CARVIN STUDIO MATE SM162 User manual

CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
SAFETY INSTRUCTIONS (EUROPEAN)
The conductors in the AC power cord are colored in accordance with the following code.
GREEN & YELLOW—Earth BLUE—Neutral BROWN—Live
U.K. MAIN PLUG WARNING: A molded main plug that has been cut off from the cord is
unsafe. NEVERUNDERANYCIRCUMSTANCESSHOULDYOU INSERTADAMAGED
OR CUT MAIN PLUG INTOA POWER SOCKET.
IMPORTANT! FOR YOUR PROTECTION, PLEASE READ THE FOLLOWING:
WATER AND MOISTURE: Appliance should not be used near water (near a bathtub, washbowl,
kitchen sink, laundry tub, in a wet basement or near a swimming pool, etc). Care should be taken
so that objects do not fall and liquids are not spilled into the enclosure through openings.
POWERSOURCES: The appliance should beconnected to a powersupplyonly of the typedescribed
in the operating instructions or as marked on the appliance.
GROUNDING OR POLARIZATION: Precautions should be taken so that the grounding or polar-
ization means of an appliance is not defeated.
POWER CORD PROTECTION: Power supply cords should be routed so that they are not likely
to be walked on or pinched by items placed upon or against them, paying particular attention
to cords at plugs, convenience receptacles, and the point where they exit from the appliance.
SERVICING: The user should not attempt to service the appliance beyond that described in the
operating instructions. All other servicing should be referred to qualified service personnel.
FUSING: If your unit is equipped with a fuse receptacle, replace only with the same type fuse.
Refer to replacement text on the unit for correct fuse type.
REFER SERVICING TO QUALIFIED SERVICE
PERSONNEL! THIS UNIT CONTAINS HIGH
VOLTAGE INSIDE!
CAUTION
RISK OF ELECTRIC SHOCK
Ref. Des. DESCRIPTION Carvin P/N
A1 Op Amp NE5532 60-55320
A2-A11 Op Amp MC4558 60-45580
A12 Op Amp NE5532 60-55320
A13-A15 Op Amp MC4558 60-45580
A201 Op Amp NE5532 60-55320
A304-A306 Op Amp MC4558 60-45580
A404-A406 Op Amp MC4558 60-45580
A504-A506 Op Amp MC4558 60-45580
B1- B3 Jumper .35” 50-00035
C1,C2 82PF 500 Volt 45-82052
C3-C5 10µF 50V 47-10051
C6 47µF 63 Volt 47-47061
C7 39PF 500V 45-39052
C8 0.047µF 100V 46-47312
C9 330PF 1000 Volt 45-33113
C10 0.0047µF 100 Volt 46-47212
C11 10µF 50V 47-10051
C12 39PF 500 Volt 45-39052
C13 47µF 63 Volt 47-47061
C14, C15 1000µF 25V 47-10225
C16-C22 10µF 50V 47-10051
C23 0.047µF 100V 46-47312
C24 0.0022µF 100V 46-22212
C25, C26 1000µF 25V 47-10225
C27-C33 10µF 50V 47-10051
C34 330PF 1000 Volt 45-33113
C35 0.0047µF 100 Volt 46-47212
C36 330PF 1000 Volt 45-33113
C37 0.0047µF 100 Volt 46-47212
C38, C39 39PF 500 Volt 45-39052
C40-C42 10µF 50V 47-10051
C43 0.0022µF 100V 46-22212
C44 0.047µF 100V 46-47312
C45 0.047µF 100V 46-47312
C60 10µF 50V 47-10051
C61 39PF 500 Volt 45-39052
C62 10µF 50V 47-10051
C63 39PF 500 Volt 45-39052
C64 10µF 50V 47-10051
C65 39PF 500 Volt 45-39052
C67 10µF 50V 47-10051
C68 39PF 500 Volt 45-39052
C69 10µF 50V 47-10051
C70 39PF 500 Volt 45-39052
C71 10µF 50V 47-10051
C72 39PF 500 Volt 45-39052
C74 39PF 500 Volt 45-39052
C77 39PF 500 Volt 45-39052
C80 39PF 500 Volt 45-39052
C83 39PF 500 Volt 45-39052
C90-C93 10µF 50V 47-10051
C104 0.047µF 100V 46-47312
C105 0.047µF 100V 46-47312
C201 82PF 500 Volt 45-82052
C202 82PF 500 Volt 45-82052
C203-C205 10µF 50V 47-10051
C206 47µF 63 Volt 47-47061
C207 39PF 500V 45-39052
C209 330PF 1000 Volt 45-33113
C210 0.0047µF 100 Volt 46-47212
C211 10µF 50V 47-10051
C212 39PF 500 Volt 45-39052
C213 47µF 63 Volt 47-47061
C330-C333 10µF 50V 47-10051
C334 330PF 1000 Volt 45-33113
C335 0.0047µF 100 Volt 46-47212
C336 330PF 1000 Volt 45-33113
C337 0.0047µF 100 Volt 46-47212
C338 39PF 500 Volt 45-39052
C339 39PF 500 Volt 45-39052
C340, C341 10µF 50V 47-10051
C430-C433 10µF 50V 47-10051
C434 330PF 1000 Volt 45-33113
C435 0.0047µF 100 Volt 46-47212
C436 330PF 1000 Volt 45-33113
C437 0.0047µF 100 Volt 46-47212
C438 39PF 500 Volt 45-39052
C439 39PF 500 Volt 45-39052
C440, C441 10µF 50V 47-10051
C530-C533 10µF 50V 47-10051
C534 330PF 1000 Volt 45-33113
C535 0.0047µF 100 Volt 46-47212
C536 330PF 1000 Volt 45-33113
C537 0.0047µF 100 Volt 46-47212
C538 39PF 500 Volt 45-39052
C539 39PF 500 Volt 45-39052
C540, C541 10µF 50V 47-10051
D1-D3 Green small 60-75330
D4 Yellow small 60-24251
D5, D6 Red small 60-75320
D7-D10 Green small 60-75330
D11 1N1914 HI SPD 61-19140
D12-D14 Green small 60-75330
D15 Yellow small 60-24251
D16, D17 Red small 60-75320
D18-D21 Green small 60-75330
D22 1N1914 HI SPD 61-19140
D23, D24 Red small 60-75320
D25-D28 1N4003 60-40030
D29, D30 1N1914 HI SPD 61-19140
F1 Fuse Clips 23-03529
J1 7 Pin Plastic 21-06457
J2 XLRF Neutrik 21-40000
J3-J11 3 Pin Plastic 21-06453
J12 Phone Jack x4 21-40022
J13 7 Pin Plastic 21-06457
J101, J102 3 Pin Plastic 21-06453
J201 7 Pin Plastic 21-06457
J202 XLRF Neutrik 21-40000
J203 3 Pin Plastic 21-06453
J301, J302 3 Pin Plastic 21-06453
J401, J402 3 Pin Plastic 21-06453
J501, J502 3 Pin Plastic 21-06453
P1 B50K D Vert 9mm 71-09053
P2-P4 B50K-C D Vert 9mm 71-09052
P5, P6 B50K D Vert 9mm 71-09053
P7 B5K-C D Vrt 9m 35 71-09050
P8 B50K D Vrt 12m 35 71-13056
P9-P11 B100Kx2 D Vrt 12m 71-13064
P12, P13 B50K D Vrt 9m 35 71-09053
P14, P15 B100Kx2 D Vrt 12m 71-13064
P101-P103 B50Kx2-C D Vrt 12 71-13062
P104, P105 B50K D Vrt 9m 35 71-09053
P106 B5K-C D Vrt 9m 35 71-09050
P107 B100Kx2 D Vrt 12m 71-13064
P201 B50K D Vrt 9m 35 71-09053
P202-P204 B50K-C D Vert 9mm 71-09052
P205,P206 B50K D Vrt 9m 35 71-09053
P207 B5K-C D Vrt 9m 35 71-09050
P208 B50K D Vrt 9m 35 71-09053
P301-P303 B50Kx2-C D Vrt 12 71-13062
P304, P305 B50K D Vrt 9m 35 71-09053
P306 B5K-C D Vrt 9m 35 71-09050
P307 B100Kx2 D Vrt 12m 71-13064
P401-P403 B50Kx2-C D Vrt 12 71-13062
P404, P405 B50K D Vrt 9m 35 71-09053
P406 B5K-C D Vrt 9m 35 71-09050
P407 B100Kx2 D Vrt 12m 71-13064
P501-P503 B50Kx2-C D Vrt 12 71-13062
P504, P505 B50K D Vrt 9m 35 71-09053
P506 B5K-C D Vrt 9m 35 71-09050
P507 B100Kx2 D Vrt 12m 71-13064
Q1 7815 +15V 60-78150
Q2 7915 -15V 60-79150
R1, R2 5.62K 0.25W 50-56231
R3 10K 0.25W 50-10045
R4, R5 2.2K 0.25W 50-22035
R6, R7 4.7K 50-47035
R8 1.5K 50-15035
R9 47K 50-47045
R10 4.7K 0.25W 50-47035
R11 100K 0.25W 50-10055
R12 150K 0.25W 50-15055
R13 4.7K 0.25W 50-47035
R14 470Ω0.25W 50-47025
R15 10K 0.25W 50-10045
R16 4.7K 0.25W 50-47035
R17 22K 50-22045
R18 4.7K 0.25W 50-47035
R19-R21 22K 50-22045
R22 Jumper .35” 50-00035
R25, R26 22K 50-22045
R27, R28 10K 50-10045
R30, R31 Jumper .35” 50-00035
R32 4.7K 0.25W 50-47035
R33, R34 Jumper .35” 50-00035
R35 4.7K 0.25W 50-47035
R36 100K 0.25W 50-10055
R37 150K 0.25W 50-15055
R38 4.7K 0.25W 50-47035
R39 100K 0.25W 50-10055
R40 150K 0.25W 50-15055
R41 4.7K 0.25W 50-47035
R42 10K 0.25W 50-10045
R43 4.7K 0.25W 50-47035
R44 10K 0.25W 50-10045
R45 4.7K 0.25W 50-47035
R46, R47 22K 50-22045
R48, R49 10K 0.25W 50-10045
R50, R51 22K 50-22045
R53, R54 100K 50-10055
R60 22K 0.25W 50-22045
R61 10K 50-10045
R62 22K 0.25W 50-22045
R63 10K 50-10045
R64 22K 0.25W 50-22045
R65 10K 50-10045
R67 22K 0.25W 50-22045
R68 10K 50-10045
R69 22K 0.25W 50-22045
R70 10K 50-10045
R71 22K 0.25W 50-22045
R72 10K 50-10045
R74, R76 470Ω0.25W 50-47025
R80 22K 0.25W 50-22045
R81 10K 0.25W 50-10045
R83 22K 0.25W 50-22045
R84 10K 0.25W 50-10045
R86-R89 470Ω50-47025
R90 10K 50-10045
R91 22K 0.25W 50-22045
R92 100Ω0.25W 50-10025
R93 10K 50-10045
R94 22K 0.25W 50-22045
R95 100Ω0.25W 50-10025
R100 2.2K 0.25W 50-22035
R101, R102 Jumper .35” 50-00035
R105, R106 2.2K 0.25W 50-22035
R107 150K 0.25W 50-15055
R108 3.3K 50-33035
R109 8.2K 0.25W 50-82035
R110 3.3K 50-33035
R111 8.2K 0.25W 50-82035
R112 15K 50-15045
R113 36K 50-36045
R115 15K 50-15045
R116 36K 50-36045
R201, R202 5.62K 0.25W 50-56231
R203 10K 0.25W 50-10045
R204, R205 2.2K 0.25W 50-22035
R206, R207 4.7K 50-47035
R208 1.5K 50-15035
R209 47K 50-47045
R210 4.7K 0.25W 50-47035
R211 100K 0.25W 50-10055
R212 150K 0.25W 50-15055
R213 4.7K 0.25W 50-47035
R214 470Ω0.25W 50-47025
R215 10K 0.25W 50-10045
R216 4.7K 0.25W 50-47035
R217 10K 0.25W 50-10045
R218 4.7K 0.25W 50-47035
R219 10K 0.25W 50-10045
R220, R221 4.7K 0.25W 50-47035
R330, R331 Jumper .35” 50-00035
R332 4.7K 0.25W 50-47035
R333, R334 Jumper .35” 50-00035
R335 4.7K 0.25W 50-47035
R336 100K 0.25W 50-10055
R337 150K 0.25W 50-15055
R338 4.7K 0.25W 50-47035
R339 100K 0.25W 50-10055
R340 150K 0.25W 50-15055
R341 4.7K 0.25W 50-47035
R342 10K 0.25W 50-10045
R343 4.7K 0.25W 50-47035
R344 10K 0.25W 50-10045
R345 4.7K 0.25W 50-47035
R346, R347 22K 50-22045
R348, R349 10K 0.25W 50-10045
R350, R351 22K 50-22045
R353, R354 100K 50-10055
R430, R431 Jumper .35” 50-00035
R432 4.7K 0.25W 50-47035
R433, R434 Jumper .35” 50-00035
R435 4.7K 0.25W 50-47035
R436 100K 0.25W 50-10055
R437 150K 0.25W 50-15055
R438 4.7K 0.25W 50-47035
R439 100K 0.25W 50-10055
R440 150K 0.25W 50-15055
R441 4.7K 0.25W 50-47035
R442 10K 0.25W 50-10045
R443 4.7K 0.25W 50-47035
R444 10K 0.25W 50-10045
R445 4.7K 0.25W 50-47035
R446, R447 22K 50-22045
R448, R449 10K 0.25W 50-10045
R450, R451 22K 50-22045
R453, R454 100K 50-10055
R530, R531 Jumper .35” 50-00035
R532 4.7K 0.25W 50-47035
R533, R534 Jumper .35” 50-00035
R535 4.7K 0.25W 50-47035
R536 100K 0.25W 50-10055
R537 150K 0.25W 50-15055
R538 4.7K 0.25W 50-47035
R539 100K 0.25W 50-10055
R540 150K 0.25W 50-15055
R541 4.7K 0.25W 50-47035
R542 10K 0.25W 50-10045
R543 4.7K 0.25W 50-47035
R544 10K 0.25W 50-10045
R545 4.7K 0.25W 50-47035
R546, R547 22K 50-22045
R548, R549 10K 0.25W 50-10045
R550, R551 22K 50-22045
R553, R554 100K 50-10055
S1 DPDT Push Vert 25-02201
T1 Toroid 7VA 15-70033
U1,U2 Display LM3915 60-39150
Z1 Zener 6.2V 1N4735A 60-47350
REPLACEMENT PARTS LIST (for circuit cards)
This symbol is intended to
alert the user to the pres-
ence of uninsulated “dan-
gerous voltage” within the
product’s enclosure that may be of suf-
ficient magnitude to constitute a risk of
electric shock to persons.
This symbol is
intended to alert the
user to the presence of
important operating
and maintenance (servicing) instruc-
tions in the literature accompanying
the appliance.
LIMITED WARRANTY
Your Carvin product is guaranteed against failure for ONE YEAR unless otherwise stated. Carvin will
serviceand supply all partsat no chargeto the customerproviding the unitisunder warranty. Shipping
costsare the responsibilityof the customer. CARVINDOESNOT PAYFOR PARTSOR SERVICINGOTHER
THAN OUR OWN. A COPY OF THE ORIGINAL INVOICE IS REQUIRED TO VERIFY YOUR WARRANTY.
Carvin assumes no responsibility for horn drivers or speakers damaged by this unit. This warranty
does not cover, and no liability is assumed, for damage due to: natural disasters, accidents, abuse,
loss of parts, lack of reasonable care, incorrect use, or failure to follow instructions. This warranty
is in lieu of all other warranties, expressed or implied. No representative or person is authorized to
represent or assume for Carvin any liability in connection with the sale or servicing of Carvin prod-
ucts. CARVIN SHALL NOT BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES.
WhenRETURNING merchandiseto the factory,you maycall for areturn authorization number. Describe
in writing each problem. If your unit is out of warranty, you will be charged the current FLAT RATE for
parts and labor to bring your unit up to factory specifications.
HELP SECTION
1) MIXER WILL NOT TURN ON
Checkthe power tothe amp. Check fortripped circuitbreakers,unplugged extension cordsor power-
strip switches that may be turned off. Check the fuse. If a dark brownish color or no wire can be
seen within the glass tube, then replace. The mixer may be perfectly fine but occasionally a fuse
may blow because of high AC voltage surges. After the fuse has been replaced with the proper
Slow Blow value and if the fuse fails again, the mixer will require servicing.
2) KEEP YOUR MIXER LOOKING NEW
Use caution to avoid spilling liquids or allowing any other foreign matter inside the unit. The top
of the mixer can be wiped from time to time with a dry or slightly damp cloth in order to remove
dust and bring back the new look. A suggestion is to cover the mixer when not in use. This can
be done with a cloth or a small towel to reduce the amount of dust collection on the mixer. Well
cared for equipment is usually friendlier equipment in the long run.
Blue
Red
Grey
20
25
28
Color Knob Code
last 2 numbers
# DESCRIPTION CARVIN # QTY
PCB Assembly 80-16204 15
Front Panel Metal 10-16204
Knob 10 D shaft (COLOR) 07-120(--) ---
AC Receptical 21-02804 1
Power Switch 25-62116 1
Internal Fuse (see fuse chart) 80-02105 1
1.
2.
3.
4.
5.
6.
2
1
4
6
5
3
1
CARVIN ENGINEERING DATA SM162 STUDIO MATE 16CH STEREO MIXER OPERATING MANUAL
THREE BAND
CHANNEL TONE
CONTROLS
PAD
GAIN MID LOW
MIC
PRE
LEVEL
L
R
EFF 1
EFF 2
MAIN RIGHT
SUMMING AMP
AND LEVEL
MAIN LEFT
SUMMING AMP
AND LEVEL
LINE OUT
LINE OUT
SEND 1
SUMMING AMP
EFFECTS
SEND 1
OUTPUT
SEND 1
LEVEL
LEFT
TAPE IN
TAPE OUT
TAPE OUT
PAN
RIGHT
CHANNELS 1-8
line pad
(-11dB) EFF 2
HEADPHONE
LEVEL
HEADPHONE
OUTPUT
SEND 2
SUMMING AMP
EFFECTS
SEND 2
OUTPUT
SEND 2
LEVEL
RIGHT
LEFT
EFFECTS RETURNS
ONE AND TWO
HI
EFF 1
PAN
CHANNELS 9-16
EFF 2
LEVEL
LEFT
IN
THREE BAND
CHANNEL TONE
CONTROLS
MID LOWHI
EFF 1
LEVEL
RIGHT
IN
THREE BAND
CHANNEL TONE
CONTROLS
MID LOWHI
RETURN
LEVEL
L - R
METERS LEFT
RIGHT
INSERT
MIC
LINE
12340 World Trade Drive, San Diego, CA 92128
[phone] [phone]
www.carvin.com
STUDIO MATE BLOCK DIAGRAM
Congratulationsonyour purchaseof the SM162 16 channel stereomixer. Your new Studio
Matemixer demonstrates CARVIN’scommitment to the proaudio worldby offering sophis-
ticated signal mixing and processing in a compact easy to use console. The Studio Mate is
designed to be a powerful tool for the home studio where limited space and high perfor-
mance are the main requirements. Its features make it ideal for mixing to cassette, DAT or
for hard disk recording with a computer. The Studio Mate is also rugged enough to handle
many live applications. The SM162’s high quality construction will provide years of trou-
ble-free performance and will reproduce your music flawlessly. Enjoy your new SM162!
16 CHANNEL OVERVIEW
Thereare8MIC/LINEinputchannelswithXLR and 1/4” LINE inputs and PATCHinsert jacks.
Therearealso 4 STEREO input channels(8 mono) withtwo 1/4” LINE inputseach. The XLR
channelsfeatureinputGAINcontrolsandprovidePhantom power for condenser mics. There
are 3 bands of EQ and 2 post fader effect SENDS on each channel. The master section fea-
tures2 SENDS and2 stereo RETURNSalong withRCA tapeIN’sand OUTsthat canbe used
as a separate stereo channel with it’s own level control. A master LEFT/RIGHT level control
alsofeeds a1/4”stereoheadphonejackwithits own level control. The stereo LED VU meter-
ing gives you bright,clear visibility of your output levels.
“SHELVING” EQ WITH ACTIVE TONE CIRCUITS
The SM162 incorporates 3 bands of EQ’s per channel that offer smooth tone curves so
youradjustmentswillsoundnaturalandyetbe effective. Depth is added to your bass because
80 Hz is chosen for the LOW frequency EQ controls instead of the usual 100 Hz. The HI EQ
controls are set at 11.5k Hz which is slightly higher than the normal 10k Hz treble controls
giving more top-end clarity. These are “shelving” type controls which cover the complete
frequency band from 80 Hz down to 20 Hz and from 11.5K Hz up to 20k Hz. The MID EQ
controlsare a “band pass”type which peakat 2.2k Hzfor added presenceto yourmid range
tones. Because CARVIN uses “active” tone circuits, you are able to boost or cut your tones
without any signal loss in your mixer.
RECEIVING INSPECTION—read before getting started
INSPECT YOUR MIXER FOR ANY DAMAGE which may have occurred during shipping.
If any damage is found, please notify the shipping company and CARVIN immediately.
SAVE THE CARTON & ALL PACKING MATERIALS. In the event you have to re-ship your
unit, always use the original carton and packing material. This will provide the best pos-
sible protection during shipment. CARVIN and the shipping company are not liable for
any damage caused by improper packing.
SAVE YOUR INVOICE. It will be required for warranty service if needed in the future.
SHIPMENT SHORTAGE. If you find items missing, they may have been shipped sepa-
rately. Please allow several days for the rest of your order to arrive before inquiring.
RECORD THE SERIAL NUMBER on the enclosed warranty card or below on this manual
for your records. Keep your portion of the card and return the portion with your name
and comments to us.
INTERNAL SIGNAL ROUTING WITH NO RF
Your balanced mic or instrument plugs directly into the high quality XLR Nortrics con-
nectors (used in hundred thousand dollar consoles) and is then routed into the differen-
tial circuits for excellent hum and noise cancellation. As your signal continues within the
console, a double-sided printed circuit board (FR-4 fire rated) carefully guards the circuit
traces with a copper shield running over the traces. This eliminates RF interference and
reduces crosstalk substantially. The printed circuit board has 931 plated-through holes
which means that every component is soldered securely in three places (bottom, in hole
and top). This offers unsurpassed component security while reducing circuit resistance
for pure dynamic sound which is unaffected by poor solder connections.
MORE HEADROOM
Headroomis very importantwhen designinga mixer—especially forrecording. Lackof head-
room will cause your sound to become distorted and muddy. This can happen when you turn
thevolumetoohigh,iftheinputsignalistoohotorifexcess bass or treble is added. With most
mixers, you have to reduce the input gain to fight headroom problems, but this just increases
noise. That’s why we have taken great care in the SM162 to make sure that each gain stage is
properly designed and balanced with more headroom along the entire audio path. There is no
headroom “bottle necking” at the summing stages, ensuring clean, pure audio throughout.
MICRO TOROID SUPPLY
Youwon’tfindthe precision Micro ToroidSupply in any mixer except the SM162and other
CARVIN high-end products. Pure DC is generated from this power supply which features
precision7815and7915voltageregulatorswhichhold voltage tolerances to within .001%.
Now you can go anywhere and never have to worry about the mixer giving you the exact
output and sound you are accustomed to. Another big feature in this power supply is the
precision wound Toroid transformer (not available from our competition) that gives
unsurpassed rejection of noise and hum. You can place the SM162 over sensitive gear
andnotbeconcernedaboutinjectinghumor noise into it like a standard transformer could.
CARVIN has spared no expense to achieve studio quality performance.
PROFESSIONAL HEADPHONES
TheSM162is designed to be usedwith professional headphones. The impedanceof the head-
phone set should be between 40 and 100 ohms with a sensitivity of at least or high than 100
dBm at 1k Hz with 1mv input. 8 ohm or 500 ohm and higher headsets are not recommended.
For your records, you may wish to record the following information.
Serial No._____________________ Invoice Date_______________
SM162
76-00162 996
MODEL SM162 SPECIFICATIONS:
Frequency Response: Mic or Line Inputs: 20Hz-20KHz ±1dB
Total Harmonic Distortion: Less than .009% MIC in - Master out
Equivalent Input Noise: 150 ohm source: -122dBu
Output Noise: -90dBu Master Line Out
(All Levels Minimum)
Output Headroom: +20dB 1/4” unbalanced
Maximum Gain: Mic in to Master Line Out: 70dB
Crosstalk: Adjacent ch’s: -60db at 1KHz
Common Mode Rejection: -80db at 1KHz
Phantom Power: All XLR Mic in channels
Channel EQ.: 3 band active,LOW: 100Hz ±12dB
MID: 2.2KHz ±12dB
HI: 11.5KHz ±12dB
Mic Input: Balanced XLR input: -66 dBu
Line Input: Unbalanced 1/4” Phone Jack -49dBV
Power Consumption: 10VA
Size and Weight: (8 lbs) 2.5”H x 16.2”W x10.2”D

HALF INSERT
The half insert connection creates a send signal
without breaking the channels signal path. The
insertin this mode is nolonger used asan insert
butit becomeswhat iscalled an“insert directout”.
An insert direct out functions as a normal direct
out,but the plug has to be half inserted and if an
insert is needed on the same channel, some
fancy cabling is required to perform both func-
tions. The half insertion connects the tip of the
plugbeing insertedto thering ofthe jack,see the
fig. If the jack is fully inserted, to where the tip
ofthe plugconnects tothe tipof thejack, theinter-
naljack switchwill openand thechannel’ssignal
pathwill bebroken. The connectionwill stillfunc-
tion as a direct out, but the channel’s signal will
stop at the insert and not continue on to the rest
ofthe channeland the masters, unless theinsert
is being used as described in the FULL INSERT
sectionabove with a TRS plug. The result of the
halfinsert is multiple outputs are created for use
in multi-track recording.
FULL INSERT
As described under the 1-8 MIC CHANNEL FEA-
TURESthe insert jack is a Tip Ring Sleeve (TRS)
1/4”phone jack,where thetip isthe send,the ring
isthe return,and thesleeve isground. When used
asan insertpoint or in full insertmode the chan-
nel is opened up to allow an external piece of
equipmentto beinserted intothe channelssignal
path. The channel signal, coming from the
microphone preamplifier, will be forced to go
through the external equipment before it can
continue back through the channel re-entering
before the channel tone controls. Most external
equipmentis notset upfor theTRS plugdirectly,
soan adaptercable isrequired. The adaptercable
willhave onone endthe TRSplug andtwo mono
plugs , either male or female, on the other end.
The two plugs each have the ground connected
tothe sleeveand onehas thereturn onits tipand
theother has the send on its tip. This allows the
sendto be connected to the input of the external
equipment and the return to its output complet-
ing the insert loop back to the channel.
MIC
INSERT
1
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
LOW
5
4
3
2
1010 9
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
LINE
MIC Pre-Amp
PIN 2 (+)
PIN 3 (–)
GAIN
TO EFFECTS
STEREO PLUG
FULL INSERT
INSERT JACK
SEND RETURN
TIP: SEND
SLEEVE: GROUND
RING: RETURN
INSERTS AND DIRECT OUTS
MIC
INSERT
1
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
LOW
5
4
3
2
1010 9
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
LINE
PIN 2 (+)
PIN 3 (–)
MONO PLUG
1/2 INSERT
MIC Pre-Amp
GAIN
INSERT JACK
TO RECORDER
TIP: SIGNAL
SLEEVE: GROUND
SM162
+12dB
+3dB
0dB
–3dB
–6dB
–9dB
–12dB
–15dB
–18dB
+6dB
12
3
6
9129
6
3
- 0 +
MIC
INSERT
1
MIC
2
MIC
3
MIC
4
MIC
5
MIC
6
GAIN
HI
MID
LOW
EFF 1
EFF 2
Studio Mate
PHANTOM POWER
POWER
L R
MAIN
MASTERS
R
INPUT 11–12
L
INPUT 13–14 INPUT 15 –16
L R
TAPEOUT
TAPE IN
EFFECTS MASTER
2
L
R
LINEOUTSEND
EFFECTS
RETURN
RETURN 1SEND 1
PHONES
MONO
1 1 L
21 2 R
MONO MONO
R R
L L
5
4
3
2
101098
7
6
5
4
3 7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
LOW
EFF 1
EFF 2
5
4
3
2
10109
8
7
6
5
4
3 7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
EFF 1
EFF 2
5
4
3
2
101098
7
6
5
4
3 7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
LOW
EFF 1
EFF 2
5
4
3
210109 8
7
6
5
4
3 7
6
5
4
3
210109 8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
LOW
EFF 1
EFF 2
5
4
3
2
10109
8
7
6
5
4
3 7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
EFF 1
EFF 2
5
4
3
2
101098
7
6
5
4
3 7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
HI
MID
LOW
EFF 1
EFF 2 5
4
3 7
6
5
4
3
2101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
HI
MID
LOW
EFF 1
EFF 2 5
4
3 7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
HI
MID
LOW
EFF 1
EFF 2 5
4
3 7
6
5
4
3
210109 8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
5
4
3
2
101098
7
6
5
4
3
2 8
7
6
5
4
3
210109 8
7
6
5
4
3
2 8
7
6
R
INPUT 9–10
L
MONO
12
3
6
9129
6
3
- 0 +
HI
MID
LOW
EFF 1
EFF 2 5
4
3 7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
MIC
7
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
EFF 1
EFF 2
5
4
3
2
10109
8
7
6
5
4
3 7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
MIC
LINE LINE LINE LINE LINE LINE LINE LINE
8
12
3
6
9129
6
3
- 0 +
GAIN
HI
MID
EFF 1
EFF 2
5
4
3
2101098
7
6
5
4
3 7
6
5
4
3
2101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
LOW LOW
INSERT INSERT INSERT INSERT INSERT INSERT INSERT
MULTI-TRACK RECO
8 TRACK INPUTS
EFFECTS PROCESSOR
1/2 INSERT DIRECT OUT
8 TRACK OUTPUTS
SM162
+12dB
+3dB
0dB
–3dB
–6dB
–9dB
–12dB
–15dB
–18dB
+6dB
12
3
6
9129
6
3
-0 +
MIC
INSERT
1
MIC
2
MIC
3
MIC
4
MIC
5
MIC
6
GAIN
HI
MID
LOW
EFF1
Studio Mate
PHANTOM POWER
POWER
L R
MAIN
MASTERS
R
INPUT 11–12
L
INPUT 13–14 INPUT 15 –16
L R
TAPEOUT
TAPE IN
EFFECTS MASTER
2
L
R
LINEOUTSEND
EFFECTS
RETURN
PHONES
MONO
1 1 L
21 2 R
MONO MONO
R R
L L
5
4
3
2101098
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
LOW
EFF1
5
4
3
2
10109
8
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
EFF1
5
4
3
2
101098
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
LOW
EFF1
5
4
3
2
10109
8
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
LOW
EFF1
5
4
3
2
10109
8
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
EFF1
5
4
3
2101098
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
HI
MID
LOW
EFF1 5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
HI
MID
LOW
EFF1 5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
HI
MID
LOW
EFF1 5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
5
4
3
2101098
7
65 4
3
2
10109
8
7
6
R
INPUT 9–10
L
MONO
12
3
6
9129
6
3
-0 +
HI
MID
LOW
EFF1 5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
MIC
7
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
EFF1
5
4
3
2
10109
8
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
MIC
LINE LINE LINE LINE LINE LINE LINE LINE
8
12
3
6
9129
6
3
-0 +
GAIN
HI
MID
EFF1
5
4
3
210109 8
7
6
5
4
3 7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
LOW LOW
INSERT INSERT INSERT INSERT INSERT INSERT INSERT
MULTI-TRACK RECORDER
EFFECTS PROCESSOR
8 TRACK OUTPUTS
keyboards
sequencers
computer audio outs
TWO-TRACK
TAPE RECORDER
MULTI TRACK RECORDING
The following will explain the 8 and 4 track recording system diagrams
using the Studio Mate as the recording console.
THE EIGHT TRACK SYSTEM
The eight track system is the more difficult of these two systems. The
difficulty is having to repatch the 8 track’s output connections in order
to mix down to the final two track. In the recording stage of an 8 track
recording session (see the top diagram on page 11) , the inserts of the
8 mic/line channels can be used to give 8 individual dry outputs for the
8 tape inputs of the recorder. The “dry” means when using the insert as
anoutput thereis noEQ available,but onlythe originalsignal onlyboosted
by the microphone preamplifier. In order to listen to the tracks while in
the recording stage the stereo channels can be used for playback listen-
ingof the8 recordedchannels. With thisarrangement acomplete 8track
recording session can be done. Even scratch two track mix downs can
be done through the stereo channels to the left right tape outputs on the
mixer. When all the tracks are recorded to tape and ready for mix down,
the 8 track machine outputs can be repatch to the line inputs on the 8
mic\line channels. This will provide individual effects sends and EQ on
each track while mixing the 8 tracks down to 2 tracks through the left
right tape out on the mixer. Also the stereo channels can be used for
extra inputs such as midi equipment like keyboards, or drum modules
which may not be on the 8 track.
THE FOUR TRACK SYSTEM
The four track system is much simpler in connection than the 8 track
recorder. The connection and operation may be simpler, but any time
the number of recording tracks is reduced, more thought has to go into
recordingeach track. The four track system also provides more options
when connecting to the mixer. A similar connection to the 8 track can
be done with the 4 track inputs connected to channels 1-4 inserts (1/2
inserted for direct outs) and the 4 track outputs connected to channels
5-8 LINE inputs providing playback and mix down without repatching.
The diagram on page 12 is another way to connect a four track record-
ing system. The choice here was to have the left and right masters be
two of the 4 track inputs. This in enables the rest of the channels to be
mixed into the left right outputs for recording on the 4 track machine.
Then two 1/2 insert directs are used for the other two inputs on the four
trackrecorder. Thesewould probably be tracks requiring EQ and effects
added in the final mix down. Then when ready to mix down to the two
track machine the switch is easy using the four channels with the out-
puts of the four track recorder, in this case channels 5-8. The pluses of
this 4 track layout are: at any time a 4 track to 2 track mix down can be
performed, and while recording the 4 tracks the EQ and added effects
send levels of the 2 track mix down can be adjusted on channels 5-8.
STEREO LIVE SOUND SYSTEM
The Studio Mate mixer is not only a studio recording mixer, it can also be a great live sound, PA system mixer
or a sub mixer. As a sub mixer, the Studio Mate could add extra channels or work as a monitor mixer. Here
the main focus will be using the Studio Mate as the main mixer in a basic live sound system.
In a live sound reinforcement or a public address system (P.A. System), the input signals to the mixer will
come from the microphones and instruments on the stage. Each microphone or instrument to be amplified by
the P.A. system must be connected to one of the mixing console inputs. It is preferred to have as many of the
stage instruments as possible plugged into the mixer. This allows the best overall sound control of the instru-
ments as they are mixed together and then amplified by the P.A. system. The mixer can be operated on the
stage or from a remote location in front of the stage using a snake cable to bring the signals from the stage to
the mixer. The advantage of the remote operation allows the performance to be monitored and mixed from the
audience’s perspective.
THE MIC CHANNELS
The (XLR) balanced low impedance mic inputs can handle +15 dB
levelswith thegain controlat minimum. Thesebalanced inputsshould
be used whenever possible, because this format will ensure the best
possibleperformance andlowest noise when operating with long cable
lengths, such as with a snake. However, many times an unbalanced
output(1/4 inchphone plug)from aninstrument needsto beplugged
into the mixer. In this case use the line inputs on these channels. If
the snake cable is only equipped with XLR inputs use a XLR to 1/4”
adapter or a “Direct box” to get through the snake.
THE STEREO CHANNELS
Where ever stereo line levels are present such as with CD players,
keyboards, and stereo guitar preamplifiers, the stereo channels
should be used. The stereo channels allow the user to control the
stereo input with one set of controls. The result being equal adjust-
ment to both the left and right signals. The stereo channels are also
great as glorified effects returns or for multiple stereo background
music mixes. If the mic/line channels are all filled, the stereo chan-
nels can be used as extra mono channels by plugging into only the
left inputs.
CONNECTING SPEAKERS & POWER AMPLIFIERS
Since the Studio Mate is a non-powered mixer (no internal ampli-
fiers), an external power amplifier will have to be used to power the
PA system speakers. When connecting the main power amplifiers,
use the MASTER L - R LINE OUT jacks as the main outputs. When
using a snake to feed the signals from the stage to the mixer, there
are usually provisions for sending line output signals from the mixer
to the stage. The (line level) MASTER L - R LINE OUT outputs can
be plugged into these returns in the snake cable, and This will send
thesignal to the power amplifiers, usually placed on stage. Once the
snake,or alternate meansof cabling, carrying thesignal has reached
the stage, the connections are made to the power amplifier inputs.
The power amp outputs can then be connected to the speakers.
Note: Speaker cables should be non-shielded and at least 16 gauge
wire to prevent damage to the power amplifiers.
SM162
+12dB
+3dB
0dB
–3dB
–6dB
–9dB
–12dB
–15dB
–18dB
+6dB
12
3
6
9129
6
3
- 0 +
RL
MIC
INSERT
1
MIC
2
MIC
3
MIC
4
MIC
5
MIC
6
GAIN
HI
MID
LOW
EFF 1
EFF 2
PAN
Studio Mate
PHANTOM POWER
POWER
L R
MAIN
SEND 2
MASTERS
R
INPUT 11–12
L
INPUT 13–14 INPUT 15 –16
L R
TAPE OUT
TAPE IN
EFFECTS MASTER
2
L
R
LINEOUTSEND
EFFECTS
RETURN
RETURN 1
RETURN 2
SEND 1
TAPE IN HEADPHONE
PHONES
LEVEL
MONO
1 1 L
21 2 R
MONO MONO
R R
L L
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
GAIN
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
GAIN
HI
MID
EFF 1
EFF 2
PAN
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
GAIN
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
GAIN
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
GAIN
HI
MID
EFF 1
EFF 2
PAN
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
10109
8
7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
RL
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
10109
8
7
6
5
4
3
2
10109
8
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
R
INPUT 9–10
L
MONO
12
3
6
9129
6
3
- 0 +
RL
HI
MID
LOW
EFF 1
EFF 2
PAN
LEVEL
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
12
3
6
9129
6
3
- 0 +
12
3
6
9129
6
3
- 0 +
MIC
7
12
3
6
9129
6
3
- 0 +
RL
GAIN
HI
MID
EFF 1
EFF 2
PAN
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
5
4
3
2
101098
7
6
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MIC
LINE LINE LINE LINE LINE LINE LINE LINE
8
12
3
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RL
GAIN
HI
MID
EFF 1
EFF 2
PAN
5
4
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10109
8
7
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LOW
LEVEL
LOW
LEVEL
INSERT INSERT INSERT INSERT INSERT INSERT INSERT
4 TRACK RECORDER
4 TRACK OUTPUTS
keyboards
sequencers
computer audio outs COMPUTER
MULTI- MEDIA
4 TRACK INPUTS
TWO-TRACK
TAPE RECORDER
4 TRACK STUDIO DIAGRAM
The basic hook up is simple, using four (or two stereo) RCA cables plug the TAPE OUT on the mixer into the
tape deck’s inputs, and the mixer’s TAPE IN into the tape deck’s outputs. Using the master L - R level control
inconjunction withthe tapedeck’sinput recordinglevel control,both thedesired recordinglevel canbe adjusted
and the master left right output listening level can be adjusted. Then the TAPE IN level control on the mixer can
be adjusted to hear the tape decks playback out the master left and right line outputs.
NOTE: If the tape deck is in recording mode, be sure to have the TAPE IN control turned down. This will reduce
possible feedback through the tape deck.
Whenusing an effects processor,plug a cable from one of the two effects send 1/4”phoneoutputs on the mixer,
intothe inputjack onthe effects processor. Thenfor thereturn, plugone (orboth for stereo) of theL/R EFFECTS
RETURN 1/4” phone inputs, on the mixer, into the outputs on the effects processor. Using the channel EFF 1
or EFF 2 sends and the master send 1 or 2 set the output send level going to the effects processor. Then using
the return 1 or 2 level controls, set the desired amount of effect heard in the master left right outputs.
TAPE OUT
TAPE IN
EFFECTS MASTER
2
L
R
LINEOUTSEND
EFFECTS
RETURN
1 1 L
21 2 R
L R
EFFECTS PROCESSOR
TWO-TRACK
TAPE RECORDER
TAPE OUT TAPE IN
L OUT RMONO IN
(TAPE OUT)
(TAPE IN)
TAPE DECKS AND EXTERNAL EFFECTS
EXTERNAL
POWER AMP
TWO-TRACK
TAPE RECORDER
RIGHT
PACABINET
CHANNEL
123
4
5
6
7
8
9
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11
12
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15
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22
30
50 0dB PROTECT CHANNELPOWER 123
4
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7
8
9
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11
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13
15
17
19
22
30
50 0dB
1 2
SM162
+12dB
+3dB
0dB
–3dB
–6dB
–9dB
–12dB
–15dB
–18dB
+6dB
12
3
6
9129
6
3
-0 +
RL
MIC
INSERT
1
MIC
2
MIC
3
MIC
4
MIC
5
MIC
6
GAIN
HI
MID
LOW
EFF1
EFF2
PAN
Studio Mate
PHANTOMPOWER
POWER
L R
MAIN
SEND 2
MASTERS
R
INPUT11 –12
L
INPUT13 –14 INPUT 15–16
L R
TAPEOUT
TAPE IN
EFFECTS MASTER
2
L
R
LINEOUTSEND
EFFECTS
RETURN
RETURN1
RETURN2
SEND 1
TAPE IN HEADPHONE
PHONES
LEVEL
MONO
1 1 L
21 2 R
MONO MONO
R R
L L
5
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3
2
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3
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9129
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-0 +
RL
GAIN
HI
MID
LOW
EFF1
EFF2
PAN
LEVEL
5
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10109
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GAIN
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MID
EFF1
EFF2
PAN
5
4
3
2
101098
7
6
5
4
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101098
7
6
5
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6
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101098
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9129
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3
-0 +
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3
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9129
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3
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9129
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RL
GAIN
HI
MID
LOW
EFF1
EFF2
PAN
LEVEL
5
4
3
210109 8
7
6
5
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3
210109 8
7
6
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3
210109 8
7
6
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7
6
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3
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9129
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-0 +
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3
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3
6
9129
6
3
-0 +
RL
GAIN
HI
MID
LOW
EFF1
EFF2
PAN
LEVEL
5
4
3
2
10109
8
7
6
5
4
3
2
10109
8
7
6
5
4
3
2
10109
8
7
6
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2
10109
8
7
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6
9129
6
3
-0 +
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3
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9129
6
3
-0 +
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3
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9129
6
3
-0 +
RL
GAIN
HI
MID
EFF1
EFF2
PAN
5
4
3
2
101098
7
6
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101098
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101098
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6
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9129
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RL
HI
MID
LOW
EFF1
EFF2
PAN
LEVEL 5
4
3
2101098
7
6
5
4
3
2101098
7
6
5
4
3
2101098
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6
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3
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9129
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3
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3
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9129
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3
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9129
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RL
HI
MID
LOW
EFF1
EFF2
PAN
LEVEL 5
4
3
2
10109
8
7
6
5
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2
10109
8
7
6
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HI
MID
LOW
EFF1
EFF2
PAN
LEVEL 5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
5
4
3
210109 8
7
6
12
3
6
9129
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101098
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210109 8
7
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7
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7
6
R
INPUT9 –10
L
MONO
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RL
HI
MID
LOW
EFF1
EFF2
PAN
LEVEL 5
4
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9129
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-0 +
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3
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9129
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3
-0 +
MIC
7
12
3
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9129
6
3
-0 +
RL
GAIN
HI
MID
EFF1
EFF2
PAN
5
4
3
2
10109
8
7
6
5
4
3
2
10109
8
7
6
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2
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6
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9129
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MIC
LINE LINE LINE LINE LINE LINE LINE LINE
8
12
3
6
9129
6
3
-0 +
RL
GAIN
HI
MID
EFF1
EFF2
PAN
5
4
3
2101098
7
6
5
4
3
2101098
7
6
5
4
3
2101098
7
6
5
4
3
2101098
7
6
12
3
6
9129
6
3
-0 +
12
3
6
9129
6
3
-0 +
LOW
LEVEL
LOW
LEVEL
INSERT INSERT INSERT INSERT INSERT INSERT INSERT
1L - R 2 3 4 5 6 7 8 9-10 11-12 13-14 15-16
LEFT
PACABINET
STEREO LIVE SOUND SYSTEM DIAGRAM
8 TRACK MIXDOWN

right master output if turned to the extreme right. In the center position
the channel is heard equally in both the left and right main outputs. A
good starting point for the pan is in the center position. Then if stereo
placement is needed, a quarter turn to the desired side from the center
position gives a smooth placement in the stereo field, or if desired a full
turn to one side gives a hard placement.
8. CHANNEL LEVEL CONTROL
The LEVEL control adjusts the final volume of the channel before going
tothe Pancontrol. Here iswhere theindividual channelvolumes areadjusted
to make up the desired mix heard at the master left and right outputs.
9-16 STEREO LINE CHANNEL FEATURES
9. LEFT/ RIGHT LINE INPUT JACKS
TheseLINE inputs are 1/4”phone jacks designed forunbalanced line and
instrument level inputs. Examples of these inputs would be instruments
such as a guitar, a keyboard, an unbalanced mic, or multi track outputs.
If a mono input is needed, use the Left input jack and the channel will act
likea mono channel with a normal functioning pan going to bothLeft and
right masters.
10. CHANNEL TONE CONTROLS
Eachchannel featuresthree stereotone controlsLO, MID,and HI. Allthree
controlsfunction asboost andcut controls,where thecenter detentposi-
tion neither boosts nor cuts. Each tone control effects both the left and
rightchannels, soif thechannel isused asa dualmono channelboth inputs
will be effected by tone control changes. For more on the tone control
sounds see the channel tone controls.
11. CHANNEL EFFECTS 1 AND EFFECTS 2
These controls are identical in function. Both adjust the volume of the
channelgoing to the effects send master controls. The signal taken from
thechannel isan equalmixture of both the leftand rightsignals. The only
difference is EFF 1 goes to Send 1 and EFF 2 goes to Send 2. Both con-
trols are post channel level. This means adjustments in the channel’s EQ
or level controls will effect the sound and volume of the EFF 1 and EFF 2
sends.
12. CHANNEL PAN CONTROL
The PAN control adjusts which side of the stereo channel is heard in the
stereo main outputs. If it is turned to the extreme left, then only the left
channel will be heard in the left main output and similarly only the right
side is heard in the right main output if turned to the extreme right. In
the center position both sides are heard.
13. CHANNEL LEVEL CONTROL
The LEVEL control adjusts the final volume of the channel before going
tothe Pancontrol. Here iswhere theindividual channelvolumes areadjusted
to make up the desired mix heard at the master outputs.
MASTER CONTROLS
14. L/R MASTER CONTROL
The L/R master control is the master volume control for the left - right
stereo mix. This volume receives its signals from the channel pan con-
trolsand generatesthe volumeheard inthe leftand rightmain outputjacks.
15. HEADPHONE LEVEL CONTROL
The HEADPHONE level control is the master volume for the headphone
jack. Thisvolume receivesits signalsfrom themain Left/Right levelcon-
trol.
16. SEND 1 AND SEND 2 CONTROLS
The SEND 1 and SEND 2 master controls are the master volumes for the
EFF 1 and EFF 2 sends on the channels. The output of these controls
areheard atthe effectssend 1and 2output jacks. Thetypical useof effects
sends is to drive external Effects processors, but it can also be used as
another stage monitor mix or headphone mix, if needed.
17. EFFECTS RETURN 1AND 2 CONTROLS
TheRETURN 1 and RETURN 2 controls are stereo effects returnvolume
controls. They receive input from the LEFT and RIGHT 1/4” EFFECTS
RETURNjacks. These volumescontrol thereturn levelgoing tothe master
left right stereo mix. A mono return into the stereo mix can be achieved
by simply feeding the mono signal into the Left return jack. These stereo
returnscan also be used as just another input to the stereo mix for a key-
board or other stereo and mono gear.
18. TAPE IN CONTROL
The TAPE IN control is a stereo tape return volume control. It receives
itsinput fromthe L/RTAPERTNRCA jacks. This volume controls the return
level feeding the master L/R stereo mix. A mono TAPE IN into the stereo
mixcan be achieved by simplyfeeding the mono signal intoboth Left and
rightRCA jacks. Thestereo TAPEINcan alsobe usedas justanother input
to the stereo mix for a keyboard or other stereo gear.
MASTER CONNECTORS
19. STEREO EFFECTS RETURN 1 AND 2 JACKS
Thestereo EFFECTSRETURN 1and 2jacks arethe inputjacks for the stereo
return 1 and 2 master controls.
20. EFFECTS SEND 1 AND 2 JACKS
The EFFECTS SEND 1 and 2 jacks are the output jacks for effects send 1
and 2 master controls.
21. LEFT AND RIGHT LINE OUT JACKS
TheLEFT andRIGHT LINEOUT jacksare postgraphic EQline output jacks
for the stereo mix. The same signals are also being fed to the TAPE OUT
RCA jacks.
22. TAPE OUT AND TAPE IN RCA JACKS
The LEFT/RIGHT TAPE OUT RCA jacks deliver the main Left - Right mix
output in RCA jacks thus eliminating the need for RCA to 1/4” adapters.
The LEFT/RIGHT TAPE IN RCA jacks are RCA inputs to the TAPE IN level
control.
The TAPE IN jacks can also be used for returning another effects proces-
soror instrument such as a keyboard to themain mix. In mostcases this
would be where the mix down deck plugs in.
The RCA jacks are Ideal for using a cassette deck to record a mix using
the TAPE OUT jacks and playing it back through the TAPE IN jacks with
outusing upany channelsfor play back or havingto useadapters tohook
up the cassette deck.
23. POWER LED
The Power LED indicates when the mixer is powered up.
24. PHANTOM POWER SWITCH AND LED
The PHANTOM power switch turns on the microphone phantom power
in the 8 MIC/LINE channel XLR jacks. The phantom power is used for
supplying a bias voltage to condenser microphones. The LED indicates
the phantom power is turned on. The phantom power will not damage
dynamic microphones.
25. AC POWER & FUSE
The detachable AC POWER CORD supplied is designed to operate with
one type of voltage (the European 230V export model uses a CEE-7 plug
cordset). Check therear powercord labelfor theproper voltageand fuse
value. Plugthe cordinto agrounded “3”prong” powersource. No attempt
should ever be made to use the amp without the ground connected.
The FUSE is located within the AC power cord receptacle. To check or
replace the fuse, remove the power cord, place a screwdriver under the
“FUSE” cap and pull the fuse holder out. Some models may be equipped
with a spare fuse within the holder. The fuse type is a 250V Slow Blow
SB 5 x 20mm rated at 1/4A for 120V & 1/8A for 230V models. Do not
use fast acting fuse, only a SLOW BLOW (SB) type fuse will work.
QUICK START UP
If you’re like most new owners, you’re probably in a hurry to plug your
mixer in and use it. Here are some brief instructions to get you going
quickly. With the mixer unplugged and the unit turned off, complete the
following procedures:
1. CONNECTING AC POWER TO YOUR MIXER
• Checkthe rearpanel tomake surethe mixerreceived usesthe proper
AC Line Voltage. (USA 120VAC, Europe 240 VAC ...etc.)
• Useonly agrounded (3prong) poweroutlet toprevent ashock hazard.
This gives the quietest grounding for your mixer.
2. TURNING YOUR MIXER ON
• Adjust all channel and master level controls to their off positions
(fully counter clockwise).
• Adjustall “EQ” tonecontrols— the channel’sHi, Mid, and Bass and
the two master 9 Band Graphic EQ’s to their center detent posi-
tion.
• Adjust all the Channel “PAN” controls to their center detent posi-
tion.
• Turn the mixer on by the rear panel power switch and watch for the
power LED to come on. Your mixer is now ready to operate.
3. CONNECTING INPUTS TO YOUR MIXER
• For low level balanced devices such as microphones, plug into the
balancedMIC inputsusing a shieldedmicrophone cablewith XLR
ends.
• For high level unbalanced devices such as Tape Recorders and
Keyboards plug into the LINE input jacks using a shielded cable
with 1/4” phone ends.
1-8 MIC CHANNEL FEATURES
1. LINE INPUT JACK
TheLINE inputis a1/4” phonejack designedfor unbalancedline and instru-
ment level inputs. Examples of these inputs would be instruments such
asa guitar,akeyboard, an unbalancedmic, or a pre-amp output. The line
input can be used at the same time the mic input is being used.
2. XLR MICROPHONE INPUT
The XLR MIC input is designed for balanced low impedance microphone
input signals. The XLR connector is wired as per the industry standard
wherepin 1is ground,pin 2is non-inverting(positive), andpin 3is invert-
ing (negative).
Phantom power is available on every XLR input jack when the phantom
power switch in the master section is pressed. This feature allows con-
denser microphones to be run directly from the mixer.
Note: When using phantom power make sure the phantom power is
switchedoff beforeconnecting ordisconnecting microphonesto themixer.
Itis recommendedto allow5 secondsfor thephantom powerto discharge
beforemaking anymicrophone connections. Also,to avoidhearing apop,
turn down the main volume when turning on the phantom power.
3. INSERT JACK
The insert jack is a Tip Ring Sleeve (TRS) 1/4” jack where the tip is the
send, the ring is the return and the sleeve is ground. The insert point is
afterthe input(MIC-pre) amplifierand beforethe channelEQ section(see
the Block Diagram page 9 ). When a 1/4” plug is fully inserted it breaks
theconnection betweenthe mic-preand thechannel EQ. This,insert break
point,allows externalequipment tobe usedon onlythe channelit isinserted
into. Onecommon useis toinsert acompressor intoa loudchannel. This
will reduce any input spikes before they distort the channel’s EQ or the
master busses.
Anotheruse for the insert jack is as a direct output. Toachieve thisfunc-
tion, insert a mono 1/4” plug into the first click of the jack. The result is
a direct output signal from the channel that does not disturb the chan-
nels operation. A common use for the insert direct out is in multi track-
ing, when individual channels are recorded to separate tracks on a multi
track recorder.
4. GAIN CONTROL
Thegain controladjusts theinput gainon boththe lineand micinput jacks.
For the mic input, the gain goes from a +4dB min to +42dB of gain. For
the line input the gain goes from a -7dB min to +29dB of gain. For opti-
mum signal to noise performance, the gain control should be set for the
highestlevel possiblebefore distortionor clippingof theincoming signal.
Inorder toreduce surprisefeedback andother thumpsstart withthe gain
control at minimum and bring it up. If distortion is heard regardless of
theposition of the channel LEVEL control, lower the gain control until no
distortion is heard.
5. CHANNEL TONE CONTROLS
Eachchannel featuresthree tonecontrols LO,MID, andHI. All threecon-
trolsfunction asboost /cutcontrols, wherethe centerdetent positionnei-
therboosts norcuts. For boostingturn thecontrol clockwiseand forcutting,
turn the control counterclockwise. The LO and HI controls are shelving
type tone controls with corner frequencies at 80Hz and 11.5k Hz respec-
tively. The shelving means for the LO control all the frequencies from
80Hz and down, the deep bass tones, will be effected. For the HI control
the shelving means all the frequencies from 11.5k Hz and up, the high
trebletones, willbe effected. TheMID control is a bandpass typeof tone
control. The band pass means a middle section of frequencies centered
around2.2kHz, butdo notover-lapthe HIand LOcontrols. The MIDaffects
the clarity of the average persons spoken voice. Also the MID encom-
passes the louder sometimes harsher tones that can distort the over all
sound. Use these controls to change the tonal shape of the input signal
and in many cases to reduce possible feedback in live situations using
microphones near speakers. It is suggested the channel tone controls
startout intheir centerdetent positionswhere theydo notaffect theorig-
inalincoming signal. Then, if needed, adjust the tone controls tochange
the sound.
6. CHANNEL EFFECTS 1 AND EFFECTS 2
Thesecontrols areidentical infunction, bothadjust thevolume ofthe chan-
nel going to the effects send master controls. The only difference is EFF
1goes to Send1 and EFF 2 goes to Send2. Both controls are post chan-
nel level. This means adjustments in the channel’s EQ or level controls
will effect the sound and volume of the EFF 1 and EFF 2 sends.
7. CHANNEL PAN CONTROL
The PAN control adjusts where the channel is heard in the stereo field of
thestereo masteroutputs. If itis turnedto theextreme left,then thechan-
nel will only be heard in the left master output and similarly only in the
SM162 PANEL CONTROLS
25
SM162 REAR PANEL
1
2
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