Send Inquiry

Request To Call Back

Opacity Measurement

Price 160000 INR/ Number

Get a Price/Quote

MOQ : 1 Number

Opacity Measurement Specification

Material
Stainless Steel

Usage
Industrial

Color
Blue

Temperature
-20 to 50 Celsius (oC)

Accuracy
+2 %

Operate Method
Automatic

About Opacity Measurement

Measurement Range

Typical range (e.g., 0-100% opacity)
Minimum detectable opacity

Accuracy

Percent error (e.g., +/-1% of reading)
Calibration frequency

Response Time

Time taken to detect changes in opacity (e.g., milliseconds to seconds)

Sensor Type

Optical sensors (e.g., light scattering, transmissive)
Laser-based systems

Operating Conditions

Temperature range (e.g., -20 Degree C to 50 Degree C )
Humidity tolerance
Environmental protection (e.g., IP rating)

Data Output

Analog and/or digital output (e.g., 4-20 mA, RS-485)
Data logging capabilities

Power Requirements

Voltage and current specifications
Power consumption

Installation Requirements

Mounting options (e.g., flange, bracket)
Size and weight considerations

Communication Protocols

Compatibility with existing systems (e.g., Modbus, Ethernet)

Calibration

Ease of calibration process
Frequency of recommended calibration

User Interface

Display type (e.g., LCD, touchscreen)
User-friendly software for monitoring and analysis

Compliance Standards

Compliance with environmental regulations (e.g., EPA, ISO)
Certification (e.g., CE, UL)

Maintenance Requirements

Frequency of maintenance checks
Required maintenance tools or kits

Cost

Initial purchase cost
Long-term operational costs

These specifications can vary based on the application (industrial, environmental monitoring, etc.), so it's essential to tailor them to specific needs. If you have a particular application in mind, I can help refine these further!

Precision Opacity Monitoring

Achieving accurate measurements is essential for industrial quality control. Our stainless steel opacity measurement device ensures readings within a 2% accuracy margin, making it a dependable asset in various processes where material translucency matters. The automatic operation minimizes manual errors and streamlines workflow.

Designed for Industrial Demands

Built from durable stainless steel and suited to environments with temperatures ranging from -20C to 50C, this device stands up to harsh industrial conditions. Its blue finish not only supports easy recognition but also complements modern industrial aesthetics and standards.

FAQs of Opacity Measurement:

Q: How does the automatic opacity measurement device work in industrial environments?

A: The device uses advanced optical sensors to detect and quantify the opacity of materials, automating the measurement process to ensure consistent and accurate results without manual intervention. Its stainless steel construction makes it suitable for challenging industrial conditions.

Q: What industries can benefit from using this stainless steel opacity measurement instrument?

A: Industries such as manufacturing, quality control, packaging, and textiles can benefit from its precise opacity measurement capabilities, ensuring product standards and compliance are consistently met.

Q: When should companies conduct opacity measurements in their workflows?

A: Opacity measurements should be integrated at various stages of production, especially during quality assurance checks or whenever transparency or light-blocking properties are critical to product performance.

Q: Where is this opacity measurement device primarily supplied and serviced?

A: As an exporter, importer, manufacturer, service provider, and supplier, we primarily operate within India, but also cater to international clients upon request.

Q: What is the process for using the automatic opacity measurement device?

A: Simply install the device in the desired location, place the material sample, and initiate the automated operation sequence. The device will provide a precise opacity measurement within its 2% accuracy range.

Q: What are the main benefits of using a blue, stainless steel opacity meter for industrial applications?

A: Key benefits include increased accuracy and reliability, reduced manual handling, enhanced durability against industrial wear, and improved efficiency in quality control processes.

Tell us about your requirement