BOD Analyzer

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MOQ : 1 , , Box

BOD Analyzer Specification

Sensor Type
Electrochemical DO Sensor

Connectivity Type
USB/RS232

Frequency
50 Hz

Capacity
6 Samples

Humidity %
5-90% RH

Temperature Range
5C to 50C

Pressure Range
Atmospheric

Measurement Range
0-400 mg/L

Resolution
0.01 mg/L

Equipment Type
BOD Analyzer

Material
Stainless Steel & ABS Plastic

Power Supply
230 V AC, 50 Hz

Power Consumption
Low

Accuracy
0.1 mg/L

Display Type
Digital LCD

Range
0-400 mg/L

Sample Bottle Size
300 ml standard

Incubation Period
1-5 Days

Memory Storage
1000 Test Results

Calibration
Automatic

Alarm Function
Over-range & System Error

Sample Volume
300 ml

Operating Mode
Automatic/Manual

Sample Stirring
Magnetic Stirring

BOD Analyzer Trade Information

Minimum Order Quantity
1 , , Box

Supply Ability
20 Boxes Per Day

Delivery Time
4-6 Days

Sample Available
Yes

Main Domestic Market
All India

About BOD Analyzer

BOD Analyzer is required for determination of amount of dissolved oxygen required by microorganisms for decomposition of organic matter. It is widely utilized for wastewater treatment plants, BOD monitoring, and WWTP control purpose. This analyzer is known to have compact structural configuration and is provided with smart digital control panel for better users convenience. It is known to have customizable user interface and gives flexibility to prioritize samples according to need. BOD Analyzer reduces chances of human error and has function of identification of barcoded labels. It can be availed in different configurations at highly competitive prices for our respected clients.

High-Precision Water Quality Analysis

Analyze biological oxygen demand with utmost accuracy using advanced electrochemical sensor technology and automatic calibration. This analyzer ensures reliable, precise results every time, covering a broad measurement rangeideal for rigorous testing environments and compliant with international standards.

Intuitive Operation and Versatile Applications

Whether you prefer automatic for ease or manual for control, this analyzer adapts seamlessly. Featuring a user-friendly LCD display and memory for 1000 results, it simplifies data management and suits routine analyses as well as specialized studies.

Robust Design and Enhanced Safety

Engineered from stainless steel and ABS plastic, this analyzer withstands intensive laboratory use. Built-in alarms for over-range and system errors alert users instantly, ensuring safety and result integrity. Its low power consumption and USB/RS232 connectivity also support sustainable, modern workflows.

FAQs of BOD Analyzer:

Q: How does the magnetic stirring feature aid in sample analysis within the BOD Analyzer?

A: Magnetic stirring ensures thorough mixing of the water sample, which promotes uniform oxygen distribution during testing. This leads to more consistent and accurate biological oxygen demand readings compared to manual mixing methods.

Q: What advantages does automatic calibration provide for this BOD Analyzer?

A: Automatic calibration enhances accuracy and reduces operator error. It ensures the device is always ready for precise analysis, saving time and guaranteeing reliable results throughout multiple testing sessions.

Q: When should alarm functions be expected to activate during operation?

A: Alarm functions will trigger if measurement values exceed the analyzers specified range or if a system error is detected, alerting operators to issues immediately so corrective actions can be taken promptly.

Q: Where can the test data be stored and exported from the analyzer?

A: The analyzer is capable of storing up to 1000 test results in its internal memory. Data export is efficiently managed through USB and RS232 connections, making it easy to transfer results to a computer or laboratory information system.

Q: What is the benefit of the analyzers wide measurement and temperature range?

A: With a measurement range of 0-400 mg/L and a temperature operating window from 5C to 50C, this analyzer accommodates diverse sample types and environmental conditions, enhancing its applicability across various regions and water sources.

Q: How do automatic and manual modes improve the usage process?

A: Automatic mode streamlines routine testing with minimal user intervention, while manual mode gives experienced users greater control over the analysis processoffering flexibility to adapt to different sample requirements or protocols.

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