
9. Can the ZR-3260 be used outdoors?
Yes. It is suitable for field testing in non-explosive areas. During outdoor operation, protective measures should be taken against rain, snow, dust and direct sunlight.