Image Name

Leave a message for inquiry

Leave your phone number, and we'll get in touch with you as soon as possible.


%{tishi_zhanwei}%

HLS-1000 Halogen Tungsten Light Source


HLS-1000 halogen tungsten light source is a versatile light source, suitable for VIS-NIR (340 nm-2000 nm), can be used for sample detection in absorbance transmittance. The light source can adjust SMA905 connector. The cooling fan cools and stabilizes the light source. Filter can be embedded in groove at light exit port.

 


Product Specifications

Model

HLS-1000

Spectral range

340 nm - 2000 nm

Dimensions (mm)

153.70 × 63.5 × 55

Weight

0.63 kg

Energy consumption

~8 W

Power Supply Requirements

12 V DC 4A stabilized voltage supply

Color temperature

2800K

Lifetime of Bulb    

~2,000 hours

Rated Power of Bulb    

5 W

Connector

SMA 905

Output power

6.0 mW

Warm up Time    

10 minutes

Working Temperature    

5–35°C
Note: The output power is the typical value when connected to a 600 μm core UV/VIS fiber. 


Instructions

  1.Connect 12V DC 4A stabilized voltage supply, power the equipment;
  2. Turn the rocker switch to ON to start up;
  3. The optical exit port can be connected to optical fiber, or directly to the optical receiver;
  4. When using the halogen tungsten light source, it needs to warm up 10 minutes to ensure the stability of the wavelength.


Related Applications and Solutions

1. Transmittance Measuring Experiment
In this experiment, the HLS-1000 halogen-tungsten light source is connected to a three-channel sample cell and a cuvette by optical fiber. The light beam passes through the cuvette and another fiber is connected to Aurora 4000 high-resolution spectrometer which is produced by our company. The transmittance of the liquid is obtained by software operation.
 


2. Reflectivity Measuring Experiment
In this experiment, a specially designed Y-type fiber is connected to the HLS-1000 halogen tungsten light source, and the receiver is connected with the Aurora 4000 high-resolution spectrometer which is produced by CNI. The probe part of the optical fiber is fixed on the optical fiber support, facing to the test samples. The reflectivity of the object can be obtained by software operation.