Ametek Sorensen Asterion DC Series Manuals

Manuals and User Guides for Ametek Sorensen Asterion DC Series. We have 2 Ametek Sorensen Asterion DC Series manuals available for free PDF download: Operation Manual, Programming Manual

Ametek Sorensen Asterion DC Series Operation Manual (157 pages)

Brand: Ametek | Category: Power Supply | Size: 6.61 MB

Table of Contents
9
Overview
17
General Description
17
Figure 1-1. Asterion DC Series Power Supply, 1U Models
17
Figure 1-2. Asterion DC Series Power Supply, 2U Models
17
Figure 1-3. Asterion DC Series Model Number Decoding
19
Specifications
20
Output Current and Voltage Models
21
Table 1-1. Available Model Voltage, Current and Power Ratings
21
AC Input Specifications 1.7Kw, 3.4Kw and 5Kw 1U Models
24
AC Input Specifications 10Kw 2U Models
25
Output Power Derating Characteristics with AC Input Voltage
25
AC Input Current
26
Output Power Derating Characteristics with DC Input Voltage
26
DC Output Programming and Measurement Specifications
27
DC Output Regulation Characteristics
27
Output Ripple and Noise Specifications
28
Output Transient Specifications
31
Remote Sense
32
Remote Analog Programming Interface Characteristics
33
Output Isolation
34
Remote Control Digital Interface Characteristics
35
Protection Function Characteristics
36
Environmental Specifications
36
Mechanical Specifications
37
Regulatory Agency Compliance
37
Installation
39
Inspection
39
Contents of Shipment
39
Mechanical Installation
41
Rack Mounting
42
Figure 2-1. Rack Mounting, 1U Models
43
Figure 2-2. Rack Mounting - 2U Chassis
44
Chassis Removal from Rack
45
Outline Drawings
46
Figure 2-3. Installation Drawing, Enhanced (Front Panel Version) 1U Models
46
Figure 2-4. Installation Drawing, Enhanced (Front Panel Version) 2U Models
46
Figure 2-5. Rear Panel View, 1U Models
46
Figure 2-6. Rear Panel View, 1U Models W/ Ethercat Option
50
Figure 2-7. Rear Panel View, 1U Models W/ GPIB Option
51
Figure 2-8. Rear Panel View, 2U Chassis
52
Figure 2-9. Rear Panel Protective Cover Installation 1U Models
53
Figure 2-10. Rear Panel Protective Cover Installation 2U Models
54
Rear Panel Input/ Output Connections
55
AC Input Power Connection
56
Table 2-1. Rear Panel Connectors
56
AC Input Overcurrent Protection
57
AC Input Safety Disconnect Device
57
AC Input Connector
58
Table 2-2. AC Input Connector Pinout and Safety-Ground
58
Figure 2-11. AC Input Connector Wiring
58
1-Phase AC Input Operation
59
Table 2-3. AC Input Connector Type
59
3-Phase AC Input Operation
60
DC Input Power Connection
60
DC Output Power Connection
60
Figure 2-12. 300-400V Models DC Output Mating Connector
60
Figure 2-13. DC Output Busbar
61
Table 2-4. DC Output Power Connections
62
Table 2-5. Recommended Lugs
62
Figure 2-14. Bus Bar Dimensions
62
Remote Sense
63
Figure 2-15. Remote Sense Connector - 3 Pin Models
63
Figure 2-16. Remote Sense Connector - 8 Pin Models
63
Table 2-6. Remote Sense Connectors
64
Wire Gauge Selection
65
Wire Size
65
Figure 2-17. Remote Sense Connection Example
65
Table 2-7. Minimum Wire Size
66
Load Considerations
67
Table 2-8. Wire Resistance and Voltage Drop, 20°C
67
Inductive and Stored-Energy Loads
68
Figure 2-18. Diode Connections
68
Rear Panel User Interface Connectors
69
Remote Analog Programming Interface
69
Table 2-9. Remote Analog Programming Interface Connector
69
Figure 2-19. Remote Analog Programming Interface Connector
69
Table 2-10. Remote Analog Programming Interface Functions
71
Table 2-11. Remote Analog Programming Interface Connector Pin out
75
RS-232C Serial Interface
76
USB Interface
76
Table 2-12. RS-232C Interface Connector Type
76
Table 2-13. RS-232C Interface Connector Pinout
76
Figure 2-20. RS-232C Interface Connector
76
LAN Interface
77
Table 2-14. USB Interface Connector Type
77
Table 2-15. USB Interface Connector Pinout
77
Figure 2-21. USB Interface Connector
77
GPIB Interface (Optional)
78
Table 2-16. LAN Interface Connector Type
78
Table 2-17. LAN Interface 8P8C Modular Connector Pinout
78
Figure 2-22. LAN Interface 8P8C Modular Connector
78
Table 2-18. GPIB Interface Connector Type
79
Figure 2-23. IEEE 488.2 GPIB Interface Connector
79
Ethercat Interface (Optional)
80
Table 2-19. GPIB Interface Connector Pinout
80
Table 2-20. Registers Available - Ethercat Interface
80
Table 2-21. Command Bits Required for Ethercat Operation
81
Table 2-22. Ethercat Pdos and Variables
82
Operation
85
Front Panel Display Menu and Functionality
85
Power-Up Screens
85
Figure 3-1. Splash Screen
85
Figure 3-2. Power-On Screen Displaying Model & Version
85
Home Screen Top-Level Menu
86
Figure 3-3. Output-Enabled Warning Screen
86
Table 3-1. Home Screen Menu Content
87
Dashboard Screen Top-Level Menu
88
Figure 3-7. Dashboard Screen in CC/CV Mode
88
Figure 3-8. Real-Time, Immediate Output Parameter Adjustment
89
Figure 3-9. Touch-Screen Numeric Keypad
89
Output Program Screen
90
Figure 3-10. Default Screen
90
Figure 3-11. OUTPUT PROGRAM Screen Top-Level Menu
90
Figure 3-12. Voltage Setting
91
Figure 3-13. Current Setting
91
Figure 3-14. OVP Setting
91
Figure 3-15. Regulation Setting
91
Measurements Screen
92
Ramp Screen
92
Figure 3-16. Power Setting
92
Figure 3-17. Output State Setting
92
Figure 3-18. Measurements Screen
92
Figure 3-19. Ramp Screen Top Level Menu
93
Figure 3-20. Voltage Ramp Screen
93
Figure 3-21. Ramp-Screen (Initialization)
94
Figure 3-22. Voltage Ramp-Screen (SW Trigger)
94
Figure 3-23. Voltage Ramp-Screen (HW Trigger)
94
Figure 3-24. Voltage Ramp-Screen (Abort)
95
Figure 3-25. Current Ramp Screen
96
Figure 3-26. Current Ramp-Screen (SW Trigger)
97
Figure 3-27. Current Ramp-Screen (HW Trigger)
97
Figure 3-28. Current Ramp-Screen (Abort)
97
Configuration Screen
98
Figure 3-29. Configuration Screen Top-Level Menu
99
Figure 3-30. Multi-Chassis Screen (Single Chassis)
99
Figure 3-31. Multi-Chassis Screen (Multiple Chassis)
99
Figure 3-32. Source in Follower Mode Screen
100
Figure 3-36. Power on Voltage Setting
101
Figure 3-37. Power on Current Setting
101
Figure 3-38. Power on Output Setting
101
Figure 3-39. Regulation Mode
102
Figure 3-40. Power on OVP Setting
102
Figure 3-41. Output Sense Setting Screen
102
Figure 3-42. Voltage User Limit
103
Figure 3-43. Current User Limit
103
Figure 3-44. Power User Limit
103
Figure 3-45. Analog Reference Mode
104
Figure 3-46. Voltage Reference Mode
104
Figure 3-47. Current Reference Mode
104
Figure 3-48. Power Reference Mode
105
Figure 3-49. OVP Reference Mode
105
Figure 3-50. Voltage Average Samples
105
Figure 3-51. Current Average Samples
106
Figure 3-52. User V/I Limits Screen
106
Figure 3-53. Output Sense Setting Screen
107
Figure 3-54. Measurement Settings Screen
107
Control Interface Screen
108
Figure 3-55. Auxiliary Settings Screen
108
Figure 3-56. Control Interface Screen Top-Level Menu
108
Figure 3-57. RS232 Home Screen
109
Figure 3-58. RS232 Setting Screen
109
Figure 3-59. RS232 Configure Screen
109
Figure 3-60. LAN Screen
110
Figure 3-61. LAN Screen (Settings)
110
Figure 3-62. LAN Screen (Configure)
110
Figure 3-63. LAN Screen (DHCP)
111
Figure 3-64. LAN Screen (Auto IP)
111
Figure 3-65. LAN Screen (Host Name)
111
Figure 3-66. LAN Screen (Port)
112
Figure 3-67. LAN Screen (IP Address)
112
Figure 3-68. LAN Screen (Subnet Mask)
112
Figure 3-69. LAN Screen (Gateway Address)
112
Figure 3-70. LAN Screen (Restore Default)
113
Figure 3-71. LAN Screen (Apply)
113
Figure 3-72. Ethercat Interface Enable / Disable
113
Figure 3-73. Analog Screen
114
Figure 3-76. Configure Analog Mode Screen
115
Figure 3-77. Analog Reference Mode Screen
115
Figure 3-78. Voltage Reference Mode Screen
115
Figure 3-79. Current Reference Mode Screen
116
Figure 3-80. Power Reference Mode Screen
116
Figure 3-81. OVP Reference Mode Screen
117
Figure 3-82. GPIB Address Setting Screen
117
Figure 3-83. GPIB Address Setting Screen
117
System Settings Screen
118
Figure 3-86. System Settings Screen (Status)
119
Figure 3-87. System Settings Screen (Version)
119
Figure 3-88. System Settings Screen (Hardware Limits)
120
Figure 3-89. System Settings Screen (Language)
120
Figure 3-90. System Settings Screen (LCD Settings)
120
Figure 3-91. System Settings Screen (LCD Settings) Brightness
121
Figure 3-92. System Settings Screen (LCD Settings) Calibration
121
Figure 3-93. System Settings Screen (Default Screen Enabled)
121
Warning/Fault Screen
122
Figure 3-94. System Settings Screen (Factory Default)
122
Figure 3-95. System Settings Screen (Parallel Chassis Reset)
122
Figure 3-96. Fault Screen
122
Local/Remote Screen
123
Output Verification
123
Constant-Voltage Mode Operation
123
Figure 3-97. OVP Warning Screen
123
Figure 3-98. Local/Remote Screen
123
Constant-Current Mode Operation
124
Overvoltage Protection
126
Constant-Power Mode
127
Remote Analog Programming Connector
127
Figure 3-99. Constant-Power Example
127
Remote Analog Isolated Interface Control (Option)
128
Figure 3-100. Remote Analog Programming Connector Pin-Out
129
Table 3-2. Analog Programming Connector, Designations and Functions
132
Remote Current Programming
133
Remote Current Programming by Resistance
133
Remote Current Programming by Voltage Source
134
Figure 3-101. Remote Current Programming Using Resistance
134
Figure 3-102. Remote Current Programming Using 0-2 to 0-10 VDC Source
134
Remote Current Programming by 4-20Ma Source
135
Remote Voltage Programming
135
Remote Voltage Programming by Resistance
135
Figure 3-103. Remote Current Programming Using 4-20Ma Source
135
Remote Voltage Programming by Voltage Source
136
Figure 3-104. Remote Voltage Programming Using Resistance
136
Remote Voltage Programming by 4-20Ma Source
137
Figure 3-105. Remote Voltage Programming Using 0-10 VDC Source
137
Figure 3-106. Remote Voltage Programming Using 4-20Ma Source
137
Remote Power Programming
138
Remote Power Programming by Resistance
138
Figure 3-107. Remote Power Programming Using Resistance
138
Remote Power Programming by Voltage Source
139
Remote Power Programming by 4-20Ma Source
139
Figure 3-108. Remote Power Programming Using 0-10 VDC Source
139
Figure 3-109. Remote Power Programming Using 4-20Ma Source
139
Remote Overvoltage Programming
140
Remote Output On/Off Control
140
Remote Output ON/OFF by Contact Closure
140
Figure 3-110. Remote Overvoltage Programming Using DC Voltage Source
140
Figure 3-111. Remote Output On/Off Control by Contact Closure
140
Remote Output ON/OFF Control by External Source
141
Figure 3-112. Remote Output On/Off Using Isolated AC or DC Source
141
Figure 3-113. Remote Output On/Off Using Isolated TTL/CMOS Source
141
Parallel and Series Operation
142
Parallel Operation
142
Figure 3-114. Parallel Connection - 3 Chassis
144
Figure 3-115. Parallel Connection - 2 Chassis
145
Series Operation
146
Figure 3-116. Series Connection with Anti-Parallel Diodes
147
Figure 3-117. Series Connection
148
Calibration and Verification
150
Introduction
150
Calibration and Verification Cycle
150
Digital Programming and Readback Calibration
150
Analog Control Interface Calibration (Standard and Isolated Analog Interface)4-2
150
Maintenance
153
Introduction
153
Preventive Maintenance
153
Fuses
154
Table 5-1. Fuse Ratings
154

Ametek Sorensen Asterion DC Series Programming Manual (151 pages)

RS232, USB, Ethernet and IEEE 488.2

Brand: Ametek | Category: Power Supply | Size: 1.82 MB

Table of Contents
8
1 Overview

17
- Introduction
  17
- RS232 Interface
  17
- USB Interface
  18
- Ethernet Interface
  18
- IEEE 488.2 GPIB Interface
  18
2 Features, Functions and Specifications

19
- Introduction
  19
- Features of RS232 Interface
  19
- Features of USB Interface
  19
- Features of Ethernet Interface
  20
- Features of IEEE 488.2 GPIB Interface
  20
- Programmable Functions
  20
- Readback Functions
  21
- Specifications
  21
  - Programming Resolution
    21
  - Programming Accuracy
    21
  - Readback Resolution
    22
  - Readback Accuracy
    22
- Minimum System Requirements
  22
  - PC Connection
    22
  - Internet or LAN Connection
    22
3 Remote/Local Selection

23
- Introduction
  23
  - Remote Mode
    23
  - Figure 3-1. Local/Remote Screen
    23
  - Figure 3-2. Dashboard Screen
    23
  - Local Lock out Mode
    24
  - Figure 3-3. Local Lockout Screen
    24
  - Figure 3-4. Home-Screen
    24
4 Rs232 Configurations and Remote Programming

27
- Rear Panel
  27
- Remote Programming Via RS232
  27
5 Usb Configurations and Remote Programming

35
- Rear Panel
  35
- Usb Setup Procedure
  36
  - Port Number Identification
    36
  - Communication Test Using Serial Interface Program
    37
6 Ethernet Configuration and Remote Programming

40
7 Ieee 488.2 Gpib Configurations and Remote

54
8 Remote Analog Programming and External User

57
9 Rs232/Ethernet/ Ieee 488.2 Gpib and Scpi Command

83
- Operation
  83
- Introduction
  83
- Register Definitions
  83
- SCPI Conformance Information
  91
  - Parameter Definitions
    91
  - Conventions
    91
  - Queries
    92
- IEEE 488.2 Common Command Subsystem
  92
- SOURCE SCPI Command Subsystem
  94
  - SOURCE SCPI Command Summary
    94
  - SOURCE SCPI Command Reference
    97
  - Ramp Function
    102
- MEASURE SCPI Command Subsystem
  103
  - MEASURE SCPI Command Summary
    103
  - MEASURE SCPI Command Reference
    103
- OUTPUT SCPI Command Subsystem
  104
  - OUTPUT SCPI Command Summary
    104
  - OUTPUT SCPI Command Reference
    105
- SYSTEM SCPI Command Subsystem
  106
  - SYSTEM SCPI Command Summary
    106
  - SYSTEM SCPI Command Reference
    107
- HTRIGGER SCPI Command Subsystem
  109
  - HTRIGGER SCPI Command Summary
    109
  - HTRIGGER SCPI Command Reference
    109
- TRIGGER SCPI Command Subsystem
  109
  - TRIGGER SCPI Command Summary
    109
  - TRIGGER SCPI Command Reference
    109
- CALIBRATION SCPI Command Subsystem
  110
  - CALIBRATION SCPI Command Summary
    110
  - CALIBRATION SCPI Command Reference
    113
- STATUS SCPI Command Subsystem
  120
  - STATUS SCPI Command Summary
    120
  - STATUS SCPI Command Reference
    120
- Examples of Using the SCPI Commands
  120
  - VI Mode Example
    120
  - OVP Setup Example
    121
  - Trigger Example
    122
  - Ramp I Example
    122
  - Ramp V Example 2
    123
  - Power on INIT Example
    123
10 Calibration

124
11 Scpi Status Implementation

145
- SCPI Status Byte Implementation
  145
- Figure 11-1. SCPI Status Implementation Diagram
  146

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Ametek Sorensen Asterion DC Series Manuals

Ametek Sorensen Asterion DC Series Operation Manual (157 pages)

Table of Contents

Ametek Sorensen Asterion DC Series Programming Manual (151 pages)

Table of Contents

1 Overview

2 Features, Functions and Specifications

3 Remote/Local Selection

4 Rs232 Configurations and Remote Programming

5 Usb Configurations and Remote Programming

6 Ethernet Configuration and Remote Programming

7 Ieee 488.2 Gpib Configurations and Remote

8 Remote Analog Programming and External User

9 Rs232/Ethernet/ Ieee 488.2 Gpib and Scpi Command

10 Calibration

11 Scpi Status Implementation

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