ATTACHMENT_24_-_IAGP_Instruction_Manual_Part_V.pdf

·r

CFC-I 2/3 OCTAVE EQUALIZER

The Bogen Model CFC-1 is a solid-state 2/3 octave Graphic Equalizer incorporating the latest integrated circuit tech nology and suitable for use in a wide variety of applications for sound system equalization.

POWER BOOSTERS

Bogen Models MT-60A, MT-125B and MT-250 Power amplifiers provide 60W, I 25W and 250W of high-quality audio frequency amplification and continuous, cool, trouble-free operation.

MAINTENANCE

Caution

There are no user-replaceable parts within the unit.

Have all internal servicing llttne by qualified service personnel

BOGEN SERVICE

We are interested in your Bogen equipment for as long as you have it. If trouble ever develops, do not hesitate to aslc our advice or assistance. Information can be obtained by writing to Service Department, Bogen Division, P.O. Box 500, Paramus, N.J. 07652. When communicating with us, give the model and series designation of your unit. Describe the difficulty and include details of the electrical con nections to associated equipment, and list such equipment.

When we receive this information, we will send you service information if the trouble appears to be simple. If the trouble requires servicing, we shall send you the name and address of the nearest Bogen authorized service agency to which you can send your unit for repairs. When shipping your unit pack it well, using the original shipping carton or a similar container and filler material, to prevent damage in transit. Send the unit fully insured and prepaid. The unit will be promptly repaired and returned to you express collect.

REPLACING COMPONENTS

Many semiconductor components are soldered in place to ensure maximum reliability. When soldering transistors or diodes, use a heat sink (such as a small alligator clip) between the component and the source of heat. Unless you are experienced in the removal of IC micromodules, do not attempt to remove them since excessive heat can damage an IC and/or the printed circuit board. If you are certain that an IC is defective, the easiest method of removal is to cut the leads off close to the component and unsolder the leads individually. If you are not certain an IC is defective, the use of a low-wattage, vacuum-type desoldering tool (such as Ungar Type 7800) is advised.

Caution

Improper solderinK may damage components or the printed circuit board, and such damage can void the warranty.

REPLACEMENT PARTS

Most components used in the unit are standard part~ avail able through reputable suppliers. The parts listed here may be obtained from Boger. distributors, service agencies, or directly from the factory. When ordering a part, specify the part number and the model of the unit. Also, give the SERIES designation, which is a letter followed by numbers, usually stamped on the chassis directly under the model designation. For parts on printed circuit boards, include the PC board assembly number, which begins with "45".

Standard components may be obtained from any reputable source if no manufacturer is specified. Where a manufac turer is specified, only that manufacturer's component should be used. Resistors designated "AB" on the schematic diagram must b~ Allen-Bradley products.

Schem. Ref. Part No. Description

45.7102..01 PC board assembly (complete) C2,4,6,9 11,13,15,18, 20,22,24,29, 31,32,37 79-510--004 Capacitor, tantalum, 2.2 µF, 20V C3,7,12,16, 21,26,42 79-510--005 Capacitor, tantalum, 22 µF, ISV

C8,17,27, 39,41 79-008-045 Capacitor, electrolytic, 330 µF, 25V C25 79-008..047 Capacitor, electrolytic, 100 µF, 25V C38 79-008..058 Capacitor, electrolytic, 10 µF, SOY

C43,44 79-008-044 Capacitor, electrolytic, 1,000 µF,35V CRl,2 96-5118-01 Diode, germanium, S262

(Amperex) CR 3-7 96-5333-01 Diode, 400 piv @ I A ICI-3 96-5436-01 lC, HI IF3 (GE)

1C4 96-5437-01 IC, MC78L024ACP

(Motorola) Ql,3,5,7, 9,11,13,14,15 96-5213-01 Transistor, 2.N5089

Q2,4,6,8 10,12,16 96-5448-01 Transistor

RFP 70Z07918RPT200200 Attachment 24

BOOSTER

Use single-conductor shielded cable terminated in an RCA phono plug to connect high-impedance input of booster amplifiers such as Bogen Model MT-60A. MT-125B or MT-250. Ground the LO side of the 600-ohrn ·output when. the BOOSTER output is used. Output is rated at 600 mV into 50,000 ohms.

OTHER CONNECTIONS

REMOTE VOLUME CONTROL

For remote control of MASTER volume or Channel 5 or 6 volume, connect a 250K ohm control to the MASTER VOL (or CHAN 5/6) and GROUND tenninals on the RE MOTE/PERCEDENCE terminal strip. Use two-conductor 22 AWG cable to a maximum length of 1,000 ft.

Note

Remote control cables may be subject to RF pickup when located near a signal source. If this should occur, use a 2.5mH RF choke in series with the cable1 at the REMOTE/ PRECEDENCE terminal 1trip, CHAN1'TELS/CHANNEL6PRECEDENCE

For precedence over Channel S and/or Channel 6.

connect a momentary switch between desired terminal (s) and GROUND terminal on the REMOTE/PRECEDENCE terminal strip. Use two-wire No.22 AWG cable to a maximum length of 1,000 ft.

BRIDGING

Two units may be bridged together, usin1 either the BOOSTER output into a •y• connector, or using the + J 8dBm OUTPUT with an 1800-ohrn 'T' pad. Refer to figure 2 for connection diagrams.

OPERATION

Power switch. Slide switch controls both ac and de power.

Meter lamp (VU meter). Illuminates when ac power is applied. Not functional with de power source.

VU Range switch. Selects meter range for zero indication at either +4 or +I 0 dBm.

Master volume. Detennines overall output level To set, rotate MASTER knob clockwise to 6 or 7. Rotate indi vidual MIC controls to highest expected levels. Return MASTER control to desired output level as indicated on VU meter.

COM• 1

BOOSTER OUTPUT

IN

COM• z BOOSTER

BOOSTER OUTPUT

COM• 1

600 /\.

HI @ LO

COM •2

6001\

HI ~ LO

IN..-------.

'---+---+-- l.8K I.SK BOOSTER

Figure 2 - Bridging options

Ba~/treble. Provides up to 12 dB cut or boost at 50 Hz and 15 ,000 Hz. respectively. Rotate clockwise to increase, counter-clockwise to decrease.

Input (MIC) volume. Sets output level of corresponding input channel

Attenuator switches (rear panel). Insert or delete attenuator in corresponding input channel.

Mas pbono. If the output for a phonograph usin& a mag netic cartridge is connected to the CDM, an enabling switch on the PC board must be moved to MAG PHONO position.

Remove the top cover to locate the switch. Mag phono level will be regulated by the channel 6 control knob.

Caution

To prevent electric shock, do not remove cover. No user·1erviceable part1 inside. Refer servicing to qualified service personnel To reduce the rislr. of rve or electric shock, do not expose this applian« to rain or moisture.. .

ACCESSORIES

RPK-38 RACK PANEL

The Bogen Model RPK-38 Rack Panel is available to mount the COM in standard 19-inch sound racks. The RPK-38 is fabricated from l / 16 cold-rolled steel and is finished in grey metaJustre. Overall height is 3 1 /2 inches (8.89 cm).

l r )

Schtm.

Rd.

R77 R80 R83 R99

SJ

Tl-6

Part No.

77-001·800 77-001-793 77-001-798 77-007-005 81-003-067 83-058-000

Description

Control, J OOK ohm Control, lOOK ohm Control, 200K ohm Trimpot, 2200 ohm Slide Switch, side knob Transformer, input

CIOl DSIOl,102 MlOl

SWIOI-106

SW107

SWJ08

TJOJ

TI02

Chassis electrical parts

78-200-116 94-0197-01 94-1355-01 81-003-066

• 81-003-024 81-003-022 83-462-000 83-781-240

Disc capacitor .01 µF, 1400V Pilot lamp, No. 19 Meter Slide switch, DPDT Slide switch, SPDT Slide switch, DPDT, 3A Transformer, output Transformer, power l~BOGEN.

Power Amplifiers • TCB-60 /125 /250 me<>GEN®

A DIVISION OF LEAR SIEGLER, INC.

CG7610-0l-GE9-5001

TECH MANUAL

CEJE-CCM

DESCRIPTION

The Tech-craIT TCB Series Power Amplifiers are profes s ional. rugged. all solid-state audio amplifiers especially de )1gned for those applications requiring high audio quality and continuous operation. The amplifiers supply their respective output power ratings at less than l"C total harmonic distortion from 2.5 to ::?::?.000 Hz. An input signal of only ::?50 millivolts is required for full rated output. The inputs may be balanced with the use of accessory TL-IOK Transformer. Residual hum and noise is at least 86 dB below rated outputs. and output regulation is better than I dB from no load to full load.

The TCB Senes amplifiers can drive a variety of load impe dances ~1mpl~ by changing the arrangement of jumper wires on the output terminal )trtps. These outputs include balanced or unbalanced ~5. 50 and 70 volts . 16 volts direct unbalanced.

or -lO. 65 and 90 volts unbalanced. The amplifiers can drive a load d1rect lv. and deliver 65 watts (TCB-60). 135 watts 1TCB-l~.51 o~ 275 watts !TCB-~50) rms continuous power at less than I'( THO from ::?.5 to 2::?.000 Hz into 4.::? or I ohm.

re\pecti\e ly.

The power .imphtiers can safely drive any recommended load ..:0n tinuou.,1~ . .ind in fact will continue to deliver pgwer into ad' erse load:. 1 including gross overloads I without major inaea\e'> 1n J1\tOrt1on. They will even operate continuously into a .,hon-c1n:u1t with no damage to the amplifiers. Three LE 0 1 nd1cator\ .ire provided to show whether the amplifiers .ire \)perating 1n ..1 Sormal. Peak. or Limiting mode. The TCB Sene-. 1\ ..1bo thermal!> protected to prevent damage due to e'ce.,..,1,el~ high temperatures. However. the amplifiers will Jeh' er their full rated power outputs conunuously even at ~5'C 1 I' I Fi In add1t1on to thermostatic protection. failure pre' e nt1\e Je\ ice~ include electronic overload limiting and a rear-panel ac-hne fu'>e.

:n tcd 1n I .., .\

\IJO~

Tech-craFT.

Model TC860

Model TCB 125

~odel TCB 2SO

TECHNiCAL SPECiFiCATiONS

'.\10DEL MODEL '.\10DEL

TCB-60 TCB-125 TCB-250

RA TED Ol"TPl T POWER:

At fess than l"i- THD 6-0W Inns)@ 10.4/83 ohms 125W Inns)@ 5140 ohms 250W (nns)@ 2.5120 ohms from 25 to 22.000 Hz 65W Inns) (g 4 ohms 135W Inns) @ 1.8 ohms 275W (nnsl @ 0.9 ohms

At less than y;. THO 70W trmsJ <a 9171 ohms 150W (!ms) rg. 4132 onms 300W lrms) @ 2116 ohms from JO to 18.000 Hz 75W lrmsl@ 3.4 ohms 165W <nnsl@ 1.5 ohms 325W lrms)@ 0.75 ohms l:'l/Pl'T SE:-.:SJTIVITY: 250 mV lrms) for rated output

FREQCE:-.iCY RESPO!'oiSE: :: I dB. 20 to 20.000 Hz@ rated output

Ht;'1 AlliD ~OISE: 86 dB below rated output

OLTPLT LOADS: 25. 50. or 70 volts. balanced or unbalanced; 16 volts direct unbalanced: 40. 65. or 90 volts combined unbalanced

!see chan. p. 4 for impedances)

OL TPL'T REGl;LA TIONS: Better than I dB from no load to full load

INPl'T IMPEDANCE:

High Impedance. 50k ohms unbalanced; Low Impedance, !Ok ohms or 500/600 ohms. balanced or unbalanced (with plug-in transformers>·

LOW-CUT FILTER: -5 dB@ 100 Hz

CONTROLS: Input level. Low-cut filter. Power On-Off (front panel).

INDICATORS I LED\: Signal Level: Normal, Peak. and Limit: Power On.

POWER REQUIREMENTS:

120/240 Vac 50/60 tlz:

187W 37<w 750W 1g full Rated Output- (q ldl~ 32W 63· 75W

Dual ( + and-> 24 Vdc:

~q Full Rated Output- :!A 4A 8A (q ldl~ 300mA 400 mA 500 mA

OVERLOAD PROTECTION: Electronk overload protection

Electrical ( 120V) 3A slo-blo fuse 6.25A slo-blo fuse 12A fuse

Battery 2 - 3A fuses 2 - SA fus~ 2 - IOA slo-blo fuses

Thermal 95•c C203°F) thennostat

OPERATING TEMPERAntRE -20"C l-4°F) to +55°C (J3l 0 F)@ rated output

RA.'llGE:

DIMENSIONS: 19"W x 3\.-l''H x 8W'D 19"W x 5"H x 81-l''D 19"W x 7"H x 13~"0 fT:lilSH: Brushed nickel steel front with cadmium-plated chromate finish chassis

WEIGHT: ~5 lb .. net 35 lb .. net 55 lb .. net

ACCESSORlf.S:

Model T L·600. 600-ohm line matclung transformer

ModclTL-IOK. 10.000-ohm line bridging transformer

PERFORMANCE CHARACTERISTICS

FREQUENCY RESPONSE

•l ·- · .

1'0.1 ffiT dVT"'!T 7

><> •• POWER OUTPUT

•o ·~-/ ,, °'TO.TIC:* ~

OISTORTION

· --- 1'i"'fv0t.T CiU"'1T

'-todel TCIU>O

FREQUENCY RESPONSE

•t ---------7!),-7-v-g-T~Q-l!T?y--T

POWER OUTPUT

::: ~ ~: :::::: Rilotlf~~

•<IQ ·~ -----·

•20 -=·'---------------..:.

OISTORTION

t ·Z-- - ··-- ·- ·-- ----

. &-_ ~~~~ ---t- JO 100 100 "°° •• I• ,_ OC Kil

Model TCB-125

·2· o~=::=:=:=:=::=:::~!:

POWER OUTPUT

:: /2 2·~0-•ToatT:ot 96:f~~T

:i ~ : .. v .... ___ 'c_m_:a_•a ____ ~ no-------------->-

OISTORTlON )IQ 1 'YOU dV'T'VT

I ·• ¥ ·~;s M-~-J to

Model TCB -250 t

NSTALLATION

JNPACKING

The power amplifier was carefully checked before aving the factory. ln>pect both the amplifier and its 1ipping .:ontamer for indications of improper handling.

eport any eQuipment damage immediately to the distribu >r from whom the umt was purchased. If the amplifier was 1ipped to you. nouiy and place your claim with the 1ipping earner without delay.

\"ute Du nut d1swrd the Imafl em·e/ope packed" 11h the amplifier.

QUIPMENT CONNECTIONS

C POWER CONNECTIONS. The ac line cord has a ree-prong plug which should be plugged into a three-wire.

ounded 120-volt. 60 Hz outlet. This automatically will ound the chassis. If 3 grounded three-wire outlet is not ailable. install an adapter (e.g., Leviton No. SO 17) and •nnect the adap ter pigtail to a reliable electrical system ound (such as grounded wall-plate screw, separate ground

re. etc). The power transformer has primary taps to ·commodate line voltages of 1::!0 Vac or240 Vac. Refer to the aintenance section for further instructions.

JXJLlARY DC POWER CONNECTIONS. The unit may powered from a dual ( + and -) 28-volt supply, such as

.ir fully charged automotive-type storage batteries in ies. with center tap. The unit is supplied with a three-pin 1k plug I in envelope) for connecting an external de 'PlY to the EXTERNAL DC OPERATION receptacle e figure J). The power switch is not functional on de t>rat1on. but the power on indicator will light. An ergency battery supply may be left permanently con :ted to the amplifier via the circui t sho wn in fig ure 1.

ich also provides a tnckle charge for the battenes. It is port an t to provide fuses or circ uit breakers for the de ~Ult.

Cau11on 01>.ien·I' polan11 un all 1k po .... ·er ronner11ons.

'UT CONNECTIONS. There are two sets of input ter als for .1.:ceptmg either high-impedance unbalanced, or 1 or low-impedance balanced inputs.

l Unbalanced Input. A high impedance (S0.000-ohm) ·alanced input 1s available between the Hl-Z and GND Jt termmaJs I see figure 3 ). The requued mput level for rated output 1s ~SO mV .

m eed Input. A balanced input 1s provided at the BAL LIT terminals (see figure 3). The input requires mstalla of a matching transfor me r o n p ri nted circuit board A 1 figure ~>.which 1s accessible by re movmg the top cover n the unit Install ei ther a Model T L-600 for ·impedance 1500/600 ohm) o r a Model TL- IOK for 1-1 m peda nce I 10.000 o hms) in pu t.

-3-j2on

IOW

-- FCLJR 12V 6ATTE=i1E~

MODEL Cr< 1.2' t:' 1.2

·TCB 125 I IOA. SA

TC6 25C1 2"''/l IC A

C •• •i lift ·C..I

:.011--

,sw !

6A

!CA

2SA

Figure I - Trickle Charge Circuit for Auxiliary Supply

Coutwn

01.H"onnen all po .... ·er sources l>e(vre remo\ tnR top 1'0\'tf

OUTPUT CONNECTIONS. Figure 3 shows the 101.Jt1on of the output connection strips. Figure 4 shows detailed output connections and the required jumpers.

Cou11vn

Do not connect speaker.s without (irsi checktng the output le\•e/ (refer to ten under "'Input Le\·e/ Control" 1n Controls and lndicotvn seuwn).

PC. BOARD

Fjswe 2 - loution or AccCSIOry Socket

~1EXTERNAL OC SUPPLY

- - CJ- +ANO - 28V AT 2A (TCB 60), ,-- -144(+ AND - 22)VDC AT IOOMA

~ 4A(TCB 125),0R SA (TC;g 250) t TO EXTERNAL EQUIPMENT

L.J BOGEN 85-1237-01 PIN (3 REQUIRED) t I

I WITH PLUG 85-..:.:12::3::..:6-:_:::0~1-------~ I CHASSIS SEE NOTE

~- --,-S:Sv I 3 5 HIGH 2tv C.Nol2zv BAL rh C.NO Hl-Z

I ______ _:ovl @@ l})@@

! T28VOC[ili::l O~~~T' ~

: f;l

(,NO 0 ' 4 6 70V I 0 I

-2avoc ~ © @ @ @ © I oJ

105-125VAC

LOW CUT @ - INPUT

LEVE L

PRIMARY POWER

Gr-OUND PIN OF

PLUG CONNECTED

TO CHASSIS

TERMINALS 1-6

FOR STRAPPING

CPTIONS I

EXTERNAL DC

RECEPTACLE ON

TCB 250

SOK/'l UNBALANCED INPUT

AT 250MV

(SEE NOTE 2)

NOTES

I

OUTPUT

CONNECTION

TERMINAL STRIPS

(SINGLE CONDUCTOR SHIELDED)

I L:::.._1 sALANCEu INPUT AT 2s0Mv.

~ IOK.c\WITH n-10K

L. ACCESSORY.

GND TERMINALS ARE COMMON (ZERO DC REFERENCE) BUS.

IF REQUIRED, BUS MAY BE GROUNDED TO CHASSIS W ITH

STRAP.

500/600Il. WITH TL-60C

ACCESSORY.

(BOGEN 1008 OR EQUIV.)

2 . IF J WIRE GROUNDED AC OUTLET IS NOT AVAILABLE,

CON'-'ECT WIRE FROM CHASSIS ( rh) INPUT TERMINAL

TO ELECTRICAL SYSTEM GROUND.

04-2377-01

Fi11ure 3 - TCB Power Amplifier, Typical Rear View

0 c : 0

8 TO 16 4 TO 8 2 TO 4

*y_ _ _r---o 60Wll0.4 125W I 5 250\ll/2.5

25V BALANCED/ UNBALANCED * 70W/9 150W / 4 300W/ 2

32 16

*; __ 0 ~ 60W/&3 125W /40 2!>0# I 20

70V BALANCED/ UNBALANCED* 70W/ 71 ISOW/ 32 JOOW/16

*~-~ - 60111 /42 125W /20 ~OW/10

50V BALANCED/ UNBALANCED* 70W /35 150W /17 :l()()W/8.3

I 4 2 I b 0 0 0 0 y 0 0 0 0

• 65111/4 135W I 1.8 275W/0.9

16V DIRECT UNBALANCED 75W/ 3.4 165W /1.5 32511/0 75

32 16 8

~ I y 0 ! •

40V UNBALANCED I

128 64 32 I 0"~

I

0 I •

90V UNBALANCED

* INSTALL JUMPER FOR

TCB 60 TCB 125 TCB 250

UNBALANCED OUTPUT LOAD IMPEDANCE {OHMS)

I CONTINUOUS RATING I LO.AO

I (IA RATING /LOAD

Fiaure 4 - Output Strappina Options

4.

l

ACCESSORIES

MODEL TL-600 TRANSFORMER

The Tech-crafT ~ odel TL-600 line matching transformer pro\ 1de~ .1 balanc~d 500 600-uhm input for low-impedance sources.

MODEL TL-IOK TRANSFORMER

The Tech-crafT TL- IOK line matching transformer provides a balanced 10.000-ohm input for high-impedance sources.

CONTROLS AND INDICATORS

INDICATORS

POWER. When the ac power switch is turned on, the power indicator will light. This indicator also lights when the amplifier is connected to a live auxiliary de source.

SIGNAL. There are three output signal indicators, two for output voltage level and one for overload. The two output voltage indicators operate regardless of loading.

Normal. The NORMAL indicator lights when the voltage is from approximately one-third of maximum to maximum.

Peak. This indicator lights when the output voltage reaches approKimately one-half of maximum. The NORMAL indi cator remains on whenever the PEAK indicator lights.

Limit. This indicator lights if there is an output current overload conditio n. The other signal indicators may or may not remain on when the LIM IT indicator lights. Occasional flickwng of the LIMIT indicator at full output may be ignored.

CONTROLS

LOW-CUT FILTER SWITCH. This switch, located on the rear of the amplifier, provides 5 dB attenuation at 100 Hz.

INPUT LEVEL CONTROL. This control, located on the rear of 1he Jmplifier, is used to adjust the output to the required l ~ve l. ~aximum sensitivity is obtained with con trol fully ..:lockwtse. An approximate adjustment can be made hy observtng the front panel signal indicators.

MAINTENANCE

Cuu11on

Tht!rt' art' no U~r'' rt'pluc t'al>le purt f "II hrn r ht' unit llU\t' ull rnrunul 1t'r11e 1nl{ Junt' h1 qual1/it'J , ... " '' ... pt'fwnnt'I

TECH-CRAFT SERVICE

We are interested in your Tech-craff equipment for as long as you have it. If a problem is encountered in the use of this equipment. do not hesitate to ask our advice or assistance. Information can be obtained by writing to Service Department, Bogen Division, P.O. Box 500, Param us, N.J. 07652.

When communicating with us, give the model and series designation of your unit. Describe the difficulty and include details on the electrical connections to associated equipment, together with a list of such equipment. When we receive this information, we will send you suggestions to correct system deficiencies or, 1f equipment servicing appears to be in order, we will send you the name and address of the nearest authorized Tech-craff service agency to which you can send your unit for repairs.

When shipping your unit, pack it well, using the original shipping carton or a similar container and filler matenal to prevent damage in transit. Send the unit , fu lly insured and prepaid (Do not ship via parcel post unless so instructed).

The unit will be promptly repaired and returned to you.

Caution The following adjustments require removal of the top cover. Use standard precautions to prevent electnc shock or acc1den1al short circuits within the unit.

PRIMARY AC VOLTAGE. (see schematic diagram, fig. 61

WARNING

UNPLUG AC LINE CORD BEFORE CHANGING

LINE FROM llOV TO 240V

.5.

OUTPUT OFFSET VOLTAGE. This is a factory adjust ment that normally is not required in the field. If repairs are made to the amplifer, an offset adjustment may be needed. To determine this, proceed as follows:

a. Remove the input signal and connect a de voltmeter with I 00 m V full-scale range to pins 14 (high) and 7 (common) of circuit board A I.

b. If the meter indicates more than OV ± I 0 m V. care fully turn the adjustment knob on potentiometer R:!

fo r a meter reading of less than ± I 0 m V.

REPLACING COMPONENTS

All semiconductor components on the pnnted circuit board are soldered in place to ensure maximum rehab1hty When soldering or unsoldering transistors or diodes, use a heat sink (such as a small alligator clip) between the component and the source of heat. When replacing dnver and output transistors (QI 02-Q I 15 ), be certain to inst:UI the collector insulator, after lightly coating both sides with a thermal conducting compound (such as Dow Corning So 340, or equivalent). Also, be certain to reinstall Jny transistor covers that were removed during maintenance procedures.

(au11on

Improper svlderrnfi/ mar damage t'vmp11nt'nr 1 on tht' p rinteJ c 1rcu11 hoard. and such Juma~t' c·an 1 mu 1he .... ·arran11 l

REPLACEMENT PARTS

Most ,·ompont'nr; used in the un it are standard parts availab lt' through r.: p uuble parts >uppl1ers. The parts listed h<'r<' mav r t> ,, t-> rJ::id ·r·)m Tech-crafT J 1stribucors. ''-'rvi-:e ;igen.:1es. ,, r Jir.: .:::'- :r•-'m 1he i'J-:tory. When ordering 3 part. >P<'1. tty : hi.' " " ,..: rnho:r 1nd t he model oi the uni!.

COMMON BUS Cl02

CR I07 T 101

~110

0 104 - -- 0106 --

CRl05 ' R 107 __;

R 109, Rl l l, Rll3

F 101

\ SWIOI

0102 RIOZ LIOI

Also. give the SERIES designat ion. which 1s .i letter followed by numbers. usually stamped on the ..: hassis directly under the model designation. For pans on printed ..:1rc ull boards. in..:lude th<' PC boJrd :issembly number.

which begins with .. 45·· .

-BUS

RIOS

F'103

(104 I

Rl21 i Al

I i /

I

T•02

SiNKl

'.) 111

: 05

- ".:9

Fiaure 5 - Model TC 8 J 50. Chassis Puts Location

:. •• 4 :~ :2 : ~ :.; :=>•03 :· ... -:>,_T'

:; C2 : c; ~c

: ? .:z - -'•)€q ar>:.~-<C

Figure 7 - \fodel TCB bO. Cha~'" Paris Location.

~=i

-EvS -= -: :=> -:2 - :4 :=i ~3 . -.. .

'l 23 -C4 Slol ~ = 2 :: :is .

... "P· .... -

: C3

:: 0 - ":2 r StJnJ.1rJ .:.)moonenh mJy be obtJtned from Jny reputa· bl<' .;our;.: ·• ,0 -n.inur.i1.turer 1s .;pe.:it1ed. <'X.:ept 1h:.i1 .:•)mrl)r-·-·.; :•<tcJ .i.; ",el<'.:t.:d" mu)t he order<'J fr1)m B,>gen. '.\ 1.:~<" J "''IJ:Ht!Jdurer 1s .;p<'.:ifieJ. >nly <hJt r.1J:; 1;~. ·. :~ • • 't:;p '!l<':ll ·i11.>uid 1-te :.i~eJ l"nl<'~,; J nNd<'I "' ·:,J '" •• ! , · :· ·~-- i1 ,1 ... J Jpply ,.., .111 res pow<'r I C!l :' • ' ~· ~, Cl.I. I:'

CRl.5.6 CR: . . 1 . .i <.}I. ::

<)-1. h

<)~. - . j.I

<)X 1)9

<.)Ill

\)II

1)1:

I} I.\

R~5. ~X

R::n . .;.

R;"

R.19 RJll 'iWl Cllll

~S-119-l!l·f)I

-._,. < I ll·O<J \ ·1:1.1 11>-llo:

%·5:ll~-lll

W,.<~3 .;.01 w..<WJ.1)1 91i-<:'.1X-lll %-.')h~-t)l

%-' :1-t.1.01 W,.<1-i,.111 91>.q91.01 w..~w::.01 w,.<_\f,-.01 ':ln.<~~-tll

<lf>. '21.\-0 l %-5~.lb-tll -·.no· .oo.l --.tlOI · -.iJ -'-15J-".'O -,_, <-1-'hll

-<. ,~.j.':11()

-,._<:1.1110 -,.,,.t.:~~

'( 1.1)\)}-l)ll -x.:1lll- I lh o~scription

PC Board \.,o;embl~

C.1pa..:1l<'L T.1n1.ilum. I .'µF. ::ov (J1::-:1ci1ur. Elec1rol\t11:.

lllllJLF. ::~v Cap;1cnur. El<'ctr<>l)ttc.

<ooJL F. ~o v C.tpa..:it,>r. El<:'ctroht11:. ::::,.,F.

":.5V T nplc! <hode 01<1Je. I .\ • .11)0 PR\'. I~ .11)().j

Tran'i,tor. Selected • SPS· 19 ll)I Tr:.in,i-1or. SPSl':llO Tr:.in,i-tor. ~1P<; . .\ <ti

Tran,1,1or. \IPS..\06 T ran'1't<>r. \IP') h5 I i-1

Tran,1,tor. S.:lectcJ t 2~50>191

Tran"qor. Selected 1\tPSt>.5IX1 Tran'1't,1r. :::-;1>J•' Tran,l\l<>r. :S"475 Tran'"lur. :~5089 or Tr.10~1,t<>r. sc:3'.IC C ,mtrol. OIT,<'t :'Ok. Linear l\introl. L~' el 200k. Ltn~ar Re,l\tor. -~n. 1";. 1 .iw Rt:\l\tOr. :'Ml. 1r;. I .tW R'-'"'10r. 91!l. r; I .IW Rc:'il\lOr tin.<O ohm\. I .tW. I";

Re\l\tur. ::::oo nhm'i. I J W . I';

Sv. ttch. Lo-.:ut. Slide. DPDT C.1p.ic1tor. OlµF.

lJOO\' Da-c tTCB-::501

Chas~is Electrical Parts

-,,.I 1~·111)1

\l.l.1~)11(.tJI

Capacuor. Electro!~ lie. ~ IJOOµ.F .tOV rTCB M)1

Capaci1or. E!ectrol~uc. 11_11e~1uF .tOV 1TCB 1::51

C.1pac1tor. Ekctrol~ll.:. ::: _1 ltllluf .ti)\' •TCB-::<01

T h<'rmu,t..it. '-'•>rm..ill' r lp.:n 4< C Clo'.:

Ref. '\o.

CRIOl-llW

(R1n<.11111 (RlO t-llll

FIO::! 103

L llll 1)101 Q10::.103 Ql~. 105

Qtt).J-109

1) l<).J. fl 5 R11l>.t04

1111. I~ I R IU.l. llJ-1 llJ'.1. 110

RI09-1 l4 RI09-t::O RIOi.108

R 1: 1.126 Rl'.:2 R1::6

R1::t1 no1

Part '\o.

%-:'~~~.t)l

%--~-l-tll

9J-tlClt)l-l))\ 9.l-1)1>01-10 9.1-1)11:1-1)1 94-0005-08 94-0005-10 ':14-0001-::6 95-517'-0 I 96-5: I ~-0 I %-5370-0 l %-rnis-01

7t>- I 14-101

7fr l l-1-105

-().11.1-103

76-l'.:1-002

7fi.l l.l-1~ ·1r 107-105

-5. 7.t:.101 lll-009-0:1

)(1.1J()9.o::::

X'- - -ll-2-10 'I\. --9.::.io

~'--iio.::.to :< 1 . .J:;h-tM)\) l(t.J \-.,)1)1)

'( :.~ tl(.lll)I)

Description

I m.l11;at1)r. l. ED OPCO-\

LS~\-A-:'O

Du,Je. I-\ • .lllCl PR\' Bndgc: R.:..:111:u H ·\

Fu,e. '""·I:<\ . ,1,>-ri" Fu..,~. Ii~~-\.'~'\ ,hl 0 n11.•

Fu,e. 1:-\. ::511\. '-lu1.:i.-.1.i Fu>c:. p1g1a1I. ·' .\ · T( B-~1)1 Fu,e. p1g1a11. 5.-\ t re B-1::s1 Fuse. ,iO·blo. 11) .\ t TCB-:~1)1 lnJuc1<1r. II -,.,H Tran\l'>lllr ::-. <n~9 Tran,a-tor. :::-.51n< Tr.in'""'r Rl-\ :'111«f-i .

'1ngle-J1ffu,.:J •TC 8-NJI tTCB-1::51 rTCB-::501 R,:,1,tor. I ohm.

'". 1CY; • rca-::.<111

Re,l\tOr. :- •'hm'.

.<W. llY; 1TCB-fit11

• TCB - 12~1

•TCB-::51)1

Re.,.,t<>r. ':II ·•hm, .

<w. ~ ; , TCB-nt11 Re,1,tor. :: < .ihm' lllW llY . TCB-nll . ! 2.< ·

1TCB-:<1J,

Re,l'>t,'f· I "hm. <\\ ·,y Re,l\tor. J - ,1hm,.

::~. 11r· ·Tea.; :< .

Re\l,tl)r. lt~l ,•hm. - .,, •TCB-1:5. :•111

Re'"1or. I .ihm. <\\ ,n'

•TCB-1-tO• Re\l\tur . I ,,hm. :11\A

1TCB-1:.<1

Re.,.,1,,r •15 ,>hm t11 \.\·

I TCB-: .'•lt Sv.1t.:h. SPST 1: .< \ .i..:. it l-\

1TCB Ml. TCB I '' • Sv.11-:h. SPST. ;:<\ .. ..: <-\

•TCB ::<111

Tran,funner. p,iv.er • TCB NI•

Tr.rn,lurmer. p,,.,,er • f( B ,:• .

Tr:tn,h>rmer. p,,v.<'r fl H :• ..

Tran,!,irm<'r. nu1rut rr · ~ ''" Tr..1n,l,1rm..-r 1 lutrtl: i'l H '' fr:rn,1-.irm.:r . t lutrut It ·B : "

0 ...

a;W <"' ,,:r

""' s2 o< (Ji :>O gb ~~ 2q;

< h <t'° ,...., w c, Bl

I A

COlL @

GEN @

CHEM @

ALARM ® LINE

vcc

@ 1

® I

GNO

11.~UfFf.l &tS$(11. O·~~

06 l 14

I 0 5

I 1•

I 08

I TD•

0 ·yJ -12vOl5(

(, I ,21 I 1 I I '~ T :J

IU6 R13

21< JU

R9 ? 10K lcOlTl

RS , 51<

(131- 4.?-J .>Sv

OMJ400••

I

<14

IZ 0

100,:, ~ R"'S°

O·IJ.\f , , 2

/),.. 10 _._ 41~/ czt:J ,2v .

a c T ,., 3 • Of1J492 J.N

I ,~

3 +· i R2

Cl]~ .t>O•'!-"'I

T

RZO ?. Z.?K LM~f50LN

R15 ? .n1<

R18, r.;;;;;i ~1001<

R4 c .33K

11.5 < IOK

IOK

Rll < IOK

111~ < JJlt

"7 1- 4.t.,,,_{

JJV

SCHEMATIC

cs

.l ,,u/ ,z.., 1.7K f'fL3~40P

,,4 T~ 4.7,../ 55v

R1< 4 .7K 1 '(,:)

C/6 4.7,,.,./ J-J@

C. G. DRAWING NO REV

ALARM GENERATOR CARD A3 FL-6502-7 c SCALEc - SHtEl__lil__OF-2_1 _

2 1

D c

'll ,._ ' 6"' .,, Cl N I ..., 0 • 0 i;

-· O>

(\fl, A

4 3 • vcc r.:J\ l g 1 h•r \:::.J c7.-.. .1.-1 c: /~~ l ''v I <§ t vcc

I ,J'....l

I l I~ •

II 1

H i l

Lt /S' f

/(J I

" v

I t;> w• ~O'S

:tu -n.~ t;J.I»/ 'i-D» 4' tnl ~ D21/

I t.& !

~ r I

L? ' ' I ' " ' t r -- -----_J I

I I U4 I

1 ' C040'.i3B ' 3

~ c:L J : : I

2 I I J • l : IS

R6 rl I ~.ll( u"" 'tn 'toa '9'l>9 'ts.DID

I v I I.

, I t' · L®00_i i

10 I · · 19 -;----t>-' ~ L @@Q) I

- ---- -- - - _ _ __J

}" t Dlfi tM 'to;;()

II\ Pl Vee /3uUHQRN ii[M CE)~--------------+-1----~------o I

81.1LL t/ofbl f3' D 11 I i...::,; /2 I or:c QrJ? @ J

A I oFc 9rfU/ILl'1 @ ------'-----

4 3 t

I

2 1 vcc Ve£ CoNvcRroR

4:,L I I I I tl.7pjl ,_,, t.

2.

~ • o I

(../ :;:; l)/~f

~ ;;sv

SCHEMATIC,SS R BOARD

LMS561 :5

f?y. 3HA'

,, ll.Mf.f6 I ,, .U1f~

~· " ·1 "l ~~ \(3 l"~Y ~

DI 'CT D 2

C6

~~. K\1~1 • vi:=

C, G ORAW1NG NO I REV

FL-€502-7 c

SCALE -- SHEE1....!.£._0F2L

D c

.-I e a ,, r t

(j1 f')

I

-J o; %

" z

-o O« c

-.1

A

1<1 1 RAJw u 3

4 ~

3 •

24 15 26 2a 30 2~21< t

~·21< t ,·.'- I 2·'21( .·. ·. l

2.2 K 2·2K

2 I 6 7 l 2 I 6 7 Cl vcc I ·l/1lV vcc ~ - u ~ - L1 : 7,•4$/ 754-51

~ s U2 ~ UI e

4~ 4i

3 s_ 3 s

O& ~

04 ~ 14 ............... IJ 14 13 14 -M- 13 14 13

K6 KS K4 K3

.JJ.,L J..U. .JJ.J... J..U.

1<; ~ ~ (J, ~ {t~/l (~11( ;-(1 !c:{t:/!

5 3 e 12 5 9J. s 12 5 9 a 12 C I.ti 4 " -.; I

6 4 10 8 12 14 II 31 3 2'

3 +

2 1 c

32 34 9 2.21< t ... : . . I v 2-'ZK vcc

+24V ---17

2 I 4 7 +SV

vcc • 1 - - Cl r ·1'~" ~_A

-s ~ c ---2

--35 l s +24V

~ 01 07 14 13

14 ------ 13 Ill ...........-- 13

K2 Kl K7 z

J..U. lU...L lU...L

, .~{t: ~ ~tit!b > K v /<.

) J ) ) c 61

~ ':I .- ~ - l ., • 0 r

I

Cl

N

I

1 b 27 2:; 25 23 22 7 5 3

A

C. 0 OA:AWINO NO AEV

SCHEMATIC,OUTPUT RELAY CARO Al FL-6502-7 c SCAU ~H(.(t_17_oF~

2 1 o>-a:"' <"' :>I o"' z ~o

<J z

"8 z, o, ;::u "'" ~q) ~o oa:

e;o Q<J c

-.1

B

A

PREAMP

A

PWR AMPA'

r- - . l r-:H1 H)--

.--:--ll.O 1 I l -

I

PWRAMPB'

r - - - -.

r -< HI Hf I I L I· - - - -

,. -, • i LO ' r.

I I - ----' I

COLLISION

CHEMICAL

GENERAL

AC

KlurrfL "fSS(R •·JOl\!t

TB2

T85

1 3 • 2 I 1

MIC·STATION

SELECTOR

PRE·AMP

r S I•

PWRAMP

A

'----------, •S

'" __ ·_- - - - -1- - 1~ LOW LEVEL

RELAY CARO

I I U2

I SIGNAL GENER~TOR

SELECTOP. SWI TCH

!.!..__, SIG GEN 1:1

i I

A I sa

TO'. ~ -- -- - ----- - ---1

TB 6-7

TB 5 ·7 JS~~I =====------=======~=

TB 6 -I _ 3·-=~·=====----========== T8 5- I :..

I

TB 5-2

T86- 2

I I I

" I

2• I

75451

UI

A 13

'4 I I 7 Q

TB5-8

T86-8

.. , 1

I I 1 s115 1

I I u~

.so l ,-- I

I ,.J<1-LJ

28 1 J~

75451 J::,.

I I I I I I I

S3

I I I I .-+-+-+-+-----+----1-+-+-+-++-t-----'~5:....1_. u 3

26 1 ' 1 10 ~

: P:- I-:_/ I I I

L~-------~~--- - __ J , ---.--------,2, I ~___..J.' J~S"l-_ __.J

I '-'"I "=4---- 521 ~~...:.'.;.=·9~----' l61 -4---'l.::.z~:+----- JOI I Sl6 GEN l'.ARO

:_ __ ________ __ J 1:1 2(A 4l

, ------ - -- -,u I I ~ ____..'~·s - -----'

I

" 2§:SJ 2'

JO

L __

SIG GEN CARO

:tt I (Al)

I " I I I

-~ I ' I s 7

~ I,.~ --S@ '

GND~

L~ I

L _o~r~u~R~L~ ~c~ARO~ ~ _ _ _ .J

NOTES ' .

~ DIODES MOVED FROM TB~ TO Stf. GEN CARDS

ALARM GENERATOR

BLK.

C G. DRAWING NO

FL-6502-7

A(V c

WIR ING DI AGRAM

SCALE SHEET_1 5_0f~

3 t 2 1

D c ii 5 ,, r I

0) ()1

N

I -.J u..

" (I'< l< o~ £0 c

--.1

Al

4 3 • I vcc vcc

[,;\ t 111 /.-{ ~ C7,..., ·I.of c ~ '" l 'lV I t ¢

IV I . ,!, ,l ! ~ ,, I I 7 ? : Is ,,~ ~I>

' I

P~E;CMPJI

I r- - ------' I . ,-----, 1 ' ! I ~'n

R I'., /5 I I : /I/

:i, ~ ! j ~u /0~ ! i ·:o ' 11 I I I l

L®©Q)_j ! . · i

¢.,M lf on Lt'"' 1$ ()21/ -< t;.o-• t;.tN -!-

1i a~ 011·~ //lARM

HI (J)--l----4---J--------t---t----, <c> ® --1----4----------+--' At.Af!11 ;?.: (j)-.....l.--------1---11

""l r _____ _ _ _J

~:Knl>V r~ u D1 I0.'1 D? 'f'i>,o t I U4

"'® I I ' C04053B c I /)<.NIYlf- II ~ 1> I ' ' ; "

"~· I I /',, 2 ! L Is m0 I

PNAMP8 '° I [>-l '-<I- I 9

Le@ I L_ _ __ ~@_(?) ___ _, PNAMP8 ?1'° ~----.... -+--+-~1---J--J----+---..l...---------------'

~" t,,,· }~ jo20

Pl v.u

J /l\ i=------- +i' -g,~~ - -;-i I.~~{) II i U2 ,, , I

{3ul.1 HoRtl ijWi 0 8ull r/oi'?JI (j) lJFC QTI? @ I

DF<. 01R •/ILM ®

' ~400N

L..-----

~i ---~o ___ =:l I )7

4 3 + vcc //cE CONl/cRTOR

RI

56n.

er

</.7)1/;:;t Rj 3 MK 35V

~ I r .2

LTilMSS6J 3

Cl :::0 ·01'"/

~ 2;v

SCHEMATIC,SSR BOARD

R<13t<.t'

SI

(.J ·'"f' /,l y ll ILMJS6 I 11

0;:; . / '{' , ...

t11{'"' ,.,,~J

Cl "CT 1>2

C6

"'" y~

Pr l lt"~

VE:

c. Q OAAWIHO NO I ftEV

FL-6502-7 c $CALE -- SHCCT l6 OF-1=..L.

D c

"Tl r tJl N

' -J

" <.i c

-.1

A

R1 1 RAJW - -·

1~· "' 13

4 ~

24 15 26 ~·~K t v vv.

l Z·2K v''".,,:'"

2.2~

2 I 6 7 l C2 vcc I ·l/1lV - - J : "-"s' ~ a U2

4~

3 s~

1'1 ~ 13 14 D~

~ 13

K6 K5

L1..U.. lJJ.,L

(~/t: ~· : {i :/1 5 9 8 12 5 9 8 12

6 4 10 8

3 •

28 30

2.2/( + . . l vvv 2·'2 K

2 I 6 7 vcc

- .._ J 75~5/

~- UI 8

4i

3 5

04 ~ 14 i-.t- 13 14 13

K 4 K3

L1..U.. l..l..LL

~<{1 ~ tl (:4 1:li 5 9 8 12 8 121 4 5 ) I

12 14 II 31 33

3 t

32 34 9 2·2 K t

I .Jcvcv 2 ·'2k.

+ 24V

2 I ,, 7 +5V vcc • 1 ~ ,_ Cl

I·• /12.V

~-;\ -8 i

3 5 +24V

0 1 D?

14 13 14~ 13 j/j -ti- 13

K 2 K l K7 lJJ.,L l..l..LL l..l..LL

,:(t: 4 :o'1(:4 > /< > I< ) ~ ) ) ( 6 () d • L ; ~ 0 ,, " " 0 'L 4 ! .., '

I 27 2':l 25 23 22 7 5 3

SCHEMATIC,OUTPUT RELAY CARD Al

--17

-- 2

--35

C. G. DRAWING NO ~EV

FL- 6502-7 c SCALE SHEET-17_ oF _2_1 _

D c x 0 ,, r I

(J)

(.JI

N

I

-...J o~ crW <"' ,,:r ""' z ;2 <~ o< oj1 u?~ :>0 z" o' ;:b ~~ o ~Q O<r

OU

c

->l

B

A

COll

GEN

CHEM

ALARM

LINE

R9 ? 101< l]Nl ~

R6 t CIJT 4 ?,.} .JS• r:: f .,. f .,,j 03 tl< 11•

~,I 06 @ -_._ __

07 @ • ,.-vcc L_ - 0 j;<j"12;0~C u I 0 I 0 1 c41 I I l T

I

GNO

I I I 3

I T I~ I - o

~ RZT

T301<. &_

'""'" < /J.~s o.f /Af ' ' • c~2 T ,2v , & LJ c>o f ;:~, .... u1«•• •t)~t• •·».-..·•

3 • ON7492. Ml

3 t

Rl5 ? .351<

RIB,

r;;Q.;i} ~ IOOr<

Rts < 35~ c 11 T- o,,.f .3:f~

Z.5 v

SCHEMATIC

R'7

, OQ

HC.$.)4DP

<14 r- 4.7,../ J.5v

QI

R6 (, 4.7K r,;;..

R1(,4.7t< .1 '(;/ Cf~ 4.7faf

J-~@ a9 :r '11,..,

• Jb"

;J.Nl~/)7

PNP

C G OllAWING NO nEv

ALARM GENERATOR CARD A3 FL-6502-7

SCALE· - SHEer..J.Lo,_2_ 1 _

2 1

D c

'h ,...

' IS'

"' C) N I

0 s c b

~ o; :

0~