Physical Electronics DIGITEL 1500 Manual Download Page 7

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1.2

Specifications

Table 1-1. Specifications of the DIGITEL 1500

Parameter

Rack mount
Shipping weight; Unit weight
Operating temperature

Altitude
Humidity
Storage temperature
Input voltage

Line frequency
Power consumption
FUSE

HV output:

Short circuit

Polarity

Analog outputs:

Voltage

Current

Pump size

Display:

Voltage display

Current display

Pressure display

Rate-of-Rise bargraph
Status display

Computer interface ( optional):

RS-232/422 serial ASCII

Setpoints ( optional)

Bakeout ( optional)

Remote, Operate, Standby

1-2

Introduction

Specification

19 in. x 7 in. x 19.75 in.
105 lb; 102 lb
0 to 40

C. Free air flow around the unit is required.

Sea level to 10,000 ft.
0 to 80% RH (non-condensing)
20 to 70

208 or 230 Vac ±10%.  Selectable by internal jumper.
48 to 62 Hz.  No adjustment necessary.
Idle:  SOW;  Operating:  250W typical;  Max:  900W.

l0A slow blow 250V, 4A slow blow 250V. On rear panel.

Internal jumper selects voltage at 6000V or 7000V.

750 mA at 60 Hz, at nominal line voltage.

Positive. Can be converted to negative.

lV 3333 V

1 V 333 mA or 1 V = 333 µA (jumper select), 1 to 1 0V

Selectable from rear panel (120 LIS or greater). Use pump

size to cacluate pressure and control max pump power.

7-segment red LED. 0.43 character height.

0000-9900V in increments of 1 00V.

0.0 x 10-

to 5.1.0 x 10-

A. Autoranging.

1 x 10-

to 1 x 10

-4

torr, or 1 x 10-

to 1 x 10-

Pa.

Autoranging. Units selected from the rear panel.

7 element bargraph indicates the rate of change of current.
Indicates display mode (volts, current, or pressure),

setpoints ½, bakeout status, power on, HV enable.

Baud rates: 150, 300, 600, 1200, 2400, 480, 9600.

7-Bit, 1 stop bit, even parity. No parity required on input.

Two user-adjustable SPDT setpoint relays with variable

hysteresis and control parameter. Protected with a 4-digit

code. One fixed setpoint activates at 2000V. EEPROM

provides permanent setpoint storage for up to 10 years.

220V at 30A (resistive load) for main heater control.
Optically isolated, requires 12 to 30 V de pulse at 3 mA,

Summary of Contents for DIGITEL 1500

Page 1: ...DIGITEL 1500 Part No 1004964 Rev I J PHYSICAL ELECTRON CS ...

Page 3: ... Operating Procedures 3 3 3 2 1 Ion Pump Operation 3 3 3 2 2 Display Operation 3 4 3 3 Rate ofRise Bargraph 3 6 3 4 Autorun 3 7 3 5 User Messages 3 8 3 6 Analog Outputs 3 10 3 7 Keypad Modes 3 10 3 8 CMD Functions 3 11 3 9 Setpoint Option 3 11 3 9 1 Parameter 1 Setpoint 3 13 3 9 2 Parameter 2 Hysteresis 3 14 3 9 3 Parameter 3 Control Parameter 3 15 3 10 Password Protection 3 16 3 11 Bakeout 3 18 3...

Page 4: ...oard 2 3 2 3 Location of Setpoint Bakeout and Computer Interface Options 2 4 2 4 Location of Setpoint Connector 2 5 2 5 Installing the Setpoint Option Board 2 6 2 6 Location of Computer Interface Connector 2 7 2 7 Installing the Computer Interface Option Board 2 8 2 8 Rear Panel of Bakeout Power Distribution Box 2 9 3 1 Rear Panel Controls and Indicators 3 1 3 2 Front Panel Controls and Indicators...

Page 5: ...ontrols and Indicators 3 1 3 2 Front Panel Controls and Indicators 3 2 3 3 Pressure Conversion Constants 3 5 3 4 Error Messages 3 8 3 5 Status Messages 3 9 3 6 Setpoint Parameters 3 16 3 7 ASCII Conversion 3 20 3 8 Mode Commands 3 22 3 9 Computer Interface Error Codes 3 23 3 10 Computer Interface Keyboard Commands 3 24 4 1 Routine Maintenance Schedule 4 2 Table of Contents ...

Page 6: ...al display shown below provides direct readout of ion pump voltage current and pressure torr or pascal Ranging is automatic within the selected display mode A Rate of Rise bargraph indicates the pressure trend in the system The keyboard controls all functions except main power and high voltage and includes optional features that allow you to customize the unit to a particular system DIGITEL 1500 I...

Page 7: ... jumper selects voltage at 6000V or 7000V 750 mA at 60 Hz at nominal line voltage Positive Can be converted to negative lV 3333 V 1V 333 mA or 1V 333 µA jumper select 1 to 10V Selectable from rear panel 120 LIS or greater Use pump size to cacluate pressure and control max pump power 7 segment red LED 0 43 character height 0000 9900V in increments of100V 0 0 x 10 6 to 5 1 0 x 10 0 A Autoranging 1 x...

Page 8: ...akeout option is supplied with a cable Inspect all items for damage Ifdamage is found a claim should be filed with the carrier and a copy forwarded to PHI Obtain authorization from PHI prior to return if the equipment is returned WARNING Before you install the DIGITEL read the following Service should always be performed by qualified personnel Voltages up to 8000V are present An interlock is provi...

Page 9: ... 1 torr or pascal pressure readout is selected ion pump size both switches must be set to the correct size See Subsection 3 2 2 to set the pump size High voltage jacks Readout __ _ Pump size SET B OTH SWITCHES TO _____ POWER SELECT PUMP SIZE J612 INTERLOCK MONITOR OUTPUTS J611 J610 SETPOINT CMPTR INTFC I HIGH LOSS DISPLAY VOLTAGE SAFETY RESTART UNITS PUMP SIZE OU INTLK 1 A l9 T _RR ii U fJ 1 Ys J6...

Page 10: ...res E501 and E502 on the high voltage HV board and solder them Figure 2 2 High 2J C c cc Voltage Board J501 E503 A RET E502 HVIN E 01 E504 Top View of Chassis High Voltage Boa Location of wires E501 and E502 on the HV board Figure 2 2 Location ofE501 and E502 on HV Board 5 Connect the detachable power cord to input power on the rear panel and plug it into the wall 6 Tum the unit on and verify the ...

Page 11: ...ds use the following precautions Handle boards at approved ESD workstation Do not touch any electrical contacts Do not rub a board against any insulator that may build up a static charge When shipping boards use approved ESD containers and packaging Install first cc c _ ___ _ _ __ _ CCC _ _ __ _ ribbon cable retainer here Install Computer Interface option here tc 3t lP c p 4 Install Setpoint or Ba...

Page 12: ...1 mm from the rear panel and the other nine inches 229 mm from the rear panel both one in 25 mm from the bottom ofthe unit Install the Setpoint Option board first Use one ofthe following ribbon cables Installing the Setpoint Option only Use the 2 position short 40 conductor ribbon cable so that it connects the CPU board and setpoint board Installing the Setpoint Option with the Computer Option Use...

Page 13: ...re 2 5 Installing the Setpoint Option Board 5 Install the board in the card guides so that the board components face the rear and the open connector is on top 6 Put the ribbon cable in the guides on the side ofthe chassis 7 Installing the Setpoint Option only Plug the 2 position short ribbon cable into 1109 on the CPU board and J709 on the setpoint board Figure 2 5 with the colored stripe pin 1 cl...

Page 14: ... Figure 2 6 from the outside ofthe unit colored stripe pin 1 is on top Rear Panel JB12 INTERLOCK 0 MONITOR OUTPUTS Setpoint i connector installed J611 J610 here SETPOJNT CMPTR NTFC Figure 2 6 Location of Computer Interface Connector 2 Holding the connector in place with one hand insert the screwlock assembly in each ofthe four mounting holes from the outside Attach a lock washer and nut to each of...

Page 15: ...onnector into J109 on the CPU board and 1809 on the computer interface board with the colored stripe pin 1 closest to the left side ofthe chassis when facing the rear panel Installing the Computer Option with the Setpoint Option installed Ifthe 2 position short ribbon cable is installed on the setpoint board discard it Plug the 3 position longer ribbon cable supplied with the computer interface op...

Page 16: ...controlled power outlets for bakeout switched power outlets for pump power and four outlets for non interlocked power With optional relay controlled outlet stripts 3 maximum the power distribution box can provide additional bakeout power and or vacuum interlocked power for other equipment in the vacuum system Fuse pn 474021 r Pumping Electronics 1 _ _ J __ 11 J2 r __ ____I r _ d L I Rough Pumping ...

Page 17: ...e should not exceed 28V The following table lists the electrical connections to the setpoint board Table 2 1 SetpointOption ElectricalConnections Pin Function 2 SPlNC 9 SPlC 1 SPlNO 4 SP2NC 11 SP2C SP2NO 8 SP4NC fail safe 15 SP4C 7 SP4NO 23 STBY 10 OPER 22 CTL RETUR N STBY OPER andCTL RETURN lines remotely control the DIGITEL to the standby and operate modes A 12 to 28V signal is placed between ST...

Page 18: ...aximum cable length is 50 ft 15 2 m This length may be increased in some cases if the baud rate is reduced or if a low capacitance cable is used Normally connection to three pins TXD RXD and GND is required All signals are referenced to the DIGITEL For example TXD is the pin on which the DIGITEL transmits data If a receive only device is attached to the DIGITEL such as a printer only TXD and GND n...

Page 19: ...ators Description Two switches select the pump size Both switches must be set to the correct pump size Selects pressure display units ofeither torr or pascal This switch also affects the operation ofthe setpoints Readout 1 Pump size SET BOTH SWITCHES TO PO M R f SELECT PUMP SIZE HIGH LOSS DISPLAY f VOLTAGE SAFETY RESTART UNITS PUMP SIZE OUT INTLK EJ C0 8 cf f5f TEf 1 r 6 f330 J617 1 J615 __ MANUAL...

Page 20: ...ures Places the display in voltage mode Places the display in current mode Places the display in pressure mode When this key is first pressed the display momentarily flashes either torr or pascal to indicate the units displayed The DIGITEL must be configured correctly for this mode to read properly Subsection 3 2 2 These keys control the setpoint and bakeout operation The indicators to the right o...

Page 21: ...ump Install the DIGITEL according to the installation instructions in Section 2 Both the DIGITEL and the pump must be grounded and have a safety ground strap connecting them The high voltage cable must be attached to the DIGITEL and the pump The proper pump size must be selected The DIGITEL must have the correct output polarity Before you run an ion pump it must be evacuated to a minimum vacuum Th...

Page 22: ...rts to stall when the roughing pump is valved off as indicated by a decrease in voltage the roughing pump should be valved back into the system After voltage has increased above 3000V the display may be switched to current or pressure to get a better idea ofthe ion pump pressure when starting the pump the voltage display mode is more sensitive to pressure changes at the high pressures 3 2 2 Displa...

Page 23: ...the pump ages leakage currents develop and limit minimum pressure that can be measured For this reason pressure measurements should only be used as a general indication ofpressure inside the vacuum system The pressure is calculated using the formula Ptorr 5 x10 3 x 1 N where I is the pump current N is the number of pump elements a1201 s pump has 4 elements a 2201 s pump has 8 elements a 4001 s pum...

Page 24: ...d with a gas such as helium there is a slight change in pump current The magnitude of this change is a function ofthe leak size other pumps in the system probe gas operating pressure and ion pump history The general procedure for leak detection is 1 Valve offportions ofthe vacuum system ifpossible until the section containing the leak is isolated 2 Valve offall pumps except the ion pump this is no...

Page 25: ...el then turns the pump back on AUTORUN also forces the DIGITEL into cool down if it detects thermal runaway Ifthe voltage is between 1000 and 3000V and drops rapidly as would happen ifthe pump went into thermal runaway while starting the DIGITEL immediately enters the cool down mode regardless ofcalculated element temperature While in the cool down mode the message COOL is displayed and high volta...

Page 26: ...Four cool cycles have occurred Subsection 3 4 high voltage has been shut off and the DIGITEL is waiting for operator intervention Invalid key Normally occurs when the Okey is pressed while in the function mode Unable to write to EEPROM A change to the setpoints bakeout or password was made and the DIGITEL was unable to store it in nonvolatile memory The setpoints may still operate but will fail to...

Page 27: ...This message flashes momentarily and is then replaced by the pressure display As above except pascal units selected The DIGITEL has entered the cool down mode Subsection 3 4 As long as it is in cool down this message remains on the display Ifany function is accessed which generates a message except OPER the message replaces COOL and is also permanent Message appears briefly after SP1 is pressed Me...

Page 28: ... been wired for positive output the voltage monitor signal is positive and current signal is negative with respect to chassis ground Ifwired for negative these polarities are reversed 3 7 Keypad Modes Function mode Numeric mode 3 10 Operation The keyboard has two modes ofoperation function and numeric The function mode is the normal mode Whenever a key is pressed its function is executed For examp...

Page 29: ...play for CMD Functions 3 9 Setpoint Option Fixed setpoint Setpoint allows you to control processor pressure related functions The three setpoints two user adjustable and one fixed have a set of NC Normally Closed C Common NO Normally Open contacts Note On SPI SP2 the fourth digit is not used and must be set to 0 Please note that SPI SP2 are independent This means that you could program SPl for pre...

Page 30: ...t ofthe appropriate setpoint key lights When this happens the setpoint is on Note that the setpoint is off ifpower is off ifhigh voltage is off see Subsection 3 9 3 for the exception ifthe pressure is higher than the setpoint or if the setpoint is not active Note There is a difference between the terms on and active On refers to the state ofthe relay Active refers to whether the setpoint is enable...

Page 31: ...es SPl for one second and then shows the value ofparameter 1 The first digit of the mantissa is flashing 2 Press 5 to change the mantissa to 5 0 Note that the second digit of the mantissa is always zero The exponent is now flashing 3 Press 7 to enter the exponent value The display now shows 5 x 10 7 the desired value The mantissa is flashing Press ENTER to input the value 4 The second parameter is...

Page 32: ... x 10 7 3 The gun turns off outgassing decreases and the system drops to below 5 x 10 7 4 The gun turns on outgassing and raises the pressure to 6 x 10 7 By not having any hysteresis on the setpoint a large oscillator has been built out ofthe vacuum system and the electron gun Ifparameter 2 is non zero it determines the point at which the setpoint turns off while parameter 1 still determines the p...

Page 33: ...propriate for the pump you are using Also note that ifyou change this parameter it will most likely be necessary for you to change parameters 1 and 2 as well The second digit is used for password protection When this digit is 1 the user is required to enter a four digit number before any change can be made to the setpoint See Subsection 3 10 for more information The third digit controls the high v...

Page 34: ... off Parameter 1 should be less in value than parameter 2 Control parameter A 0 pressure 1 current B 0 no password required 1 password required C 0 HV interlock enabled 1 disabled D 0 not used should always be 0 When the setpoint is not under password protection it can be changed any time by anyone Password protection can be invoked for an unprotected password simply by changing a digit in paramet...

Page 35: ...oints or the password itself When changing the password follow the steps carefully and be sure to record the new password Ifthe password lost contact your customer service representative A password is changed by entering a CMD function 2000 The display then shows old requesting the old current password Ifthe correct password is entered the display shows CodE requesting the new password This number...

Page 36: ...h on for rough pumping its associated indicator lights CB1 CB2 and CB3 are used for Bakeout Pumping Electronics and Main Power respectively The Bakeout indicator lights when bakeout is on The Main Power indicator lights when main power is on Vacuum Rough Bakeout Pumping Main Power Bypass Pumping Electronics S2 S3 CB3 CB2 CB1 Figure 3 5 Front Panel ofBakeout Power Distribution Box Bakeout During ba...

Page 37: ...and displays the control number Sets the timer to run while heater is on The three zeros configure the setpoint to pressure no password HV interlock enabled Displays the value ofthe timer followed by Hr Sets the timer Enters the time value If the setpoint had been password protected you are prompted for the password at this point The bakeout setpoint has been configured but the heaters do not turn...

Page 38: ...uter Interface Commands See Subsection 3 13 As each character is transmitted to the DIGlTEL it is echoed back to the device to verify that the character was received The DIGITEL expects to receive 7 bit characters with one stop bit parity is ignored It transmits 7 bit characters with one stop bit and even parity The computer interface uses two special control characters Backspace BS sent to the DI...

Page 39: ...above but indicates the bakeout heaters are on B is a blank or space For example the report 07 14 43 5900V2 6E 3I H Bl 3 tells us that it is day 7 at 2 43 P M the output is 5900V at 2 6 mA the high voltage is on bakeout is enabled setpoint 1 and the bakeout heaters are on Note Voltage or current information is not updated while in cool down mode Use the RC command to generate a report that lists A...

Page 40: ... 15 minutes The P value can be used to determine how close the pump is to reaching power limit shutdown These limits are shown in Table 3 9 Pump Size S Value P Value 20 25 1 11 60 80 2 21 120 150 4 42 220 270 8 84 The current parameter works like power but it is not dependent on pump size A value of 50 mA is used continuously When 50 mA hr of excess current has accumulated the cool down cycle is i...

Page 41: ...disable 8 Keyboard on 9 Keyboard off These functions draw a close parallel to keyboard commands except on offcommands Ifthe keyboard has been turned offfrom the computer interface pressing a key momentarily displays Err 13 The setpoint control command format is SNPXXYY where N p xx Example 1 is the setpoint number 1 2 or 3 is the parameter number 1 2 3 or 4 are the two digits ofthe parameter or if...

Page 42: ...g off The timed reporting interval is adjusted by the command SLINN where NN 01 to 99 minutes The date and time may be set with the command where DD is the day 00 99 HH is the hour 00 23 MM is the minute 00 59 STDDHHMM Timed and exception reporting generate the same output produced by the RD command Timed reporting produces an output at fixed intervals that can be set from 1 to 99 minutes Exceptio...

Page 43: ...HHMM Set minutes 33MM Set logging interval 34NN SLINN The computer interface must be initialized before it can be used Initialization occurs whenever the power is turned on CMD 3006 is entered from the keyboard the watchdog circuit forces a reset or a break signal at least 220 milliseconds long is received 3 13 Summary of DIGITEL Commands Command Functions 2000 3001 3002 3003 3004 3005 3006 3007 3...

Page 44: ...R x 5 SPl or SP2 Mantissa exponent ENTER On value Mantissa exponent ENTER Offvalue XXX0 X 0 1 BAKE ENTER Pressure 0 Current 1 Password required 1 HV interlock On 0 Off 1 Not used Set to 0 ENTER Mantissa exponent ENTER On value Mantissa exponent ENTER Offvalue XXXX X 0 1 Pressure 0 Current 1 Password required 1 Pressure 0 Current 1 Password required 1 HV interlock On 0 Off 1 Bakeout time Continuous...

Page 45: ...imed reporting on Exception reporting on Timed reporting off Exception reporting off Logging interval NN 01 99 Set date and time Print a report Print AUTORUN parameters Read setpoint parameters X 1 3 Set setpoint parameter N Setpoint P Parameter XX or XXYY Parameter value Invalid function Option not installed Logic error Cycle limit shutdown Invalid key Hardware error Illegal password Keyboard dis...

Page 46: ... voltage cable with power on After turning power off allow at least one minute before disconnecting electrical equipment Do not operate the control without a proper electrical ground or near water The control may be damaged and its safety reduced if it is operated outside of its specifications CAUTION Circuit boards may be destroyed by a small static discharge To avoid damaging the boards use the ...

Page 47: ... For220V u Use T10A sloblo Figure 4 1 Location of Maintenance Components To gain access to the unit interior remove the six screws securing the top cover to the chassis These are located on both sides ofthe unit 1 Tum power offto the unit Wait two minutes and remove the top cover 2 Clean the interior ofthe chassis with clean oil free compressed air at 50 psi maximum 3 Clean all high voltage wiring...

Page 48: ...n the offposition not flush with the bezel 2 Insert a small screwdriver into the notch at the top ofthe lens 3 Gently pull the lens forward until it is free of the housing 4 Locate the lamp puller inside the housing and pull it forward to free the lamp 5 Replace the lamp with a type CM85 28V T 1 3 4 wedge base lamp or equivalent 6 Carefully push the lamp back into the socket and snap the lens into...

Page 49: ...t the voltage of the variable power supply until the desired current is obtained Perform the following calibration procedure 1 Push the front panel POWER switch to off not flush with the bezel 2 Wait for two minutes and remove the top cover 3 Disconnect J405 on the Power Supply board Figure 4 2 4 Push the front panel HV ENABLE switch off not flush 5 Plug in the power cable 6 Pull the safety interl...

Page 50: ...djust R317 to obtain a DVM reading of 3 06V Figure 4 3 Disconnect the DVM 9 Press the CURR 5 key to enter the current display mode 10 Check the zero adjustment Ifnecessary adjust R311 so that the front panel display reads 0 0 x 10 5 J109 c c c CPU Board V Figure 4 3 CPU Board Calibration Components 11 Disconnect the power cable from the rear ofthe unit Service 4 5 ...

Page 51: ...0W mounted to the chassis with a jumper wire Figure 4 4 14 Connect a variable current source between E502 and the chassis 15 Connect a power cord 16 To check the gain ofthe amplifier adjust the variable current source for an output of30 mA Press the CURR 5 key Adjust R310 on the CPU board Figure 4 3 so the front panel display reads 3 0 x 10 2 17 Check the following gains Current Source Front Panel...

Page 52: ...own Setpoint relays do not transfer Error message received when SPl or SP2 is pressed on keyboard Setpoints are lost when unit is turned offand on again Symptom Computer Interface not operating Possible Cause Replace setpoint board EEPROM 1 Setpoints not programmed 2 Current or pressure too high 3 Check cable from setpoint board to rear panel 4 Setpoint board 1 Check ribbon cable from CPU board to...

Page 53: ...ver loose or removed 4 Check Voltage Select switch setting 1 Keyboard not plugged in properly 2 Shorted key 1 Check ribbon cable from CPU board to display board 2 Display board 3 CPU board 1 Check pump select switch setting 2 Shorted HV cable 3 Defective ion pump 4 Contaminated ion pump 5 Excessive gas load 1 Defective 5V supply Check TP403 Figure 4 5 2 Display board 3 CPU board 1 Defective 15V su...

Page 54: ...ns of 1 10 or 100 to provide an appropriate level signal for the AID converter This analog multiplexing may be frozen and certain analog switches selected by using keyboard commands listed below These commands should only be used during service by a qualified electronic technician Command 0817 0809 0801 0818 0810 0802 0880 0800 Source Gain ILOW 1 ILOW 10 ILOW 100 IHIGH 1 IHIGH 10 IHIGH 100 HV 1 Mu...

Page 55: ...cable for ion pump control units 15 2 0 9 long 100 1515 Bakeable HV Cable 20 long 2 0 9 100 1516 Bakeable HV Cable 30 long 2 1 4 100 1518 Bakeable HV Cable 50 long 2 1 4 222 0401 Computer interface option RS 232 1 0 5 222 0402 Setpoint option 1 0 5 222 0403 Bakeout Setpoint option 1 0 5 4 10 Service ...

Page 56: ...ower T601 is a current limiting transformer Its short circuit current is 750 mA at nominal line The magnetic characteristics ofT601 when combined with the electrical characteristics ofthe bridge rectifier and capacitor yield a de voltage vs current curve that is suitable for ion pumps in the range of120 Lis and larger When current load is light D601 and C601 behave as a voltage doubler As current ...

Page 57: ...r fire protection the secondary ofT401 contains internal temperature sensitive fuses The output ofT401 is rectified filtered and regulated to provide the 5V 15V regulated and 12V umegulated outputs A control signal from the CPU board turns Q402 on and offto enable the primary ofthe high voltage transformer U401 402 and Q401 control the HV enable lamp on the front panel 5 4 CPU Board Schematic 6157...

Page 58: ...tized by the 8 bit successive approximation AID converter U308 D307 and U307 form an adjustable 3 06V reference The microprocessor continuously samples both current and voltage alternately Gain in the voltage mode is always one In current mode the CPU selects IHIGH or ILOW and gains of1 10 or 100 to provide an appropriate level signal for the AID converter 5 5 Display Board Schematic 1003223 The d...

Page 59: ...to prevent data from being written to U702 during transient power conditions U703 is a universal parallel I 0 device Its PB0 3 outputs control the four output relays through relay driver U704 Remote standby and operate inputs are optically isolated by U705 706 and read on PB6 7 which are programmed as inputs PB0 1 controls the non volatile store and write functions on U702 5 8 Computer Interface S...

Page 60: ...0 630221 1003200 623011 1004803 615741 625703 1004776 1003223 1003219 1003203 623012 Control DIGITEL Top Level Assembly CPU PCB Assembly Power Supply PCB Assembly H V Board PCB Assembly Display PCB Assembly Keyboard PCB Assembly Setpoint PCB Assembly RS232 Computer Interface PCB Assembly Chassis Schematic CPU Schematic Power Supply Schematic H V Board Schematic Display Board Schematic Keyboard Sch...

Page 61: ...de 3 4 D Description 1 1 Display 3 2 4 E Error Messages 3 8 Evacuating the pump 3 3 F Functions CMD 3 11 4 9 Front panel controls 3 2 Fuse replacement 4 3 H High voltage enable switch 3 2 1 Ion pump current voltage measuring 3 10 evacuating 3 3 size selection 3 1 starting 3 4 Installation 2 1 K Keypad 3 2 10 L Lamp replacement 4 3 Leak detection 3 6 M Maintenance 4 2 Messages user 3 8 Modes ofoper...

Page 62: ...arameters 3 13 Pump current voltage measuring 3 10 evacuating 3 3 size selection 3 1 starting 3 4 R Rate of Rise bargraph 3 2 6 Rear panel 3 1 S Schematics 6 1 Service 4 1 Setpoint option 3 11 board installation 2 5 electrical connections 2 10 setting parameters 3 13 Specifications 1 2 Starting the pump 3 4 Status messages 3 9 1 2 Index T Theory of Operation 5 1 Chassis 5 1 Computer Interface boar...

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Page 67: ...MPU 8 BIT NP 1 000 EA IC 74LS154 4 16 DECODE DEMUX NP 1 000 EA CRYSTAL 2 4576 MHZ CY2B pp 2 000 EA RES 100 OHM 25W 5 RC07 NP 9 000 EA IC OP AMP CA3140E BIMOS pp 1 000 EA IC 74LSOO QUAD 2 INP NANO NP 2 000 EA IC 4040 12 BIT BIN COUNTER pp 1 000 EA IC 6810 SRAM lK 128X8 DU 1 000 EA RES 4 99K OHM 25W 1 RN60D PP 1 000 EA DID ZENER 6 2V 4W 1N821 PP 1 000 EA IC AD7574JN ADC AD7574JN PP 1 000 EA CAP 100 ...

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Page 71: ...PTION PART STATUS REFERENCE NOTES FROM TO 43 602815 4 000 EA FUSE HOLDER PCB CLIP 3AG TYPE XF401 402 010191 44 1000843 2 000 EA NUT KEPS 4 40 SST304 021494 45 541806 2 000 EA SCR PAN 4 40X 375 PHHD SST 010191 48 541910 2 000 EA SCR PAN 6 32X 625 PHHD SST 111193 49 533203 2 000 EA NUT KEPS 6 32 SST304 031093 51 625703 0 000 EA SCHEM DIAG POWER SUPPLY 010191 END OF REPORT ...

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Page 73: ...44 D503 508 121587 005 620196 3 000 EA RL r 3 47 5 KOHM 12Wt 1 RN55D R i05 507 83090 OOA 175016 1 000 EA 1 e s 6 04KOHM 25W l RN60D R502 121 97 0007 373035 1 000 EA CAF UF 1 1 100 V tCER t RDL C501 0008 1004777 2 000 EA DIO Z NER 6 2v 1ow 1 N3998A DU D50t 502 0009 1003275 3 000 EA CAF UF 10 1 5 VDC NF AXL C502 504 010 177049 1 000 EA CONN STR PIN LOCK HDRt 4 CKT J501 60590 0011 615710 1 0 0 E A Rl...

Page 74: ...ez z 21 I A 1000541 I t A lt c s s 01 100 ol lM S J RZ I ZO A OO S A SOC K_ T Pi D1F 1 l I A 1 003 _55 I 1 _ le cs 4RZA sx Zoosstt_ _ __ R7 0 I o I A I 100 o s I I IE A I RS RA Y 1 OM Z I co A lOO Z S3 t Sto6 0 Z a 11 D os z jl ojA IC03 Z 5Z OS Z 09 A 100 3 Z S t A LED 6b 1 ecl HLi 1P o bo os ic t i 11 0 1 A 00 z so l A ILED i Ii 0 50 Sc Hu P 2 bS t _ o1 i 1 I A lE 92 1 IE A 1 l DECO 1 029 t Y1 2_...

Page 75: ...10101 14 1003250 4 000 EA DIO LED RED LIGHTBAR 35011 SQ DS213 214 215 216 010101 15 378048 3 000 EA DIO LED RECTANGULAR RED Ds210 211 212 sEE 030188 NOTE 2 16 1003252 1 000 EA DIO LED 2V 20MA YEL HLMP 0401 DS209 SEE NOTE 2 010101 17 1003253 3 000 EA DIO LED 2V 20MA GRN HLMP 0504 DS206 207 208 SEE 010101 NOTE 2 18 1003254 1 000 EA RES NTWK 22 DIP 8I 25W 2 PP R205 010101 19 1003255 1 000 EA RES NTWK...

Page 76: ... 5 JSEE c O l Z7 5 j3 10 1 lr er 5 DE TAG ED P L I UlOS u l J70 s it I 71003 z l__c _ JJ_ JstJCo l_i l rCe j_ J_j 1 J 2 Z JlO 1 0 AT QQ3sOo 4 E R LAY Y 1 V 13 D u l 101 70 1 To cr 279 Z 08 l A_ ES C i Z COC _ _ S 1c A 1002eoo l l K uw c _i o 0 u o s i A I c 2 e I 1 Wc1 c fcc 0 1_ 6 u 2 v c o i A 37JI07 t llf 7 C r l 2 S JJ l 1a r 70 C 70 l A 2 7 Z 2 b f 103 Z C 00 1 CJ Clo 1_1 ATIO Z 1 11 ls 11vs ...

Page 77: ...W 1 RN60D PP R702 010101 9 371091 1 000 EA RES 3 0lK OHM 25W 1 RN60D PP R701 021489 10 179313 1 000 EA XSTR 2N3906 PNP 40V 6W pp Q701 022189 11 275146 1 000 EA SKT IC DIP 24P 6W TIN L PROF pp XU701 102091 12 1002159 1 000 EA CAP 10 UF 50V 20Y ELECT AXL pp C704 010101 13 609150 2 000 EA RES 3 32K OHM 12W 1 RN55D pp R708 709 041690 14 371107 2 000 EA RES 49 9K OHM 25W 1 RN60D pp R703 704 010101 15 3...

Page 78: ...1200 600 300 GD GD l I _ U806 C804 oo C805 CC VR802 CRB I9 4 l GD 31 I I 623011 s 11111 RtctAST QR PROD 10825107 9ilBBB QTY ITEM 10 COH12203 02 93 IPSE DDM C0i12286 03 93lRLF DOM D co 12424 E C0112477 F REVERSE LABELS CO I 13446 it0 94 _ C iC S iW ER G O j 7 O I 1 14 H_ Olb _ o __J f1 NOTES fil STAMP REVISION OF TH S DOCUMENT N SPACE PROVIDED LOOP BRAIOED CABLE FROM TOP OF BOARO THROUGH STRAIN REL...

Page 79: ...121 OHM 12w 1 RN55n RES 4 99K OHM 12W 1 RN55D RES lOK OHM 12w 1 RN55D RES 475 OHM 12w 1 RN55D RES 49 9K OHM 12w 1 RN55D RES 866 OHM 12w 1 RN55D CAP 0 1 UF 50V 20 CER ML RDL CAP 10 UF 25V 20 TANT RDL DID HS SW 75V 1N914 TRANSORB 15V 5W MPTE 15 TRANSORB 8V 5W MPTE 8 DID ZENER 4 7V 4W 1N750A XSTR 2N3904 NPN 40V 3W CONN 100C 40P PCB RA 2ROW CONN lOOC 26P PCB STR 2ROW TUBING SHRK 125ID POLYOLE BLK CA B...

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Physical Electronics DIGITEL 1500, Manual

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