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ITech IT8200 Series Manuals
Manuals and User Guides for ITech IT8200 Series. We have
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ITech IT8200 Series manuals available for free PDF download: User Manual, Programming Manual
ITech IT8200 Series Programming Manual (137 pages)
Regenerative AC/DC Electronic Load
Brand:
ITech
| Category:
Measuring Instruments
| Size: 1 MB
Table of Contents
Limitation of Warranty
3
Safety Symbols
3
Warranty
3
Environmental Conditions
4
Regulatory Markings
5
Compliance Information
6
Table of Contents
7
Chapter1 SCPI Introduction
13
1.1 Overview
13
1.4 Response Data Type
16
1.5 Command Format
17
1.6 Data Type
19
1.7 Remote Interface Connection
20
Command Type of SCPI
21
Chapter2 SCPI Status Register
22
Message Type of SCPI
23
Chapter3 System Commands
24
System:preset
24
System:posetup <CPD
25
System:clear
25
Chapter4 Channel Subsystem
35
Chapter5 Abort Subsystem
36
Abort:acquire
36
Abort:list
36
Abort:sweep
36
Abort:surgesag
36
Chapter6 Initiate Subsystem
37
Initiate[:Immediate]:Acquire
37
Initiate[:Immediate]:List
37
Initiate[:Immediate]:Sweep
37
Initiate[:Immediate]:Surgesag
37
Chapter7 Configurate IO Subsystem
38
[Configurable:]Io:select <NR1
38
[Configurable:]Io:reverse <NR1>,<CPD
38
[Configurable:]Io:type <NR1>,<CPD
39
[Configurable:]Io:tout:source <CPD1>,<CPD2
39
[Configurable:]Io:state <NR1>,<CPD
40
Chapter8 Trigger Subsystem
41
Trigger:list:source <Source
41
Trigger:sweep:source <CPD
41
Trigger:surgesag:source <CPD
42
Trigger:scope:source <CPD
42
Trigger:scope:mode <CPD
42
Trigger:scope:slope <CPD1
43
Trigger:force
43
Chapter9 Parallel Subsystem
44
Parallel:role <Role
44
Parallel:number <Number
44
Parallel:node:number
45
Chapter10 Scope Subsystem
46
Scope:auto
46
Scope:run
46
Scope:single
46
Scope:stop
46
Scope:timebase:scale <Nrf
46
Scope:voltage:scale <Nrf
47
Scope:current:scale <Nrf
47
Scope:timebase:delay <Nrf
48
Scope:trigger:source
48
Scope:trigger:level <Nrf
49
Scope:trigger:slope <CPD
49
Scope:trigger:mode <CPD
49
Scope:line:selection
50
Scope:status
50
Scope:rstate
50
Scope:waveform:data
51
Scope:range:catalog
51
Scope:record:length <0.6|6|60|600
51
Scope:sample:mode <Normal|Peak
52
Scope:data:tag
52
Chapter11 Fetch & Measure Subsystem
53
Fetch[:Scalar]:Current[:Ac]
53
Measure[:Scalar]:Current[:Ac]
53
Fetch[:Scalar]:Current:DC
53
Measure[:Scalar]:Current:DC
53
Fetch[:Scalar]:Current[:Ac][:Amplitude]:Maximum:positive
54
Measure[:Scalar]:Current[:Ac][:Amplitude]:Maximum:positive
54
Fetch[:Scalar]:Current[:Ac][:Amplitude]:Maximum:negative
54
Measure[:Scalar]:Current[:Ac][:Amplitude]:Maximum:negative
54
Fetch[:Scalar]:Current[:Ac][:Amplitude]:Maximum
55
Measure[:Scalar]:Current[:Ac][:Amplitude]:Maximum
55
Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:hold
55
Measure[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:hold
55
Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:hold:clear
56
Measure[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:hold:clear
56
Fetch[:Scalar]:Current:cfactor
56
Measure[:Scalar]:Current:cfactor
56
Fetch[:Scalar]:Frequency
57
Measure[:Scalar]:Frequency
57
Fetch[:Scalar]:Power[:Real]
57
Measure[:Scalar]:Power[:Real]
57
Fetch[:Scalar]:Power:apparent
58
Measure[:Scalar]:Power:apparent
58
Fetch[:Scalar]:Power:reactive
58
Measure[:Scalar]:Power:reactive
58
Fetch[:Scalar]:Power:pfactor
59
Measure[:Scalar]:Power:pfactor
59
Fetch[:Scalar]:Voltage[:Ac]
59
Measure[:Scalar]:Voltage[:Ac]
59
Fetch[:Scalar]:Voltage:DC
60
Measure[:Scalar]:Voltage:DC
60
Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum
60
Measure[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum
60
Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:positive
61
Measure[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:positive
61
Fetch[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:negative
61
Measure[:Scalar]:Voltage[:Ac][:Amplitude]:Maximum:negative
61
Fetch[:Scalar]
61
Measure[:Scalar]
61
Fetch[:Scalar]:Power[:Real]:Total
62
Measure[:Scalar]:Power[:Real]:Total
62
Fetch[:Scalar]:Power:apparent:total
63
Measure[:Scalar]:Power:apparent:total
63
Fetch[:Scalar]:Power:reactive:total
63
Measure[:Scalar]:Power:reactive:total
63
Fetch[:Scalar]:Ltlvoltage[:Ac]
63
Measure[:Scalar]:Ltlvoltage[:Ac]
63
Fetch[:Scalar]:Voltage:harmonic[:Amplitude]? <[A|B|C]>,<NR1
64
Measure[:Scalar]:Voltage:harmonic[:Amplitude]? <[A|B|C]>,<NR1
64
Fetch[:Scalar]:Current:harmonic[:Amplitude]? <[A|B|C|CH1|CH2|CH3]>,<NR1
64
Measure[:Scalar]:Current:harmonic[:Amplitude]? <[A|B|C|CH1|CH2|CH3]>,<NR1
64
Fetch[:Scalar]:Voltage:harmonic:distort? <[A|B|C]>,<NR1
65
Measure[:Scalar]:Voltage:harmonic:distort? <[A|B|C]>,<NR1
65
Fetch[:Scalar]:Current:harmonic:distort? <[A|B|C]>,<NR1
66
Measure[:Scalar]:Current:harmonic:distort? <[A|B|C]>,<NR1
66
Fetch[:Scalar]:Voltage:harmonic:phase? <[A|B|C]>,<NR1
66
Measure[:Scalar]:Voltage:harmonic:phase? <[A|B|C]>,<NR1
66
Fetch[:Scalar]:Current:harmonic:phase? <[A|B|C]>,<NR1
67
Measure[:Scalar]:Current:harmonic:phase? <[A|B|C]>,<NR1
67
Fetch[:Scalar]:Voltage:harmonic:thd? <[A|B|C]
67
Measure[:Scalar]:Voltage:harmonic:thd? <[A|B|C]
67
Fetch[:Scalar]:Current:harmonic:thd? <[A|B|C]
68
Measure[:Scalar]:Current:harmonic:thd? <[A|B|C]
68
Fetch[:Scalar]:Array:voltage:harmonic[:Amplitude]? <[A|B|C]>,<NR1
68
Measure[:Scalar]:Array:voltage:harmonic[:Amplitude]? <[A|B|C]>,<NR1
68
Fetch[:Scalar]:Array:current:harmonic[:Amplitude]? <[A|B|C]>,<NR1
69
Measure[:Scalar]:Array:current:harmonic[:Amplitude]? <[A|B|C]>,<NR1
69
Fetch[:Scalar]:Array:voltage:harmonic:phase? <[A|B|C]>,<NR1
69
Measure[:Scalar]:Array:voltage:harmonic:phase? <[A|B|C]>,<NR1
69
Fetch[:Scalar]:Array:current:harmonic:phase? <[A|B|C]>,<NR1
70
Measure[:Scalar]:Array:current:harmonic:phase? <[A|B|C]>,<NR1
70
Fetch[:Scalar]:Array:voltage:harmonic:distort? <[A|B|C|CH1|CH2|CH3]>,<NR1
70
Measure[:Scalar]:Array:voltage:harmonic:distort? <[A|B|C|CH1|CH2|CH3]>,<NR1
70
Fetch[:Scalar]:Array:current:harmonic:distort? <[A|B|C|CH1|CH2|CH3]>,<NR1
71
Measure[:Scalar]:Array:current:harmonic:distort? <[A|B|C|CH1|CH2|CH3]>,<NR1
71
Vetcor:oeder <NR1
71
Vetcor:data
72
Vetcor:type <CPD
72
Chapter12 SENSE Subsystem
73
Sense[:Remote][:State] <CPD
73
Sense:filter[:State] <CPD
73
Sense:filter:level <CPD
74
Sense:external:sync[:State] <Boolean
74
Sense:external:sync:phase <Nrf
74
Sense:external:sync:difference <Cpd>,<Nrf
75
Chapter13 Load Protect Subsystem
76
[Source:]Current:protection:state <Boolean
76
[Source:]Current:protection[:Level] <Nrf
76
[Source:]Current:protection:delay <Nrf
77
[Source:]Current:peak:protection[:Level] <Nrf
78
[Source:]Current:peak:protection:delay <Nrf
78
[Source:]Power:protection:state <Boolean
79
[Source:]Power:protection[:Level] <Nrf
79
[Source:]Power:protection:delay <Nrf
79
[Source:]Voltage:under:protection:state <Boolean
80
[Source:]Voltage:under:protection[:Level] <Nrf
80
[Source:]Voltage:under:protection:delay <Nrf
81
[Source:]Voltage:peak:protection[:Level] <Nrf
81
Chapter14 Source Subsystem
82
[Source:]Function <CPD1
82
[Source:]Function:catalog
83
[Source:]Upfactor[:State] <Boolean
83
[Source:]Current[:Level][:Immediate][:Amplitude][:Ac] <Nrf+>[,Nrf+][,Nrf+]
83
[Source:]Current[:Level][:Immediate][:Amplitude]:DC <Nrf+>,[Nrf+],[Nrf+]
84
[Source:]Current:slew[:Ac] <Nrf+>[,Nrf+][,Nrf+]
84
[Source:]Current:slew:DC <Nrf
85
[Source:]Resistance[:Level][:Immediate][:Amplitude] <Nrf+>[,Nrf+][,Nrf+]
85
[Source:]Power[:Level][:Immediate][:Amplitude] <Nrf+>[,Nrf+][,Nrf+]
85
[Source:]Kva[:Level][:Immediate][:Amplitude] <Nrf+>[,Nrf+][,Nrf+]
86
[Source:]Pshift[:Level][:Immediate][:Amplitude] <Nrf+>[,Nrf+][,Nrf+]
86
[Source:]Cfactor[:Level][:Immediate][:Amplitude] <Nrf+>[,Nrf+][,Nrf+]
87
[Source:]Voltage[:Level][:Immediate][:Amplitude] <Nrf
87
[Source:]Ce:peak:current <Nrf+>[,Nrf+][,Nrf+]
88
[Source:]Ce:type <CPD
88
[Source:]Ce:ta:r <Nrf+>[,Nrf+][,Nrf+]
88
[Source:]Ce:ta:rl <Nrf+>[,Nrf+][,Nrf+]
89
[Source:]Ce:ta:l <Nrf+>[,Nrf+][,Nrf+]
89
[Source:]Ce:ta:rc <Nrf+>[,Nrf+][,Nrf+]
89
[Source:]Ce:ta:C <Nrf+>[,Nrf+][,Nrf+]
90
[Source:]Ce:ta:l:ainitial <Nrf+>[,Nrf+][,Nrf+]
90
[Source:]Ce:tb:r <Nrf+>[,Nrf+][,Nrf+]
90
[Source:]Ce:tb:rs <Nrf+>[,Nrf+][,Nrf+]
91
[Source:]Ce:tb:l <Nrf+>[,Nrf+][,Nrf+]
91
[Source:]Ce:tb:C <Nrf+>[,Nrf+][,Nrf+]
91
[Source:]Ce:tb:C:vinitial <Nrf+>[,Nrf+][,Nrf+]
92
[Source:]Ce:tb:D:voltage <Nrf+>[,Nrf+][,Nrf+]
92
Chapter15 Input Subsystem
93
Input:coupling <CPD
93
Input:phase:loss <STATE
93
Input:line:connection <CPD
93
Input <State
94
Input:rectified[:State] <Boolean
94
Input:integrity <CPD
95
Input:protection:clear
95
Input:protection:wdog[:State] <State
95
Input:protection:wdog:delay <Time
96
Input:regulation:speed <CPD
96
Input:off:mode <CPD
96
Input:on:phase:mode <CPD
97
Input:on:phase:level <Nrf
97
Input:off:phase:mode <CPD
98
Input:off:phase:level <Nrf
98
Input:balance[:State] <Boolean
99
Chapter16 ARB Subsystem
101
List:state
101
List:repeat <NR1
101
List:terminate <CPD
101
List:rstate
102
List:recall <String
102
List:step:count
103
List:clear
103
LIST:STEP <Nr1>,<String
103
LIST:STEP:ITEM <Nr1>,<Nr1>,<Nrf
105
LIST:STEP:ITEM? <Nr1>,<Item
106
List:name
107
List:save <Filename
107
List:configure
107
List:create
107
List:file:number
107
LIST:FILE:NAME? <Index
108
List:file:delete <Filename
108
List:step:jump <Nr1
108
List:function <CPD
109
List:DCCV:state <Boolean
109
List:DCCV:voltage <Nrf
109
Chapter17 Surgesag Subsystem
111
Surgesag:mode <Mode
111
Surgesag:phase:start <Nrf
111
Surgesag:phase:width <Nrf
112
Surgesag:action <Action
112
Surgesag:symmetry <Bool
113
Surgesag:repeat:count <NR1
113
Surgesag:period:count <NR1
114
Surgesag:value:select <Mode
115
Surgesag:value:percent <Nrf
115
Surgesag:value:setting <Nrf
116
Surgesag:chan:enable <A|B|C|AB|AC|BC|ABC
116
Surgesag:save <String
117
Surgesag:recall <String
117
Surgesag:state
117
Chapter18 Waveform Subsystem
118
Waveform[:Immediate] <Waveform>,[Waveform],[Waveform]
118
Pwaveform[:Immediate] <Phase/Chan>,<Waveform
119
Waveform:edit:parameter <Phase/Chan>,<Percent1
119
Waveform:edit:thd:clear
120
Waveform:edit:thd:import <Filename
120
Waveform:edit:thd:formula <Formula
121
Waveform:edit:thd:data <Order>,<String
121
Waveform:edit:thd:save:local <Filename
121
Waveform:edit:thd:save:udisk <Filename
122
Waveform:edit:userdefine:clear
122
Waveform:edit:userdefine:import <Filename
122
Waveform:edit:userdefine:mode <Symmtery
123
Waveform:edit:userdefine:data <Index>,<Normalization
123
Waveform:edit:userdefine:save:local <Filename
124
Waveform:edit:userdefine:save:udisk <Filename
124
Chapter19 Sweep Subsystem
125
Sweep:function <Mode
125
Sweep:level:start <Nrf+>[,<Nrf+>,<Nrf+>]
125
Sweep:level:stop <Nrf+>[,<Nrf+>,<Nrf+>]
126
Sweep:level:step <Nrf+>[,<Nrf+>,<Nrf+>]
126
Sweep:time:step <Nrf
127
Sweep:mode <Mode
127
Sweep:waveform <Name
128
Sweep:waveform:parameter <Nrf
128
Sweep:pshift <Nrf
129
Sweep:terminate <Mode
129
Sweep:trig:source <Mode
130
Sweep:step:repeat <NR1
130
Chapter20 IEEE-488 Common Commands
132
Cls
132
Ese
132
Ese
133
Esr
133
Idn
133
Opc
134
Rst
134
Sre <Nr1
134
Stb
135
Psc
135
Sav
136
Rcl
136
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ITech IT8200 Series User Manual (147 pages)
Regenerative AC/DC Electronic Load
Brand:
ITech
| Category:
Power Supply
| Size: 5 MB
Table of Contents
Limitation of Warranty
3
Safety Symbols
3
Warranty
3
Environmental Conditions
5
Regulatory Markings
5
Waste Electrical and Electronic Equipment ( WEEE) Directive
6
Compliance Information
7
Table of Contents
8
Chapter1 Overview
11
Brief Introduction
11
Models and Options
12
Optional Accessories
13
Instrument Size Introduction
13
Chapter2 Instrument Introduction
19
Unpacking and Transportation
19
Verifying the Shipment
20
Front Panel
21
Keyboard
21
Push-On Knob
23
Rear Panel
23
Chapter3 Installation
25
Connectiong the Power Cord
25
Connecting Test Lines ( Optional)
28
Installing Fiber Cables (Only for IT8230-350-180)
32
Chapter4 Getting Started
34
Power-On the Instrument
34
Home-Screen Overview
35
Set Load Parameters
38
Input On/Off Control
39
Chapter5 Operation And Application
40
Select Phase
40
Select the Input Mode
40
AC Input Mode
41
DC Input Mode
41
AC Load Function
41
Constant Current Mode (CC)
41
Constant Resistance Mode (CR)
43
Constant Power Mode (CP)
44
Constant Apparent Power Mode (CS)
45
Constant Current +Constant Resistance (CC+CR)
47
Circuit Emulation (CE)
48
DC Load Function
49
Constant Current Mode (CC)
50
Constant Resistance Mode (CR)
50
Constant Voltage Mode (CV)
50
Constant Power Mode (CP)
50
Complex Operation Mode
51
Rectified Mode
53
Waveform Selection
56
C Phase Loss
57
Three-Phase Unbalance Simulation
57
Load Angle and Unload Angle Control
57
Sweep Function
58
Synchronization Function
60
Chapter6 System-Related Functions
62
System Menu Reference
62
Menu Function
66
Set the Communication Interface
68
View the System Information
68
Configuration Menu Reference
68
Key Lock Function
69
Switching Local/Remote Mode
69
Save and Recall Operations
69
Protection Function
70
Out-Of-Range Frequency Protection
71
Undervoltage Protection
71
Peak over Voltage Protection
71
Rms Ocp
72
Peak over Current Protection
72
Over-Power Protection (OPP)
73
Over-Temperature Protection (OTP)
73
Screen Capture Function
73
Trigger Function
73
Query the System Log
74
Query the Energy
74
Set Parallel Operation Mode
74
Remote Measurement Function
77
Digital I/O Function
77
Analogue Function (Ext-Program) (Optional)
80
Chapter7 Measurement Functions
84
Meter Mode
84
Oscilloscope Mode
85
Harmonic Measurement
87
Recorder Function
89
Chapter8 Configuration Arbitrary Waveform
90
List Function
90
Create a New List File
90
Select/Run List File
92
Import/Export List File
93
Setting of Surge/Sag Configuration
93
Self-Defined Waveform Function
95
Thd
95
Selfdefined
97
Chapter9 Technical Specifications
99
Main Technical Parameters
99
It8203-350-30U
99
It8205-350-30U
101
It8206-350-90
103
It8209-350-90
105
It8212-350-90
108
It8215-350-90
110
It8230-350-180
112
It8245-350-270
115
It8260-350-360
117
It8275-350-450
119
It8290-350-540
122
It82105-350-630
124
It82120-350-720
126
It82135-350-810
130
It82150-350-900
132
It82165-350-990
135
Supplemental Characteristics
137
Chapter10 Remote Control
138
USB Interface
138
LAN Interface
138
CAN Interface
141
GPIB Interface (Optional)
142
Interface (Optional)
143
Commonly Used Commands Overview
144
Demo Software Introduction
145
Appendix
146
Specifications of Red and Black Test Lines
146
ITech IT8200 Series Programming Manual (16 pages)
Programmable DC Electronic Load
Brand:
ITech
| Category:
Network Hardware
| Size: 0 MB
Table of Contents
Limitation of Warranty
3
Safety Signs
3
Warranty & Service
3
Warranty Service
3
Safety Precautions
4
Environmental Conditions
5
Regulatory Markings
5
Waste Electrical and Electronic Equiment (WEEE) Directive
5
Compliance Information
7
EMC Standard
7
Safety Standard
7
Table of Contents
8
Chapter1 Communication Interfaces
9
Communication Modules Introduction
9
Communication with PC
9
DB9 Serial Port
10
Chapter2 Communication Order
11
Chapter3 Communication Protocol
12
Regular Command
12
Set Control Mode(20H
12
Set the Input On/Off State
12
Set / Read Max Input Voltage(22H/23H
12
Set / Read the Max Input Current (24H/25H
12
Set / Read Max Input Power(26H/27H
13
Select / Read Operation Mode(CC/CV/CR) of Electronic Load(28H/29H
13
Set / Read Current Value of CC Mode(2Ah/2Bh
13
Set / Read Voltage Value of CV Mode.(2Ch/2Dh
14
Set / Read Resistance Value CR Mode(30H/31H
14
Set Communication Address (54H)
14
Enquire the State of Remote Sense Mode (57H)
15
Read Input Voltage, Current, Power and Relative State. (5FH)
15
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