Total Hydrocarbon Analyzer (VOC Gas Analyzer)

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Total Hydrocarbon Analyzer (VOC Gas Analyzer)

Name: Total Hydrocarbon Analyzer (VOC Gas Analyzer)
Brand: LABCHROM SCIENTIFIC LLP
Price: 30000 USD
Availability: InStock

Price 30000 USD ($)/ Number

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MOQ : 1 Number

Total Hydrocarbon Analyzer (VOC Gas Analyzer) Specification

Temperature
0 50C Operating

Operating Voltage
230V AC, 50 Hz

Mounting Type
Bench / Panel Mount

Interface Type
RS232, 4-20mA, Alarm Relay output

Power Supply
230V AC, 50 Hz

Accuracy
2% of F.S. or better

Port Size
1/4 inch NPT

Features
Real-time measurement, Data logging, Programmable alarms, Auto calibration

Humidity
0 95% RH non-condensing

Application
Detection and measurement of Total Hydrocarbons (VOC) in ambient air, industrial environments, process emissions

Display Type
Digital LCD

Automation Grade
Automatic

Measuring Range
0 10,000 ppm (alternate ranges available)

Equipment Type
VOC Gas Analyzer

Test Range
0 10,000 ppm (customizable)

Response Time
< 10 seconds

Resolution
0.1 ppm

Frequency
50 Hz

Gas Pressure
0.5 5.0 bar

Usage
Online/Continuous gas monitoring

Capacity
Continuous operation

Machine Weight
Approx. 14 kg

Control Mode
Automatic / Manual

Dimensions (LxWxH)
Approx. 420 x 230 x 370 mm

Span Gas Requirement
Known Hydrocarbon gas mixture

Alarm Functions
Programmable high/low

Zero Gas Requirement
Required (N2 or purified air)

Warm-up Time
Approx. 30 minutes

Detection Principle
Flame Ionization Detector (FID)

Analog Output
4-20mA

Digital Output
RS232/RS485

Sample Flow Rate
0.8 1.2 L/min

Enclosure Material
Powder-coated steel

Total Hydrocarbon Analyzer (VOC Gas Analyzer) About

Experience opulent gas analysis with our Total Hydrocarbon (VOC) Analyzer featuring a praiseworthy Flame Ionization Detector (FID). Unlock instant savings and cost-effective monitoring for industrial environments and process emissions. The laureate design ensures superior accuracy (2% F.S.) and rapid response (<10 seconds). Flexible automation, continuous online operation, and programmable alarms provide a reliable solution for VOC detection. Its powder-coated steel enclosure guarantees robust performance. Buy now to benefit from real-time measurement, auto calibration, and enduring build quality for a refined, trusted investment.

Advanced VOC Detection for Industrial Excellence

The Total Hydrocarbon Analyzer uses a Flame Ionization Detector (FID) to deliver precise VOC measurement in ambient air and process emissions. Its primary competitive advantages include instant data logging, customizable measuring ranges, and seamless real-time evaluation. The application method ensures high accuracy and efficiency, while programmable alarms and automatic calibration set it apart from competitors. Benefit from cost-effective and continuous monitoring suited for demanding industrial environments through bench or panel mounting.

Efficient Sample Policy and Reliable Supply Assurance

We offer a transparent sample policy tailored to proposal amount and customer needs. Swift dispatching and careful transportation guarantee secure delivery. Our supply ability meets large-scale requisition with consistent quality, supported by certifications ensuring compliance and reliability. Trust in our commitment to timely shipments and thorough support from an experienced distributor and supplier in China. Every stage, from order to installation, prioritizes customer satisfaction and operational excellence.

FAQ's of Total Hydrocarbon Analyzer (VOC Gas Analyzer):

Q: How does the Flame Ionization Detector (FID) in the VOC Gas Analyzer operate?

A: The FID detects hydrocarbons by measuring ions produced during combustion in a hydrogen flame, enabling highly sensitive quantification of total hydrocarbons in the sampled gas.

Q: What are the benefits of using the Total Hydrocarbon Analyzer for industrial monitoring?

A: The analyzer provides cost-effective, real-time VOC measurement with instant data logging and programmable alarms, supporting continuous operation and auto calibration for reliable, accurate results in diverse environments.

Q: When should zero and span gases be supplied to the analyzer?

A: Zero gas (N2 or purified air) and span gas (known hydrocarbon mixture) are required during calibration and for ongoing accuracy checks, which are essential for maintaining precise measurement over time.

Q: Where can the Total Hydrocarbon Analyzer be installed and used?

A: It is designed for bench or panel mounting and is ideal for ambient air monitoring, industrial environments, or process emission control, with flexibility for automatic or manual control modes.

Q: What is the sample flow rate and why is it important for reliable readings?

A: The recommended sample flow rate is 0.8 - 1.2 L/min, which ensures consistent and representative gas sampling for optimal analyzer performance and accuracy.

Q: How does the device handle alarm functions and data output?

A: Programmable high/low alarms enhance safety by alerting users to threshold violations, while analog and digital outputs (4-20mA, RS232/RS485) allow seamless integration with monitoring systems for data management and reporting.

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