Sutter Instrument Lambda DG-4 Operation Manual Download Page 1

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Novato, CA 94949

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Fax: 415-883-0572

Email:

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Lambda DG-4

and

Lambda DG-5

Ultra-High-Speed Wavelength

Switching Illumination System

Operation Manual

Rev. 3.05c ( 20150414)

Summary of Contents for Lambda DG-4

Page 1: ...ve Novato CA 94949 Voice 415 883 0128 Web www sutter com Fax 415 883 0572 Email info sutter com Lambda DG 4 and Lambda DG 5 Ultra High Speed Wavelength Switching Illumination System Operation Manual Rev 3 05c 20150414 ...

Page 2: ...LAMBDA DG 4 DG 5 OPERATION MANUAL REV 3 05C 20150414 ii Copyright 2015 Sutter Instrument Company All Rights Reserved LAMBDA 10 and SmartShutter are registered trademarks of Sutter Instrument Company ...

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Page 5: ... for connection to a standard laboratory power outlet Overvoltage Category II and because it is a microprocessor controlled device it should be accorded the same system wiring precautions as any computer type system A surge protector and power regulator are recommended Fuse Replacement Replace only with the same type and rating 5 x 20 mm glass tube time delay medium time lag or slow blow Rating Li...

Page 6: ...er equipment via TTL connections see the TECHNICAL SPECIFICATIONS appendix for more details Operational Operate only in a location where there is a free flow of fresh air on all sides NEVER ALLOW THE FREE FLOW OF AIR TO BE RESTRICTED Do not operate the lamp in an orientation where the output of the CERMAX lamp faces within 45 of straight upward To do so may cause arc instability and the possibilit...

Page 7: ... must be connected to a ventilation or ozone removing system also known as an ozone eater for the evacuation of the ozone produced during operation Please contact Sutter Instrument 1 415 883 0128 or info sutter com for further information There are no ventilation requirements for the ozone free bulb Avoiding Physical Injury and Equipment Damage while Replacing the Xenon Bulb WARNING Before removin...

Page 8: ...inerator SAFETY HAZARDS The operation of lamps involves one or more of the following hazards In the absence of safe operating practices and precautions any one of these hazards could result in injury I EXPLOSION The lamps are filled with xenon gas at very high pressure Lamps must be handled with the same care and caution given any vessel containing these levels of pressure A hazard exists if the w...

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Page 10: ...Lambda DG 5 3 1 2 2 Systems 3 2 INSTALLATION 5 2 1 Unpacking 5 2 2 Getting Started 5 2 3 Light Guide Optical Holder Installation 8 2 3 1 Liquid Light Guide 8 2 3 2 Liquid Light Guide Installation 8 2 3 3 Optical Holder 8 2 4 Loading Filters 9 2 4 1 Filter Orientation 9 2 4 2 Loading Filters 9 2 4 3 Selection of a Filter Position 10 2 4 4 Blanking Discs 10 2 4 5 Neutral Density Filters 10 2 4 6 Fil...

Page 11: ...rst Four Filter Values Mode 33 4 EXTERNAL CONTROL OPERATIONS 35 4 1 Parallel Interface 35 4 1 1 Connecting to the Lambda DG 4 5 parallel port 35 4 1 2 Input Lines 36 4 1 3 Command Codes 36 4 1 4 Busy Line 40 4 1 5 Interface Modes 41 4 1 6 Controlling the Lambda DG 4 5 from a Computer s Parallel Printer Port 41 4 1 7 Reading the Status of the Lambda DG 4 5 43 4 1 8 Shutter Control 45 4 2 Serial Int...

Page 12: ...ilter holder assembly 9 Figure 2 6 Filter holder assembly with blanking disc 10 Figure 2 7 Lambda DG 4 5 left side 11 Figure 3 1 Keypad top panel 14 Figure 3 2 Electrical connections rear panel 16 Figure 3 3 Filter value out connector 17 Figure 3 4 Optical pathway based on filter position 24 Figure 3 5 DG 4 5 output attenuation 25 Figure 3 6 Log of attenuation vs change in output galvanometer valu...

Page 13: ...ovement commands 38 Table 4 5 Controller commands 39 Table 4 6 Parallel port pin connections and definitions 42 Table 4 7 Parallel port numbering and addressing 43 Table 4 8 Shutter open and close commands 45 TableC 1 Mains fuse requirements according to lamp power ratings and line voltage 62 Table D 1 Cable specifications 64 Table E 1 Filter selection command reference 65 Table E 2 Filter selecti...

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Page 15: ...ent as received through to ensuring that everything is correctly installed and is operating correctly The operation chapters cover the two basic types of user interaction with the system Manual local control and external computer control Please take the time to read these instructions to assure the safe and proper use of this instrument 1 1 2 Technical Support Unlimited technical support is provid...

Page 16: ...ed in each of the four optical paths An additional slide in filter holder intended for neutral density filters is located in a portion of the optical system common to all light paths After passing through the filter positions the lamp output is focused on a 2 meter long UV ultraviolet transmitting light guide which acts as a conduit for the output to the microscope At the output of the light guide...

Page 17: ...lter holder set arrangement 1 2 2 Systems The basic DG 4 system consists of the Lambda DG 4 cabinet lamp bulb four slide in filter holders 25mm one neutral density filter holder spanner wrench liquid light guide power cord serial and parallel cables and manual The following list provides more detail of the system s contents based on model A basic DG 5 system is the same as a basic DG 4 system with...

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Page 19: ...e socket on the back panel of the Lambda DG 4 5 Make certain that the voltage selector next to the power cord socket has been properly preset to the appropriate voltage 110 or 220 Do not turn on the power yet 2 Insert either end of the light guide into the port on the top panel of the Lambda DG 4 5 cabinet see below and tighten the thumbscrew to hold it in place The top of the light guide end slee...

Page 20: ...the neutral density FILTER HOLDER is the one whose bottom surface is flat rather than grooved Make certain that the end nearest the filter cup goes in first If you would like to install a neutral density filter at this time please refer to the Loading Filters section of this manual Figure 2 2 Lambda DG 4 5 left side 6 Identify the large access door used to install the interference FILTER HOLDERS T...

Page 21: ...e operational mode at start up which means that filters are selected by pressing the numeric keys corresponding to the desired FILTER NUMBER see EDIT A FILTER NUMBER definition of this value The default FILTER NUMBER upon start up is 0 This setting will disrupt the optical pathway within the Lambda DG 4 5 and prevent any light output at the light guide port The 0 FILTER NUMBER serves then as a shu...

Page 22: ...ht guide port until the top of the black end sleeve is even with the top of the light guide port Tighten the locking screw on light guide port to secure the end of the light guide in position This should result in maximal or near maximal light output from the light guide Minor adjustments up from this position may improve output the adjustments can be easily made once the system is fully installed...

Page 23: ...d retaining ring and a spacer ring to carry the force of the retaining ring to the unthreaded portion at the bottom of the cup In two of the filter cups there will also be a blanking disc Installation of filters into the filter holders requires care and patience to avoid damaging the threads of the filter cups and retaining rings as well as the filters Figure 2 5 Filter holder assembly The threade...

Page 24: ...t cases any given filter could be installed at any of the four FILTER POSITIONS However some minor considerations may improve performance of the system Adjacent FILTER POSITIONS will require slightly less switching time Therefore if an experiment will require rapid switching between two filters they should be located next to one another If separated by one or more filters there will be brief trans...

Page 25: ...eutral density FILTER HOLDER The larger door in the middle of the left side panel is fro the interference FILTER HOLDER Loosen the black knob on these access doors to slide them up and install the appropriate FILTER HOLDER into the slot The bottom of the neutral density FILTER HOLDER is flat while the bottoms of the interference FILTER HOLDERS are grooved For this reason these two types of FILTER ...

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Page 27: ...ght that can be produced by the Lambda DG 4 5 are such that it should not be turned on unless the light is directed into a microscope and away from the eyes or skin of the operator or other nearby personnel To reiterate Due to the current draw during lamp ignition it is important to power up the Lambda DG 4 5 first before other electronic and computer equipment especially when they are powered fro...

Page 28: ... the unit is under local control and that the unit will execute all commands as they are received The unit selects the PARALLEL MODE as the default remote interface at power on If the unit is under remote control at power on the appropriate remote interface mode will be automatically set and the display may change immediately to reflect any waiting computer commands 3 4 Top Panel Controls 3 4 1 Ke...

Page 29: ... transfer can also be done by sending the correct signal from the external source as outlined under the interfacing section The default input port is the PARALLEL PORT so the display will indicate PARALLEL MODE after the ON LINE key has been pressed unless the SERIAL PORT is active ENTER This key is used in conjunction with the numeric keys for selecting FILTER NUMBERS and entering other numeric d...

Page 30: ... Serial Port This 9 pin DSUB connector is used for establishing a serial interface between the Lambda DG 4 5 and a remote device computer using the cable provided This cable should not be used simultaneously with the parallel port cable 3 5 3 Filter Value Out This 8 pin Modular connector provides a digital indicator of the value of the FILTER NUMBER in use Pin numbers 1 through 4 correspond to the...

Page 31: ... socket is used to connect the power cord provided with the Lambda DG 4 5 3 6 Fuse The fuse used in this instrument depends on the power rating of the installed lamp and mains voltage See APPENDIX C FUSE REPLACEMENT for fuse type details and fuse installation 3 7 Modes of Operation LOCAL 3 7 1 General Information Filter switch timing can be controlled using one of four different operational modes ...

Page 32: ... source of input to another its function remains the same In this section the operational modes will be described in terms of LOCAL control Separate sections discussing interfacing the Lambda DG 4 5 with remote devices computers will cover access to these same modes of operation using SERIAL and PARALLEL inputs 3 7 2 Selecting an Operational Mode The MODE Key MODE 1 When the MAIN MENU is displayed...

Page 33: ...e ATTENUATION level previously programmed for that FILTER NUMBER value see the section on SETUP modes Under LOCAL control the filter is selected by entering a value in the range of 0 to 15 If a single digit value is desired the user may either press 0 and then the correct numeric key or just the single correct numeric key followed by ENTER If the value is a 2 digit number press the correct 2 keys ...

Page 34: ...t on the rear of the Lambda DG 4 5 In this way filter changes can be coordinated to occur with the capture of video frames The FILTER NUMBER sequence can be programmed at your convenience and then executed later with precise timing see SET UP THE RING BUFFER The FILTER NUMBERS can also be sent individually via the serial or parallel port before the trigger event This operational mode is selected b...

Page 35: ... be programmed at your convenience and then executed later with precise timing see SETUP THE RING BUFFER The FILTER NUMBERS can also be sent individually via the serial or parallel port before the trigger event This operational mode is selected by pressing the MODE key followed by the 5 key to get to the MOVE ON STROBE PULSE menu Alternatively you can page through the mode selection menus by press...

Page 36: ...with the next vertical sync pulse that occurs The computer interfaced with the Lambda DG 4 5 must be set up to monitor the video signal and hold the STROBE line HIGH if the number of frames to be captured with each FILTER NUMBER is to be constant This option might also be used to solve some timing problems that can result when using inherently fast software or computers Selection of this mode is m...

Page 37: ...The Input Galvanometer directs the collimated light beam through one of the four FILTER POSITIONS shown below and thus through whatever interference filter is installed there The angle of a Galvanometer is not expressed in degrees here but in an arbitrary unit whose value ranges from 0 to 4095 The Input Galvanometer Value that defines the optimal light path for each of the FILTER POSITIONS in your...

Page 38: ...ITION Table 3 1 Input and output galvanometer values based on filter position Filter Position Input Galvanometer Output Galvanometer 1 3500 750 2 2500 1500 3 1500 2500 4 750 3500 3 7 7 2 Filter Numbers The Lambda DG 4 5 uses paired Input and Output Galvanometer Values to define a given optical pathway Any pair of Galvanometer Values can be assigned a FILTER NUMBER from 1 15 It is important to reme...

Page 39: ...r position The actual attenuation produced must be determined by the user The degree of attenuation produced by increasing the galvanometer value is similar to that produced by an equivalent decrease Remember though that you are limited to an overall range of 0 to 4095 If the output galvanometer value for maximum output is already within 1000 units of a limit 0 or 4095 it is logical to attenuate b...

Page 40: ...NITION menu Alternatively you can page through the mode selection menus by pressing MODE The following menu will be displayed Press 1 three times to scroll through the NEXT TWO PAGES to see the desired option or press the 0 key to abort the routine and return to the MAIN MENU Press 7 to view the EDIT A FILTER DEFINITION menu Enter the desired FILTER NUMBER 0 15 as described in the MOVE ON COMMAND ...

Page 41: ...timal light output for a given application This could be accomplished by repeatedly reprogramming the FILTER NUMBER you wish to evaluate but that would prove quite tedious Direct control of the Output Galvanometer Value assigned to any FILTER NUMBER is possible using the FILTER ADJUSTMENT sub routine which is part of the EDIT A FILTER NUMBER DEFINITION mode To access the FILTER ADJUSTMENT menu pre...

Page 42: ...crease the Output Galvanometer Value These keys can be briefly depressed and released to increment or decrement the value slowly or they can be held down continuously for more than 2 seconds to rapidly increase or decrease the value When you are finished press the ENTER key to return to the MAIN MENU 3 7 8 Setup Ring Buffer Mode MODE 8 3 7 8 1 General Information The Lambda DG 4 5 controller will ...

Page 43: ...n access to the SETUP RING BUFFER menu press the MODE key followed by the 8 key Alternatively you can page through the mode selection menus by pressing MODE The following menus will be displayed Press 1 three times to scroll through the NEXT TWO PAGES to see the desired option or press the 0 key to abort the routine and return to the MAIN MENU Press 8 to view the SETUP RING BUFFER menu or the 0 ke...

Page 44: ...key followed by the 8 key Alternatively you can page through the mode selection menus by pressing MODE The following menus will be displayed Press 1 three times to scroll through the NEXT TWO PAGES to see the desired option or press the 0 key to abort the routine and return to the MAIN MENU Press 8 to view the SETUP RING BUFFER menu or the 0 key to return to the MAIN MENU The following display wil...

Page 45: ...r source is connected to the appropriate input on the back of the Lambda DG 4 5 To manually RUN the RING BUFFER access the SETUP RING BUFFER menu by pressing the MODE key followed by the 8 key Alternatively you can page through the mode selection menus by pressing MODE The following menus will be displayed Press 1 three times to scroll through the NEXT TWO PAGES to see the desired option or press ...

Page 46: ...t as the filter change occurs This results in a brief output of light at an undesired wavelength prior to arriving at the selected FILTER POSITION This problem can usually be avoided by placing filters in adjacent FILTER POSITIONS when it is known in advance that you will only want to switch between those two wavelengths This may not be a practical solution for several situations The TURBO BLANKIN...

Page 47: ...First Four Filter Values Mode MODE 3 To display the current Input and Output Galvanometer Values for the first four FILTER NUMBERS press the MODE key The following menu will be displayed To bring up the values display press 3 Press ANY key to return to the MAIN MENU TURBO BLANKING IS TURNED OFF PRESS 1 TO ENABLE OR 0 TO KEEP IT OFF 0 EXIT 1 NEXT PAGE 2 TURBO BLANKING 3 DISPLAY THE FIRST 4 FILTER V...

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Page 49: ...r from the serial port or the value encoded by the eight logic level input lines of the parallel port 4 1 Parallel Interface 4 1 1 Connecting to the Lambda DG 4 5 parallel port The parallel interface connector on the back of the cabinet is a DB 25 connector The connections are arranged so that a standard DB 25 cable can be used to connect the controller to a PC parallel port This cable should not ...

Page 50: ...ommands 22 in all The first 16 binary values 00000000 00001111 are read as filter change commands that take effect immediately i e MOVE ON COMMAND Each one selects the FILTER NUMBER that corresponds to the command s decimal value 0 to 15 Another way of stating this is that when the 4 most significant bits of the 8 bit binary value all equal 0 data input lines 6 9 are all LOW the 4 least significan...

Page 51: ... 33 4 4th filter 25mm at 1 3 13 13 0D 00001101 Unused 14 14 0E 00001110 Unused 15 15 0F 00001111 Unused 16 16 10 00010000 Trigger 0 0 Light is blocked Shutter Closed 17 17 11 00010001 Trigger 100 1 1st filter 25mm at full 18 18 12 00010010 Trigger 100 2 2nd filter 25mm at full 19 19 13 00010011 Trigger 100 3 3rd filter 25mm at full 20 20 14 00010100 Trigger 100 4 4th filter 25mm at full 21 21 15 0...

Page 52: ...ommand 33 4 4th filter 25mm at 1 3 15 15 0F 00001111 Command 33 5 5th filter 25mm at 1 3 16 16 10 00010000 Trigger 0 0 Light is blocked Shutter Closed 17 17 11 00010001 Trigger 100 1 1st filter 18mm at full 18 18 12 00010010 Trigger 100 2 2nd filter 18mm at full 19 19 13 00010011 Trigger 100 3 3rd filter 18mm at full 20 20 14 00010100 Trigger 100 4 4th filter 25mm at full 21 21 15 00010101 Trigger...

Page 53: ...riginal filter position is stored so that when the Open Shutter 170 command is issued the light path is moved from Filter 0 back to the original position Activate Turbo Blanking 186 BA 10111010 Turns Turbo Blanking ON Deactivate Turbo Blanking 188 BC 10111100 Turns Turbo Blanking OFF Triggered by Strobe 202 CA 11001010 Selects triggered by strobe line as the ring buffer mode Disable Strobe Trigger...

Page 54: ...ding this command via one input when the other input is active will cause the unit to select the input from which the command was received If 238 is the current command of the either input do not send 238 by the other channel and do not attempt to go to the local mode In either case the controller will loop between modes continuously End Loading Ring Buffer 240 F0 11110000 Sent after the final val...

Page 55: ...nnecessary 4 1 6 Controlling the Lambda DG 4 5 from a Computer s Parallel Printer Port The standard PC parallel port provided for printer control may be used to control the Lambda DG 4 5 This however does not mean that instructions can be sent to the Lambda DG 4 5 in the same manner that they are sent to a printer A printer is designed to print at its maximum rate and if the computer generates out...

Page 56: ...e address of 888 378 H A second printer adapter card in the same system will be called LPT2 and will have a base address of 632 278 H Check the documentation of your system and the jumpers on the various adapter cards to be sure of the base address on the adapter you wish to use The connections to the parallel port are made through a DB 25 connector on your computer The pin assignments for the com...

Page 57: ... DG 4 5 The BUSY line is the only output from the Lambda DG 4 5 In the BUSY line section above there is a discussion of some of the factors to consider in deciding whether to read the BUSY signal at all If you have determined that your application requires this output to be read from your computer this can be done through the 4 bit input port on the printer adapter The address of this port will be...

Page 58: ...ddress of the input port and data is an integer in the range 0 to 255 When the WAIT statement executes program execution halts until the input port indicated by port reads as the indicated by data expressions The ANDdata expression is evaluated as an AND operation Thus we may test to see if the BUSY line is set as follows WAIT 889 128 The program will suspend operation until the value read for the...

Page 59: ...ll automatically return the Galvanometers to whatever FILTER NUMBER was last selected before being closed by the CLOSE SHUTTER command The mechanical effect is the same as selecting FILTER NUMBER 0 to close the shutter followed by the desired FILTER NUMBER to open the shutter Table 4 8 Shutter open and close commands Command Value Decimal hexadecimal binary Description Open Shutter 170 AA 10101010...

Page 60: ...he serial mode by simply sending the decimal value 238 EE hexadecimal via the serial port Do not send this data value by both the serial and parallel port since this will cause the controller to rapidly switch between modes If you send 238 via the serial port it will be retained as the serial input until another serial command is received Thus if you send it via the serial port and do not send ano...

Page 61: ...oing the command back to the host computer This indicates that the command was received and will be executed promptly If the sent command is the same as the last command received it will not be echoed and the controller will take no action The following subroutine could be used to hold the computer in a loop until the command is properly echoed Listing 4 2 Command echo check routine COMMANDCHECK I...

Page 62: ...URN D D 1 IF D 10000 THEN RETURN GOTO SERIN1 SERCLEAR DO WHILE LOC 1 0 SerialInput INPUT 1 1 characters waiting LOOP RETURN Commands DATANUM 170 OPEN SHUTTER DATANUM 171 MARKER BETWEEN 235 OR 236 IN N D ADJUST DATANUM 172 CLOSE SHUTTER DATANUM 186 ENABLE TURBO BLANKING DATANUM 188 DISABLE TURBO BLANKING DATANUM 202 TRIGGERED BY STROBE DATANUM 203 DISABLE TRIGGERED BY STROBE DATANUM 204 SELECT VIDE...

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Page 65: ...bulb assembly has the following components Figure 5 1 Lamp bulb assembly components 1 Blue lamp housing 2 Notch indicating the front light output side 3 Front terminal smaller threads 4 Rear terminal larger threads 5 Front thinner heat sink 6 Bulb mounting ring 7 Xenon Bulb 8 Rear thicker heat sink 9 Heat sink retaining clips ...

Page 66: ...ver panel This will expose the blue plastic lamp housing assembly 3 Grasp the top and bottom handles of the blue plastic housing assembly and carefully pull the assembly straight out of the cabinet Figure 5 2 Lamp cover panel on left side of the Lambda DG 4 5 series cabinet WARNING Before removing the the lamp assembly from the system turn off the LAMP and POWER switches disconnect the power cord ...

Page 67: ...ront heat sink Remove it and set it aside You will need it if the new bulb does not have one 5 1 3 2 Installing the New Bulb 1 Without removing the protective cap from the new bulb apply a thin even layer of thermal compound to the side surfaces of the anode shell as shown in Figure 5 4 CAUTION Avoid touching the sapphire window If heat transfer compound is smeared on the window it can be removed ...

Page 68: ...taining clip positioning it flush with the inside edge of the heat sink Figure 5 4 Bulb surfaces requiring they be covered with thermal compound Figure 5 5 Heat sink alignment and positioning of the retaining clips 7 Insert the heat sink bulb assembly into the blue housing Make sure the SAPPHIRE WINDOW side output is the same side as the notch in the blue housing Figure 5 6 Screw in the terminals ...

Page 69: ...handles of the blue plastic housing assembly and carefully reinsert the assembly into the cabinet Figure 5 7 with the bulb window facing away from the lamp fan Figure 5 7 Returning the light bulb assembly to the system 8 Reaffix the black cover panel and screw it in place with the four knurled screws 9 Screw in the five screws at the lower left corner of the left side panel where the lamp access d...

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Page 71: ...ty work will be performed only at the factory The cost of shipment both ways is paid for by Sutter Instrument during the first three months this warranty is in effect after which the cost is the responsibility of the customer The limited warranty is as stated above and no implied or inferred liability for direct or consequential damages is intended Consumables PMTs galvanometers and Uniblitz 1 shu...

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Page 73: ...the following do not include the outer blue housing If an extra housing is required please contact Sutter Instrument by phone fax or email O661176 Ozone free 175 Watt xenon bulb attenuated output below 340nm O661175 Full spectrum 175Watt xenon bulb O661301 Ozone free 300 Watt xenon bulb attenuated output below 340nm O661300 Full spectrum 300 Watt xenon bulb O661115 Housing and heat sink for bulb b...

Page 74: ...X100150 Filter spacer X100160 Retaining ring B 6 Neutral Density Filter Accessories DG ND Filter holder X664162 Filter cup B 7 SmartShutter IQ25 DG 25mm SmartShutter with housing to fit Lambda DG 4 DG 5 LB SC Dedicated SmartShutter controller system with serial and USB interface cables power cord and manual NOTE For a full list of available accessories for the Lambda DG 4 and DG 5 refer to the Pro...

Page 75: ...a compartment as shown in the figure To remove the spare fuse press down on the end of the compartment and push it out of the other end The old fuse can serve as a convenient tool for pushing the spare fuse compartment out Replace the active fuse with the spare and re install the fuse holder and power cord If the lamp fails to power up with the new fuse installed call Sutter Instrument technical s...

Page 76: ... Rating Yes No Fuse Rating Yes No 125 Watts1 3 0A 125V Bussmann GMC 3 R Littelfuse 239 003 P Bussmann GMC 3A Littelfuse 239 003 T2 0A 250V Bussmann S506 2 R Littelfuse 218 002 P Bussmann GDC 2A Littelfuse 218 002 175 Watts 4 0A 125V Bussmann GMC 4 R Littelfuse 239 004 P Bussmann GMC 4A Littelfuse 239 004 300 Watts 5 0A 125V Bussmann GMC 5 R Littelfuse 239 005 P Bussmann GMC 5A Littelfuse 239 005 T...

Page 77: ...spectrum pre aligned xenon arc bulb Life 1 000 hours expected lifetime Warranty 500 hours prorated Light Interference Filters DG 4 Four 25mm 1 diameter filters DG 5 Two 25mm 1 and three 18mm diameter filters Switching Time between Adjacent Interference Filters 1 0 milliseconds Dimensions H x W x D 48 x 25 x 25 cm 19 x 10 x 10 in Weight 20 kg 45 lb Light Guide Core Type Liquid Length 2 m 6 5 ft Dia...

Page 78: ...25 6 ft 1 829 m Fair Rite 0443164 251 See Note 1 Dielectric separation of circuits Foil shielding Serial RS 232 DB 9 10 ft 3 048 m Fair Rite 0443167 251 See Note 1 Connected to metal faceplates of connectors on both ends See Note 2 Note 1 Fair Rite Products Corp P O Box J One Commercial Row Wallkill NY 12589 USA Note 2 The supplied 9 pin serial RS 232 cable is a straight through cable Pin 1 of one...

Page 79: ...3 0D 00001101 Alt 0013 M CR 13 3 14 0E 00001110 Alt 0014 N SO 14 4 15 0F 00001111 Alt 0015 O SI 15 5 33 Selected filter blockage None or 2 3 on Command Notes 1 2 16 10 00010000 Alt 0016 P DLE 0 0 0 0 0 Blocked shutter closed 17 11 00010001 Alt 0017 Q DC1 1 1 1 18 12 00010010 Alt 0018 R DC2 2 2 2 19 13 00010011 Alt 0019 S DC3 3 3 3 20 14 00010100 Alt 0020 T DC4 4 4 100 4 21 15 00010101 Alt 0021 U N...

Page 80: ...SCII def char Description 32 159 20 9F 00100000 10011111 Alt 0032 Alt 0159 space 170 AA 10101010 Alt 0170 Open shutter 171 AB 10101011 Alt 0171 Dummy command to intersperse each command in a sequence of remote neutral density adjustment commands 172 AC 10101100 Alt 0172 Close shutter 173 185 AD B9 10101000 10111001 Alt 0173 Alt 0185 186 BA 10111010 Alt 0186 Activates turbo blanking 187 BB 10111011...

Page 81: ...ting for current filter position and save 238 EE 11011110 Alt 0238 Set controller to On Line serial or parallel port pressing LOCAL key sets controller to off line 239 EF 11011111 Alt 0239 240 F0 11110000 Alt 0240 End loading ring buffer 241 F1 11110001 Alt 0241 Run from ring buffer 242 F2 11110010 Alt 0242 End run from ring buffer 243 255 F3 FF 11110011 11111111 Alt 0243 Alt 0255 NOTE The ASCII d...

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Page 83: ...al specs cable s 62 external control operations 35 F filter cup 9 cup spacer ring 9 loading 9 manual switching 7 orientation 9 position selection of 10 retaining ring 9 selecting position 10 filter holder access door 6 11 filter number definition 24 programming 26 sequences 29 filter number sequences 30 31 filter switching MOVE ON COMMAND 19 triggered 21 with video sync 20 22 FILTER VALUE OUT anal...

Page 84: ...ING 32 optical holder installation 8 optical pathway 2 P parallel port connection 16 35 control 41 input lines 36 pin assignment 35 power connection 17 cord connection 5 switches 7 power entry module 59 power up sequence 13 precautions iii electrical iii R remote interface 35 RESET 15 Ring Buffer definition 28 programming 29 running 31 viewing values 30 S safety warnings iii electrical iii SmartSh...

Page 85: ...UAL REV 3 05C 20150414 71 weight 61 technical support 1 top panel controls 14 trigger connection 17 TURBO BLANKING 10 32 U unpacking 5 V vent hose connection 6 video synchronization 20 22 connection 17 W warranty 55 weight 61 NOTES ...

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