Online VOC Gas Detector with Sampling Systems Model ATS 105M

Price 258000.0 INR/ Number

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MOQ : 1 Number

Online VOC Gas Detector with Sampling Systems Model ATS 105M Specification

Operate Method
Semi Automatic

Mounting Type
Handheld or tripod

Material
MS

Automation Grade
Semi-automatic

Power Supply
Electric

Voltage
110-215 Volt (v)

Application
Drinking water, wastewater, aquaculture

Equipment Type
Portable digital analyzer

Features
Good Quality

Usage
Industrial

Online VOC Gas Detector with Sampling Systems Model ATS 105M Trade Information

Minimum Order Quantity
1 Number

Supply Ability
500 Per Month

Delivery Time
7 Days

About Online VOC Gas Detector with Sampling Systems Model ATS 105M

Model ATS -105M single channel digital control modules are designed to supervise and display the status of a single integral or remote sensor transmitter assembly. Sensor transmitter is housed in a NEMA 4X wall mount enclosure or Ex-proof enclosure. Model ATS 105M Single Channel controllers interface with industry standard two or three wire 4-20 mA sensor or other standard voltage / current sensor transmitters and provide the user with concentration display and two independent adjustable alarm levels. The Graphics display can read the concentration. LEDs on the front panel provide indication of all three alarms.

Specifications -:
Sensor - PID
Range - 0-2000 PPM
Sampling - Auto Suction Pump
Display - Graphics Display.
Accuracy - 2% of FS & 0.5% of FS
Alarm Setting - High and Very High Adjustable over full range

Advanced VOC Detection for Industrial Applications

Model ATS 105M offers advanced gas detection technology tailored for industrial usage. Capable of real-time monitoring, it excels in settings that require stringent VOC control, including water treatment and aquaculture. The unit combines semi-automatic operation with user-friendly portability, enhancing convenience and flexibility for field-based measurements.

Durable and Versatile Design

Built from high-quality mild steel, the ATS 105M is designed for long-lasting performance in demanding industrial environments. Its adaptable mounting options, including handheld and tripod configurations, allow users to deploy the device according to their specific monitoring requirements.

FAQs of Online VOC Gas Detector with Sampling Systems Model ATS 105M:

Q: How does the ATS 105M detect VOC gases in industrial environments?

A: The ATS 105M uses advanced sensor technology to continuously sample ambient air and detect the presence of volatile organic compounds (VOCs). Its sampling system draws air into the analyzer, which then provides digital readings of VOC concentrations for immediate assessment.

Q: What are the primary applications for the ATS 105M VOC gas detector?

A: This detector is primarily used in industries handling drinking water, wastewater, and aquaculture. Its sensitive measurements help ensure regulatory compliance and safeguard processes where VOC monitoring is crucial.

Q: When should the sampling system be operated for optimal results?

A: For best results, operate the sampling system during times when VOC emissions are expected to be highest, such as during peak processing hours or maintenance intervals. Regular monitoring schedules enhance early detection and prompt response.

Q: Where can the ATS 105M be mounted during operation?

A: The device is designed for flexibility; it can be handheld for spot checks or mounted on a tripod for continuous, hands-free monitoring in a fixed location. This adaptability suits different industrial monitoring scenarios.

Q: What is the process for operating the VOC detector?

A: To operate, simply power the unit within its voltage range, place it in the desired location, and follow the semi-automatic sampling routine as guided by the manual. The analyzer will display VOC concentrations in real time.

Q: How does the ATS 105M benefit industrial operations?

A: By providing accurate, real-time VOC detection, the ATS 105M helps industries maintain safety, ensure regulatory compliance, and promote better quality control in water-related operations.