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*WAI 
This is the IEEE488.2 common command.  From either interface, it causes the command processor   to wait 
until any overlapping command is finished before continuing to process commands. 
 
CLR 
This command halts RPT?, SND?, or COL? commands in progress.  It also terminates statistics gathering 
started by the COL command. This command is issued internally whenever a carriage return   that is not 
preceded by a command is typed into the RS232 interface. When the IEEE488 interface receives a linefeed 
terminated message with no commands, it too generates the CLR command. 
 
*RCL_<dec num> 
This is the IEEE488.2 common command.  It takes the single numeric argument  [1-4], and restores the 
instrument configuration to that configuration stored in the corresponding save area. It also places the IEEE 
interface into the OCIS and OQIS states. 
 
COUNT_<dec num> 
Sets the number of pulses making up each average in average energy mode. 
 
COUNT? 
Returns the number of pulses making up each average in average energy mode. 
 
CALIB_<dec num> 
Sets the calibration constant (Volts/Joule) for a pyro detector, (Volt/Watt) for an Ultra Series detector or the 
time constant for a calorimeter. Note: This command is context sensitive, the detector type must be set by the 
SENS command before this command is executed. 
 
CALIB? 
Returns the constant for a pyro detector, or the time constant for a calorimeter. Note: This command   is 
context sensitive, the returned value depends on the detector type set by the SENS command. 
 
 
ATTEN_<dec num> 
Sets an attenuation factor for the current detector. 
 
ATTEN? 
Returns the attenuation factor for the current detector. 
 
ZERO 
This command zeros the power baseline for a calorimeter. 
 
PSWD_<dec num> 
Enables password protection commands if the password is entered correctly. 
 
PSPEED HF|BL 
Sets the electronic response speed according to the repetition rate capability of the pyroelectric detector type - 
a "black" coated absorbing crystal, or uncoated "high frequency" absorbing crystal. 
 
PSPEED? 
Returns the pyro speed, possible responses are BL and HF. 
 
 
 
CSPEED_<dec num> 

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Summary of Contents for Vector S310

Page 1: ...xcess underutilized and idle equipment along with credit for buybacks and trade ins Custom engineering so your equipment works exactly as you specify Critical and expedited services Leasing Rentals Demos In stock Ready to ship TAR certified secure asset solutions Expert team I Trust guarantee I 100 satisfaction All trademarks brand names and brands appearing herein are the property of their respec...

Page 2: ...10 S310D Laser Power and Energy Meters Setup and Operating Procedures Serial Number___________________ P N 10190H 5205 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 3: ...n Wavelength nm or µm Output Sensitivity S V W Time Constant 1 e sec Calibration Temp C Sub Heater Resistance Rc ohms Sub Heater Voltage Vh volts Sub Heater Wattage Wh watts Pyroelectric Detector 1 Model No Serial No Calibration Wavelength nm or µm Output Sensitivity V J or __________V mJ S_________ I__________ L_________ Calibration Temp C Pyroelectric Detector 2 Model No Serial No Calibration Wa...

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Page 5: ... Down Mode 6 Setup 6 Group Configuration for Astral Calorimeters 7 Group Configuration for Vector Pyroelectric Detectors 8 Group Configuration of Ultra Series 150 Watt Detectors 9 Range 11 Mode 11 Stats 11 Select 12 Cancel 12 Operating Procedures 13 USING THE S310 WITH VECTOR PYROELECTRIC DETECTORS 13 Energy Mode 13 Average Energy Mode 14 Average Power Mode 14 Statistics Mode 14 External Trigger 1...

Page 6: ... gy m ax 30 J Ener gy D ensi t y m ax N ot e8 N ot e9 N ot e10 N ot e11 N ot e12 N ot e13 N ot e14 Pr eci si on 1 A ccur acy 3 ResponseTi m e 3 sec i fat t ached t o a Sci ent ech i ndi cat oroper at i ng i n w at t sm ode D i m ensi onsD xL i n 4 75 x 2 3 4 75 x 2 3 4 75 x 3 92 4 75 x 2 3 4 75 x 3 92 4 75 x 2 3 4 75 x 2 3 cm 12 07 x 5 8 12 07 x 5 8 12 07 x 9 96 12 07 x 5 8 12 07 x 9 96 12 07 x 5 ...

Page 7: ...a x9 9L 6 1Dx9 9L 5 8x5 8x1 4 5 8x5 8x1 4 5 8x5 8x1 4 W ei ght l bs 0 9 0 9 0 9 1 1 1 1 0 3 0 3 0 3 kgs 0 41 0 41 0 41 0 5 0 5 0 14 0 14 0 14 I ndi cat orCompat i bi l i t y H310 H310D H410 H410D S310 S310D D200PC D200P M odel P50 PHF50 PHD 50 PHDX 50 PHDX50UV SP50 SPHF50 SPHD 50 M axBeam Di amet er 50mm 50mm 50mm 15mm 15mm 50mm 50mm 50mm Spect r alRes pons e UV t omi d I R 4 2um UV t omi d I R Av...

Page 8: ...ulse duration of 1 µsec Laser pulse duration of 10 µsec ABSORPTION OF HD ABSORBER vs WAVELENGTH 50 55 60 65 70 75 80 85 90 95 100 200 210 250 300 305 310 315 325 335 350 355 360 385 400 420 440 450 500 530 545 550 595 600 610 635 650 675 850 1060 1300 1480 2000 2100 10600 WAVELENGH nm ABSORPTION CAUTION SPECULAR REFLECTION NOTE Please exercise caution when using HD detectors They exhibit spectral ...

Page 9: ...rDependent 1 pul s eever y 60 t o 90 s ec M axi m um Rep Rat ef orCol l ect i ng Dat ai n 750 pps St at i s t i csM odewi t h Pyr oel ect r i cSens or Res pons eTi m e W at t sM ode Cal or i m et erDependent W hen connect ed t o cal or i m et er 3 t o 10 s econds Di m ens i ons H X W X D i nches 4 68 X 8 83 X 7 83 cm 11 89 X 22 43 X 19 89 PowerRequi r em ent 120 Vol t 60 Hz 10 or220 Vol t 50 Hz 10...

Page 10: ...310 only The black slotted button located just below the display allows screwdriver adjustment to set the analog needle to zero This adjustment should be made before connecting the detector Connecting Detectors Refer to the following drawing of the S310 rear panel A 3 meter mini DIN type cable with D shaped connectors comes with Astral and Ultra calorimeters A 3 meter BNC type cable comes with Vec...

Page 11: ...999 The decimal place floats to the right as you hold down the RANGE button to achieve larger values less resolution and to the left as you hold down the MODE button to achieve smaller values greater resolution Setup The SETUP button controls the process by which you configure the instrument and later recall the configuration to be used viewed and or changed Pushing the CANCEL button at any time w...

Page 12: ...ECT button to enter the time constant value to memory 4 The SP speed annunciator now appears in the display Press the count up RANGE button to speed up or count down MODE button to slow down the response time of the meter Press the SELECT button when the desired number appears in the display The following settings can be fine tuned to your preference of speed versus overshoot We recommend these in...

Page 13: ...d 2 Press the SETUP button until the PYro annunciator appears Immediately press the SELECT button to select the pyroelectric detector configuration program Either the V J annunciator or the V mJ annunciator and a detector sensitivity number will appear in the display 3 Press the SETUP button to toggle between the V J and V mJ entries The output sensitivity of the pyroelectric detector in V J or V ...

Page 14: ... address annunciator appears with the default bus address Bus addresses from 0 to 30 may be selected by pressing the count up RANGE count down MODE buttons followed by the SELECT button Once the remote interface has been setup the group annunciator will appear Press the SELECT button or simply wait a few seconds and the group will automatically be selected for operation Group Configuration of Ultr...

Page 15: ...pears in the display Press the SETUP button to select none even or odd parity Press the SELECT button to enter the parity choice to memory 8 The HS handshake annunciator now appears in the display Press the SETUP button until your choice of none nOnE on off onoF or clear to send CtS appears in the display Press the SELECT button when your choice is displayed to enter the handshake to memory 9 If I...

Page 16: ...conds and returns the S310 to its operational state 2 To select scientific notation or µ and m annunciators press and hold the MODE button and release when the desired configuration appears Stats Note When using the PHF09 pyroelectric detector in the long pulse setting a manual range must be selected when running statistics The STATS button provides statistical analysis of a series of energy readi...

Page 17: ... it must be done so through the digital interface Select The SELECT button activates a particular mode or function Holding down the SELECT button will revert the S310 to its operational state during group setup Any changes made during group setup prior to holding down the SELECT button will be implemented Cancel The CANCEL button reverts the S310 to its operational state during group setup Any cha...

Page 18: ...age test slide is provided with each P and PHF type detectors but not with HD type detectors Fire the beam at the test slide before using the detector to be sure you are operating under safe conditions Configure One of the Four Groups for the Pyroelectric Detector to be Used See Page 7 Energy Mode Press the MODE button repeatedly if need be until the J annunciator appears in the display Press the ...

Page 19: ...ect AUTO range the first few pulses of a run may be missed not counted if the S310 has to internally change ranges Therefore if you want the first pulse to be counted do not select AUTO range It is very important to select the most appropriate range If you have selected a manual range and the laser pulse s has overflowed the maximum energy of the range OF will be displayed when the data is recalle...

Page 20: ...sitivity energy joules or millijoules HR Battery Installation A 9 volt alkaline battery comes installed with all HR Series detectors Always select the OFF position of the power switch when the detector is not in use to spare the lifetime of the battery Replace the battery when the low battery LED indicator lights up Remove the two slotted 4 40 binder head screws located on the underside of the det...

Page 21: ...There are no range settings on the P05 and P09 detectors which utilize a highly absorbing material on the crystal The pulse duration considerations merely function in the determination of damage thresholds Repetition rates up to 100 HZ using the P05 and 50 HZ using the P09 can be measured USING THE S310 WITH ASTRAL SERIES CALORIMETERS Be sure the calorimeter is appropriate for the laser measuremen...

Page 22: ...LTRA SERIES DETECTORS Be sure the Ultra detector is appropriate for the laser measurements you intend on making Please familiarize yourself with the operating specifications which are given on page 3 of this manual Configure One of the Four Groups for the Ultra Detector to be Used See Page 8 The S310 has only a single range and mode when used with the Ultra detector and is ready to take measuremen...

Page 23: ...are voltage to wattreading displayed on the S310 to determine V W constant to use when looking at the analog output 2 Calorimeter Joules Mode Compare peak voltage to energy joules reading displayed on the S310 to determine V J constant to use when looking at the analog output 3 Pyroelectric Watts and Joules Modes Compare peak voltage to energy joules or power watts reading displayed on the S310 to...

Page 24: ... power watts mode the analog output is nominally 3 V full scale for each range Therefore to calculate watts from the analog output voltage W V S where V analog output voltage V S analog output sensitivity V W 3 V range W for example on the 10 mW range S 3 V 010 W 300 V W Pyroelectric Detector In power watts and energy joules mode the peak voltage of a laser pulse is directly proportional to the po...

Page 25: ...d up to 300 watts even though the Ultra Calorimeter is only rated for 150 watts To calculate power from the analog output voltage use the following equation W V 0 0332 S 3 x 10 5 V analog output voltage V S Ultra sensitivity mV W Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 26: ...ch cables from the total resistance measurement Compare this resistance to Rc in the calibration data in the front of the manual The two should agree within 2 If not contact Scientech 5 Remove the DVM Connect a power supply to the SUB and HTR test points and connect the DVM to monitor the power supply 6 Set up the indicator in the Watts Mode and the 10W range for 25 mm calorimeters or the 3W range...

Page 27: ...lorimeters with an Analog Chart Recorder Calorimeter Response The response of a calorimeter to a single pulse input as displayed by a chart recorder appears below The output voltage from a chart recorder can be converted to wattage at any time by W V S Wi Vi S V Chart recorder voltage level in mV S Calorimeter sensitivity in mV W The total energy E in the pulse can be found by integrating the inst...

Page 28: ...e constant T introduces another error dT The total error is the sum of the two errors dE Vo S dT T S dVo The difficulty in eliminating the potential error makes this method typically less accurate than numerical integration but much faster in application 3 Peak Voltage Estimate The peak voltage method requires using an independent determination of total energy and referencing it back to the peak v...

Page 29: ...st instant at these fluency levels The initial exponential temperature variation with penetration would rapidly decay as the heat flows through the absorber to the thermopile surface which remained at ambient temperature during the laser pulse If a CW laser beam is being absorbed a considerably different situation occurs The continuous supply of laser power produces steady state temperature distri...

Page 30: ... of absorptance with wavelength is depicted above The parameter a is the depth of penetration 1 e reduction in laser intensity Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 31: ...by a linefeed IEEE488 or a carriage return RS232 A command or query consists of a command or query header followed by zero or more arguments separated by commas Messages must be less than 75 characters example cmd1 arg1 cmd2arg1 arg2 cmdN arg1 The queries RPT SND COL and OPC and the commands COL and OPC are intended to be placed as the last command in the message Placing them elsewhere will not re...

Page 32: ...sented with an underline character Commands in this group are available from both interfaces IDN This query takes no arguments and returns a comma separated collection of four strings describing respectively the manufacturer of the instrument Scientech Inc the model number S310 the serial number and the firmware version number SAV_ dec num This is the IEEE488 2 common command for saving the instru...

Page 33: ...upted by a new command or query or the instrument is turned off COL _ dec num This command causes the instrument in energy mode to begin collecting readings for statistical analysis indicated by the response COLLECTING This command continues until dec num data points are collected or until it is interrupted by another command If it is interrupted no statistics are computed If it terminates normall...

Page 34: ...erfaces this command makes the named interface the SAVED active interface The next time the instrument is powered up or its configuration is restored from the configuration save set active when this command was issued the specified interface becomes the active remote interface RST This is the IEEE488 2 common command by the same name When executed from the RS232 interface it has the effect of rest...

Page 35: ...erage in average energy mode CALIB_ dec num Sets the calibration constant Volts Joule for a pyro detector Volt Watt for an Ultra Series detector or the time constant for a calorimeter Note This command is context sensitive the detector type must be set by the SENS command before this command is executed CALIB Returns the constant for a pyro detector or the time constant for a calorimeter Note This...

Page 36: ...the Standard Event Status Register Reading the register clears it ESE_ dec num Sets the bits of the Standard Event Status Enable Register to the binary representation of the decimal integer supplied ESE Returns a decimal number representing the contents of the Standard Event Status Enable Register SRE_ dec num Sets the bits of the Standard Request Enable Register to the binary representation of th...

Page 37: ...equential damages whether in contract tort or otherwise RETURNED GOODS PROCEDURE Should it become necessary to return any item to Scientech for any reason please contact our Product Service Department at 800 525 0522 or 303 444 1361 or Fax 303 444 9229 When you call please be ready to provide model number serial number and a description of the problem Frequently we can provide self help informatio...

Page 38: ...33 SCHEMATICS Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 39: ...34 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 40: ...35 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 41: ...36 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 42: ...37 Artisan Technology Group Quality Instrumentation Guaranteed 888 88 SOURCE www artisantg com ...

Page 43: ...quipment Have surplus equipment taking up shelf space We ll give it a new home Learn more Visit us at artisantg com for more info on price quotes drivers technical specifications manuals and documentation Artisan Scientific Corporation dba Artisan Technology Group is not an affiliate representative or authorized distributor for any manufacturer listed herein We re here to make your life easier How...

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