ZH640-SF6/VOC Infrared Gas Leak Imager, High-Resolution QWIP Technology

Name: ZH640-SF6/VOC Infrared Gas Leak Imager, High-Resolution QWIP Technology
Brand: Shanghai UVIR Technology
Availability: InStock

Description

ZH640-SF6/VOC Gas Leakage Infrared Imager is a state-of-the-art optical gas imaging device designed to detect and visualize leaks of industrial gases such as sulfur hexafluoride (SF₆), ammonia (NH₃), and ethylene (C₂H₄) in various environments. This advanced tool utilizes longwave quantum well infrared photoelectric (QWIP) detection technology, representing a significant advancement in gas leakage imaging. With its high-resolution 640x512 pixels cooled infrared detector and narrow-band filters, the ZH640-SF6/VOC ensures exceptional sensitivity and precision in detecting gas leaks.

Engineered for efficiency, the ZH640-SF6/VOC gas infrared camera is an invaluable asset for maintaining and detecting gas leaks in substations without disrupting electric utility delivery or halting operations. Its compact design, weighing just 2.8 kg, makes it highly portable and easy to handle in various industrial settings. The device features an adjustable 5-inch color LCD, providing clear and detailed visual feedback to operators, enhancing the accuracy of leak detection.

The ZH640-SF6/VOC is equipped with a built-in adjustable OLED viewfinder and offers a 1-16x continuous digital zoom, allowing users to pinpoint leaks with remarkable precision. Its thermal sensitivity of ≤10 mK ensures that even the smallest leaks are detected, while the temperature accuracy of ±1°C (from 0°C to 100°C) guarantees reliable measurements. This infrared imager is capable of detecting over 50 types of VOC gases, making it a versatile tool for a wide range of industrial applications.

Specifications

Camera Type:	Industrial
Array Type:	QWIP
Spectral Band:	3.1 – 10.7 um
# Pixels (Height):	640
# Pixels (Width):	512
Pixel Pitch:	15 um
Array Cooling:	Cooled
Narrow-band:	10.3-10.6μm
Weight:	2.8kg
Resolution:	640×512
Thermal Sensitivity:	≤ 10mk
Visible Light Sensor:	8 MP
Digital Zoom:	1-16x Continuous
Temperature Accuracy:	±1°C (0°C to 100°C)
Thermal Sensitivity:	10 mK @ 25°C
Frame Rate:	50/60fps
Visual Image:	8 MP, CMOS
Temperature Range:	-40°C to 500°C
Accuracy:	±1°C (0°C to 100°C), ±2°C or ±2% of reading (>100°C)
LCD:	5
Battery Type:	Rechargeable Li battery, 9.6Ah

Download Data Sheet

Features

Quantum Well Infrared Photoelectric Detector (QWIP): Advanced detection technology for precise gas imaging.
Narrow-band Filters: Operates within 10.3-10.6μm for enhanced accuracy.
High Resolution: 640×512 pixels cooled infrared detector ensures clear visualization.
Adjustable 5" Color LCD: Provides a user-friendly interface for real-time monitoring.
Compact and Lightweight Design: Weighs only 2.8kg, making it easy to handle.
Thermal Sensitivity: ≤ 10mK for detecting minute temperature differences.
8MP Visible Light Sensor: Captures high-quality visual images.
Built-in Adjustable OLED Viewfinder: Offers flexibility in viewing options.
1-16x Continuous Digital Zoom: Allows for detailed inspection of target areas.
Temperature Accuracy: ±1°C within the range of 0°C to 100°C.
Measurable Gases: Detects a wide range of gases including SF₆, NH₃, C₂H₄, and over 50 types of VOC gases.
Focal Plane Array Cooled QWIP: Ensures high-performance detection.
Field of View: 15.7° × 12.6° for comprehensive area coverage.
IR Resolution Options: Available in 640×512 and 320x256 pixels.
Stirling Micro Cooler: Efficient sensor cooling for optimal performance.
Frame Rate: 50/60fps for smooth image capture.
Temperature Range: Operates effectively from -40°C to 500°C.
Image Modes: Includes IR image, visual image, picture-in-picture, and gas mode.
Thermal Analysis: Features points, lines, boxes for detailed analysis.
Measurement Corrections: Adjustments for emissivity, reflected temperature, and transmission.
Recording and Playback: Supports audio, video, and image recording and replay.
Rechargeable Li Battery: 9.6Ah capacity for extended use.

Applications

Substation Maintenance: Detect SF₆ leaks without disrupting power delivery.
Industrial Gas Monitoring: Identify leaks of ammonia, ethylene, and VOC gases in chemical plants.
Safety & Compliance: Ensure workplace safety by pinpointing hazardous gas emissions.
Predictive Maintenance: Perform preventive inspections for pipelines and pressurized gas systems.
Research & Development: Support laboratory testing and validation of gas handling equipment.

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Shanghai UVIR Technology

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since 2021

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Frequently Asked Questions

What gases can the ZH640-SF6/VOC gas leakage infrared imager detect?

The imager can detect sulfur hexafluoride (SF₆), ammonia (NH₃), ethylene (C₂H₄), and over 50 types of VOC gases, including dimethyl sulfide, vinyl ether, and trichloroethylene.

What technology does the ZH640-SF6/VOC imager use for detection?

It uses longwave quantum well infrared photoelectric (QWIP) detection technology.

What is the resolution and sensitivity of the ZH640-SF6/VOC imager?

The imager has a resolution of 640×512 pixels and a thermal sensitivity of ≤ 10 mK.

Can the ZH640-SF6/VOC imager be used without shutting down operations?

Yes, it can be used for detection and maintenance of gas leaks in substations without interfering with electric utility delivery or shutting down operations.

What is the temperature accuracy of the ZH640-SF6/VOC imager?

The temperature accuracy is ±1°C for the range of 0°C to 100°C, and ±2°C or ±2% of reading for temperatures above 100°C.

Does the ZH640-SF6/VOC imager have a digital zoom feature?

Yes, it has a 1-16x continuous digital zoom.

What are the display features of the ZH640-SF6/VOC imager?

It features a 5" color LCD with a resolution of 1920×1080 and a built-in adjustable OLED viewfinder.