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AE TECHRON MULTI-AMP CONFIGURATION GUIDE 

97-8002465_09-19-14 

Information subject to change 

9

 

 

Figure 3.6 – 7548/7796 Output Terminal Resistor 

3.4.1

 

Accessing the Main Board on 2105/7224 Amplifiers 

2105 and 7224 amplifiers contain an Access Panel built into the 
top cover to allow easy access to the amplifier main board for 
configuration of the Master/Slave setting.  

IMPORTANT: Before removing the Access Panel, make sure the 
amplifier is turned off for at least 3-5 minutes and the AC mains 
are disconnected. 

 

On each Slave amplifier, locate the Access Panel as shown in 

1.

Figure 3.3.

 Make sure that all 8 screws are accessible. 

Remove the unit from its rack, if necessary. 

 

Using a #2 Phillips screwdriver, remove the 8 screws located 

2.

on the top and side of the amplifier. 

 

Remove the Access Panel and set it aside.  

3.

3.4.2

 

Accessing the Main Board on 2110, 2120, 7548 or 
7796 Amplifiers 

The 2110, 2120, 7548 or 7796 amplifier Main Board can be 
accessed by removing the amplifier front panel. 

IMPORTANT: Before removing the Front Panel, make sure the 
amplifier is turned off for at least 3-5 minutes and the AC mains 
are disconnected. 

 

Turn the power to the amplifier “OFF”. 

1.

 

Remove the four hex-head screws, located along the left and 

2.

right edges of the amplifier front panel. 

 

Remove the front cover by pulling straight towards you. 

3.

3.4.3

 

Set Master/Slave Jumpers 

 

On the main board, locate the jumpers P1 and P2 

1.

(Master/Slave). For Slave operation, set both jumpers to the 
DOWN position (lower two pins shorted). See 

Figure 3.4

 for 

jumper locations. 

3.5

 

Remove Output Terminal Resistor 

For all 

Series – Single Ended Output

 configurations, it is 

important to remove the output terminal resistor from all Slave 
amplifiers in the system.  

 

On each Slave amplifier back panel, locate and remove the 

1.

resistor connecting the terminals labeled COM (2105/7224 
amplifier) or SAMPLED COMMON (2110/2120/7548/7796 
amplifiers) and CHASSIS GROUND on the output connector. 
See 

Figures 3.5 and 3.6.

 

 

Retain the resistor for later use.  

2.

3.6

 

Attach Master/Slave Labels (optional) 

We recommended labeling each amplifier front panel as “Master” or “Slave to identify the configuration of 
the amplifier.  

 

Figure 3.3 – 7224 Amplifier Access Panel  

Screw Locations 

 

Figure 3.4 – Master/Slave Jumper Locations 

 

Figure 3.5 – 7224 Output Terminal Resistor 

Summary of Contents for 2100 series

Page 1: ...Multi Amp Configuration Guide Step by Step Guide to Multi Amp Systems using AE Techron 2100 and 7000 Series Amplifiers 574 295 9495 www AETechron com 2507 Warren Street Elkhart IN 46516 ...

Page 2: ...fiers 8 3 4 Configure Amplifiers Main Boards for Slave Operation 8 3 5 Remove Output Terminal Resistor 9 3 6 Attach Master Slave Labels optional 9 3 7 Series System Wiring 10 3 8 Two in Series Differential 10 3 9 Two or Three in Series Single Ended 13 4 Parallel Systems Configuration Wiring and Balancing 17 4 1 Install Ballast Resistors 17 4 2 Main Board Access 18 4 3 Disable Gain Controls 7224 am...

Page 3: ...last Resistor Connected to Output Terminal 17 Figure 4 4 7796 Ballast Resistors Connected to Output Terminal 17 Figure 4 5 Access Panel Screw Locations 18 Figure 4 6 Gain Control Connection on Main Board 18 Figure 4 7 Gain Control Pin Settings 19 Figure 4 8 Connecting for Balancing Four in Parallel shown 19 Figure 4 9 Terminating the Amplifier Input 20 Figure 4 10 Main Board Balancing Control Loca...

Page 4: ...ech Support for assistance with configuring a multi amp system for Controlled Current operation For assistance in determining the best multi amp configuration to meet your requirements please contact AE Techron This Guide will provide step by step instructions for setting up a Series or Parallel controlled voltage multi amp system using AE Techron 2100 or 7000 Series amplifiers 1 3 Multi Amp Confi...

Page 5: ...lel inputs through the BNC input connectors and the terminated Removable Barrier Block connectors used to terminate the amplifier inputs during system setup Parallel wiring kits are recommended for all Parallel configurations 1 4 Accessory Recommendations by System Type Series Systems 2105 or 7224 Two in Series 2 SIM BNC OPTOC input cards 1 DB9M OPTOC cable 2105 or 7224 Three in Series 3 SIM BNC O...

Page 6: ...rs Depending on the configuration to be used the OUTPUT terminal of one amplifier should only be directly connected to the next amplifier s COM or SAMPLED COMMON terminal to the load or to a ballast resistor 2 5 When Constructing Output Wiring Use These Basic Criteria In multi amplifier systems the quality gauge length and rating of the output wiring leading to the load can affect system performan...

Page 7: ...that functions to synchronize the operation of all amps in the system and provides for optical isolation The input card allows you to designate via jumpers located on the card that the input card will function as a Master sending synchronization information or will function as a Slave receiving synchronization information Other options for system configuration and operation can also be selected vi...

Page 8: ...M BNC OPTOC input card that is now configured for Slave operation move the shunts 2 positioned on the lower two pins of jumpers J12 and J13 and place them on the UPPER two pins of jumpers J12 and J13 This will allow the input signal received by the Slave amplifier to be inverted If desired configure the Removable Barrier Block input connector option on the Master input card to 3 allow the connecto...

Page 9: ...fier is turned off for at least 3 5 minutes and the AC mains are disconnected Turn the power to the amplifier OFF 1 Remove the four hex head screws located along the left and 2 right edges of the amplifier front panel Remove the front cover by pulling straight towards you 3 3 4 3 Set Master Slave Jumpers On the main board locate the jumpers P1 and P2 1 Master Slave For Slave operation set both jum...

Page 10: ...ving the back panel AC Mains Switch Circuit Breaker to the ON up position 2110 2120 7548 7796 amplifiers Allow the amplifiers to come to the Ready state When Ready the amplifier Ready and Run LEDs will be lit Note Some amplifiers that have been custom configured may require that you press the Enable button to bring the amplifier to the Ready state Let the amplifiers run for several minutes in Read...

Page 11: ... the MASTER and SLAVE OUTPUT connectors to your load 2 Power up both amplifiers and allow them to come to the Ready state 3 Apply a sine wave of 5 Vrms at 100 Hz at the Master amplifier input Using a voltmeter measure across 4 the system load to verify an output from the system of approximately 200 Vrms See Figure 3 10 Check the completed system diagram in Figure 3 11 to verify proper system setup...

Page 12: ...AE TECHRON MULTI AMP CONFIGURATION GUIDE 12 Information subject to change 97 8002465_09 19 14 Figure 3 10 Verifying System Gain Figure 3 11 Two Amplifiers in Series Differential Configuration ...

Page 13: ... switch 2105 7224 amplifiers or 5 moving the back panel AC Mains Switch Circuit Breaker to the ON up position 2110 2120 7548 7796 amplifiers Allow the amplifiers to come to the Ready state When Ready the amplifier Ready and Run LEDs will be lit Note Some amplifiers that have been custom configured may require that you press the Enable button to bring the amplifier to the Ready state Let the amplif...

Page 14: ... COMMON connector 2 and last SLAVE amplifier s OUTPUT connector to your load Power up all amplifiers and allow them to come to the Ready state 3 Apply a sine wave of 5Vrms at 100 Hz at the Master amplifier input Using a voltmeter measure across 4 the system load to verify an output from the system of approximately 200Vrms See Figure 3 15 Check the completed system diagrams in Figure 3 16 or 3 17 t...

Page 15: ...AE TECHRON MULTI AMP CONFIGURATION GUIDE 97 8002465_09 19 14 Information subject to change 15 Figure 3 15 Verifying System Gain Figure 3 16 Two Amplifiers in Series Single Ended Configuration ...

Page 16: ...AE TECHRON MULTI AMP CONFIGURATION GUIDE 16 Information subject to change 97 8002465_09 19 14 Figure 3 17 Three Amplifiers in Series Single Ended Configuration ...

Page 17: ... the following steps for each amplifier in your system to install the ballast resistors for Parallel System setup Before preparing the amplifiers make sure the amplifier is turned off for at least 3 5 minutes and the AC mains are disconnected 4 1 Install Ballast Resistors 4 1 1 Mount and Connect Ballast Resistor Locate the bracket mounted ballast resistor s in the 1 Ballast Resistor Kit Position t...

Page 18: ...the Access Panel and set it aside 3 4 2 2 Accessing the Main Board on 2110 2120 7548 7796 Amplifiers The 2110 2120 7548 and 7796 amplifier s main board can be accessed by removing the amplifier front panel IMPORTANT Before removing the Front Panel make sure the amplifier is turned off for at least 3 5 minutes and the AC mains are disconnected 1 Turn the power to the amplifier OFF 2 Remove the four...

Page 19: ...se resistors can be mounted to a header or soldered directly to the pins 4 4 Parallel System Balancing Complete the following procedures to balance your parallel amplifier system 4 5 Connect for Balancing For each amplifier in your system connect 1 a leg of the black output cable found in the Parallel Wiring Kit to one of the amplifier s output connectors labeled COM 2105 7224 or SAMPLED COMMON 21...

Page 20: ...UT to COM or SAMPLED COMMON to verify that the DC offset of each amplifier is less than 5 mVdc See Figure 4 11 If the DC offset for any amplifier is greater than 5 mVdc adjust each amplifier using the Amp Offset R65 6 on the amplifier main board Adjust each amplifier s DC offset to read as closely as possible to zero 4 8 Wire and Connect Parallel Inputs IMPORTANT FOR 2105 and 7224 PARALLEL SYSTEMS...

Page 21: ...rst amplifier 3 Apply a sine wave to the amplifier input of approximately 5Vrms 100 500 Hz This should result in 4 about 100Vrms output from the amplifier assuming a fixed gain of 20 If voltmeter indicates an output greater or lesser than 100 Vrms adjust Amp Gain Trim R210 to correct 5 Power up and repeat this procedure for the second amplifier and all other amplifiers in your system 6 Figure 4 13...

Page 22: ...irst and the second 1 amplifier see Figure 4 15 Adjust Amp Gain Trim R210 on the second amplifier for minimum AC voltage millivolts 2 Repeat the process of checking gain between the first amplifier and any additional amplifiers in your 3 system Continue checking and adjusting until the gain of all amplifiers in the system is matching to within 4 millivolts Figure 4 14 Wiring and Test Points for Am...

Page 23: ...AE TECHRON MULTI AMP CONFIGURATION GUIDE 97 8002465_09 19 14 Information subject to change 23 Figure 4 15 Wiring and Test Points for Gain Matching ...

Page 24: ...el required for your 4 application 4 12 Verify Current Sharing Power down the amplifiers 1 Connect your load to the two output cables Connect the positive terminal of your load to the red cable 2 connected to the amplifier ballast resistors Connect the negative terminal of your load to the black cable connected to the amplifier COM terminals Check to ensure that all system wiring has been correctl...

Page 25: ...AE TECHRON MULTI AMP CONFIGURATION GUIDE 97 8002465_09 19 14 Information subject to change 25 Figure 4 17 Three Amplifiers Paralleled ...

Page 26: ...AE TECHRON MULTI AMP CONFIGURATION GUIDE 26 Information subject to change 97 8002465_09 19 14 Figure 4 18 Four Amplifiers Paralleled ...

Page 27: ...ching requirements of wire gauge and continuous duty amperage limits Minimum value for insulated wire in free air i e not bundled Figure A 1 Wire Current Carrying Capacity Chart Continuous Duty Current Amperes American Wire Gauge AWG Diameter mm Diameter Mils 001 in 200 000 10 40 410 175 00 9 27 365 150 0 8 25 325 125 1 7 35 289 100 2 6 54 258 80 4 5 19 204 60 6 4 12 162 46 8 3 26 128 33 10 2 59 1...

Page 28: ...formation subject to change 97 8002465_09 19 14 Appendix B Critical Wire Lengths in Parallel Systems In Parallel applications the output wiring branches to each amplifier should match within inch Figure B 1 Critical Wire Lengths in Parallel Systems ...

Page 29: ...ssistance in determining the requirements for your system IMPORTANT In a paralleled system it is important to control the lengths of output cables Output cables should be between 2 5 and 4 0 feet in length and the lengths of each leg of the output cables should match within 1 4 inch See Appendix B Critical Wire Lengths for information on critical cable lengths for paralleled systems Build two cabl...

Page 30: ...ed for the Interlock connections This section describes how to build your own DB 25 cable if you so choose Using DB 25 connectors and light gauge single conductor shielded wire build a cable as shown in 1 Figure D 1 On each connector connect to Pin 4 2 On one of the end DB 25 connectors attach the shield to Pin 17 Label this connector for use on 3 Amplifier 1 in the system Figure D 1 DB 25 Cable W...

Page 31: ...a 2 Phillips screwdriver remove the 8 screws 2 located on the top and side of the amplifier Remove the Access Panel and set it aside 3 Accessing the Main Board on 2110 2120 7548 7796 Amplifiers The 2110 2110 7548 or 7796 amplifier Main Board can be accessed by removing the amplifier front panel Turn the power to the amplifier OFF 1 Remove the four hex head screws located along the left 2 and right...

Page 32: ...ld be returned to the factory defaults Stand alone amplifiers can operate with jumpers J4 Balanced Unbalanced and J5 Ground Lifted Chassis Ground set to either selection depending on the user s preference Jumpers J12 and J13 Slave Phase Inversion are not active when a SIM BNC OPTOC card is configured for stand alone master use so the setting of this jumpers will not affect stand alone operation 21...

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