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Instructions | multichannel laser
March 18,2021 | News    Browsing volume:919

 ensure the regular operation of the equipment and the equipment and personnel's safety during use, please read this document before using the equipment. The company is not responsible for any equipment damage, personal injury, and other losses caused by the equipment's improper use.

Description

multi-channel laser is specially designed for laboratory and company quality inspection. It can provide 16 channel laser output at the same time. An independent power supply controls the channel, and the wavelength and power can be adjusted. The chassis adopts standard slot type chassis, and the company provides spare modules to facilitate equipment maintenance, with high wavelength accuracy, high-cost performance, and good reliability.


Technical index 

Parameters

Index

Channels

16

Channel wavelength

CH01:1545.52nm  CH021546.16nm
CH03:1546.80nm  CH04
1547.44nm
CH05:1548.08nm  CH06
1548.72nm
CH07:1549.36nm  CH08
1550.00nm
CH09:1550.64nm  CH10
1551.28nm
CH11:1551.92nm  CH12
1552.56nm
CH13:1553.20nm  CH14
1553.84nm
CH15:1554.48nm  CH16
1555.12nm

Adjustable wavelength range

>±1nm

Signal channel output power

0dBm

Fiber type

Signal mode

Type of optical connector

FC/APC

Supply voltage

200V~240V AC

Operating temperature

5~40℃

Exterior



Panel description



Test record

Test and measurement record of multichannel optical device

 Ta=25      2021-2-2

Module serial number

Output power

Output wavelength

Current proportional voltage

Equivalent driving current

Wavelength proportional voltage

M1

CH1

1.810mW

1545.517nm

0.618V

30.9mA

0.762V

CH2

1.839mW

1546.156nm

0.8938V

44.7mA

0.744V

M2

CH3

1.319mW

1546.806nm

0.470V

23.5mA

0.628V

CH4

1.532mW

1547.440nm

O.423V

21.15mA

0.652V

M3

CH5

1.384mW

1548.081nm

0.368V

18.4mA

0.646V

CH6

1.429mW

1548.722nm

0.397V

19.85mA

0.664V

M4

CH7

1.639mW

1549.360nm

0.548V

27.4mA

0.863V

CH8

1.498mW

1550.005nm

0.575V

28.75mA

0.755V

M5

CH9

1.426mW

1550.639nm

0.433V

21.65mA

0.680V

CH10

1.405mW

1551.278nm

0.450V

27.5mA

0.660V

M6

CH11

1.404mW

1551.918nm

0.373V

18.65mA

0.638V

CH12

1.408mW

1552.561nm

0.473V

23.65mA

0.619V

M7

CH13

1.500mW

1553.218nm

0.781V

39.05mA

0.823V

CH14

1.481mW

1553.837nm

0.728V

36.4mA

0.758V

M8

CH15

1.570mW

1554.480nm

0.760V

38mA

0.798V

CH16

1.264mW

1555.118nm

0.614V

30.7mA

0.808V

 


Notices rules 

1.During the equipment's working process, the input power supply voltage shall be kept stable as far as possible, and the equipment grounding terminal shall be connected. The power supply voltage stabilizing device can be installed to prolong the service life of the equipment.
      2. When the equipment is turned on, the power line should be connected first, and then the laser master switch should be turned on. When the equipment is turned off, the laser master switch should be turned off first.
      3. Pay attention to the cleaning of the fiber connector in the process of use to not affect the laser's output performance.
      4. The equipment shall be kept dry and clean, and the external surface of the instrument shall be protected to avoid being scratched by hard objects. In a high-temperature season or humid climate, attention should be paid to ventilation and heat dissipation.

After-sales services

After-sales service address and contact information
Beijing rofea optoeletronics
 NO. 3, Jinxing West Rd, Daxing District, Beijing 
sales@rof-oc.com (or contact Regional Sales Manager)