Scientech H410 Vector Manuale Utente

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Pagina 1 -

Models H410 & H410D Laser Power and Energy Meters Setup and Operating Procedures Serial Number___________________ P/N 1079

Pagina 2

10QUICK SETUP: Note: For detailed instructions for each type of detector, refer to the Operating Procedures section. 1. Turn On the Meter: Note: F

Pagina 3 - Table of Contents:

11The preceding list of modes in bold type represents the measurement modes of the H410. These modes are discussed in this Quick Setup section. The

Pagina 4 - ENVIRONMENTAL REQUIREMENTS:

12Slide the ON/OFF switch, located on the upper right side of the H410, to the ON position. The indicator will immediately turn on in the operationa

Pagina 5 - CAUTION: SPECULAR REFLECTION

13 H. Press the ON/SELECT button when “SPd” appears. Choose between “hF” for high frequency absorbers and “bL” for black coated absorbers accordin

Pagina 6

14B. To Measure Average Energy (J AVG): Note: The maximum repetition rate for average energy is 300HZ. The average energy mode displays an average

Pagina 7

15energy level to be measured. It is very important to select the most appropriate range. If you have selected a manual range and the laser pulse(s

Pagina 8

16B. Press the ON/SELECT button when the CAL annunciator appears. A second menu cycle of CAL 1, CAL 2, Attn and SPd will start. C. Press the ON/S

Pagina 9 - UNPACKING:

1711. Time Out: Note: You must save all settings by pressing and holding the OFF/CANCEL button until the display blanks. If the H410 is turned of

Pagina 10 - QUICK SETUP:

18USING THE H410 WITH ASTRAL SERIES OR LARGE APERTURE CALORIMETERS The calorimeter selected needs to be the appropriate model for the planned laser

Pagina 11 - OPERATING PROCEDURES:

19To enter into the configuration mode: A. Press the MODE button. A menu cycle of J, W, CAL, tO and cd will begin. B. Press the ON/SELECT but

Pagina 12

2Thank you for choosing a Scientech laser power and energy meter. Scientech, an ISO 9001 registered company, and our employees are pleased to provid

Pagina 13 - 6. To Select a Range:

20 AC2500, AC25HD 60 seconds AC2501, AC25HD, AC2504 60 seconds AC5000, AC50HD 90 seconds AC5001, AC50UV, AC5004 90 seconds 360401 with interface

Pagina 14

21A. To Measure Energy (J): Note: Calorimeters can only measure single shot energy pulses with the time between pulses dependent on the calorimeter

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22 C. Press the ON/SELECT button to enter the pulse population to memory. The display will blank and the STATS annunciator will flash. D. Press t

Pagina 16 - 10. Attenuation Factors:

23E. Press the ON/SELECT button. The attenuation factor is now active and the indicator will return to the last operational state. F. Press and ho

Pagina 17 - 11. Time Out:

24USING THE H410 WITH ASTRAL PHOTODIODE DETECTORS: Be sure the photodiode detector is appropriate for the laser measurements you plan to make. Plea

Pagina 18 - 1. To Turn On the Meter:

256. To Select a Wavelength: Note: You must save all settings by pressing and holding the OFF/CANCEL button until the display blanks. If the H410

Pagina 19

2675% and reflects 25% of the beam. If the H410 is set up to measure the reflected beam the attenuation could be set up as follows: • An attenuatio

Pagina 20

27CALIBRATION OF ASTRAL CALORIMETERS USING ELECTRIC SUBSTITUTION HEATING: For Astral calorimeters the electric substitution heating option must be o

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28CALIBRATION OF LARGE APERTURE CALORIMETERS USING ELECTRIC SUBSTITUTION HEATING: Electrical substitution heating is a standard feature of large aper

Pagina 22 - 9. Attenuation Factors:

29Calibration without an Interface Module and H410 Indicator: Note: Whenever a large aperture calorimeter is used without an indicator the interface

Pagina 23 - 10. Time Out:

3Table of Contents: Detector Operating Parameters:...

Pagina 24

30DETECTOR OPERATION WITHOUT AN INDICATOR: Pyroelectric Detectors: Standard and SP Models: Pyroelectric detectors can be operated with a 1MΩ input os

Pagina 25 - 8. To Zero the Display:

31Operation of Astral and Large Aperture Calorimeters with an Analog Chart Recorder: Note: Whenever a large aperture calorimeter is used without a

Pagina 26

32Initial Voltage Interpolation: A method used to eliminate the tedious numerical integration task is to project the thermal decay envelope on to the

Pagina 27 - HEATING:

33FACTORY RECALIBRATION: Scientech recommends that a complete calibration be performed annually to verify system accuracy. Please contact our Produc

Pagina 28 - SUBSTITUTION HEATING:

34HD CALORIMETER AND PYROELECTRIC ABSORPTION VS. WAVELENGTH: Use this table for all HD calorimeters and HD pyroelectric detectors. Wavelength Absorpt

Pagina 29

35Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%1.245 91.78 1.510 91.70 1.775 90.84 2.016 90.

Pagina 30 - Pyroelectric Detectors:

36Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%2.129 90.76 2.255 90.17 2.390 89.92 2.557 89.

Pagina 31

37Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%2.855 89.26 3.233 88.79 3.725 88.11 4.394 87.

Pagina 32 - Photodiode Detectors:

38Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%5.357 86.95 6.682 86.05 8.879 84.32 13.09 80.

Pagina 33 - RETURNED GOODS PROCEDURE:

39 P MODEL PYROELECTRIC DETECTOR ABSORPTION VS. WAVELENGTH: Use this table for standard and slim profile painted (P) model pyroelectric detectors. Wa

Pagina 34

4Calibration of Large Aperture Calorimeters Using Electric Substitution Heating:...

Pagina 35

40HF MODEL PYROELECTRIC DETECTOR ABSORPTION VS. WAVELENGTH: Use this table for standard and slim profile high frequency (HF) model pyroelectric detec

Pagina 36

41Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%2.067 60.27 2.257 60.06 2.487 59.79 2.768 59.

Pagina 37

42Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%3.120 59.47 3.576 59.37 4.188 58.92 5.052 58.

Pagina 38

43Wavelength Absorption Wavelength Absorption Wavelength Absorption Wavelength Absorptionµm% µm% µm% µm%6.365 57.97 7.870 57.74 10.31 60.33 14.93 43.

Pagina 39

44SCHEMATICS:

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5VECTOR™ H410 INDICATOR SPECIFICATIONS: ModelH410 H410D4digit LCD with SelectableAnalog Meter MovementFull Scale Ranges with Astral 25mm CalorimeterF

Pagina 43

6VECTOR™ PYROELECTRIC DETECTOR SPECIFICATIONS: ModelP 25 PHF 25 PHD 25 PHDX 25 PHDX25UV SP 25 SPHF 25 SPHD 25Aperture Diameter 25.4 mm 25.4 mm 25.4 m

Pagina 44 - SCHEMATICS:

7ASTRAL™ CALORIMETER SPECIFICATIONS: ModelAC2500 AC25HD ACX25HD AC2501 ACX2501 AC25UV AC2504Type of Absorber Surface Surface Surface Volume Volume Vo

Pagina 45

8LARGE APERTURE (100MM & 200MM) CALORIMETER SPECIFICATIONS: Model360401 380401 380402 384UV5 360801 380801 380802 384UV5Type of Absorber Surface

Pagina 46

9UNPACKING: The meter, detectors, and accessories are shipped in custom packing materials. All packing materials should be saved for future damage f

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