COD Analyzer YR06295

Manufacturer: Kalstein

Description

The COD Analyzer YR06295 is a sophisticated measuring device engineered to offer rapid and precise Chemical Oxygen Demand (COD) analysis. Featuring a 7-inch high-resolution touchscreen with a user-friendly graphical interface, this analyzer enables automatic measurements and provides direct readings of concentrations without requiring blank calibration. Its built-in standard curve facilitates the creation of custom curves for various measurement requirements, ensuring that the needs of different laboratory environments are met.

Market Price

The market price for a COD Analyzer like the YR06295 typically ranges from $1400 to $2200 USD, reflecting its cutting-edge technology and measurement accuracy. To get a customized quote that suits your laboratory’s specific needs, visit the Kalstein Plus platform. Here, you can seamlessly generate an automatic quote and make an informed investment in high-quality analytical equipment.

Frequently Asked Questions

  • What is the measurement range of the YR06295?
    The measurement range is 10-10000 mg/L.
  • How many data sets can the device store?
    The device can store up to 5000 test data sets.
  • What is the accuracy of the YR06295?
    The accuracy is less than 5%.

Advantages and Disadvantages

Advantages:

  • High precision and speed in measurements due to fast digestion spectrophotometry.
  • Intuitive operation with a 7-inch high-resolution touchscreen.
  • Large storage capacity for up to 5000 data sets.
  • Ability to perform zero-point and up to 7-point calibrations.

Disadvantages:

  • Initial cost can be substantial, representing a significant investment.
  • Requires regular maintenance to maintain optimal performance.

Field Use

The YR06295 is ideal for environmental and water quality laboratories that require precise and quick COD analysis at various sites. Its efficient design and data capacity make it perfect for fieldwork and real-time monitoring. Professionals benefit from its speed and user-friendliness, ensuring consistent, reliable results in each test.

Recommendations

To maximize the performance of the COD Analyzer YR06295, users should adhere to the manufacturer’s maintenance and calibration guidelines. Regular inspections and cleaning help prevent buildup that could compromise accuracy. Training personnel on the proper use of the instrument is also recommended to maximize efficiency and extend the equipment’s lifespan. For those looking to enhance their laboratory’s capabilities with precise and reliable COD analysis, exploring the Kalstein Plus platform to request or generate a quote is an excellent step forward.

Features

  • Fast digestion spectrophotometry technology.
  • Intuitive 7-inch high-resolution touchscreen interface.
  • Data storage capability of up to 5000 test sets.
  • Integrated standard curve and custom curve support.
  • Zero and up to 7-point calibration options.
  • Embedded thermal printer for immediate and historical data prints.

Technical Specifications

Model YR06295
Measurement Method Fast digestion spectrophotometry
Measuring Range 10-10000mg/L
Accuracy <5%
Resolution 0.01
Light Source Imported Silicon Photodiode
Display 7-inch high-resolution 1024 * 600 touch screen
Output USB (for data transfer)
Power AC 220V/50Hz or AC 110V/60Hz
Ambient Temperature (5-40) °C
Ambient Humidity Relative humidity ≤ 85% (No condensation)

Additional information

Weight 10 kg

Quote List

Quote List

No products in the list

Product categories

In this section you can select the sector or product of your interest.

FAQ

Do you need help?

If you have any questions before processing the order, take a look at the most frequently asked questions

Do you want to know the cost of air shipping to your establishment?

Place your address in the payment area and you will automatically see the shipping to your door!

I am an institution; I need to know the price for several units; I would like to know the cost of the maritime freight

Request a custom quote in the contact section once you identify the model.