Digital Photo Colorimeter (5 Filter)

Digital Photo Colorimeter (5 Filter)

Product Details:

X

Product Description

SALIENT FEATURES :

  • 1 ml Sample Volume
  • Range from 400 to 700 nm.
  • Direct Concentration Facility
  • Highly Stable and Accurate
  • Battery/Mains Operated Colorimeters Also Available

 

PRODUCT DETAILS :

Digital Photo Colorimeters LIM-125 & LIM-126 are the finest colorimeters that combine convenience in operation with high precision & accuracy in analysis.

High standard glass filters covering complete visible range of 400 to 700 nm are mounted on a rotating disc. Highly sensitive photo sensor and use of latest IC technology makes the instruments highly rugged, accurate & economical in maintenance. A minimum sample volume of 1ml is required to carry out the analysis. Provision has been made to switch on the lamp source only when required, thereby increasing the life of the photocell. The instruments are extremely useful for quantitative estimation of several chemical substances including blood chemistries in chemical/clinical labs, pharmaceutical industries, medicine plants, water treatment plants, agriculture universities etc.

 

SPECIFICATIONS :

Model

LI-125 & LI-126 Digital Model

Std. Glass Filter

5 (LI-125), & 8 (LI-126)

Display

2 1/2 Digit LED

Range

400-700 nm

Output OD

OD (0 to 1.99)

Key

Manual Key

Auto Zeroing

Yes

Minimum Sample

1ml

% Transmission

0-100%

Resolution

1%T. 0.01 ABS

Accuracy

0.5% FSI

Detector

Photocell / Photodiode

Light Source

6.8 V, 300 mA 

Power

230 V + 10% 50 Hz with in-built stabilizer

Filters

In Case of 5 Filters 420, 480, 540, 620, 680 nm

In case of 8 Filters - 400, 420, 480, 500, 520, 540, 620, 680 nm

Accessories

Glass cuvette of 10 mm path length : (A set of 2),Operation Manual and Dust Cover

 

Enter Buying Requirement Details
Email Id
Mobile number


Our Clients

Send Inquiry Send SMS
trade india member
LABARD INSTRUCHEM PRIVATE LIMITED All Rights Reserved.(Terms of Use)
Developed and Managed by Infocom Network Private Limited.