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KDC 30-167 KDC 30-333 KDC 30-500 KDC 40-125 KDC 40-250
Argantix KDC 30-167 KDC 30-333 KDC 30-500 KDC 40-125 KDC 40-250 Manuals
Manuals and User Guides for Argantix KDC 30-167 KDC 30-333 KDC 30-500 KDC 40-125 KDC 40-250. We have
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Argantix KDC 30-167 KDC 30-333 KDC 30-500 KDC 40-125 KDC 40-250 manuals available for free PDF download: User Manual
Argantix KDC 30-167 KDC 30-333 KDC 30-500 KDC 40-125 KDC 40-250 User Manual (137 pages)
Brand:
Argantix
| Category:
Power Supply
| Size: 2 MB
Table of Contents
Contact Information
3
Important Safety Instructions
4
Table of Contents
6
1 Introduction
11
General Description
11
Figure 1-1: KDC Series DC Power Supply
11
KDC Controllers Series I Versus Series II
12
Bench Top Use
12
Equipment Rack Use
12
2 Specifications
13
Electrical
13
Measurements
15
Environmental
15
Mechanical
16
Agency Approvals
16
Remote Control Interfaces
16
Analog Monitor Outputs
17
Protection
17
Controls and Indicators
17
Parallel Operation
18
Available Options and Accessories
19
LC Option
20
FT Option
20
3 Installation and Functional Test
21
Inspection
21
Location and Mounting
21
Input / Output Connectors
22
Table 3-1: Rear Panel Input and /Output Connectors
22
Table 3-2: Output Connection Description
23
Table 3-3: Input Connection Description
23
Table 3-4: RS232C Connector - J20
23
Table 3-5: Analog I/O Connector (Isolated) - J22
24
Table 3-6: Auxiliary I/O Connector (Non-Isolated) - J21
25
Figure 3-1: Location of Rear Panel Connectors
26
Wire Sizing and Lug Size
27
Figure 3-2: DC Output Bus Bar Studs
27
Table 3-7: Minimum Wire Size Table
27
AC Input Wiring
28
Figure 3-4: Toroid Installation, -400V Input Model
28
Figure 3-5: Outline Drawing Chassis Dimensions (Shown with Safety Covers)
29
Analog Controls (-IF Option)
30
4 Front Panel Operation
31
Functional Controls
31
Figure 4-1: Front Panel View
31
Figure 4-2: Shuttle Knobs
32
Figure 4-3: Front Panel Layout
33
Figure 4-4: Keypad Layout
34
Figure 4-5: Display and Shuttle Knobs Interaction
35
Menu Structure
37
Table 4-1: Front Panel Menu Structure
38
Table 4-2: Transient Programming Resolution from Front Panel
48
Table 4-3: Configuration Control Modes
53
How to Examples
59
Programming Output Transient Lists
61
Figure 4-6: Sample Transient Output Sequence
62
Table 4-4: Sample Transient List
62
Setting the Power-On Initialization Values
63
Table 4-5: Factory Default Power on Settings
63
Mode Status
64
Table 4-6: Operating Modes
64
Figure 4-7: Constant Power Mode Profile
65
Remote Sensing
66
Figure 4-8: Remote Sensing Operation at the Load
66
Remote Output on / off Control
67
Figure 4-9: Remote on / off Control by Contact Closure
67
Figure 4-10: Remote on / off Using Isolated TTL/CMOS Voltage Supply
67
5 Operating Modes
68
External Programming Modes
68
Figure 5-1: Remote Voltage Programming Using 0-5 or 0-10 VDC Source
68
Figure 5-2: Remove Voltage Programming Using Resistance
69
Figure 5-3: Remote Voltage Programming Using a Current Source
69
Figure 5-4: Remote Current Programming Using 0-5 or 0-10 VDC Source
70
Figure 5-5: Remote Current Programming Using Resistance
71
Figure 5-6: Remote Current Programming Using a Current Source
71
Multi Unit Configurations
72
Figure 5-7: Parallel Cable Interconnect Accessory
73
Table 5-1: Master or Auxiliary Controller Configuration Jumper Settings
74
Table 5-2: Master Configuration Jumper Settings
74
Figure 5-8: Auto-Parallel Operation - 2 KDC Units
76
Figure 5-9: Auto-Parallel Operation - 3 KDC Units
77
Figure 5-10: Auto-Series Operation
78
Figure 5-11: Auto Tracking Operation
79
6 Principle of Operation
80
General
80
Overall Description
80
Bias Power Supply (A7)
80
Figure 6-1: DC Power Supply Block Diagram
83
Figure 6-2: DC Power Supply Block Diagram with -IF Option
84
Figure 6-3: KDC with -IF Option, Simplified Block Diagram
85
Power Module (A9 through A11)
86
Figure 6-4: DC Module Block Diagram
87
Controller Module (A3)
88
7 Calibration
91
Calibration Equipment
91
Table 7-1: Load Resistors and Current by Model
91
Calibration Password
92
Routine Calibration
93
Figure 7-1: Test Equipment Hookup for Routine Output and Measurement Calibration
93
Output Calibration
94
Measurement Calibration
97
Non-Routine Calibration
99
8 Service
101
General
101
Basic Operation
101
Table 8-1: Basic Symptoms
101
Table 8-2: Poor Output Voltage Accuracy
101
Table 8-3: Poor Output Voltage Regulation
101
Table 8-4: Unit Shuts down after 3-5 Seconds
102
Table 8-5: no Output and no Lights on Front Panel
102
Table 8-6: no Output but "Display" Is on
102
Module Removal
104
Figure 8-1: Assembly Location
104
Controller Jumper Settings
107
Firmware Updates
107
Table 8-7: Master or Auxiliary Configuration Jumper Settings
107
Table 8-8: Master or Auxiliary Configuration Jumper Settings
107
Replaceable Parts
109
Available Accessories
110
Table 8-9: Replaceable Parts
110
Table 8-10: Power Module Output Capacitance
110
Figure 8-2: Replaceable Fuse Locations
111
9 Remote Control
112
Introduction
112
Figure 9-1: KDCGUI Main Screen
112
KDCGUI Program Requirements
113
RS232C Interface
113
Optional IEEE Interface
115
KDCGUI Installation
115
Figure 9-2: Rear Panel View
115
Trouble Shooting - RS232C
116
Trouble Shooting - IEEE-488 / GPIB
117
Software Registration
117
10 Programming Syntax
118
11 Options
119
Introduction
119
Figure 11-1: OPTIONS Screen
119
Figure 11-2: Available Options
119
MIL704 Option
120
Table 11-1: KDC Restrictions -704 Option
121
Figure 11-3: APPLICATIONS Screen
122
Figure 11-4: MIL704 Menu
122
Figure 11-5: MIL704 DC Menu - 1 of 3
123
Figure 11-6: MIL704 DC Menu - 2 of 3
123
Figure 11-7: MIL704 DC Menu - 3 of 3
123
Figure 11-8: Steady State DC
123
Figure 11-9: Transient Menu
124
Figure 11-10: Abnormal Test Screen
125
Figure 11-11: Emergency Test
126
Appendix A: Error Messages
132
Table 11-2: Error Messages
135
Index
136
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Argantix KDC 30-167 KDC 30-333 KDC 30-500 KDC 40-125 KDC 40-250 User Manual (133 pages)
KDC Series II DC Power Supply
Brand:
Argantix
| Category:
Power Supply
| Size: 2 MB
Table of Contents
Safety Summary
3
Spare Parts
5
Warranty Information
5
Table of Contents
6
1 Introduction
10
General Description
10
Figure 1-1: KDC Series DC Power Supply
10
KDC Controllers Series I Versus Series II
11
Bench Top Use
11
Equipment Rack Use
11
2 Specifications
12
Electrical
12
Measurements
14
Environmental
14
Mechanical
15
Agency Approvals
15
Remote Control Interfaces
15
Analog Monitor Outputs
16
Protection
16
Controls and Indicators
16
Parallel Operation
17
Available Options and Accessories
18
LC Option
19
FT Option
19
3 Installation and Functional Test
20
Inspection
20
Location and Mounting
20
Input / Output Connectors
21
Table 3-1: Rear Panel Input and /Output Connectors
21
Table 3-2: Output Connection Description
22
Table 3-3: Input Connection Description
22
Table 3-4: RS232C Connector - J20
22
Table 3-5: Analog I/O Connector (Isolated) - J22
23
Table 3-6: Auxiliary I/O Connector (Non-Isolated) - J21
24
Figure 3-1: Location of Rear Panel Connectors
25
Wire Sizing and Lug Size
26
Figure 3-2: DC Output Bus Bar Studs
26
Table 3-7: Minimum Wire Size Table
26
AC Input Wiring
27
Figure 3-4: Toroid Installation, -400V Input Model
27
Figure 3-5: Outline Drawing Chassis Dimensions (Shown with Safety Covers)
28
Analog Controls (-IF Option)
29
4 Front Panel Operation
30
Functional Controls
30
Figure 4-1: Front Panel View
30
Figure 4-2: Shuttle Knobs
31
Figure 4-3: Front Panel Layout
32
Figure 4-4: Keypad Layout
33
Figure 4-5: Display and Shuttle Knobs Interaction
34
Menu Structure
36
Table 4-1: Front Panel Menu Structure
37
Table 4-2: Transient Programming Resolution from Front Panel
47
Table 4-3: Configuration Control Modes
52
How to Examples
58
Programming Output Transient Lists
60
Figure 4-6: Sample Transient Output Sequence
61
Table 4-4: Sample Transient List
61
Setting the Power-On Initialization Values
62
Table 4-5: Factory Default Power on Settings
62
Mode Status
63
Table 4-6: Operating Modes
63
Figure 4-7: Constant Power Mode Profile
64
Remote Sensing
65
Figure 4-8: Remote Sensing Operation at the Load
65
Remote Output on / off Control
66
Figure 4-9: Remote on / off Control by Contact Closure
66
Figure 4-10: Remote on / off Using Isolated TTL/CMOS Voltage Supply
66
5 Operating Modes
67
External Programming Modes
67
Figure 5-1: Remote Voltage Programming Using 0-5 or 0-10 VDC Source
67
Figure 5-2: Remove Voltage Programming Using Resistance
69
Figure 5-3: Remote Voltage Programming Using a Current Source
69
Figure 5-4: Remote Current Programming Using 0-5 or 0-10 VDC Source
70
Figure 5-5: Remote Current Programming Using Resistance
71
Figure 5-6: Remote Current Programming Using a Current Source
71
Multi Unit Configurations
72
Figure 5-7: Parallel Cable Interconnect Accessory
73
Table 5-1: Master or Auxiliary Controller Configuration Jumper Settings
74
Table 5-2: Master Configuration Jumper Settings
74
Figure 5-8: Auto-Parallel Operation - 2 KDC Units
76
Figure 5-9: Auto-Parallel Operation - 3 KDC Units
77
Figure 5-10: Auto-Series Operation
78
Figure 5-11: Auto Tracking Operation
79
6 Principle of Operation
80
General
80
Overall Description
80
Bias Power Supply (A7)
80
Figure 6-1: DC Power Supply Block Diagram
82
Figure 6-2: DC Power Supply Block Diagram with -IF Option
83
Figure 6-3: KDC with -IF Option, Simplified Block Diagram
84
Power Module (A9 through A11)
85
Figure 6-4: DC Module Block Diagram
86
Controller Module (A3)
87
7 Calibration
90
Calibration Equipment
90
Table 7-1: Load Resistors and Current by Model
90
Calibration Password
91
Routine Calibration
92
Figure 7-1: Test Equipment Hookup for Routine Output and Measurement Calibration
92
Output Calibration
93
Measurement Calibration
96
Non-Routine Calibration
98
8 Service
100
General
100
Basic Operation
100
Table 8-1: Basic Symptoms
100
Table 8-2: Poor Output Voltage Accuracy
100
Table 8-3: Poor Output Voltage Regulation
100
Table 8-4: Unit Shuts down after 3-5 Seconds
101
Table 8-5: no Output and no Lights on Front Panel
101
Table 8-6: no Output but "Display" Is on
101
Module Removal
103
Figure 8-1: Assembly Location
103
Controller Jumper Settings
106
Firmware Updates
106
Table 8-7: Master or Auxiliary Configuration Jumper Settings
106
Table 8-8: Master or Auxiliary Configuration Jumper Settings
106
Replaceable Parts
109
Available Accessories
110
Table 8-9: Replaceable Parts
110
Table 8-10: Power Module Output Capacitance
110
Figure 8-2: Replaceable Fuse Locations
111
9 Remote Control
112
Introduction
112
Figure 9-1: KDCGUI Main Screen
112
KDCGUI Program Requirements
113
RS232C Interface
113
Optional IEEE Interface
115
KDCGUI Installation
115
Figure 9-2: Rear Panel View
115
Trouble Shooting - RS232C
116
Trouble Shooting - IEEE-488 / GPIB
117
Software Registration
117
10 Programming Syntax
118
11 Options
119
Introduction
119
Figure 11-1: OPTIONS Screen
119
Figure 11-2: Available Options
119
MIL704 Option
120
Table 11-1: KDC Restrictions -704 Option
121
Figure 11-3: APPLICATIONS Screen
122
Figure 11-4: MIL704 Menu
122
Figure 11-5: MIL704 DC Menu - 1 of 3
123
Figure 11-6: MIL704 DC Menu - 2 of 3
123
Figure 11-7: MIL704 DC Menu - 3 of 3
123
Figure 11-8: Steady State DC
123
Figure 11-9: Transient Menu
124
Figure 11-10: Abnormal Test Screen
125
Figure 11-11: Emergency Test
126
Appendix A: Error Messages
128
Table 11-2: Error Messages
131
Index
132
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