Argus RST 48/30 Owner'S Manual Download Page 5

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SPECIFICATIONS FOR ARGUS TECHNOLOGIES’ SWITCHED MODE RECTIFIER MODEL RST 48/30

Input

Voltage:

92 to 132VAC (57-63 Hz)
184 to 264VAC (47-63 Hz)

Current:

10.2 Amps (240VAC nominal) @ 1698 Watts
20.4 Amps (120VAC nominal) @ 1698 Watts

Power Factor:

.90 Lagging 0-100% load

T.I.F.:

Less than 120 at 100% load (current)

Efficiency:

88% min. 40-100% load

Hold-over Time:

30ms from loss of 240VAC line

Source Impedance:

5% inductive or resistive

Soft Start:

33% per second

Start Delay:

0-90 sec. (10 second increments)

Recommended Feeder Breaker: 30 Amps or greater (120VAC)

15 Amps or greater (240VAC)

Breaker Rating:

30 Amp; 10,000 Amp interrupting capacity at 250VAC (120VAC)
15 Amp; 10,000 Amp interrupting capacity at 250VAC (240VAC)

Miscellaneous

Acoustic Noise:

45dBa at three feet

Weight:

40 lbs (18.2 kg)

Size:

7.00”H x 17”W x 15” (17.7cm H x 43.2cm W x 38.1cm D)

Recommended Connection Wire Sizes (as per UL)

Ambient Temp=30 deg C

Input: #12 AWG
Output: #10 AWG

Ambient Temp=50 deg C

Input: #10 AWG
Output: #8 AWG

Environmental

Temperature:

0 to 50 deg. C [operating](32 to 122 deg. F)
40 to +70 deg. C [storage](-40 to +158 deg. F)

Humidity:

0 to 90% non-condensing

Elevation:

-500 to +2800m above sea level
(derate max. ambient to +40 linearly at 3100m)

ARGUS TECHNOLOGIES

010-006-B1 Rev B Page 2 of 2

Summary of Contents for RST 48/30

Page 1: ...RST 48 30 Switched Mode Rectifier Eliminator 010 006 B0 ...

Page 2: ... 1233 Argus Technologies reserves the right to make changes to the products and information contained in this document without notice Copyright 2008 Argus Technologies Ltd Argus is a registered trademark of Argus Technologies Ltd All Rights Reserved Printed in Canada This page intentionally left blank ...

Page 3: ...and Operation Instructions 010 002 C0 Rev H Main Parts List 010 006 20 Recommended Spare Parts List 010 006 G0 Main Schematic 010 006 05 Outline Drawing 010 006 06 Power Circuit Parts List 700 015 20 Power Circuit Schematic 700 015 05 Page 1 Front Panel Circuit Parts List 700 075 20 Front Panel Schematic 700 075 05 Factory Service Information 048 527 10 Printed in Canada Copyright 1988 Argus Techn...

Page 4: ...ethods detailed in Section 6 Breaker Rating 60 Amp 5 000 Amp interrupting capacity at 65VDC In Accordance with FCC requirements we provide the following statement as specified in the FCC guidelines for conformance to Part 15 Subpart J Level A WARNING This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may caus...

Page 5: ...ps or greater 120VAC 15 Amps or greater 240VAC Breaker Rating 30 Amp 10 000 Amp interrupting capacity at 250VAC 120VAC 15 Amp 10 000 Amp interrupting capacity at 250VAC 240VAC Miscellaneous Acoustic Noise 45dBa at three feet Weight 40 lbs 18 2 kg Size 7 00 H x 17 W x 15 17 7cm H x 43 2cm W x 38 1cm D Recommended Connection Wire Sizes as per UL Ambient Temp 30 deg C Input 12 AWG Output 10 AWG Ambie...

Page 6: ...RTED IN ALL OF THE ABOVE LISTED PRODUCT MANUALS THIS ADDENDUM REPLACES THE ADDENDUM ADDNEW DOC INCLUDED WITH DOCUMENT 022 000 C1 EXPLANATION The market shift from vented or wet cell to valve regulated lead acid VLRA batteries has prompted Argus to update its factory default settings to accomodate the requirements of these batteries The changes listed below are being implemented immediately as new ...

Page 7: ...ems nom 48 volt systems nom LVD 21 42 TABLE 1 4 SUPERVISORY CONTROL SYSTEMS SD 02 03 04 05 Function 12 volt systems nom 24 volt systems nom 48 volt systems nom Load Out 10 5 21 42 Load In 12 5 25 50 LVA 12 24 48 HVA 14 28 55 5 HVSD n a 29 5 58 NOTE THIS ADDENDUM SHEET IS TO BE INSERTED IN ALL OF THE ABOVE LISTED PRODUCT MANUALS THIS ADDENDUM REPLACES THE ADDENDUM ADDNEW DOC INCLUDED WITH DOCUMENT ...

Page 8: ...finjury chargeonlylead acidtyperechargeablebatteries Othertypesofbatteriesmayburstcausingpersonalinjuryanddamage 3 Donotexposechargertorainorsnow 4 Useofanattachmentnotrecommendedorsoldbythebatterychargermanufacturermayre sultinariskoffire electricshock orinjurytopersons 5 Donotoperatechargerifithasreceivedasharpblow beendropped orotherwisedamagedin anyway takeittoaqualifiedservicecenter 6 Donotdi...

Page 9: ...ections 10 4 6 Initial Start up 12 5 0 Operating Instructions 15 5 1 Shut down 15 5 2 Start up 15 5 3 Normal mode 15 5 4 Float equalize test 15 5 5 Fuse replacement 15 6 0 Adjustments 16 6 1 Factory Settings Ranges 16 6 2 Current Limit 16 6 3 Float Voltage 17 6 4 Equalize Voltage 17 6 5 Test Voltage 17 6 6 Output Slope Parallel Operation 18 6 7 Start Delay 19 6 8 Over Voltage Protection 19 6 9 Und...

Page 10: ...t have the RMA clearly marked and the product shipped prepaid to the Argus factory service center Argus will endeavor to repair products within five working days of receipt Repairs to the returned product are warranted for a period of six months A service charge may be applied if no fault is found in the returned product Argus will not accept products without an RMA number Business Hours Argus Nor...

Page 11: ...ent are covered by a notation that is underlined 2 2 ARGUS Numbering System ARGUS technologies uses a eight digit drawing number system which is broken into three blocks The first three digits describe the category of the product e g rectifier or fuse panel The next three digits indicate the sequence in which the product number was allocated in a particular category The last two digits indicate th...

Page 12: ...ent Limit 3 3 11 Over Voltage Shutdown 3 3 12 Remote Equalize 3 3 13 Remote Shutdown 3 3 14 Remote Restart 3 3 15 Start Delay 3 3 16 Soft Start 3 3 17 Output Slope 3 3 18 Input Output Circuit Breakers 3 3 19 AC Hi Lo voltage Shutdown 3 3 20 Front to Back Ventilation 3 3 21 Over Temperature Protection 3 3 22 Battery Eliminator Operation 3 3 23 Remote Sense 3 3 01 Digital Voltmeter Ammeter Located o...

Page 13: ...ze voltage control adjustment 3 3 06 Test Mode Selection of the Test mode is via the mode switch on the front panel and is indicated by illumina tion of the Test indicator The output breaker must be in the open position before this mode can be selected Once in the Test mode the output circuit breaker can be closed and the unit operated under control of the Test adjustment potentiometer When in the...

Page 14: ...ate in conjuction with the closure of the current limit relay contacts 3 3 11 Over Voltage Shutdown The over voltage protection feature electronically shuts down the the rectifier when a high voltage condition on the output of the rectifier is identified This is indicated by a front panel LED The level of the high voltage shutdown condition is set by the over voltage control on the front panel Thi...

Page 15: ...shed by current limiting the output 3 3 17 Output Slope RST rectifiers use output slope also known as regulation offset to accomplish load sharing When the rectifiers are run in parallel the units must be adjusted to track to each other or share the load over the output current range Output slope adjustment alters the regulation curve of the recti fier 0 0 preset factory setting 3 3 18 Input Outpu...

Page 16: ... the airflow is re moved 3 3 22 Battery Eliminator Operation The unit maintains all specifications with or without a battery attached to the output However if a battery or another unit operating in parallel is not present the alarms will not be illuminated if the AC power is removed 3 3 23 Remote Sensing The rectifier will regulate to a remote point when remote sense leads are connected to the rem...

Page 17: ...from the factory are arranged for the 19 mounting configuration To adapt to 23 mounting remove the four attaching screws then flip the brackets so that the large flange is against the rectifier chassis then re attach with mounting screws The brackets may also be relo cated for flush mounting of the unit in a rack To flush mount the unit the 19 or 23 orientation should first be selected then the br...

Page 18: ...inherent cancellation effect of third harmonic currents of a Delta connection Note that a higher capacity service breaker is required for the unit if the 120 volt source is used check the specifications for the recommended service breaker rat ing The minimum size of feeder breaker and wire size is given in the specifications If larger than mini mum feeder breaker is used appropriately higher capac...

Page 19: ...ws 4 4 2 4 120 240 VAC Conversion RST 48 30 and 24 50 only WARNING A C power must be removed from the unit before attempt ing to convert the operating voltage If the unit has been in operation wait 5 minutes before opening the front panel WARNING D C power may be present across the output terminals from a connected battery or parallel unit even if the output breaker is open The input range of the ...

Page 20: ...ed by selecting the minimal wire size without compromising the maximum loop voltage drop DC output wire must be UL approved File B64801 XHHW or RHH RHW Canadian users RW90 Type See specifications for recommended wire gauge Control and sense wires must be UL ap proved Style 1015 Canadian users TEW type Select either rear or front entry of the cables and swap the blank plate with the holed plate if ...

Page 21: ... the same order in which they were shipped from the factory Tighten the post nuts WARNING Over tightening of the post nuts may result in damage to the output bracket ARGUS TECHNOLOGIES Document 010 002 C0 Rev H Page 11 Figure 1b Output Cable Assembly Figure 2 Unit Connectors ...

Page 22: ...that the output polarity connection is correct to prevent damage to the load or the rectifier Due to the location of the output circuit breaker and diode used on units in a negative ground appli cation the rectifier fail indicator does not illuminate with the input and output breakers in the OFF position Remote indication of the rectifier fail condition is provided by the fail safe nature of the a...

Page 23: ...y turning the input breaker to the off position and then on again The unit will come back up in the Float mode 4 6 4 DC Start up Close the output breaker thereby connecting the unit to the load If the OVP trips then the sense lines have probably been reversed If so shut the unit down and correct the polarity of the lines The rectifier fail light should extinguish when the unit is providing current...

Page 24: ...Document 010 002 C0 Rev H Page 14 ARGUS TECHNOLOGIES Figure 3 Front Panel Layout ...

Page 25: ... the current limit setting or load the current limit indicator may be on 5 4 Float Equalize Test When the AC power is applied the unit may be operated in the Float Equalize or Test modes Mode status is indicated by the corresponding indicator on the panel Float is the default mode from start up Test Mode must be manually selected whereas equalize may be selected remotely The receipt of a remote Eq...

Page 26: ...C Under Voltage Alarm 10 12VDC 11 0VDC Output Slope 0 2 0 Current Limit 30 110 102 To adjust all settings the use of a small pocket screw driver or tweaker is recommended For all controls to increase a particular level the corresponding adjustment control is rotated clock wise To decrease a level the corresponding adjustment control is rotated counter clockwise 6 2 Current Limit WARNING Only quali...

Page 27: ...ier is in current limit or at no load When in current limit increasing the level will only reduce output voltage If at no load increasing the level will interfere with the rectifier fail detection circuit Float and Equalize settings do not interact and therefore may be set at any point However it is standard practice to adjust the equalize level higher than the float level 6 4 Equalize Voltage Fir...

Page 28: ...Equalize and then back into Float 6 6 2 Operation with Argus units in parallel with fixed slope units 6 6 2 1 Wait at least one hour from power up so that the rectifiers can reach their operating temperature Assure that the slope controls of the Argus units are at the twelve o clock position and adjust the Float controls for the desired loaded output voltage and proper current sharing of all the r...

Page 29: ...the unit by turning the input breaker off and then on The unit will now be in the Float mode 6 8 4 To confirm the setting decrease the test level then place the unit in the Test mode Increase the output level via the Test control The unit should trip out at the level as set in step 6 8 3 6 8 5 Reset the unit as before by momentarily opening and closing the input breaker 6 9 Under Voltage Alarm 6 9...

Page 30: ... has been activated Reset the alarm by increasing the output voltage via the Test adjustment control The alarm will reset when the test voltage is greater than the alarm volt age To confirm the setting decrease the Test level and monitor the point at which the the alarm trips 6 9 4 To return the unit to pre adjustment condition Turn the AC input breaker off Open the front panel again observing the...

Page 31: ...mately 30 V P P 120 Hz ripple to the transistor switching circuit The transistor switching circuit chops the raw supply into nominally 525 volts P P 48 KHz rectangu lar waveform with a nominal 39 duty cycle This waveform is fed into a ferrite power transformer which steps down and isolates the high frequency switching waveform A rectifier circuit converts the power transformer output to a DC pulse...

Page 32: ...des D61 and D62 provide transient protection Resistors R4 and R5 provide a current source for a 12 volt TP26 with respect to TP25 primary side auxiliary supply across D5 and also bleed the energy off C4 at power down Inductors L2 and L3 provide common and differential EMI filtering respectively with C1 C3 C22 C84 C86 respectively Capacitors C10 and C11 provide a low impedance output for the raw su...

Page 33: ...54 C55 and R100 form a clamping network to limit the turn off spike voltages of D47 to a safe level Inductors L5 and L7 and capacitors C56 C65 and C66 form a two stage LC filter to average the pulse train voltage at the input side of L5 to the desired DC output with a few mV of ripple Components C53 C63 C64 and L6 form a common mode filter to control the output com mon mode noise Resistor R99 and ...

Page 34: ...ator Resistor R31 and diode D8 form a current sink which charges precision capacitor C19 creating a negative going ramp voltage across C19 Transis tor Q5 with resistor R23 form a current mirror which causes a positive going ramp voltage to exist across R33 When the voltage across R32 exceeds approximately 1 volt as determined by resistor divider R25 R14 and R33 the output of comparator U5 A goes s...

Page 35: ...s indicators remote control and alarms of the rectifier It provides the voltage and current controls Float Equalize and Test se lector the power on logic and start delay timer the current limit and low current detectors front panel meter and test points and the rectifier fail detection circuitry Please refer to schematic 700 075 05 in order to follow the description of the circuitry 7 2 2 Bias Sup...

Page 36: ...cted by the front panel slope control R76 The voltage across R76 is a ratio of the load current provided by the power PCB circuitry A proportion of this is selected by the control and is divided down by R75 and R74 to control a current source consisting of operational amplifier U5 D transistor Q3 and components R42 R43 and C17 This sourced current flows through R49 reducing the voltage command A r...

Page 37: ...ut power to the unit is turned off via diode D10 from the power on signal or if the remote restart input is activated via diode D9 and optical coupler U21 Pulse network R88 C31 R89 prevents a continuous reset of the OVP latch if the remote restart input is continu ously connected to ground A reference for undervoltage detection is presented to the noninverting input of comparator U17 A The referen...

Page 38: ...ow Pin 2 of U13 C or if the unit is in local sense Pin 1 of U13 C or if the output is at or above the O V P trip point Pin 8 or U13B Thus the ramp is termi nated if output current is sensed If the ramp latch is not reset after 1 second when the output of the timer goes high a second S R latch the rectifier fail latch consisting of NAND gate U11 A and U11 B is set as determined by a logic circuit c...

Page 39: ...e the necessary information required for routine rectifier operation and fault diagnosis The Recommended list of spare parts is a list of parts that Argus Engineering have deemed as be ing consumable during the normal lifespan of the unit ARGUS TECHNOLOGIES Document 010 002 C0 Rev H Page 29 ...

Page 40: ...Source prob lem CB1 faulty T1 faulty F1 blown Correct AC source Replace CB1 Replace T1 Replace F1 CB1 on AC Power present CB2 off Power on LED and float LED lights panel meter does not light unit does not operate Fault in 5 volt auxiliary supply Short of 5 volt auxil iary supply Repair 5 volt auxiliary supply Repair short Replace front panel PCB assembly CB1 on AC power present CB2 off Front Panel...

Page 41: ...place front panel PCB Check switching circuit Replace D47 Replace U6 U7 U8 or U9 or related circuitry CB1 on AC power present CB2 off LEDs meter display OPERATIONAL Unit trips OVP on startup OVP LED lights OVP incorrectly ad justed Front panel PCB faulty U6 U8 or U11 or asso ciated circuitry faulty Adjust OVP Replace front panel PCB Replace U6 U8 or U11 or associated circuitry CB1 on AC Power pres...

Page 42: ...ight Soft start circuit does not work properly C44 Q25 or Q23 Current limit not work ing properly U7 or U9 Replace C44 Q25 or Q32 Replace U7 or U9 or associated component CB1 on AC power present CB2 closed Load applied Unit operates properly front panel current meter reading incorrect Faulty front panel PCB assembly Faulty U10 or associ ated circuitry Replace front panel PCB Replace U10 or associ ...

Page 43: ... front panel PCB Adjust Low Voltage control Replace J2 Replace front panel PCB assembly CB1 on AC power present Unit does not share load with paralleled rectifiers Slope control misad justed Front panel PCB as sembly faulty Control circuit failure U6 U7 U8 U9 Adjust slope control Replace front panel PCB assembly Repair control circuit ARGUS TECHNOLOGIES Document 010 002 C0 Rev H Page 33 ...

Page 44: ...tely enclosed and constructed of wood or double wall corrugated card board At least 3 of foam or shock absorbing packing material must surround the unit Units must be stored in a dry environment see specification section for temperature range Do not stack heavy objects directly on top of the unit Document 010 002 C0 Rev H Page 34 ARGUS TECHNOLOGIES ...

Page 45: ...o 10 8 4 633 024 10 Wshr Lock Int Tooth 1 4 Stl Zn Pld 9 4 630 069 10 Scrw Mach 1 4 20x3 8 Trhd Phh Zn Pld not SSt 10 2 633 023 10 Wshr Lock Int Tooth 10 SSt 11 5 633 034 10 Wshr Lock Hlcl Spr 10 Zn Pld 12 5 634 013 10 Nut Mscr 10 32 Hex Small Pattern SSt 13 2 630 052 10 Scrw Mach 8 32x2 1 2 Pnh Sltd SSt 14 28 630 148 10 Scrw 8 32x3 8 Typ T Pnh Phh Stl Zn not SSt 15 30 633 022 10 Wshr Lock Int Too...

Page 46: ...id Gra DWG D 590 188 00 20 2 590 125 P7 C Rail Unit Mtg US01 US02 Stl Plat DWG B 590 125 00 21 2 590 194 P1 Pl Blank Stl Gra DWG A 590 194 00 22 1 590 196 P1 Pl Bshg 3 4 Cndt Stl Gra DWG A 590 196 00 23 1 590 195 P1 Pl Bshg 1 2 Cndt RST 48 30 Stl Gra DWG A 590 195 00 25 1 740 015 20 Assy Fr Pnl RST 48 30 List 0 50 List 19 23 52 Platinum Add 18 1 590 010 P7 F Frm Bot Enclr RST 48 50 Stl Plat DWG D ...

Page 47: ...DWG A 590 194 00 22 1 590 196 P1 Pl Bshg 3 4 Cndt Stl Gra DWG A 590 196 00 23 1 590 195 P1 Pl Bshg 1 2 Cndt RST 48 30 Stl Gra DWG A 590 195 00 25 1 740 015 20 Assy Fr Pnl RST 48 30 List 0 54 List 85 Line Cord Add 120VAC Input 26 1 530 207 10 AC Plug Twstlk 30A 125V NEMA EEMAC L5 30P 27 7 856 005 10 Cabl 3 Cndctr 10 AWG CSA UL Type S or SOW 28 1 650 005 10 Conn 2 Scrw Clamp 3 4 K O to 530 List 87 F...

Page 48: ...1988 03 14 P C 1988 04 15 List 80 Added A 1988 12 21 Items Added 3 4 Items Qty Changed 10 11 12 B 1989 10 23 Items affected 22 23 List 80 deleted List 87 added C 1992 02 28 Add List 84 to Item 0 Add List 93 Change List 85 to Line Cord D 1994 11 09 Implemented EO s C1 C3 Items Affected 6 8 20 29 Revised Assembly Drawings and Acceptance Test Procedure E 1999 01 19 Implemented EO s D0 D10 Items Affec...

Page 49: ...6 27 30 31 33 13 2 320 001 10 Xstr NPN 25V MPS6601 TO 92 Q16 20 22 14 2 320 002 10 Xstr NPN 40V 2N4401 TO 92 Q7 25 15 1 322 001 10 Xstr PNP 25V MPS6519 TO 92 Q18 29 32 16 2 330 012 10 Xstr MOSFET N Chan 30A 50V BUZ11 Q12 14 17 2 330 002 10 Xstr MOSFET N Chan 4A 800V 3 Ohm Q8 19 Av rated 18 2 321 010 10 Xstr NPN 30A 450V BUX98A TO 3 Q9 11 19 2 300 007 11 Dio Brdg Std Rcvy 35A 800V MB358 D1 Chassis ...

Page 50: ...Dio Transzorb 1 5KW 200V 1 5KE200A D61 62 37 4 161 009 10 Dio Transzorb 1 5KW 160V 1 5KE160A D14 15 16 17 38 40 NOT USED 41 1 360 001 10 IC VR Lin Pos 5V 0 5A 78M05 TO 220 U1 42 1 360 010 10 IC VR Lin Neg 12V 0 5A 79M12 TO 220 U2 or 360 011 10 IC VR Lin Neg 12V 1A 7912 TO 220 43 1 360 205 10 IC Reg Switchmode PWM UC3843 Cer DIP U6 44 2 361 007 11 IC Op Amp Dual TL082 Plstc DIP U7 8 45 1 361 001 10...

Page 51: ...10 or 114 001 10 Res MOF 1W 1 0 Ohm 5 59 1 140 003 10 Res Ntwk DIP 8 Pin 4x 100K Ohm 0 1 R133 Isol 60 1 170 006 10 Thms PTC 50 Ohm 25deg C R138 140 145 61 1 124 001 10 Res Fusing 2W 1 0K Ohm 5 R50 62 1 148 016 10 Shunt 50A 50mV 0 5 R126 63 1 170 009 10 Thms PTC 10 Ohm 25deg C 70V R139 64 66 NOT USED 67 1 470 023 10 CB Thrm Mag 2P 30A 120 240VAC CB1 Chassis 68 1 470 036 10 CB Mag 35A 65VDC w Aux Sw...

Page 52: ......

Page 53: ......

Page 54: ...8 32 12 1 524 002 10 Socket Relay K1 13 1 655 004 10 Retainer Relay K1 14 5 521 003 10 Socket IC 8 Pin U6 10 15 2 521 005 10 Socket IC 14Pin U5 11 16 2 561 025 10 Insulator Slipped TO 220 U1 2 17 22 656 005 10 Pad Transistor T0 92 Q2 7 16 18 20 33 18 4 640 023 10 Spacer Brass Hex 8 32 3 8 19 2 561 020 10 Insulator Mica 20 2 633 048 10 Insulator Shoulder Washer 21 2 520 001 10 Clips Fuse F1 22 4 54...

Page 55: ...3 006 10 Washer Flat Nylon 8 46 2 634 009 10 Nut Hex Nylon 8 32 47 3 634 024 10 Nut PEM for PCB 6 32 48 2 634 005 10 Nut Hex Small Pattern 6 32 49 52 NOT USED 53 1 634 004 10 Nut Mach 6 32 Hex SSt D11 54 2 634 018 10 Nut 1 4 28 Hex 7 16 Across 7 32 T Brs 55 NOT USED 56 8 634 007 10 Nut Mach 8 32 Hex Plated 57 58 NOT USED 59 2 630 007 10 Screw Mach Pan Hd 4 40 1 2 60 1 630 016 10 Scrw Mach 6 32x5 1...

Page 56: ...0 33 36 39 41 43 46 53 56 57 59 116 2 300 001 10 Diode Bridge 1A 400V DF04M D3 4 117 4 303 001 10 Diode Ultra Fast 1A 100V MUR110 D19 34 60 63 118 1 303 002 10 Diode Ultra Fast 1A 800V MUR180 D27 or 303 021 10 Diode UF 1A 600V MUR160 119 1 303 007 10 Diode Ultra Fast 8A 800V MUR880 D32 or 303 007 11 Diode Ultra Fast 8A 800V MUR880E 120 2 303 006 10 Diode Ultra Fast 8A 300V MUR830 D49 50 BYV 29 300...

Page 57: ...itor Ceramic NPO 100pF 50V C20 21 145 2 191 006 10 Cap Mono Cer 470pF 50V COG 5 0 2 Ld Sp C49 146 3 191 008 10 Capacitor Ceramic X7R 1nF 50V C27 46 47 147 2 191 013 10 Capacitor Ceramic X7R 1500pF 50V C16 36 148 NOT USED 149 1 190 009 10 Capacitor Ceramic 100pF 1Kv C35 150 NOT USED 151 1 190 019 10 Capacitor Ceramic 33pF 3KV C23 152 NOT USED 153 3 194 001 10 Capacitor Polyester 01 50V C43 48 59 15...

Page 58: ...11 10 Resistor MF 1 4W 1 221ohm R58 59 73 185 4 110 016 10 Resistor MF 1 4W 1 475ohm R12 14 60 72 186 2 110 018 10 Resistor MF 1 4W 1 806ohm R32 33 187 15 110 020 10 Resistor MF 1 4W 1 1K R23 41 78 80 101 102 104 127 129 134 137 141 188 1 110 017 10 Resistor MF 1 4W 1 681ohm R65 189 6 110 027 10 Resistor MF 1 4W 1 2 21K R15 20 21 22 69 76 190 1 110 031 10 Resistor MF 1 4W 1 3 32K R17 191 2 110 032...

Page 59: ...110 029 10 Resistor MF 1 4W 1 3 01K R24 214 215 NOT USED 216 1 130 015 10 Resistor Adj 10T 100K R105 217 3 170 006 10 Thermistor PTC 50ohms R138 140 145 218 1 110 083 10 Resistor MF 1 4W 1 475K R70 219 1 124 001 10 Resistor WW 2W 1K Fusible R50 220 NOT USED 221 3 121 524 10 Resistor WW 5W 10K R4 5 100 222 1 148 016 10 Resistor Shunt 50mV 50A R126 223 1 170 009 10 Thermistor PTC 10ohms R139 224 225...

Page 60: ...6 1 161 010 10 Diode Transient 1 5kw 200V 1 5KE200A D52 277 2 196 005 10 Capacitor Polyprop 1 6kv 2 2nF C51 52 278 2 200 001 10 Capacitor Elect 3500uF 75V PC Term C56 65 279 10 112 008 10 Resistor MF 1 2W 1 100ohm R82 86 90 94 280 1 140 003 10 Resistor Network 1 4 100k R133 281 1 121 520 10 Resistor WW 5W 2 2K R99 282 1 242 049 10 F Transformer Power T7 DWG C 242 049 00 283 1 247 067 10 C Inductor...

Page 61: ...1 4W 1 10ohm R153 156 194 1 110 046 10 Resistor MF 1 4W 1 10K R148 275 2 194 023 10 Capacitor Polyester 33 400V C63 64 or 194 023 11 A Capacitor Polyester 33 400V Tested DWG A 194 023 00 276 1 198 004 10 Capacitor RFI 1 250VAC C53 277 2 196 009 10 Capacitor Polyprop 01 1KV C51 52 278 3 200 005 10 Capacitor Elect 5100uF 40V C56 65 66 279 10 112 023 10 Res MF 1 2W 22 1 Ohm 1 100ppm deg C R82 86 90 9...

Page 62: ...185 189 194 196 197 203 205 209 210 212 223 275 276 286 288 Revised by ECO 89 052 053 053 055 116 147 152 D 1990 07 12 Items affected 18 30 36 37 56 172 183 187 194 249 289 290 ECO implemented C1 C2 E 1992 06 30 Items affected 54 63 112 115 118 121 122 136 193 219 222 239 289 290 ECO s implemented D1 D2 D3 D4 D5 D6 D7 F 1994 11 22 EO s Implemented E1 E11 Incorporated Assembly Sequence and Notes in...

Page 63: ......

Page 64: ...n Ml PCB Hdr P2 Au Pld 13 1 540 032 10 Jmpr Shorting Stp Conn 0 100 Au Pld 14 1 561 025 10 Insulr Slcn Rbr TO 220 15 1 633 048 10 Wshr Shldr 4 Polyphen Sulfide 16 1 630 004 10 Scrw Mach 4 40x5 16 Pnh Phh SSt 17 1 633 030 10 Wshr Lock Hlcl Spr 4 Pld 18 1 634 003 10 Nut Mach 4 40 Hex SST 19 3 521 003 10 IC Sckt 8 Pin DIP Sldr Tail Be Cop Cntct 20 10 521 005 10 IC Sckt 14 Pin DIP Sldr Tail Be Cop Cnt...

Page 65: ... 5 120 2 361 201 10 IC Comptr Dual LM393 Plstc DIP U16 17 121 1 366 012 10 IC Lgc 4049UB Inv Bfr Plstc DIP U6 or 366 013 10 IC Lgc 4049UB Inv Bfr Cer DIP 122 1 363 002 10 IC Timer ICM7555 Plstc DIP U7 123 1 366 018 10 IC Lgc 4066B Anlg Sw Plstc DIP U8 124 1 366 020 10 IC Lgc 4075B 3 Inp OR Plstc DIP U9 125 3 366 004 10 IC Lgc 4011B 2 Inp NAND Plstc DIP U11 12 18 or 366 005 10 IC Lgc 4011B 2 Inp NA...

Page 66: ...0 Res MF 1 4W 402 Ohm 1 R28 148 SEE LIST OPTION 149 1 110 039 10 Res MF 1 4W 5 23K Ohm 1 R9 150 1 110 059 10 Res MF 1 4W 33 2K Ohm 1 R130 151 1 110 016 10 Res MF 1 4W 475 Ohm 1 R61 152 1 110 005 10 Res MF 1 4W 10 0 Ohm 1 R108 153 5 110 008 10 Res MF 1 4W 100 Ohm 1 R17 29 122 127 128 154 1 110 011 10 Res MF 1 4W 221 Ohm 1 R64 155 NOT USED 156 11 110 020 10 Res MF 1 4W 1 00K Ohm 1 R1 2 5 8 34 56 58 ...

Page 67: ...s MF 1 4W 200K Ohm 1 R88 89 90 124 177 1 170 007 10 Thms Linear PTC 200 Ohm 25deg C R119 178 5 130 011 10 Trim Pot 10K Ohm 3 8 Sq R30 76 85 87 PC Mnt Top Adj w Knob 179 2 130 012 10 Trim Pot Multi T 10K Ohm R18 27 3 8 Sq PC Mnt Top Adj 180 2 130 013 10 Trim Pot Multi T 10K Ohm 5 16 D R23 25 PC Mnt Top Adj 181 182 SEE LIST OPTION 183 4 424 008 10 Sw PB SPDT PCB Mnt SW1 4 184 1 421 507 11 Sw Rotary ...

Page 68: ...m 1 R94 99 100 148 1 110 153 10 Res MF 1 4W 9 31K Ohm 1 R13 157 1 110 025 10 Res MF 1 4W 1 82K Ohm 1 R91 159 1 110 017 10 Res MF 1 4W 681 Ohm 1 R81 165 1 110 049 10 Res MF 1 4W 13 0K Ohm 1 R75 168 2 110 073 10 Res MF 1 4W 90 9K Ohm 1 R80 113 181 1 112 013 10 Res MF 1 2W 10 0K Ohm 1 R109 182 1 247 006 10 A Idctr CM Sen Lines DWG A 247 006 00 L1 185 1 110 016 10 Res MF 1 4W 475 Ohm 1 R111 187 1 120 ...

Page 69: ...in Wall W1 106 1 310 001 10 Dio Sig 100mA 100V 1N4148 D31 116 1 394 001 10 Dspl LED 0 56 7 Seg 1 Digit Red DS12 or 394 001 11 Dspl LED 0 56 7 Seg 1 Digit Red 141 3 112 014 10 Res MF 1 2W 22 1K Ohm 1 R94 99 100 148 1 110 147 10 Res MF 1 4W 4 12K Ohm 1 R13 157 1 110 023 10 Res MF 1 4W 1 30K Ohm 1 R91 159 1 110 031 10 Res MF 1 4W 3 32K Ohm 1 R81 161 1 110 046 10 Res MF 1 4W 10 0K Ohm 1 R134 165 2 110...

Page 70: ...R75 135 168 2 110 073 10 Res MF 1 4W 90 9K Ohm 1 R80 113 181 1 112 013 10 Res MF 1 2W 10 0K Ohm 1 R109 185 1 110 016 10 Res MF 1 4W 475 Ohm 1 R111 187 NOT USED 190 1 110 106 10 Res MF 1 4W 4 99K Ohm 1 R133 191 1 110 288 10 Res MF 1 4W 267K Ohm 1 R70 List 86 RST 24 100 Add 25 0 7 853 005 10 Wire Bus Bar Tnd 24 AWG W5 116 1 394 001 10 Dspl LED 0 56 7 Seg 1 Digit Red DS12 or 394 001 11 Dspl LED 0 56 ...

Page 71: ...03 10 Xstr PNP 2A 100V Darl TIP117 TO 220 Q13 106 1 310 001 10 Dio Sig 100mA 100V 1N4148 D16 110 1 312 014 10 Dio Zener 500mW 13V 5 1N5243B D18 133 1 191 008 10 Cap Mono Cer 1nF 50V X7R 10 C44 0 2 Ld Sp 136 1 194 003 10 Cap Polyest Film 100nF 50V 10 C47 5mm Ld Sp 152 1 110 005 10 Res MF 1 4W 10 0 Ohm 1 R108 List 88 RST 12 50 Add 25 1 5 853 005 10 Wire Bus Bar Tnd 24 AWG W4 5 139 1 196 010 10 Cap P...

Page 72: ...F 1 4W 3 32K Ohm 1 R81 165 1 110 055 10 Res MF 1 4W 22 1K Ohm 1 R75 168 1 110 050 10 Res MF 1 4W 15 0K Ohm 1 R113 182 1 247 006 10 A Idctr CM Sen Lines DWG A 247 006 00 L1 185 1 110 016 10 Res MF 1 4W 475 Ohm 1 R111 187 3 120 001 10 Res Zero Ohm Jmpr 1 4W Size R104 108 134 189 1 110 098 10 Res MF 1 4W 16 2K Ohm 1 R80 191 1 110 288 10 Res MF 1 4W 267K Ohm 1 R70 List 91 RST 24 200 One Phase Add 8 1 ...

Page 73: ...2 2 840 016 10 Tbg Teflon 24 AWG Std Wall 25 3 853 005 10 Wire Bus Bar Tnd 24 AWG 102 1 322 004 10 Xstr PNP 40V 2N4403 TO 92 Q18 106 1 310 001 10 Dio Sig 100mA 100V 1N4148 D31 112 1 392 006 10 LED T1 3 4 5mm Red Extra Bright DS13 115 1 310 003 10 Dio Sig Schottky 200mA 30V BAT85 D32 161 2 110 046 10 Res MF 1 4W 10 0K Ohm 1 50ppm deg C R131 134 164 1 110 055 10 Res MF 1 4W 22 1K Ohm 1 R132 168 2 11...

Page 74: ...61 164 167 Items added 150 D 89 05 18 List 88 added E 89 10 16 Items affected 107 133 136 148 151 160 164 166 170 175 203 List 89 added Revised per ECO 89 033 060 114 118 141 152 179 F 90 03 20 List 90 added G 90 06 01 List 90 deleted List 91 92 added Items 8 102 203 are affected 90 09 14 Items affected 8 121 125 126 151 155 H 94 07 19 Revised per EO G1 15 Items affected 1 3 5 8 25 107 112 115 116...

Page 75: ......

Page 76: ...Factory Service Centers Canada and International Argus Technologies Ltd ATTN RMA Returns 7033 Antrim Avenue Burnaby BC V5J 4M5 Canada Tel 1 604 436 5900 Fax 1 604 436 1233 Email returns argusdcpower com USA Argus Technologies Inc ATTN RMA Returns 3116 Mercer Avenue Bellingham WA 98225 USA Tel 1 360 756 4904 Fax 1 360 647 0498 Email returns usa argusdcpower com Asia Pacific PCM Electronics Dong Gua...

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