Episode ESA-70V-2CH-IP Manuale utente

SERIAL PROTOCOL

OVERVIEW

The following information will guide the installer through simple set up and programming for serial control of Episode™

ESA-70V2CH-150W/300W/500W Amplifiers.

Please read the entire document before any RS-232 setup.

If you have any questions about serial control after reading this document, please contact Technical Support.

CONTACTING TECHNICAL SUPPORT

Phone: 866.838.5052 or 704.909.5229

Email: [email protected]

BEFORE BEGINNING

Make sure the following items are close at hand for setup:

• ESA-70V2CH-150W/300W/500W Amplifier

• Control system with serial output

• Control system documentation

• ESA-70V2CH-150W/300W/500W Installation Manual

• Serial cables and adapters for connection between controller and amplifier

• List of the functions to program into the control system

FIRMWARE VERSION

The information in this document applies to ESA-70V2CH-150W/300W/500W amplifier with firmware version

01.00.78.370, or higher. If the firmware version is below 01.00.78.370, please update to the latest version.

UPDATING FIRMWARE

Via GUI

1. Ensure the firmware file is saved onto a PC and follow the steps below:

2. Click on the Micro.DSP tab

3. Click “Enable HTTP Bootloader”

4. Choose the new firmware file on your PC and click “Upload”

NOTE: Some browsers do not show file upload status, in these cases, wait about 5 minutes for the upload to complete.

5. The amplifier will reboot once the new firmware is installed. Any saved settings will be retained after the firmware

has been updated

Via OvrC®

1. Log in to your OvrC account via PC or mobile application. (See instructions in the Configuration Utility for instructions

on installation and set up of OvrC).

2. Select the ESA-70V2CH-150W/300W/500W amplifier on device list.

3. Select “Update Firmware”.

ESA-70V-2CH-IP AMPLIFIER

page | 2

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RS-232 PORT CONFIGURATION

The ESA-70V2CH-IP Amplifier receives control data on the “Rx” pin and transmits control data on the “Tx” pin of the

screw-down terminal serial port at the back of the amplifier. The connection cable between the amplifier and the

control system will need to be configured so the Rx pin on the amplifier is connected to the TX pin on the control

system, and the Tx pin on the amplifier is connected to the Rx pin on the control system. See the illustration below

for details.

Configuration for the control system ports can vary. Refer to the documentation for the control system you are

using to ensure proper connection and configuration.

Pin Function

IR RS232

TxRx

In1

In2

DRY

CONTACT

G G

Rx Data Receive

Tx Data Transmit

GND Ground

SERIAL COMMUNICATIONS FORMAT

Set the serial communications to the following format on the control system control port.

Baud Rate 9600 bps

Data Bit 8 bits

Parity None

Stop Bit 1 bit

POWER

Command

System_

Power=

Power

State

Carriage

Return

Line Feed

Example #1: Power On the Amplifier.

System_Power= On <CR> <LF>

Example #2: Power Off the amplifier.

System_Power= Off <CR> <LF>

Example #3: Automatically power on the amplifier to the input that becomes active and power off when no inputs are

active.

System_Power= Auto <CR> <LF>

Response

Example #1: Power On the Amplifier.

System_Power=On<CR><LF>

Example #2: Power Off the amplifier.

System_Power=Off<CR><LF>

Example # 3: Automatically power on the amplifier to the input that becomes active and power off when no inputs are

active.

System_Power=Auto<CR><LF>

Screw Terminal Connector

GND

Tx (Data Transmit)

Rx (Data Receive)

page | 3

INPUT SWITCH

Command

Switch_Audio=

Input

Colon Delimiter

Input Type

Colon Delimiter

Input (Up to 3

Bytes)

Comma

Delimiter

Output

Colon Delimiter

Output Type

Colon Delimiter

Output (Up to 3

Bytes)

Carriage Return

Line Feed

Example #1: Switch Line Level Audio Input 1 to Output Speaker 1.

Switch_

Audio=

Input : Line : 1 , Output : Speaker : 1 <CR> <LF>

Example #2: Mix Input 1 & 2 to Speaker 2.

Switch_

Audio=

Input : Line : 12 , Output : Speaker : 2 <CR> <LF>

Example #3: Mix Input 1 & 3 to Speaker 1.

Switch_

Audio=

Input : Line : 13 , Output : Speaker : 1 <CR> <LF>

Example #4: Sum or mix inputs 1 and 2 to output Speaker 1.

Switch_

Audio=

Input : Sum : 12 , Output : Speaker : 1 <CR> <LF>

*Inputs: Inputs 1 & 2 - Unbalanced RCAs, Inputs 3 & 4 - Balanced inputs

Possible Commands Valid Input Options:

Line:1 1

Line:2 2

Line:3 3

Line:4 4

Sum:12 will sum inputs 1 and 2 12

Sum:13 13

Sum:14 14

Sum:23 23

Sum:24 24

Sum:34 34

Sum:123 will sum inputs 1, 2 and 3 123

Sum:234 124

Sum:ALL will sum inputs 1, 2, 3 and 4 234

Response

Example #1: Switch Line Level Audio Input 1 to Output Speaker 1.

Switch_Audio=Input:Line:001,Output:Speaker:001<CR><LF>

Example #2: Sum or mix inputs 1 and 2 to output Speaker 1.

Switch_Audio=Input:Sum:012,Output:Speaker:001<CR><LF>

page | 4

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OUTPUT VOLUME

Command

Output_Volume=

Output

Colon Delimiter

Output Type

Colon Delimiter

Output (Up to 3

Bytes)

Comma

Delimiter

Volume

Carriage Return

Line Feed

Example #1: Adjust the volume to 50% for Speaker 1.

Output_Volume= Output : Speaker : 1 , 50 <CR> <LF>

Example #2: Increase the volume for Speaker 1.

Output_Volume= Output : Speaker : 1 , + <CR> <LF>

Example #3: Decrease the volume for Speaker 1.

Output_Volume= Output : Speaker : 1 , - <CR> <LF>

Example #4: Adjust the volume to 0% for Speaker 1.

Output_Volume= Output : Speaker : 1 , 0 <CR> <LF>

Example #5: Mute sound for Speaker 1.

Output_Mute= Output : Speaker : 1 , ON <CR> <LF>

Example #6: Unmute sound for Speaker 1.

Output_Mute= Output : Speaker : 1 , Off <CR> <LF>

Response

Example #1: Adjust the volume to 50% for Speaker 1.

“Output_Volume=Output:Speaker:001,050<CR><LF>”

Example #2: Increase the volume for Speaker 1.

“Output_Volume=Output:Speaker:001,051<CR><LF>”

Example #3: Decrease the volume for Speaker 1.

“Output_Volume=Output:Speaker:001,050<CR><LF>”

Example #4: Mute sound for Speaker 1.

“Output_Mute=Output:Speaker:001,ON<CR><LF>”

Example #5: Unmute sound for Speaker 1.

“Output_Mute=Output:Speaker:001,OFF<CR><LF>”

page | 5

OUTPUT EQ

Command

Output_Bass=

Output

Colon Delimiter

Output Type

Colon Delimiter

Output (Up to 3

Bytes)

Comma

Delimiter

Tone Command

Carriage Return

Line Feed

Example #1: Increase bass output in Speaker 1.

Output_Bass= Output : Speaker : 1 , + <CR> <LF>

Example #2: Adjust bass output to +2dB*.

Output_Bass= Output : Speaker : 1 , +2 <CR> <LF>

Example #3: Adjust bass output in Speaker 1 to 0.

Output_Bass= Output : Speaker : 1 , 0 <CR> <LF>

*Any number -6 to +6.

Response

Example #1: Increase bass output in Speaker 1.

“Output_Bass=Output:Speaker:001,+01<CR><LF>”

Example #2: Adjust bass output to +2dB.

“Output_Bass=Output:Speaker:001,+02<CR><LF>”

Example #3: Adjust bass output in Speaker 1 to 0.

“Output_Bass=Output:Speaker:001,00<CR><LF>”

Command

Output_Treble=

Output

Colon Delimiter

Output Type

Colon Delimiter

Output (Up to 3

Bytes)

Comma Delimiter

Tone Command

Carriage Return

Line Feed

Example #1: Decrease treble output in Speaker 1.

Output_Treble= Output : Speaker : 1 , - <CR> <LF>

Example #2: Adjust treble output in Speaker 1 to -2dB.*

Output_Treble= Output : Speaker : 1 , -2 <CR> <LF>

* Any number -6 to +6.

Response

Example #1: Decrease treble output in Speaker 1.

“Output_Treble=Output:Speaker:001,-01<CR><LF>”,

Example #2: Adjust treble output in Speaker 1 to -2dB.

“Output_Treble=Output:Speaker:001,-02<CR><LF>”

page | 6

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STATUS

Command

Status=

Map

Colon Delimiter

Output Type

Colon Delimiter

Output (Up to 3

Bytes)

Carriage

Return

Line Feed

Example #1: What input is currently selected on speaker output 1?

Status= MAP : Speaker : 1 <CR> <LF>

Example #2: What is system Power status?

Status= Power N/A N/A N/A N/A <CR> <LF>

Example #3: What is the volume setting for speaker output 1?

Status= Volume : Speaker : 1 <CR> <LF>

Example #4: What is the bass level setting for speaker output 1?

Status= Bass : Speaker : 1 <CR> <LF>

Example #5: What is the treble level setting for speaker output 1?

Status= Treble : Speaker : 1 <CR> <LF>

Example #6: What is the system Mute status?

Status= Mute : Speaker : 1 <CR> <LF>

Example #7: What is the system Firmware?

Status= Firmware , System N/A <CR> <LF>

Response

Example #1: What input is currently selected on speaker output 1?

“Status=MAP:Input:Line:001,Output:Speaker:001<CR><LF>”

Example #2: What is system Power status?

“Status=Power:On<CR><LF>”

Example #3: What is the volume level for speaker output 1?

“Status=Volume:Output:Speaker:001,050<CR><LF>”

Example #4: What is the bass level setting for speaker output 1?

“Status=Bass:Output:Speaker:001,+02<CR><LF>”

Example #5: What is the treble level setting for speaker output 1?

“Status=Treble:Output:Speaker:001,-04<CR><LF>”

Example #6: What is the system Mute status?

“Status=Mute:Output:Speaker:001,ON<CR><LF>”

Example #7: What is the system Firmware version?

“Status=Firmware,System<CR><LF>Version01.00.78.370<CR><LF>”

RESET

SonSSIP_

FactoryReset

Carriage Return

Line Feed

Example #1: Reset system to factory settings.

SonSSIP_FactoryReset <CR> <LF>

Response

OK*

* There is no “<CR><LF>” after the “OK”.

NEED HELP? CONTACT TECH SUPPORT

For other information, instructional videos, support documentation, or ideas, visit our website and view your item’s

product page.

Phone: 866.838.5052

Email: [email protected]

WARRANTY

2 YEAR LIMITED WARRANTY

This Episode product has a 2-Year limited warranty. This warranty includes parts and labor repairs on all components

found to be defective in material or workmanship under normal conditions of use. This warranty shall not apply to

products that have been abused, modified or disassembled. Products to be repaired under this warranty must be

returned to a designated service center with prior notification and an assigned return authorization number (RA).

Rev: 160802-1450

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