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SMS200
Sound Masking
System operation manual
®
Biamp Systems, 10074 S.W. Arctic Drive, Beaverton, Oregon 97005 U.S.A. (503) 641-7287 http://www.biamp.com an affiliate of Rauland Borg Corp.
Print Update
April 11, 2000
SMS200
TABLE OF CONTENTS
Front Panel
Rear Panel
Setup
Logic Inputs
RS-232 Control
Applications
Specifications & Block Diagram
Warranty pg. 2
INTRODUCTION
ADVANTAGE ® SMS200 Sound Masking System provides a digitally controlled pg. 3
1/3-octave equalizer, with a digital noise source in a single rack-space unit.
Input, noise, and 28 filter bands, as well as high-pass & low-pass filters, are all pgs. 4~6 pg. 7 pgs. 8~9 adjusted via computer. Eight presets are recalled via contact-closures, thirdparty controllers, or computer. Filter design utilizing Constant-Q technology guarantees precise system tuning with less filter interaction, better filter combining, and constant filter bandwidth at any setting. The SMS200 is covered by a five-year warranty. pgs. 10~11 pg. 12
SMS200 features include:
♦
1/3-octave equalizer with built-in sound masking generator
♦
white-noise generator spectral purity (±0.1dB @ 0Hz~20kHz)
♦
precision pink-noise filtering (-3dB per octave low-pass)
♦
extended ‘non-apparent’ repeat time of noise (200 minutes)
♦
28 digitally controlled filters on ISO center frequencies
♦
Constant-Q technology provides precision system tuning
♦
filters adjustable ±12dB in 1dB steps or ±6dB in 0.5dB steps
♦
noise & input levels adjustable ±12dB in 1dB steps (plus off)
♦
high-pass filter (12dB per octave) adjustable 9.1Hz~171.9Hz
♦
low-pass filter (12dB per octave) adjustable 1.9kHz~34.7kHz
♦
eight non-volatile memory presets available (levels & filters)
♦
logic inputs allow selection of presets via contact-closures
♦
RS-232 serial port for computer or third-party controllers
♦
software for Windows ® 95/98/NT & serial cable included
♦
device number switch & link port for controlling multiple units
♦
baud rate switch provides choice of communications rates
♦
front panel indicators for peak, bypass, & selected preset
♦
balanced input and output on plug-in barrier strip terminals
♦
modular ±12 Volt DC Out jack for powering external devices
♦
incorporates AES recommended grounding pratices
♦
marked and UL / C-UL listed power source
♦
covered by Five-Year "Gold Seal" Warranty
1
Preset: This seven segment LED display indicates which preset is currently selected. There are eight presets available, which can be recalled from non-volatile memory via RS-232 or
Logic Input control. Each preset stores settings for input level, noise level, 28 filter bands, a high-pass filter, and a low-pass filter. These settings are adjusted, and presets are stored, via
RS-232 control, using the PC Control Software and serial cable provided with the SMS200 (see Setup on pg. 4). The SMS200 may also be controlled via RS-232 from third-party controllers.
FRONT PANEL
preset
ADVANTAGE SMS200
Sound Masking System peak bypass on
Peak: This red LED indicates output level has reached +14dBu balanced (+8dBu unbalanced). When the Peak indicator lights,
10dB of headroom remains before clipping. If increased signal levels or equalizer adjustments cause the Peak indicator to light frequently, reduce the SMS200 input & noise levels to avoid distortion caused by overdriving the output section.
Bypass: This red LED indicates the SMS200 equalizer has been bypassed via RS-232 control. When bypassed, all filters are temporarily set flat, the high-pass & low-pass filters are set to their extremes (9.1Hz & 34.7kHz respectively), and the input level is set to unity gain. From the factory, noise level is not affected by Bypass (see Setup on pg. 6).
On: This red LED indicates power is applied to the equalizer.
2
REAR PANEL
27V
~
50/60 Hz
15 watts class 2 wiring
DC out device # serial port link port baud rate logic inputs
AC Power Cord: The power transformer provides 27 Volts AC to the SMS200, and is detachable via a 5-pin DIN connector.
The SMS200 has two internal ‘self-resetting’ fuses (there are no user servicable parts inside the unit). If the internal fuses blow, they will attempt to re-set after a short period. However, this may be an indication that the SMS200 requires service.
DC Out: This 6-pin Modular jack supplies ±12 Volts DC, for powering external accessory devices. The SMS200 DC Out provides up to 100mA maximum current.
Device #: This 6-gang DIP switch allows an SMS200 to be assigned a specific device number. Up to 64 different device numbers (0~63) may be assigned to allow RS-232 control of multiple ADVANTAGE ® products in a common system. From the factory, an SMS200 is assigned Device # 1.
Serial Port: This 9-pin Sub-D (male) connector provides an
RS-232 Serial Port for remote control via computer or third-party controllers. The Serial Port has the following pin assignments
(left-to-right & top-to-bottom): Pin 1) not used; Pin 2) Receive
Data (RxD) input; Pin 3) Transmit Data (TxD) output; Pin 4)
Data Terminal Ready (DTR) output; Pin 5) Ground; Pin 6) not used; Pin 7) Request To Send (RTS) output; Pin 8) not used;
Pin 9) not used. PC Control Software and a serial cable are provided for programming via Windows ® 95 (see Setup on pg.
4). NOTE: The Serial Port can also transmit commands which
are received via the Logic Inputs (see Setup on pg. 5).
Link Port: This 9-pin Sub-D (female) connector provides a Link
Port for RS-232 control of multiple ADVANTAGE ® products. The
Link Port of one device simply connects to the Serial Port of the next device (and so forth). Link cables are available as an option (Biamp #909-0057-00). NOTE: All but the final device in
a system should have its ‘last’ switch down (see Baud Rate).
The Link Port has the following pin assignments (right-to-left & top-to-bottom): Pin 1) not used; Pin 2) Transmit Data (TxD) input; Pin 3) Receive Data (RxD) output; Pin 4) not used; Pin
5) Ground; Pin 6) not used; Pin 7) not used; Pin 8) not used; Pin 9) not used. NOTE: The Link Port can also transmit commands which are received via the Logic Inputs (see Setup
on pg. 5). output input
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
MADE IN U.S.A.
Baud Rate: This 6-gang DIP switch allows an SMS200 to be assigned a specific communications baud rate. Baud rates available are 2400, 9600, & 19200 bps. The factory default is
9600 bps. Only one baud rate should be selected at a time, by raising the corresponding switch. The two switches on the far right are not used. The switch on the far left (labelled ‘last’) is used when connecting multiple devices in a ‘Link Port to Serial
Port’ configuration (see Link Port). From the factory, the ‘last’ switch is up. When connecting multiple devices, the ‘last’ switch must be switched down on all devices except the final (‘last’) device in the system (the device with no Link Port connection).
Logic Inputs: This 25-pin Sub-D (female) connector provides
16 logic input terminals, plus 9 ground terminals (see Logic
Inputs on pg. 7). Once SMS200 settings are adjusted (and presets are stored) via RS-232 control, the Logic Inputs can be used to recall presets from non-volatile memory using simple switches or contact-closures. Logic Inputs have the following pin assignments (right-to-left & top-to-bottom): Pins 1~8) recall
Presets 1~8; Pins 9~16) no operation; Pins 17~25) switch ground points. Logic Input functions may be programmed using the PC Control Software and serial cable provided with the
SMS200 (see Setup on pg. 4).
Output: These plug-in barrier strip terminals provide a balanced line-level output. For balanced connection, wire high to (+), low to (-), and ground to (
ý
). For unbalanced connection, wire high to (+) and ground to (
ý
), leaving (-) unconnected.
Signal level will be reduced by 6dB when outputs are wired unbalanced.
Input: These plug-in barrier strip terminals provide a balanced line-level input. For balanced connection, wire high to (+), low to
(-), and ground to (
ý
). For unbalanced connection, wire high to
(+), and ground to both (-) & (
ý
). Input level is adjustable via RS-
232, and has a range of ±12dB in 1dB steps, plus off.
3
SETUP
All SMS200 parameters are adjustable using the Windows ® 95/98/NT ’PC Control Software’ and serial cable provided with the unit. The PC
Control Software provides programs for for various ADVANTAGE ® products, including the SMS200. The SMS200 program includes three different control screens (Main, Button Definition, & Configuration Options), which are described on the following pages. Once the software is started (and Comm Port Configuration is set), the three control screens are accessable through the drop-down menus at the top of the opening screen. The Main screen appears whenever an SMS200 file is opened. Button Definition & Configuration Options screens are then available from the Configure SMS200 menu. The File menu provides functions such as open, close, save, etc. The Edit menu allows copy/paste & flat-curve functions. The Settings menu recalls the Comm Port Configuration screen. The Window menu arranges the active product screens. The Help menu explains the available adjustments. To install PC Control Software: Select ‘Run’ from the ‘Start’ menu, and enter A:\SETUP. System Requirements: Windows ® 95/98/NT with 16M RAM & 5M of available hard disk space (serial port required for ‘on-line’ operation).
MAIN SCREEN
The Main Screen is used to adjust the SMS200 signal level, noise level, 28 filter bands, high-pass filter, and low-pass filter settings, as well as to store & recall eight memory presets. Adjustments are made with the computer mouse (or keyboard). Settings are adjusted by dragging the corresponding ‘faders’ (or left-clicking the arrow buttons). Each filter band fader provides 25 gain steps, in 1 dB increments
(±12dB). Left-clicking on +/-12 dB will instead select 0.5 dB increments (±6dB). Left-clicking above or below a fader will adjust the gain three steps at a time. High Pass & Low Pass filters provide 16 frequency steps. Left-clicking to the left or right of the fader will adjust the frequency 4 steps at a time. The Level faders each provide 26 gain steps (±12dB, plus off). Right-clicking in the filter band area opens a drop-down menu, which allows copy/paste & flat curve functions. Left-clicking a Preset button will recall the corresponding preset from non-volatile memory (presets are stored automatically). Left-clicking the Bypass button will temporarily bypass filter & level settings (see
Configuration Options screen on pg. 6). The title bar across the top of the Main screen will indicate the Device #, the custom Device
Name, and the model of product being controlled. The PC Control Software can operate ‘off-line’ (with no product connected) by opening a
‘new’ file for the desired product. The Device # for ‘off-line’ files is assigned sequentially as a negative number.
4
SETUP
BUTTON DEFINITION SCREEN
The Button Definition screen is used to assign specific ‘recall preset actions’ to the Logic Inputs (and remote control buttons). Logic Inputs allow remote control of preset selection via external circuits, such as switches, contact-closures, active driver circuits, and/or ‘opencollector’ logic outputs (see Logic Inputs on pg. 7). From the factory, Logic Inputs 1~8 are programmed to recall presets 1~8 respectively.
Logic Inputs 9~15 are programmed to do nothing. Logic Input 16 is programmed to decrement (step down) from the currently selected preset to the next lower numbered preset (until reaching Preset 1). However, using the Button Definition screen, each Logic Input may be assigned different ‘recall preset actions’. Left-clicking on a numbered button will select that Logic Input to be defined. Left-clicking on
Action will open a drop-down menu of the available recall preset actions. Left-clicking the desired recall preset action will then assign that action to the currently selected Logic Input. Since Logic Inputs are controlled by switches, contact-closures, etc., each Logic Input may be assigned a recall preset action to perform when the switch is ‘opened’, and a different recall preset action to perform when that switch is
‘closed’. The Button Definition screen also includes the ability to assign a specific recall preset action to be performed each time the equalizer is powered up. Left-clicking Power Up Actions selects this function to be defined. A Power Up Action is then assigned in exactly the same way as they would be for a Logic Input. From the factory, the SMS200 has no Power Up Action assigned. When the SMS200 is powered up, and no Power Up Action has been assigned, the SMS200 will automatically recall the last settings which existed before it was powered off. Left-clicking on Echo Character opens a drop-down menu, which allows the ‘echo’ character for the selected Logic Input to be changed. This is the RS-232 equivalent ASCII character which will be transmitted via the Serial Port, whenever that Logic Input is switched. From the factory, no echo characters are assigned to Logic Inputs 1~16. Changing the echo character is used primarily for customizing remote control commands amongst various RS-232 controlled products within a system (see RS-232 Control on pg. 8).
NOTE: . Unlike other remote controls, the SMS200 Logic Inputs do not include a ‘repeat’ function. Therefore, a Logic Input in an ‘opened’
or ‘closed’ state will not continuously repeat an echo character via RS-232. Although the SMS200 does not accept infrared or wall-mount remote controls itself, it can still receive echo characters (via RS-232) from other ADVANTAGE ® products which are utilizing these types of remote controls. From the factory, Remote Control Buttons have equivalent ASCII characters permanently assigned to them (see RS-232
Control on pg. 8). Therefore, recall preset actions can be assigned to Remote Control Buttons in the same way they are assigned to Logic
Inputs. Left-clicking on Clear opens a drop-down menu, which allows recall preset actions to be cleared from the selected Logic Input (or all Logic Inputs). Left-clicking on Default opens a drop-down menu, which allows recall preset actions to be set back to the factory default for the selected Logic Input (or all Logic Inputs). Left-clicking on Try It causes the recall preset action currently assigned to the selected
Logic Input to be performed by the SMS200. Left-clicking on Help provides additional instruction. Left-clicking on Close will close the
Button Definition screen.
5
SETUP
CONFIGURATION OPTIONS SCREEN
The Configuration Options screen is used to select options which customize the operation of the SMS200. At the top of the Configuration
Options screen, the Serial Number and Firmware Version of the SMS200 will be displayed. The PC Control Software can operate ‘off-line’
(with no product connected) by opening a ‘new’ file for the desired product. The Serial Number and Firmware Version are not displayed for
‘new’ (‘off-line’) files. Left-clicking on Device Name allows a custom name to be given to the particular SMS200, by entering up to 30 characters of text. The Device Name will be stored in the SMS200 memory, and will be displayed on the title bar of the Main screen whenever that SMS200 is accessed with the software. Left-clicking on Bypass mode also sets the level control to unity gain will remove the check-mark, and thereby prevent Bypass from changing any current signal level settings. Left-clicking on Bypass mode also sets the high-pass and low-pass filters to their extremes will remove the check-mark, and thereby prevent Bypass from changing any high-pass filter or low-pass filter frequency settings. Left-clicking on Bypass mode also sets the pink-noise level to unity gain will add the check-mark, and thereby allow Bypass to change the noise level setting to unity gain. From the factory, Bypass is programmed to affect the signal level and high-pass & low-pass filters (as well as the 28 filter bands), but not to affect the noise level. Left-clicking on Restore Defaults will set all Configuration Options back to their factory defaults.
6
LOGIC INPUTS
Sixteen Logic Inputs are available on a rear panel 25-pin Sub-D (female) connector. Logic Inputs allow remote control of preset selection via external circuits, such as switches, contact-closures, active driver circuits, and/or ‘open-collector’ logic outputs. From the factory, Logic
Inputs 1~8 are programmed to recall presets 1~8 respectively. Logic Inputs 9~15 are programmed to do nothing. Logic Input 16 is programmed to decrement (step down) from the currently selected preset to the next lower numbered preset (until reaching Preset 1).
However, Logic Inputs may be individually programmed to perform other functions, using the PC Control Software and serial cable provided with the SMS200 (see Setup on pg. 4). Since Logic Inputs are controlled by switches, contact-closures, etc., each Logic Input may be assigned two functions (one for switch ‘closed’ and one for switch ‘open’). Logic Inputs may be programmed to have no effect on the SMS200, but instead trigger ASCII characters which affect other ADVANTAGE ® products via RS-232 (see RS-232 Control on pg. 8).
Logic Inputs have the following pin assignments (right-to-left & top-to-bottom): Pins 1~16) Logic Inputs 1~16; Pins 17~25) Ground.
13 12 11 10 9 8 7 6 5 4 3 2 1 Pins Functions Factory Programming
#1~8 Logic Inputs 1~8 Preset Select 1~8
25 24 23 22 21 20 19 18 17 16 15 14 #9~15 Logic Inputs 9~15 NOP (no operation)
#16 Logic Input 16 Preset Decrement (step down to Preset 1)
logic inputs
#17~25 common ground switch ground points (not programmable)
When nothing is connected to a Logic Input, an internal pull-up resistor keeps it at a ‘high’ idle state (+5.0 VDC). The Logic Input is activated when its input goes ‘low’ (less than +0.8 VDC), and is de-activated when its input goes ‘high’ (greater than +2.4 VDC). A Logic
Input is controlled in one of three ways: 1) Use an NPN style ‘open-collector’ logic output from an external device (such as an
ADVANTAGE ® PMX84 or DRC4+4) to short the Logic Input to ground. 2) Use a switch, relay, or other contact-closure (such as from a third-party controller) to short the Logic Input to ground. 3) Use an active TTL output driver circuit (such as from a third-party controller) to actively drive the Logic Input to a ‘high’ or ‘low’ state.
Multiple contact-closures or ‘open-collector’ logic outputs or may be wired in parallel to a single Logic Input (see diagram below). Likewise, a single contact-closure or ‘open-collector’ logic output may be wired in parallel to multiple Logic Inputs. However, these circumstances may be rare, since the Logic Inputs can be individually programmed for specific preset selections. Logic Outputs and contact-closures should be rated for at least 5 Volts / 1mA operation. Low-current / dry-contact closures are recommended for reliability. Active output driver circuits should not exceed a signal range of 0~5 Volts DC, and should have a minimum pulse width of 100 milli-seconds. Logic Input impedances are approximately 10k ohms. multiple switches to single Logic Input
(momentary switches recommended) single switch to multiple Logic Inputs
7
RS-232 CONTROL
The SMS200 has an RS-232 compatible Serial Port, which allows it to be controlled by a computer (see Rear Panel: Serial Port on pg. 3).
In addition to the PC Control Software, the SMS200 offers two other methods of computer control.
Control Button Emulation: This method allows the computer to emulate the operation of an ADVANTAGE ® infrared or wall-mount pushbutton remote control. Using this method, the computer outputs ASCII characters, which are equivalent to pressing ‘buttons’ on a remote control. Control Button Emulation allows the computer to utilize up to forty button definitions (see Setup on pg. 5). When using up to four devices in a system, Control Button Emulation also allows the computer to designate which device or devices should react to each control button command. NOTE: Although the SMS200 does not accept infrared or wall-mount remote controls, it can still receive the corresponding ASCII characters from other ADVANTAGE ® products which are utilizing these types of remote controls.
Advanced Computer Control: This method provides advanced commands, which allow the computer to retrieve or edit level & equalizer settings, presets, control button definitions, and a variety of other functions. The computer may also emulate control buttons. Using this method, the computer may designate up to sixty-four devices, and may create unlimited presets. The computer may also provide ‘realtime’ display of equalizer settings.
This manual only describes the Control Button Emulation method of computer control. For complete details about using the equalizers with a computer, including Advanced Computer Control, contact Biamp Systems for the manual "Computer Control of ADVANTAGE ® EQ281/8,
EQ282/8, & SMS200".
Each push-button on an ADVANTAGE ® infrared or wall-mount remote control corresponds to one character in the standard ASCII character set. The character equivalents are summarized in the following table. This table includes all forty of the possible buttons, their button numbers, their ASCII code equivalents, and their factory default button definitions (see Setup on pg. 5). NOTE: From the factory,
there are no functions assigned to any of the control buttons. button 01 B NOP (no operation) button 02 C NOP (no operation) button 03 D NOP (no operation) button 04 E NOP (no operation) button 05 F NOP (no operation) button 06 G NOP (no operation) button 07 H NOP (no operation) button 08 I NOP (no operation) button 09 J NOP (no operation) button 10 K NOP (no operation) button 11 L NOP (no operation) button 12 M NOP (no operation) button 13 N NOP (no operation) button 14 O NOP (no operation) button 15 P NOP (no operation) button 16 Q NOP (no operation) button 17 R NOP (no operation) button 18 S NOP (no operation) button 19 T NOP (no operation) button 20 U NOP (no operation) button 21 V NOP (no operation) button 22 W NOP (no operation) button 23 X NOP (no operation) button 24 Y NOP (no operation) button 25 Z NOP (no operation) button 26 [ NOP (no operation) button 27 \ NOP (no operation) button 28 ] NOP (no operation) button 29 ^ NOP (no operation) button 30 _ NOP (no operation) button 31 ’ NOP (no operation) button 32 b NOP (no operation) button 33 c NOP (no operation) button 34 d NOP (no operation) button 35 e NOP (no operation) button 36 f NOP (no operation) button 37 g NOP (no operation) button 38 h NOP (no operation) button 39 i NOP (no operation) button 40 j NOP (no operation)
The computer can initiate any functions that are assigned to a control button or Logic Input, by simply transmitting the equivalent control button ASCII character. When interfacing the SMS200 to a computer, the computer must be aware that the SMS200 will ‘echo’ all characters it receives (both from computer and Logic Inputs) via the Serial Port Transmit Data (TXD) output signal.
When using Control Button Emulation, up to four ADVANTAGE
®
products may be connected together, and addressed individually,. When multiple units are used, each unit is assigned a unique "Device #" (see Rear Panel: Device # on pg. 3). Normally, all units would react to control button commands. However, a computer can send commands to specific units, by preceding each command with a "device select prefix" character (see following table). Only those units whose Device #s are specified will respond to the command which follows. If a command is not immediately preceded by a device select prefix character, then all units in the system will react to that command.
Select Device 1
Select Device 2
Select Devices 1 & 2
Select Device 3
Select Devices 1 & 3 l m n o p
Select Devices 2 & 3
Select Devices 1 & 2 & 3
Select Device 4
Select Devices 1 & 4
Select Devices 2 & 4 q r s t u
Select Devices 1 & 2 & 4
Select Devices 3 & 4
Select Devices 1 & 3 & 4
Select Devices 2 & 3 & 4 v w x y
Select Devices 1 & 2 & 3 & 4 z
8
RS-232 CONTROL
Serial Port: The 9-pin Sub-D (male) connector on the SMS200 rear panel provides the RS-232 compatible serial interface signals used for computer control. The Serial Port transmits serial data on pin 3 (TxD), receives serial data on pin 2 (RxD), and provides a ground on Pin 5.
The Data Terminal Ready (DTR) & Request To Send (RTS) output signals are connected to a positive voltage source (through a resistor) and are always asserted when the SMS200 power is on. NOTE: The Serial Port will also transmit commands which are received via the
Logic Inputs
1 2 3 4 5
pin #1 = not used
pin #2 = Receive Data (RxD) input
pin #6 = not used
pin #7 = Request To Send (RTS) output
6 7 8 9
pin #3 = Transmit Data (TxD) output
pin #4 = Data Terminal Ready (DTR) output
pin #5 = ground
pin #8 = not used
pin #9 = not used
serial port
The SMS200 only requires receive data (pin 2), transmit data (pin 3), and signal ground (pin 5) to be connected for successful data communications (see cable diagram below). However, the PC may require that signals be present on the data set ready, clear to send, or carrier detect inputs, as well as the receive data, transmit data, and signal ground pins. Success or failure depends entirely on the actual computer hardware and software being used. When trying to solve an interfacing problem, the most important thing to remember is that an output of one device should connect to one or more inputs of the other device, and that two outputs should never be connected together.
Also, keep in mind that the RS-232 specification calls for the cable length to be no greater than 50 feet (although it is not unusual to be able to operate over distances of 150 to 250 feet), and the connectors must be of the appropriate gender (male or female) to mate properly. For best results, a shielded cable should be used, with the shield connected to signal ground. Since the SMS200 serial interface ground is also tied (indirectly) to the analog signal ground, undesirable ground loops may occur when the SMS200 is connected to a PC (if the system grounding is not carefully designed). For best performance, the PC ground and the chassis ground of the SMS200 should be at the same potential, and the PC should get AC power from the same source as the SMS200 (and any other audio equipment which is connected to the SMS200).
Serial Port Data Communications Parameters: The SMS200 communicates through the Serial Port at the factory selected rate of 9600 bits per second, with 8 data bits, 1 stop bit, and no parity. The SMS200 utilizes a subset of the standard 7-bit ASCII character set. The eighth data bit of each character (the most significant bit) should always be 0. The computer should not echo the characters it receives.
The computer should not be set for either hardware (DTR) or software (XON/XOFF) flow control. The baud rate may be changed to either
2400 or 19,200 bits per second by means of the rear panel Baud Rate DIP switches.
Link Port Connections: The 9-pin Sub-D (female) connector on the SMS200 rear panel provides the RS-232 compatible serial interface signals used for linking multiple ADVANTAGE ® products within a system. The Link Port of one device simply connectes to the Serial Port of the next device, and so forth (see diagram below). Link cables are available as an option (Biamp #909-0057-00). NOTE: All but the final device in a system should have its ‘last’ switch down (see Rear Panel: Baud Rate on pg. 3). The Link Port will also transmit
commands which are received via the Logic Inputs.
5 4 3 2 1
pin #1 = not used
pin #2 = Transmit Data (TxD) output
pin #6 = not used
pin #7 = not used
9 8 7 6
pin #3 = Receive Data (RxD) input
pin #4 = not used
pin #5 = ground
pin #8 = not used
pin #9 = not used
link port
PC
CD
RxD
TxD
DTR gnd
DSR
RTS
CTS
RI serial port
7
8
5
6
9
3
4
1
2 male
7
8
5
6
9
3
4
1
2 female
Serial Cable
(shield) serial port
1
2
3
4
5
6
7
8
9 female
1
2
3
4
5
6
7
8
9 male
SMS n/a
RxD
TxD
DTR gnd n/a
RTS n/a n/a
SMS n/a
TxD
RxD n/a gnd n/a n/a n/a n/a link port
7
8
5
6
9
3
4
1
2 female male
7
8
5
6
9
3
4
1
2
Link Cable
(shield)
1
2
3
4
5
6
7
8
9 female serial port
1
2
3
4
5
6
7
8
9 male unit 2 n/a
RxD
TxD
DTR gnd n/a
RTS n/a n/a
9
APPLICATIONS
CMA120 xfmr
120watt output direct
BIAMP SYSTEMS an affiliate of
Rauland-Borg Corp
PRECEDENCE is a registered trademark of
Rauland-Borg
Corp
CAUTION: replace with same type fuse.
6A - 115V
3A - 230V
USE ONLY WITH
250V FUSE
115/230V AC 50/60 Hz 375 VA
4 com
8
25V
50V
70V chime level line out max min rec out amp in send/return compressor max threshold adjust min remote level
+10V c gnd mute/ chime stacking in
+ com pre out auto mute max min channel 6 phantom pwr auto mute manual mute mute level
-40
-20 trim om ina max min priority on off line mic
+ com channel 5 phantom pwr auto mute manual mute mute level
-40
-20 trim om ina max min priority on off line mic
+ com channel 4 phantom pwr auto mute manual mute mute level
-40
-20 trim om ina max min priority on off line mic
+ com channel 3 phantom pwr auto mute manual mute mute level
-40
-20 trim om ina max min priority on off line mic
+ com channel 2 phantom pwr auto mute manual mute mute level
-40
-20 trim om ina max min priority on off line mic tel
+ com channel 1 phantom pwr auto mute manual mute mute level
-40
-20 trim om ina max min priority on off line mic tel
+ com distributed speaker system paging mic paging from telephone system
SMS200
27V
~
50/60 Hz
15 watts class 2 wiring
DC out device # serial port link port baud rate logic inputs output input
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
MADE IN U.S.A.
momentary push-button
(Logic Input 16) Computer
Programming
(Presets 1~8 noise levels)
Decrements Presets 8~1
(gradual noise introduction)
Small Office Facility with Noise Masking and Paging Combined
This application shows a PRECEDENCE ® CMA120 providing page & noise input mixing to a common amplifier and distributed speaker system. This could be any mixer/amplifier system. The SMS200 provides noise and equalization of the noise, before it is sent to the
CMA120. In addition, the SMS200 provides up to eight selectable presets, which include both equalization and level settings. This allows
Presets 8~1 to be stored with gradually increasing noise levels, and appropriate equalization. The SMS200 also provides a preset decrement function on Logic Input 16. Therefore, a single momentary switch may be used to cycle down through the presets (one a day).
This allows the noise to be introduced into the system slowly and, therefore, inconspicuously to the office personnel. Noise levels and equalization are programmed via RS-232, while only preset decrementation (noise introduction) is controlled via a momentary switch.
10
judge's sidebar/ masking switch
APPLICATIONS
DMD
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
MADE IN U.S.A.
DC out DC in out
+ in
+
4 patch in/out out
+ in
+
3 patch in/out out
+ in
+
2 patch in/out out
+ in
+
1 patch in/out
12V
PS defense prosec.
sidebar autoONE
27V
~
50/60 Hz
DC out
15 watts class 2 wiring
±12VDC
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
logic outputs expansion main aux stack in main patch patch input patch input patch input patch input patch input patch input patch input patch input
ON ON ON ON ON ON ON ON ON outputs
8 7 6 5 4 3 2 1 judge
4-track court recorder
VOICECRAFTER
27V
~
50/60 Hz
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
setup phone line main out level aux out aux in codec out codec level
0dB
-20dB codec in mic 2
12 watts class 2 wiring
MADE IN U.S.A.
control
2-wire interface trim trim
+10 mic 1
+10 conferencing feeds
VOICECRAFTER evidence playback witness
DMD
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
MADE IN U.S.A.
DC out DC in out
+ in
+
4 patch in/out out
+ in
+
3 patch in/out out
+ in
+
2 patch in/out out
+ in
+
1 patch in/out jury
SMS200
27V
~
50/60 Hz
15 watts class 2 wiring
DC out device # serial port link port baud rate logic inputs output input
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
MADE IN U.S.A.
DDL12
27V
~
50/60 Hz output 2 output 1 input
BIAMP SYSTEMS
Portland, Oregon an affiliate of
Rauland-Borg Corp.
DDL12
15 watts class 2 wiring device # serial port link port baud rate logic inputs
MADE IN U.S.A.
CPA130 level 2
+ input 2
--gnd + input 1
--gnd level 1
DT-2A ADVANTAGE
CPA 130
DT-2A
115V: 3A SB
230V: 1.5A SB
--output 2
+ + output 1
---
MADE IN U.S.A.
stereo mono bridge bench area speakers
USE ONLY WITH
250V FUSE
110V
115/230 VAC
50/60 Hz
300 Watts max audience area speakers
Courtroom with Noise Masking of Sidebar Conversations
This application shows an ADVANTAGE ® autoONE providing automatic mixing & mix-minus feeds to sound reinforcement and teleconferencing systems. Two ADVANTAGE
®
DMDs provide interface of signals to a 4-track court recorder. An ADVANTAGE
®
Voicecrafter provides echo cancellation and interface for teleconferencing. An ADVANTAGE ® DDL12 provides delay for the audience speakers. An ADVANTAGE ® CPA130 and two ADVANTAGE ® DT-2As provide amplification and interface to two distributed speaker systems. The SMS200 provides up to eight selectable presets, which include both equalization and level settings. In this application, the
SMS200 is programmed with two presets: one provides equalization & level for the sound reinforcement signal, and one provides equalization & level for noise masking. A switch, connected to a logic input on the SMS200, is pressed by the judge when having ‘sidebar’
(private) conversations with the attorneys. This switch temporarily selects the noise masking preset, which turns off the sound reinforcement level, turns on the noise level, and provides proper equalization for noise masking. This preset effectively masks the
‘sidebar’ conversation from being overheard. The system returns to normal when the switch is released. Equalization, levels, & presets are programmed via RS-232, while only preset selection is controlled via the ‘sidebar’ switch.
11
Frequency Response (20Hz~20kHz @ +4dBu):
SPECIFICATIONS & BLOCK DIAGRAM
+0/-0.5dB
High-Pass Filter (12dB/octave - programmable):
THD + Noise (20Hz~20kHz @ +4dBu):
Intermodulation Distortion (SMPTE):
Hum & Noise (20Hz~20kHz @ unity, filters flat, noise off):
Dynamic Range (20Hz~20kHz):
Input Impedance (balanced):
Maximum Input Level:
Output Impedance (balanced):
Maximum Output Level (balanced into 600 Ω ):
Filter Frequencies (ISO centers):
Filter Gain Range (programmable):
<0.01%
<0.01%
-85dBu
109dB
>10k ohms
+19dBu
200 ohms
+24dBu
31.5Hz~16kHz
±12dB in 1dB steps or
±6dB in 0.5dB steps
±12dB & off Input Gain Range (programmable):
Low-Pass Filter (12dB/octave - programmable):
Noise Purity (0Hz~20kHz - white-noise):
Noise Filtering (low-pass - pink-noise):
Noise Repeat Time (non-apparent)
Noise Gain Range (programmable / -3dBu nominal):
Power Requirements:
Power Consumption:
Dimensions:
Height (1 rack space)
Width
Depth
Weight:
SMS200
Block Diagram
9.1Hz~171.9Hz
1.9kHz~34.7kHz
±0.1dB
-3dB/octave
200 minutes
±12dB & off
120/240VAC
15 watts max.
1.75 inches (44mm)
19 inches (483mm)
7 inches (178mm)
7 lbs. (3.18kg)
+
− gnd input internal pink-noise generator level level
LPF HPF
31.5Hz
16kHz
1/3 octave
Constant-Q filters peak detect output
+
− gnd logic inputs
(preset select) receive send link port
RS-232 serial port microprocessor non-volatile
RAM memory baud rate DIP switch device # DIP switch
12
WARRANTY
BIAMP SYSTEMS IS PLEASED TO EXTEND THE FOLLOWING 5-YEAR
LIMITED WARRANTY TO THE ORIGINAL PURCHASER OF THE
PROFESSIONAL SOUND EQUIPMENT DESCRIBED IN THIS MANUAL.
BIAMP Systems expressly warrants this product to be free from defects in material and workmanship for a period of 5 YEARS from the date of purchase as a new product from an authorized BIAMP Systems dealer under the following conditions.
1. In the event the warranted BIAMP Systems product requires service during the warranty period, BIAMP
Systems will repair or replace, at its option, defective materials, provided you have identified yourself as the original purchaser of the product to any authorized
BIAMP Systems Service Center. Transportation and insurance charges to and from an authorized Service
Center or the BIAMP Systems factory for warranted products or components thereof to obtain repairs shall be the responsibility of the purchaser.
2. This warranty will be VOIDED if the serial number has been removed or defaced; or if the product has been subjected to accidental damage, abuse, rental usage, alterations, or attempted repair by any person not authorized by BIAMP Systems to make repairs; or if the product has been installed contrary to BIAMP
Systems’s recommendations.
3. Electro-mechanical fans, electrolytic capacitors, and the normal wear and tear of appearance items such as paint, knobs, handles, and covers are not covered under this warranty.
4. BIAMP SYSTEMS SHALL NOT IN ANY EVENT BE
LIABLE FOR SPECIAL, INCIDENTAL, OR
CONSEQUENTIAL DAMAGES, INCLUDING LOST
PROFITS, LOSS OF USE, PROPERTY DAMAGE, INJURY
TO GOODWILL, OR OTHER ECONOMIC LOSS OF ANY
SORT. EXCEPT AS EXPRESSLY PROVIDED HEREIN,
BIAMP SYSTEMS DISCLAIMS ALL OTHER LIABILITY TO
PURCHASER OR ANY OTHER PERSONS ARISING OUT
OF USE OR PERFORMANCE OF THE PRODUCT,
INCLUDING LIABILITY FOR NEGLIGENCE OR STRICT
LIABILITY IN TORT.
5. THIS WARRANTY IS IN LIEU OF ALL OTHER
WARRANTIES EXPRESSED OR IMPLIED. BIAMP
SYSTEMS EXPRESSLY DISCLAIMS ALL IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS
FOR A PARTICULAR PURPOSE. THE REMEDIES SET
FORTH HEREIN SHALL BE THE PURCHASER’S SOLE
AND EXCLUSIVE REMEDIES WITH RESPECT TO ANY
DEFECTIVE PRODUCT. THE AGENTS, EMPLOYEES,
DISTRIBUTORS, AND DEALERS OF BIAMP SYSTEMS
ARE NOT AUTHORIZED TO MODIFY THIS WARRANTY
OR TO MAKE ADDITIONAL WARRANTIES BINDING ON
BIAMP SYSTEMS. ACCORDINGLY, ADDITIONAL
STATEMENTS SUCH AS DEALER ADVERTISEMENTS
OR REPRESENTATIONS DO NOT CONSTITUTE
WARRANTIES BY BIAMP SYSTEMS.
6. No action for breach of this warranty may be commenced more than one year after the expiration of this warranty.
Thank you for purchasing BIAMP SYSTEMS...
AMERICAN SOUND CRAFTSMANSHIP
Biamp Systems
10074 S.W. Arctic Drive
Beaverton, Oregon 97005 U.S.A.
(503) 641-7287 http://www.biamp.com
585.0133.00
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