Lafayette HE-10 User manual

LAFAYETTE MODEL HE-10
COMMUNICATIONS RECEIVER
iN NEW YORK CITY
165-08 LIBERTY AVENUE
JAMAICA 33, N.Y.
AXtel 1-7000 Open FRIDAY ‘till 8:45 P.M.
NEW YORK 13, N.Y. BOSTON 10, Mass. BRONX 58, N.Y. NEWARK 2, N. J. PLAINFIELD, N. J.
100 Gth Ave. 110 Federal St. 542 E. Fordham Rd. 24 Central Ave. 139 W. 2nd St.
WOrth
6-5300
HUbbard
2-7850
FOrdham
7-8813
MArket
2-1661
Plainfield
6-4718
Open
THURSDAY
Open
MON.-WED,
Open
THURSDAY
Open
WEDNESDAY
Open
THURSDAY
‘till 8:45. PLM. “till 8:45 PLM, “ill 8:45 PM. ‘ x “fill 8:45 PLM,

SPECIFICATIONS
SPEAKER
OUTPUT
4,
8
ohms
HEADPHONE
OUTPUT
High
Impedance
;
ANTENNA
INPUT
:
300
ohm
balanced
line
or
75
ohm
un~
° balanced line
POWER
OUTPUT
;
1,5
watts
POWER
SOURCE
105-125
volts,
50-60
cycles
AC
POWER
CONSUMPTION
50
watts
TUNING
RANGE
550
KC
to
30
MC
in
four
bands
INTERMEDIATE FREQUENCY 455 KG
SENSITIVITY
1,
25
pv
for
10
db
S/N
ratio
SELECTIVITY
-
-60
db
(at
1
MC
#
10
KC)
SIZE
7-7
/8"H
x
15"°W
x
9"D
WEIGHT 20 lbs,
TUBES
1-6BD6
RF
Amplifier
1-6AV6
Detector,
AVC
&
AF
Amplifier
1-6BE6
Mixer
1-6AV6
BFO&
ANL
1.
6BE6
HF
Oscillator
1-6AR5
Audio
Output
2-6BD6
Ist
and
2nd
IF
Amplifier
1-5Y3GT
Full-Wave
Rectifier
UNPACKING INSTRUCTIONS
‘After
unpacking
the
receiver,
carefully
check
for
possible
damage
which
may
have
occurred
in
transit,
Should
any
sign
of
damage
be
apparent,
file
a
claim
with
the
carrier
immediately.
The
following
accessor-
fea
should
be
included
in
the
carton:-
:
80"
Speaker
lead
1
Standard
Phone
Plug
1
Plug
(for
the
Auxiliary
Control
Socket)
GENERAL DESCRIPTION
Your
new
Lafayette
HE-10
is
a
high
quality
superheterodyne
communications
receiver,
covering
the
fre-
quency
range
from
550
kilocycles
(KC)
to
30
megacycles
(MC)
in
four
bands,
FREQUENCY COVERAGE
BAND
FREQUENCY
RANGE
A
550
-
1600
KC
Broadcast
B
1,6
-
4.8
MC
sw
.¢
4,8
-
14.5
MC
sw
D
1]
-
30
MC
Sw
The
receiver
employs
9
tubes
including
a
full
wave
rectifier
and
provides
both
AM
and
CW
(code)
reception,
‘The
output
power
of
the
receiver
is-
sufficient
to
drive
a
4-12"
PM
speaker
adequately,
The
receiver
oper-
ates
on
105-125
volt
AC,
50-60
cycle
power
source,
Special
features
incorporated
in-your
receiver
include
bandspread
for
fine
tuning
of
the
shortwave
bands,
an
automatic
noise
limiter
for
reducing
the
effecte
of
interference,
a
front
panel
jack
for
headphones,
automat-
ic
volume
control
-
beat
frequency
oscillator
switch,
a
receive-standby
switch,
and
a
beat
frequency
oscil-
lator
pitch
control,
.
a
2
puoiren
1a
USA.
ENTIRE
COMTEATS
COPEHIGNTED
THRE
RY
LAFAYETTE
MADIO
CORPORATION
«16500
LIBERTY
AYE,
JAMAICA
22,
MH.
T.
Masse

INSTALLATION ~
POWER SOURCE, The receiver is designed to operate from a 105-125 volt, 50-60 cycle AC power source,
Power consumption is 50 watta, Failure to operate the receiver from the specified sources of power may
result in serious damage, DO NOT OPERATE FROM A DC SOURCE,
SPEAKER CONNECTION, A three-terminal strip marked OUTPUT is provided at the rear of the receiver
for speaker connections, Any PM speaker with either 4 or 8 ohm impedance can be used, Simply connect
one lead to the ground terminal "O" and the other lead to the terminal that corresponds to the speaker im~
pedance, ‘The output power of the receiver is sufficient to drive a 4-12" PM speaker adequately,
HEADPHONES, A standard phone jack is provided on the front panel of the receiver for headphone recep-
tion, Use of high impedance headphones is necessary for maximum headphone output, Any commercial
high impedance crystal or magnetic headphones may be used,- The speaker output is automatically discon-
nected when phone plug is inserted in the "Phono" jack,
ANTENNAS
The terminals marked "Al, "A2", and "E" at the rear of the receiver are for antenna and ground connec-
tions, Either of the following two types of connections can be used to obtain satisfactory results,
INVERTED L ANTENNA, The Inverted L type of antenna will provide satisfactory performance over the
entire tuning range, Simply short A2 and E with the jumper wire, and connect one end of the antenna wire
to Al, For good reception, the antenna wire should be-placed as high as possible and 50-100 feet long (See
Fig, A). In some instances, a wire connected from terminal "E" to a water pipe may improve reception,
488
LiFoet): FREQUENCY Me)
ra aa
S —6_
300 OHM
TWIN WIRE
TO GROUND TO GROUND
(OPTIONAL) (OPTIONAL)
Al
az €
Figure A—Single Wire Antenna (Inverted L} Figure B—Doublet Antenna
DOUBLET ANTENNA, A doublet antenna will give excellent results, especially on amateux bands, A 300
ohms balanced transmission line such as 'TV twin lead" (shown in Fig, B) may be used, Since the doublet
. antenna provides optimum performance only at a given frequency, it should be cut to the length for the most
often used band of frequencies, The overall length of a doublet antenna can be determined by using the fol-
lowing formula:
468
L
(Length
in
feet)
*
Frequency
in
megacycles
Since the doublet antenna displays directional properties broadside to its length, it should be oriented in
auch a manner that maximum signal pickup can be realized,
When using either a balanced transmission line or a twisted pair, the leads connect to terminals "Al" and
"A2" respectively, and the jumper wire between '"'A2" and "E" is removed, A height of 30-50 feet is recom-
mended for good reception of weak signals,
FUSE, A 1 amp fuse is located at the rear of the receiver, To remove it, unscrew the spring loaded cap,

OPERATION
Following
is
a
brief
description
of
the
functions
of
the
various
controls
on
the
front
panel,
Full
apprecia-
tion
as
well
as
realization
of
the
capabilities
of
the
receiver
can
be
expected
only
if
you
become
familiar
with
each
of
the
control
functions,
AE
GAIN
This
control
is
a
combination
receiver
on-off
switch
and
volume
control,
Clockwise
rotation
turns
on
the
receiver
and
increases
volume;
counter~clockwise
rotation
decreases
volume
and
turns
off
the
receiver,
Ilumination
of
dial
scales
indicates
that
the
receiver
is
operative,
:
BAND
SEL,
The
Band
Selector
Control
bhould
be
set
for
the
band
covering
the
desired
range
of
frequencies,
RECEIVE/STAND
BY,
This
switch
should
be
normally
set
at
"RECEIVE",
Switching
to
"STAND
BY"
si-
lences
receiver
without
turning
it
off,
In
this
position,
DC
voltage
to
the
RF
stages
is
cut
off,
but
the
tube
heaters
remain
in
operation,
To
resume
reception
instantly,
simply
return
the
switch
to
the
"RECEIVE"
position,
This
feature
is
useful
to
the
"ham"
who
may
wish
to
have
the
receiver
inoperative
during
periods
of
transmission,
:
Auxiliary
Control:
A
socket
in
the
back
of
the
receiver
allows
simultaneous
control
of
this
receiver
with
a
transmitter,
An
external
switching
device
can
be
constructed
so
that
the
receiver
will
be
inoperative
duxing
periods
of
transmission,
In
this
case,
the
RECEIVE/STAND
BY
switch
is
placed
in
the
STAND
BY
position,
The
external
switch
can
be
attached
to
the
5-pin
socket
so
that
pine
(3)
and
(2)
(see
Fig,
C)
of
the
socket
will
be
connected
when
signal
reception
is
desired,
In
this
manner,
signal
reception
will
be
instan-
taneous,
as
plate
voltage
will
be
applied
to
the
RF
stages
when
the
switch
is
closed
accordingly,
ANL
ON/OFF,
This
switch should
be
normally
set
at
"OFF",
If
excessive
spurious
noises
(such
as
those
caused
by
auto
ignition)
interfere
with
reception,
turn
the
switch
to
"ANL
ON",
and
the
automatic
noise
lim-
iter
circuit
will
be
in
operation,
This
control
should
be
used
only
when
necessary,
since
it
tends
to
reduce
the
overall
efficiency
of the
receiver,
MAIN TUNING, This tuning control operates the main tuning dial, This dial has four calibrated frequency
scales, one for each of the four frequency bands, The frequency band is shown in KC on the standard broad-
cast range and in MC on the short-wave ranges, A 100-division logging scale is provided for logging sta-
tions on this dial when necessary.
BANDSPREAD TUNING, This is a supplementary control which electrically spreads out the scales of the
main tuning dial, This is especially useful on the short-wave bands where separation between stations is
often very small or almost non-existent, When the bandspread tuning pointer is set at 0 on the 0-100 logging
scale, the calibration of the Main Tuning Scale is correct, However, moving the bandspread pointer to-
wards 100 on the logging scale subtracts from the frequency indicated on the Main Tuning scale, Logging of
short-wave stations is possible by noting the readings on ‘both the Main Tuning and Bandspread Scales,
BFO PITCH, This control may be used to vary the audio tone
AUXILIARY SOCKET . of CW signals, It should be set for the tone most pleasing to
your ears, This control is in effect only when the BFO-MVC-
2 AVC Switch is in the BFO position,
2g
TO
EXTERNAL
‘
20
SWITCH
BFO-MVG-AVC,
This
switch,
when
set
to
the
AVC
position,
Ce places the automatic volume control, circuit in operation, and
provides effective compensation for fading and maintains con-
stant output on either strong or weak signals, In certain in-
os stances, it may be advisable to use the MVC position (making
Figure
C—Auxiliary
Control
Socket
the
AVC
circuit
inoperative},
as
in
the
case
where
a
desired
weak station is adjacent to a powerful one, Generally, the po~
sition should be used which provides the better reception,
The MVC position should not be used for the reception of strong signals (such as the local stations on the
broadcast band), otherwise overloading and distortion will occur, Although this can be overcome by reduc~
ing the IF GAIN, no benefit is obtained by listening to a strong AM signal with the AVC circuit off,
The MVC position can be used where added gain is required during the reception of weak signals, The gain
of the receiver can be adjusted using both the AF and IF gain controls, The AVC circult is inoperative in
thia position,
The BFO position is used only for CW reception, It places the beat frequency oscillator in operation to
make code signals intelligible, and is used in conjunction with the BFO PITCH Control explained earlier,

IF
GAIN,
This
control,is
used
in
conjunction
with
the
AF
GAIN
Control
to
regulate
the
output
of
the
receiv~
er
during
CW
reception,
In
cases
where
the
incoming
signal
is
too
strong,
causing
overloading
and
distortion,
the
control
should
be
turned:
counter-clockwise
accordingly
to
reduce
the
sensitivity
of
the
receiver,
8
METER,
This
meter
provides
a
means
of
measuring
the
relative
strength
of
incoming
AM
signals,
and
will
only
operate
when
the
BFO-MVC-AVC
switch
is
in
the
AVC
position,
The
meter
has
an
adjustment
control
(§
METER
ADJUST)
with
which
to
calibrate
the
S
meter,
This
should
be
carried
out
in
the
follow-
ing
way:
Remove
the
antenna
from
the
receiver
terminals
so
tl
at
there
is
no
signal
input
to
the
unit,
Adjust
the
S
METER
ADJUST
control
for
a
reading
of
0
on
the
S
Meter
with
the
IF
GAIN
control
at
maximum,
When
tuning
to
very
powerful
stations
(such
as
the
local
stations
on
the
broadcast
band),
it
may
be
necessary
to
reduce
the
IF
gain
to
prevent
too
high
a-reading
on
the
S
Meter.
SHORT-WAVE LISTENING
Bands
B,
C
and
D
cover
the
high
frequency
or
short-wave
bands,
On
these
frequencies
can
be
found
the
millions
of
radio
stations
transmitting
from
all
over
the
world,
which
provide
both
English
and
foreign-
language
broadcasts,
These
include
transmissions
by
amateurs
or
"hams"
who
operate
on
various
selected
bands
of
frequercies
which
can
also
be
tuned
in
with
your
Lafayette
receiver,
The
bands
of
frequencies
on
which
the
majority
of
commercial
stations
broadcast
are
indicated
by
the
thick
white
segments
of
the
main
tuning
scale,
An
example
of
this
is
the
range
covering
11
to
12
MC
on
band
D,
A
characteristic
of
short-wave
is
that
reception
varies
with
the
time
of
day,
the
season
of
the
year
and
with
weather
conditions,
In
order
to
know
just
when
and
where
to
listen,
a
listening
chart
which
lists
English
language
broadcast
stations
best
heard
in
North
America
is
included
in
this
manual,
The
various
bands
of
frequencies
assigned
to
amateurs
can
be
obtained
by
referring
to
The
Amateur's
Radio
Handbook
{available
from
Lafayette
Radio
as
BK
1000
at
$3,
50),
TUNING THE RECEIVER
AM
RECEPTION,
Set
the
Band
Selector
to
the
band
which
covers
the
desired
frequency,
Set
the
BFO-MVC-
‘AVC
switch
to
AVC,
IF
GAIN
to
maximum,
AF
GAIN
for
a
comfortable
listening
level,
Set
the
Bandspread
pointer
to
'O"
and
tune
to
the
desired
station
with
the
Main
Tuning
control,
If
you
are
unable
to
locate
the
station
fairly
easily
in
this
way,
set
the
Main
Tuning
pointer
to
a
point
slightly
higher
in
frequency
than
the
station
being
sought,
and
slowly
turn
the
Bandspread
control
clockwise,
This
will
provide
fine
tuning
in
the
direction
of
the
desired
station.
If
noisy
conditions
are
encountered,
use
the
ANL
switch
if
it
iraproves
reception,
If
the
station
is
very.weak,
set
the
BFO-MVC-AVC
switch
to
MVC
to
provide
added
gain,
If
the
signal
becomes
stronger
and
overloading
and
distortion
occur,
use
the
IF
gain
control
to
reduce
the
sensitivity
of
the
receiver,
or
awitch
back
to
AVC,
CW
RECEPTION,
Set
the
Band
Selector
to
the
band
which
covers
the
desired
frequency,
Set
the
BFO-MVC-
RVC
switch
to
BFO,
IF
GAIN
to
approximately
its
mid-way
position,
AF
GAIN
for
a
comfortable
listening
level,
Tune
in
to
any
CW
signal
and
adjust
the
BFO
PITCH
control
for
a
pleasing
note,
Use
the
Main
Tun-
ing
control
to
tune
to
the
desired
station
{with
Bandspread
at
"O"),
If
you
are
unable
to
locate
the
station,
set
the
main
tuning
indicator
to
a
point
slightly
higher
in
frequency
than
the
station
being
sought,
and
slowly
rotate
the
Bandspread
control
clockwise,
This
will
provide
fine
tuning
in
the
direction
of
the
desired
station,
When
the
station
is
firially
located,
the
BFO
PITCH
control
can
be
readjusted
to
provide
any
suitable
tone,
Use
the
ANL
switch
to
reduce
excessive
noise
if
it
exists,
and
the
IF
GAIN
control
for
a
suitable
level
to
prevent
overloading,
Note:
Always
set
the
IF
GAIN
as
close
to
maximum
as
possible,
without
causing
the
receiver
to
overload
and
distort,
.
5

‘arTIDyua
yreut
pue
‘oqrssod
7]
sseadxa
pred
-aad
fq
dys
*37
guy
3uy9393
perzezeur
Supyoed
jo
seporized
prove
03
isa13
aeded
uz
gpun
ayy
derm
‘aseo
199327
oy Ul “yFUN ey} puNoaE AoTe[eoxe
20
zaded
pappezys
jo sayour
¢ yseeT
3e
YIM
UOJZeO
Apanjs
&
UT ssTMISTIO
fsxooeds
Teupsyz0
oy
anqd
‘uoqzeo
Teupsyzo
ous
uy
Aqqeaezead
“yrstreaq
uy
eBeurep
prose
03
A[TMyareo
AzaA
yoeg
"pores
-tmMosua.
savy
Nok
sarzMoysip
yeym
Apoexe
Buyureyd
xe
29}0]
&
3
WIA
opnpour
‘restesear
ayy
Supurnyes
voy
‘qoojop
aq}
3201209
03
pexambear
zoqe,T
pue
syred
r03
apeur
oq
[TIM
sadzeys
‘porred
Ayuezien
oy
_
Spysyno
FT
“Jour
sae
Ajuezzey og}
Jo suoMrpuod
oy} [Te 32y3 PeprAoad ‘zredea 203 peut oq THA
soBseyo
ou
‘po
-jxed
Ajueazzem
oy
Supanp
pourmer
y]
“ayedax
103
juouyredep
e2zAres
xno
07
pournyor
aq
Avur
agataoer
UL
*peurzou pozaprsuos oq Aeut 402 ¥ JO SUOTIETAEA
*raATaOeT
OYY
UT
ByUTOd
UTeyTaDd
3e
puTy
07
yOodxe
Aw
NoA
SyUSUIeINs¥oUL
aFez]0A
Vy
SapNTOUT
YOTYA
peptsoad
S}
Weasetp
oEueyoS
u
‘Aressaou
UsYyA
BupopAres
uMo
ANOK
ayeHTOey
OL
*poapsau
oq
plnoys
SoTATES
OT}ITT
Saxoa
‘quoutesetdea
oqny
Teurzou
203
ydeoxe
pue
‘xestedea
ANOA
UY
posN Us9q
DARY
IT]
WS9dUOT
XOZ
Pozo
szIe
JOIANRS
SCHEMATIC DIAGRAM HE-10
4,
5
4’
‘

NOISSINUId
A@
SDINOHLI21A
NVdOd
WOHS
GIANIUAIE
pueyeaz
=:
‘aur
(Aepung
vo
you)
pueyraz
a
(Ou1yy
aaag
fo
2210,
ay.)
WemIeL
“wadieL
(mosinal
OPO)
pumjod
“mesiey
(urndg
fo
43304
YL)
oucrondy
youarg
‘anomEroig
o1poy)
VI.
puejeaz a
wapams
orpoyy)
uapams
(Buryag
yeaaoyan,
(illedg
fo
2310
24h)
“(SMAH)
SOG
(fuyzeg
puopazimg)
pusy
£609
“L¥96
ayy
fo
aemouryByT
OYE
—
OF
eoury
[eyoyenba
iw
vist
‘Sect
SUSU
'Szzst
‘i
fog)
erieayn
(reaaopng
eipoy)
Kien
Aquo
skupung
wo
—
(AomsoN
O1PEH)
(under
orpoy)
wader
‘oho,
PLING
UO
ett
tug
ou
~
(yrowueg
jo
agro,
sy
J.)
3NuUEC
‘uetayusdon
*
(utedg
fo
25104
sy.)
Uredg
‘pups
“urd
(VND)
Teen
“AnD
syewazen
“W'S
SE
-OOL
*
(andorg
oipoy)
wrAvacpoyseRD
‘anterg
“W'S
OCG
-00:L
(Bnyeq
orpoy)
wuny
“Buryeg
(Bui
yauvyong)
wUsWoY
"ampNg
"
Aa
THD)
S996
‘
GINO)
S¥eIt
$296
‘OLEUT
0696
“OS6IT
(CBanpog
pect
epaanNLL,
-pwoag
ou
—
(210A
ate
aBuvay
YL,
(IQHO)
ovett
“(XOMO)
OBST
(mpouny
o1pey)
SPEYED
“teasUOW,
itd
(uodop
orpoy)
under
‘04401,
(o3xspW
O1PUE)
SSN
‘MOO
{anauag
roasi2ag
yosiap)
pushy
"wopucy
fundep
oxpoy)
ueder
“of40.f
(ao1aiag
evaes2ng
joiaueg)
Pastug
“uopuT
|
fasinsag
mansag
JosauaD)
pusisid
‘wopuT’|
{a21nuag
unssWY
YIsON)
puriPuy
'vopuoy
(asd)
awie
(>a)
s21oNanbaws
ceepAoomry
ct
sepaonbaxy
ey}
pore
su],
Prepams
aged
UT
Teal
aie
souTL,
“wpeUv)
Poe
SIS
povag,
woe,
orp
UT
SutAt]
szepsal
swoKT
20}
paredard
Dood
soy
syrETPROAG
swoL
Jo
SuTISH
STAY
LL
(oisavopuy
fo
3310,
FYE)
seoulpn
MO
aye
fo
110)
ayz,)
sourdaty
‘WoRaWY
HIWON
NUISIM
WOd
SISVIAVOUT
SMIN
ORL6-"9SBLE
“OOEST
“90RLT
(Quazig
241
fo
109)
sau
‘veto
(ry
ous
vy
23014
JO
3310,
24
(21Z)
0909
(Z1Z)
OE
(Puvjoaz
man
IpLY)
PUBLOT
MON
“HOSUITTOM
(22)
s31oNaNOaS
{AWN}
AWINNOD
‘ALID
VoIMaWY
HLWON
NUalS3M
NI
OXV3H
1839
SNONLVIS
ISVIGVOUT
JAVM-LEQHS
FOVNONVT
HSITONT
PIIOM
AY}
JO
SAIJOA
BY}
OF
UBIS|T

S209 ‘sts
Cnn
0619 “09¢6
(0056
"SPE
'SBRS
'SOLLt
“OweLL
“SoaLL “SPetL
‘CML
ray
OLSé “ZEAE
SES6
‘soeit
E19 “ones
OOLLL
“OWL
Lt
"SOUL
“SZBLE
‘SeOTT
“OME
rr)
0109
“Sesh
‘SN
'00Ls
‘00441
“OPLtL
'SOBLL
“Szmtd
‘SHELL
‘O48Lt
ose
OSs
‘SELIL
“S151
omn
S99 'StS6 "SWMLL
st
S996
OOLLI
‘OME
EL
'SORLt
“STRLL
“SHOLI
‘O6ELL
Sco? 'srst
(24)
SaIDNANOFeS
purjeaz AON
AMINAGD
ON
ALID
VOIIWY
HIZON
NUBISW]
YOu
SISVIdVORE
SMIN
VOIMAWY
HLION
NEZIS¥2
Ni
GEVIH
1539
SNOILVIS
ISYDOVOUS
JAYM-INOHS
39¥VNONVI
HSITIONT
oe
daw
(sa) awn
Osta "o9e6
£809
"L996
S209
“90TS
‘0.19
"986
OL96 ‘LE6IT
(aZ0)
osse
O96 ‘SELIT ‘SLISC
(geaH) s9T9
“(WaeaH)
sese
(SHAH)
s9eTL
9296 ‘OLUL
9019
‘9a96
‘oOPST
0296 oon
(10H)
LIT
*(XOWD)
O6T9T
(VOL)
sOLTT
taaOr?
‘sezot
tos “S296
s1s6
9996
"0026
‘OOLTT
“ORLUT
“S0BTE
“SeRIT
“OVAL
‘OSGIT
“LETT
‘SeB6 ‘Oe6IT
(HOP)
scent
(zzvor)
saeLt
Oe6TT
"OTEoT
(QAH)
tars
AUEWTAD
‘onett
O2TST ‘oogzt
OBTST
“BGLLT
OBTSE
‘OonLT
(24)
saIDNANOAEd
{mor0M
o1pey) pusjod
‘moe
~
séepung uo ys
Aug
ou
—
(ysouweg
jo
2104
9yL)
axwuUag
|
og
(ureds
jo
22104
24,1)
weds
‘pupew
*
‘quo
shupung
uo
wel
cord
weds
—
(uous
Addopy
ay)
PUs{LOH
“umEonI
-
(epumpyieN
orpoy)
PueyfoH
‘wnBIATH
(moei0y,
OrpON)
puBod
‘mateay
{Aupwsag
fo
20104
ay)
Kuwuner
*ouSojo
"d
Ww36-0E6
(uainks
worrase]
pur
Buyenoprasg
umm)
ATT
“WY
—urd
Syig
STL
Skupuoy! uo syeapeaig
oa
—
(eapuy
ay
fo
22108
94,
~
ALOK)
sopwnog
‘OM.
-urd
O¢:z1-00%
Skopung to yst,
aug
ou
—
(ysouuag,
fo
a0,
9y,L)
AYEUUAC
‘UadeyusdoD
Ajuo
edkepung
wo
—
(Komiony
ofpry)
Awmzony
“O19
“ard OF6 “OO
nwrd
O26
“00S
(Puyreg
puopiaznmg)
pusromng
“wus:
wd
$LO1-0C8
farneorrag
orpoy)
wayyy
eHOLENbY
Yousry
‘NAST
-w'd
O96
“S18
Shaper,
puv
eXupsoupey
Uo
WSs)
“Peoug
ou
—
(A210
meyoBuvay
FYE)
NOH
‘MORI
Me)
-w's
OF:01-00°8
{uapong
orpey)
wapamg
“unoyRONIg
“urd
OFS
WOE
maytag
wYos)
MBaING
“EGOS
--wrd
OER
-O08
(2paung
o}pay)
spewed
‘Twanuoyy
“urd
s8
-95:2—
(eroncon
YP)
PUBlOd
“mmLINM
“urd
OFe
“BEL
fenboid
o1poy)
wyyeAcqwoysszy
‘enled
«
-w'd
OFB
OEE
(itadopng
orpoy)y
Kaw®unyy
‘yeodupng
—-wrs
998
-0FL
(uedor
oypoy)
wedup
‘oA¥O,
wd
OS:2
“OEE
(uaveds
wormage
puo
Buljrospoorg
VoHOr)
APA]
“WON.
"Wd
SEL
“SLL
(aupyuy
o1pou)
Koyany,
‘arequy
-w'd
00:2
SEY
(mo20O
PE
OPEN)
UEGN
‘mosey
-
"Ws
00°¢
-W'E—
(eraaag
smaesang
possuaD)
pue—hug
‘wopUCry.
“wed
00:01-00:9
{uodep
orpoy)
uvder
*oxxo,
“urd
OF
“Bey
(mag
eo2an9
pousuap)
pussug
‘wopuoy
“wd
SEF
SI'S
Arto
exepang
no—(ssieuuiog
oipoy)
HEH
‘soul
g-Ne-yog
“w'd
OFS
“06'S
(uarz
jo
anog
ay,)
peasy
eeruse
“urd
Ors
“Oty
wo
qefug
ou
—
(epuopiayieny
expoy)
puetion,
“ammISNEE.-“w"
(amang
reunag
pousueg)
pusltug
‘uopucy,
(amasg
wosjamy
y2soN)
puelsug
‘vopucy.
*
7
(2mlang
vensUly
YitON)
Passes
‘uopwry
—
*
(ampems
orpoy)
aapomg
‘uoynIng
Xepany],
vo
1
“peoug
ou
~
22704
oHeaTuDag
ay.L)
TSH
“WeNIEH
ede
*
(oreneny
onoy)
fewer,
oxpey)
pustod
‘mene
Pe
1e
5A
ang
wo
qT
Ou
~
(upd
Prong)
PEER,
PMN”
(mosiog,
erpoY)
Paved
‘meee
“Ure
Ore
“OFT
(aN)
AMINNOD
‘ALD
-Usa)
aw