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AE Techron 7796 DC Industrial Amplifier Manuals
Manuals and User Guides for AE Techron 7796 DC Industrial Amplifier. We have
5
AE Techron 7796 DC Industrial Amplifier manuals available for free PDF download: Operator's Manual, Step-By-Step Manual, Setup Instructions, Quick Start
AE Techron 7796 Operator's Manual (58 pages)
Single-Channel Industrial Amplifiers for Demanding, High-Power Systems
Brand:
AE Techron
| Category:
Amplifier
| Size: 3 MB
Table of Contents
Declaration of Conformity
4
Table of Contents
7
Introduction
9
Features
9
Figure 1.1 - 7548 Front Panel
9
Amplifier Unpacking and Installation
10
Safety First
10
Unpacking
10
Installation
10
Connecting the Load
11
Figure 2.1 - Connecting the Load
11
Figure 2.2 - Close-Up of the Output Terminal Resistor
11
Connecting the Outputs
12
Connecting the Input Signal
12
Figure 2.4 - Wiring for Unbalanced or Balanced Input Connector
12
Figure 2.3 - Close-Up of SIM Card
12
Connecting the AC Supply
13
Start-Up Procedure
13
Figure 2.5 - 208V 3-Phase AC Mains Wiring
13
Figure 2.6 - 380/400/415V 3-Phase AC Mains Wiring
13
Amplifier Operation
14
Front-Panel Controls & Display
14
Input Buttons
14
Figure 3.1 - Front Panel Controls and Display
14
Multi-Function LCD Display
15
Navigation Buttons
15
Figure 3.3 - Main Status Indicators for Stand-Alone Amplifiers
15
Figure 3.2 - Front Panel Indicators
15
Front-Panel Indicators
15
Figure 3.4 - Fault Status Indicators for Stand-Alone Amplifiers
16
Figure 3.5 - Main Status Indicators for Multi-Amplifier Systems
17
Figure 3.6 - Fault Status Indicators for Multi-Amplifier Systems
18
Back-Panel Controls and Connectors
19
Figure 3.7 - Back Panel Controls and Connectors
19
Advanced Configuration
20
Factory Defaults
20
Accessing the Main Board
20
Configuration Settings Controlled by DIP Switches
20
Figure 4.1 - Main Board Configuration Locations
21
Figure 4.2 - DIP Switch Settings and Descriptions
21
Configuration Settings Controlled by Jumpers
23
Adjusting the Bi-Level Power Supply Switch
23
Figure 4.3 - Enable/Stop on Power-Up Configuration
23
Figure 4.4 - Configure for Standby (Fault Mode) on Overload
23
Figure 4.5 - Bi-Level Power Switch Location
24
Applications
25
Remote Status and Control Using the SIM Interlock I/O Connector
25
Figure 5.1 - Remote Status and Control Pinouts on 25-Pin D-Sub Connector (SIM Card)
25
Figure 5.2 - Remote Run/Standby Monitor
25
Figure 5.3 - Remote Status and Reset Schematic
26
Figure 5.4 - Remote Enable/Standby
27
Figure 5.5 - Remote Current Monitoring
28
Figure 5.6 - Remote Current Monitoring, Alternate Method
28
Figure 5.7- Remote Monitoring of Temperature
29
Figure 5.8 - Blanking Activation
29
Controlled Current Operation
30
Figure 5.9 - Input to Output Comparison, Controlled-Voltage Operation
30
Figure 5.10 - Input to Output Comparison, Controlled-Current Operation
30
Figure 5.11 - Factory-Installed Default RC Network
31
Tool Required
33
Figure 5.12 - Custom Compensation Component Locations
33
Figure 5.13 - Compensation Effects on Waveform
34
Figure 5.14 - Square Wave Showing a Decrease in R Is Required
34
Figure 5.15 - Square Wave Showing an Increase in R Is Required
34
Figure 5.16 - Square Wave Showing an Increase in C Is Required
34
Multi-Amplifier Systems
35
Figure 5.17 - Typical Output Levels for 7548, 7794, 7796 & 7796HC Multiamp Systems
35
Accessories Required
36
Figure 5.18 - DIP Switch Settings for Push/Pull Configuration
36
Optional DIP Switch Settings
37
Figure 5.19 - System Configuration for Push-Pull Multi-Amp Operation
37
Amplifier Wiring
38
Figure 5.20 - DIP Switch Settings for Parallel Configuration
39
Verify Interlock Operation
40
Figure 5.22 - Locations for Balancing Controls on the Main Board
40
Figure 5.21 - Terminating the Amplifier Input
40
Adjust DC Offset
40
Verify and Adjust Amplifier Gain
41
Figure 5.23- Parallel Balanced Input Wiring Using Removable Barrier Block Connectors (Four in Parallel Shown)
41
Figure 5.24- Parallel Unbalanced Input Wiring Using BNC Wiring and Connectors (Three in Parallel Shown)
41
Amplifier Gain Matching
41
Verify Minimal Circulating Currents
42
Verify Current Sharing
42
Parallel Configuration
43
Figure 5.25 - System Configuration for Parallell Multi-Amp Operation
43
Figure 5.26 - DIP Switch Settings for Series Configuration
44
Figure 5.27 - SIM-BNC-OPTOC Jumper Locations
44
Figure 5.28 - SIM-BNC-OPTOC Input Connectors' Internal Wiring
45
Figure 5.29 - Output Terminal Resistor
45
Figure 5.30 - System Configuration for Two in Series Multi-Amp Operation
46
Figure 5.31 - System Configuration for Three in Series Multi-Amp Operation
47
Maintenance
52
Clean Amplifier Filter and Grills
52
Tools Required
52
Troubleshooting
53
Introduction & Precautions
53
Visual Inspection
53
No Signal
53
No Leds Illuminated or no Fans
53
Figure 7.1 - Amplifier Cover Removed for Inspection
53
Overvoltage Warning Message
54
Standby LED Remains Illuminated
54
Amplifier Overheats (over Temp Fault Condition)
54
Figure 7.2 - Fuse F1 Location
54
Figure 7.3 - Interlock I/O Connector
54
Fault LED Is Illuminated
55
Factory Service
55
Appendix A: Interlock I/O Connector Pinouts and Functions
56
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AE Techron 7796 Operator's Manual (42 pages)
Single-Channel Industrial Amplifiers for Demanding, High-Power Systems
Brand:
AE Techron
| Category:
Amplifier
| Size: 10 MB
Table of Contents
Table of Contents
7
1 Introduction
9
Features
9
Figure 1.1 - 7548 Front Panel
9
2 Amplifier Unpacking and Installation
10
Safety First
10
Unpacking
10
Installation
10
Connecting the Load
11
Figure 2.1 - Connecting the Load
11
Figure 2.2 - Close-Up of the Output Terminal Resistor
11
Connecting the Input Signal
12
Figure 2.3 - Close-Up of SIM Card
12
Figure 2.4 - Wiring for Unbalanced or Balanced Input Connector
12
Connecting the AC Supply
13
Start-Up Procedure
13
Figure 2.5 - 208V 3-Phase AC Mains Wiring
13
Figure 2.6 - 380/400/415V 3-Phase AC Mains Wiring
13
3 Amplifier Operation
14
Front-Panel Controls & Display
14
Figure 3.1 - Front Panel Controls and Display
14
Front-Panel Indicators
15
Figure 3.2 - Front Panel Indicators
15
Figure 3.3 - Main Status Indicators for Stand-Alone Amplifiers
15
Figure 3.4 - Fault Status Indicators for Stand-Alone Amplifiers
16
Figure 3.5 - Main Status Indicators for Multi-Amplifier Systems
17
Figure 3.6 - Fault Status Indicators for Multi-Amplifier Systems
18
Back-Panel Controls and Connectors
19
Figure 3.7 - Back Panel Controls and Connectors
19
4 Advanced Configuration
20
Factory Defaults
20
Accessing the Main Board
20
Configuration Settings Located on the Main Board
20
Figure 4.1 - Master or Follower Setting
21
Figure 4.2 - Gain Trim Control
21
Figure 4.3 - Controlled-Voltage or Controlled-Current Mode Setting
21
Figure 4.4 - Compensation Setting
22
Figure 4.5 - Ready/Run Mode or Standby Mode on Power-Up Setting
22
Figure 4.6 - Standby Mode on Overload Setting
22
Adjusting the Bi-Level Power
23
Supply Switch
23
Figure 4.7 - Bi-Level Power Switch Location
23
5 Applications
24
Remote Status and Control Using the SIM Interlock I/O Connector
24
Figure 5.1 - Remote Status and Control Pinouts
24
Figure 5.2 - Remote Run/Standby Monitor
24
Figure 5.3 - Remote Status and Reset Schematic
25
Figure 5.4 - Remote Enable/Standby
26
Figure 5.5 - Remote Current Monitoring
27
Figure 5.6 - Remote Current Monitoring, Alternate Method
27
Controlled Current Operation
28
Figure 5.7 - Input to Output Comparison, Controlled-Voltage Operation
28
Figure 5.8 - Input to Output Comparison, Controlled-Current Operation
28
Figure 5.9 - Factory-Installed Default RC Network
29
Figure 5.10 - Custom Compensation Location
31
Figure 5.11 - Compensation Effects on Waveform
31
Figure 5.12 - Square Wave Showing a Decrease in R Is Required
31
Figure 5.13 - Square Wave Showing an Increase in R Is Required
31
Figure 5.14 - Square Wave Showing an Increase in C Is Required
31
Multi-Amplifier Systems
32
6 Maintenance
33
Clean Amplifier Filter and Grills
33
7 Troubleshooting
34
Introduction & Precautions
34
Visual Inspection
34
Figure 7.1 - +VCC and -VCC Point Locations
34
Figure 7.2 - Amplifier Cover Removed for Inspection
34
No Signal
35
No Leds Illuminated or no Fans
35
Overvoltage Warning Message
35
Standby LED Remains Illuminated
35
Figure 7.3 - Fuse F1 Location
35
Figure 7.4 - Interlock I/O Connector
35
Amplifier Overheats (over Temp Fault Condition)
36
Figure 7.5 - +TEMP and -TEMP Test Point Locations
36
Fault LED Is Illuminated
37
Factory Service
37
8 Specifications
38
AE Techron 7796 Step-By-Step Manual (32 pages)
multi-amp system
Brand:
AE Techron
| Category:
Amplifier
| Size: 1 MB
Table of Contents
Table of Contents
2
1 Multi-Amp Systems Using 2100 or 7000 Series Amplifiers
4
Safety First
4
Overview
4
Multi-Amp Configuration Accessories
4
Figure 1.1 - Maximum Continuous Output in 7000-Series Multi-Amp Systems
4
Accessory Recommendations by System Type
5
2 Multi-Amp System Principles
6
One Master Amplifier for Series Systems
6
All Master Amplifiers for Parallel Systems
6
Use Only 7000-Series Amplifiers of the same Model Number
6
Use Correct Wiring
6
When Constructing Output Wiring, Use These Basic Criteria
6
Operate with Safety in Mind
6
3 Series Systems Configuration and Wiring
7
Choosing Single-Ended or Differential Configuration for Two-Amplifier Systems
7
Configure SIM-BNC-OPTOC Input Cards
7
Figure 3.1 - Two in Series: Single-Ended Vs. Differential
7
Figure 3.2 - SIM-BNC-OPTOC Card Jumper Locations
7
Install SIM-BNC-OPTOC Input Cards in Amplifiers
8
Configure Amplifiers' Main Boards for Slave Operation
8
Remove Output Terminal Resistor
9
Attach Master/Slave Labels (Optional)
9
Figure 3.3 - 7224 Amplifier Access Panel Screw Locations
9
Figure 3.4 - Master/Slave Jumper Locations
9
Figure 3.5 - 7224 Output Terminal Resistor
9
Figure 3.6 - 7548/7796 Output Terminal Resistor
9
Series System Wiring
10
Two in Series - Differential
10
Figure 3.7 - Terminating the Amplifier Input
10
Figure 3.8 - Verifying DC Offset
11
Figure 3.9 - Verifying Amp Gain
11
Figure 3.10 - Verifying System Gain
12
Figure 3.11 - Two Amplifiers in Series - Differential Configuration
12
Two or Three in Series - Single Ended
13
Figure 3.12 - Terminating the Amplifier Input
13
Figure 3.14 - Verifying Amp Gain
14
Figure 3.13 - Verifying DC Offset
14
Figure 3.15 - Verifying System Gain
15
Figure 3.16 - Two Amplifiers in Series - Single-Ended Configuration
15
Figure 3.17 - Three Amplifiers in Series - Single-Ended Configuration
16
4 Parallel Systems Configuration, Wiring and Balancing
17
Install Ballast Resistors
17
Figure 4.1 - 7224 Ballast Resistor Mounting
17
Figure 4.2 - 7796 Ballast Resistor Mounting
17
Figure 4.3 - 7224 Ballast Resistor Connected to Output Terminal
17
Figure 4.4 - 7796 Ballast Resistors Connected to Output Terminal
17
Main Board Access
18
Disable Gain Controls (7224 Amplifiers Only)
18
Figure 4.5 - Access Panel Screw Locations
18
Figure 4.6 - Gain Control Connection on Main Board
18
Parallel System Balancing
19
Connect for Balancing
19
Figure 4.7 - Gain Control Pin Settings
19
Figure 4.8 - Connecting for Balancing (Four in Parallel Shown)
19
Verify Interlock Operation
20
Adjust DC Offset
20
Wire and Connect Parallel Inputs
20
Figure 4.9 - Terminating the Amplifier Input
20
Figure 4.10 - Main Board Balancing Control Locations
20
Verify and Adjust Amplifier Gain
21
Figure 4.11 - Wiring and Test Points for DC Offset
21
Figure 4.12 - Wiring the Paralleled Input Wire
21
Figure 4.13 - Optional BNC Parallel Input Wiring (Three in Parallel Shown)
21
Amplifier Gain Matching
22
Figure 4.14- Wiring and Test Points for Amp Gain
22
Figure 4.15- Wiring and Test Points for Gain Matching
23
Verify Minimal Circulating Currents
24
Verify Current Sharing
24
Figure 4.16 - Two Amplifiers Paralleled
24
Figure 4.17 - Three Amplifiers Paralleled
25
Figure 4.18 - Four Amplifiers Paralleled
26
Appendix A Wire Current-Carrying Capacity
27
Figure A-1 - Wire Current-Carrying Capacity Chart
27
Appendix B Critical Wire Lengths in Parallel Systems
28
Figure B-1 - Critical Wire Lengths in Parallel Systems
28
Appendix C Building Parallel System Output Cables
29
Figure C-1 - Output Cables Constructed for Use in a Two-In-Parallel System
29
Appendix D Building the DB-25 Interlock Cable
30
Figure D-1 - DB-25 Cable Wiring for a Four-In-Parallel System
30
Appendix E Returning Slave Amplifiers to Stand-Alone Use
31
Figure E-1 - 7224 Access Panel Screw Locations
31
Figure E-2 - Master/Slave Jumper Locations
31
Figure E-3 - Output Terminal Resistor
31
Figure E-4 - 7548/7796 Output Terminal Resistor
31
Figure E-5 - SIM-BNC-OPTOC, Factory Default Settings
32
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AE Techron 7796 Setup Instructions (5 pages)
Parallel Amplifier System
Brand:
AE Techron
| Category:
Amplifier
| Size: 0 MB
Table of Contents
Table of Contents
2
Table of Contents
3
Introduction
3
Special High-Frequency Applications
3
Parallel Operation
3
Figure 2.1 - Circulating Ground Current Bleed Resistor
3
Access the Main Board
4
Master/Slave Settings
4
Remove Output Cables
4
Verify CV Setting
4
Enable Amplifiers
5
Measure Current
5
Measure Voltage
5
Power down
5
Reconnect
5
Figure 2.5 - Slave Gain Trim
5
Figure 2.4 - CC / CV Setting
5
Figure 2.3 - Master / Slave Setting
5
Figure 2.6 - IMON Current Monitor
5
AE Techron 7796 Quick Start (4 pages)
Brand:
AE Techron
| Category:
Amplifier
| Size: 0 MB
Table of Contents
1 Unpacking
2
2 Check Contents
2
3 Mounting/Installation
2
4 Cooling
2
5 Connections
3
A. Select Mode of Operation
3
B. Output Wiring
3
C. Input Wiring
3
D. AC Supply
3
6 Startup Procedure
4
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