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Auto Zero Photo Colorimeter (LED Display)

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Auto Zero Photo Colorimeter (LED Display)

Auto Zero Photo Colorimeter (LED Display)

Auto Zero Photo Colorimeters Model No. 032-G are the finest colorimeters that combine convenience in operation with high precision & accuracy of Absorbance analysis. They use the latest microcontroller technology to give results in the form of Abs.

High standard glass filters covering 400-700 nm are mounted on a rotating disc. Highly sensitive photo sensor and use of latest IC technology makes the instruments highly rugged. A minimum sample volume of 1 ml is used. In-built shutter increases the life of the photocell. It is extremely useful for blood chemistry in chemical /clinical labs, pharmaceutical industries, medicine plants, water treatment plants, agricultural universities etc.

Salient Features

 

·       Highly Accurate and Stable

 

·       Direct Readout of Optical Density

 

·       Auto Zero Facility

 

·       Compact & easy to operate

 

·       Soft Touch membrane keys

 

1 ml sample size

Technical Specifications

 

Range

 

400 nm to 700 nm

 

Optical Filters

 

8 Filters mounted on the Turret

 

400nm, 420nm, 480nm, 500nm, 520nm, 540nm, 620nm, 700nm

 

Optical Density

 

0 to 1.99 O.D

 

Accuracy

 

± 0.02 O.D

 

Resolution

 

± 0.01 O.D

 

Display

 

3 Digit 7 Segment Bright Red LED Display

 

Keyboard

 

Single key, Soft Touch Membrane Type key

 

Minimum Volume

 

1 ml

 

Sample System

 

10 mm path length matched glass test tubes

 

Light Source

 

LED

 

Detector

 

Photodiode/Photocell

 

Warm Up Time

 

5 minutes

 

Power

 

230 ± 10%, 50 Hz A.C

 

Dimensions

 

225x210x110 mm

 

Accessories

 

1) A Set of 5 Matched Test Tubes

 

2) Tube Stand

 

3) Dust Cover

 

4) Instruction Manual.

 

 

  • Type: Auto photo colorimeter; Wavelength range (nm): 400 - 700 nm; Resolution: 0.01 A
  • % Transmission: %T: 0 - 100; Absorbance: 0 - 1.99; Photo detector: Wide range silicon photocell; Display: 3 digit bright red seven segment LED display; Keyboard: 1 keys soft touch membrane type; Light source: 6.3V 0.3Amp tungsten lamp
  • Sample system: 10 mm pathlength matched glass test tube; Filters: 400 450 490 520 540 570 620 680 nm filters mounted on turret; Solution volume: 1 ml.; Auto zeroing: Available (for Abs.) and 100% for %T
  • Weight (Kg): 2.5 Kg. (Approx.); Power supply: 230V ±177;10% AC 50Hz; Accessories: Matched test tube: (A set of 5) Spare lamp operation manual and dust cover

how to use calorimeter 

Uses of Colorimeter

The colorimeter is an instrument that allows for the measurement of light and its intensity to match colour as it is perceived by the human eye. The colorimeter compares the measured colour against the standard colours with the color spaces.

Table of Content

What is Colorimeter?

Colorimetry is one of the methods of spectro analytical methods. The variation of the color of a solution with change in concentration of some solute component in the solution, forms the basis of colorimetry.

The colour is either the inherent colour of the constituent itself or due to the formation of a coloured species by the addition of a suitable reagent. The intensity of the colour can then be compared with that obtained by treating a known amount of the chemical substance in the same manner.

General Principles of Colorimeter

A colorimeter May be used to measure the concentration of a chemical in a solution if the chemical imparts a characteristic color to the solution.

  • The colorimeter optical system isolates a narrow waveband of light at a selected absorption peak for the chemical that is measured.
  • The intensity of the transmitted light at the absorption wavelength is a function of the concentration of the chemical in the solution.
  • When only the light at this wavelength is used, Beer’s law is obeyed and maximum sensitivity is obtained for the instrument.
  • Use of the narrow wavelength band usually makes possible the elimination of the absorption effects of other chemicals in the solution.
  • However, the effect of some chemicals cannot be eliminated if they change the complex ion formation of the chemical being measured. This is the case when uranyl nitrate is measured in a solution containing nitric acid. ..  . More Read

References and Sources  (TOP SALES MODEL Photo Colorimeter )

 

$12.63

Original: $42.11

-70%
Auto Zero Photo Colorimeter (LED Display)

$42.11

$12.63

Product Information

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Description

Auto Zero Photo Colorimeter (LED Display)

Auto Zero Photo Colorimeters Model No. 032-G are the finest colorimeters that combine convenience in operation with high precision & accuracy of Absorbance analysis. They use the latest microcontroller technology to give results in the form of Abs.

High standard glass filters covering 400-700 nm are mounted on a rotating disc. Highly sensitive photo sensor and use of latest IC technology makes the instruments highly rugged. A minimum sample volume of 1 ml is used. In-built shutter increases the life of the photocell. It is extremely useful for blood chemistry in chemical /clinical labs, pharmaceutical industries, medicine plants, water treatment plants, agricultural universities etc.

Salient Features

 

·       Highly Accurate and Stable

 

·       Direct Readout of Optical Density

 

·       Auto Zero Facility

 

·       Compact & easy to operate

 

·       Soft Touch membrane keys

 

1 ml sample size

Technical Specifications

 

Range

 

400 nm to 700 nm

 

Optical Filters

 

8 Filters mounted on the Turret

 

400nm, 420nm, 480nm, 500nm, 520nm, 540nm, 620nm, 700nm

 

Optical Density

 

0 to 1.99 O.D

 

Accuracy

 

± 0.02 O.D

 

Resolution

 

± 0.01 O.D

 

Display

 

3 Digit 7 Segment Bright Red LED Display

 

Keyboard

 

Single key, Soft Touch Membrane Type key

 

Minimum Volume

 

1 ml

 

Sample System

 

10 mm path length matched glass test tubes

 

Light Source

 

LED

 

Detector

 

Photodiode/Photocell

 

Warm Up Time

 

5 minutes

 

Power

 

230 ± 10%, 50 Hz A.C

 

Dimensions

 

225x210x110 mm

 

Accessories

 

1) A Set of 5 Matched Test Tubes

 

2) Tube Stand

 

3) Dust Cover

 

4) Instruction Manual.

 

 

  • Type: Auto photo colorimeter; Wavelength range (nm): 400 - 700 nm; Resolution: 0.01 A
  • % Transmission: %T: 0 - 100; Absorbance: 0 - 1.99; Photo detector: Wide range silicon photocell; Display: 3 digit bright red seven segment LED display; Keyboard: 1 keys soft touch membrane type; Light source: 6.3V 0.3Amp tungsten lamp
  • Sample system: 10 mm pathlength matched glass test tube; Filters: 400 450 490 520 540 570 620 680 nm filters mounted on turret; Solution volume: 1 ml.; Auto zeroing: Available (for Abs.) and 100% for %T
  • Weight (Kg): 2.5 Kg. (Approx.); Power supply: 230V ±177;10% AC 50Hz; Accessories: Matched test tube: (A set of 5) Spare lamp operation manual and dust cover

how to use calorimeter 

Uses of Colorimeter

The colorimeter is an instrument that allows for the measurement of light and its intensity to match colour as it is perceived by the human eye. The colorimeter compares the measured colour against the standard colours with the color spaces.

Table of Content

What is Colorimeter?

Colorimetry is one of the methods of spectro analytical methods. The variation of the color of a solution with change in concentration of some solute component in the solution, forms the basis of colorimetry.

The colour is either the inherent colour of the constituent itself or due to the formation of a coloured species by the addition of a suitable reagent. The intensity of the colour can then be compared with that obtained by treating a known amount of the chemical substance in the same manner.

General Principles of Colorimeter

A colorimeter May be used to measure the concentration of a chemical in a solution if the chemical imparts a characteristic color to the solution.

  • The colorimeter optical system isolates a narrow waveband of light at a selected absorption peak for the chemical that is measured.
  • The intensity of the transmitted light at the absorption wavelength is a function of the concentration of the chemical in the solution.
  • When only the light at this wavelength is used, Beer’s law is obeyed and maximum sensitivity is obtained for the instrument.
  • Use of the narrow wavelength band usually makes possible the elimination of the absorption effects of other chemicals in the solution.
  • However, the effect of some chemicals cannot be eliminated if they change the complex ion formation of the chemical being measured. This is the case when uranyl nitrate is measured in a solution containing nitric acid. ..  . More Read

References and Sources  (TOP SALES MODEL Photo Colorimeter )