RS PRO RSPS-6030 Manuals

Manuals and User Guides for RS PRO RSPS-6030. We have 1 RS PRO RSPS-6030 manual available for free PDF download: User Manual

RS PRO RSPS-6030 User Manual (181 pages)

Brand: RS PRO | Category: Power Supply | Size: 3 MB

Table of Contents
2
Safety Instructions
4
Safety Symbols
4
Safety Guidelines
5
Power Cord for the United Kingdom
8
Overview
10
Introduction
10
Key Features
12
Front Panel
14
Rear Panel
19
Constant Voltage/Constant Current Crossover Characteristics
21
Getting Started
22
Start up
23
Load Connection
24
Select Front/Rear Panel Output
25
Turning the Output On/Off
26
Basic Operation
28
Display Change
28
Display Area
28
Source Function
31
Independent Output Mode
36
Tracking Series and Tracking Parallel Modes
37
Load Function
43
Sequence Function
47
Set Sequence Output
47
Set Sequence Output
49
Set Group Parameter
51
Construct Templet
52
Menu Tree
55
Save and Recall
57
Delay Function
59
Set Delay Output
59
Set Group Parameter
62
Menu Tree
64
Save and Recall
66
Monitor Function
68
Set Monitor
68
Recorder Function
71
Set Recorder
71
External I/O Control
74
Key Function Description
75
File Operation
78
Save/Recall
79
Restore Factory Default Settings
82
System Settings
83
System Information
84
System Settings
85
Firmware Upgrading
87
Description of Using Flash Drive
88
Remote Control
90
Connection Usage
90
Usb
91
Lan
93
Command Syntax
97
Command List
101
Command Details
108
Measurement Commands
108
Measurement :Measure[1|2|3] :<Function
108
Commands :Measure[1|2|3]:All
108
Measure:<Function>:All
108
Vout<X
109
Iout<X
109
Display :Display:enable <B
109
Commands :Display:enable
109
Display:brightness <Nrf
110
Display:brightness
110
Display:type {1|2|4|5|6|7
110
Display:type
110
Output Commands
111
Output :Output[1|2|3][:State] <B
111
Commands :Output[1|2|3][:State]
111
Allouton
111
Alloutoff
111
Out<Boolean
111
Route:terminals {Front/Rear
112
Route:terminals
112
Output[1|2|3]:Ovp:state <B
112
Output[1|2|3]:Ovp:state
112
Output[1|2|3]:Ovp:triger
112
Output[1|2]:Ovp <Value
113
Output[1|2|3]:Ovp
113
Output[1|2|3]:Ocp:state <B
113
Output[1|2|3]:Ocp:state
113
Source and Load Commands
114
Output[1|2|3]:Ocp:triger
114
Output[1|2]:Ocp <Value
114
Output[1|2|3]:Ocp
114
Source[1|2]:Current <Nrf
115
Iset<X>:<Nr2
115
Source[1|2]:Current
115
Iset<X
115
Source[1|2]:Current[:Limit]:State
115
Source[1|2]:Voltage < Nrf
116
Vset<X>:<Nr2
116
Source[1|2]:Voltage
116
Vset<X
116
Source[1|2]:Resistor < Nrf
117
Source[1|2]:Resistor
117
Source:current:all
117
Source:voltage:all
117
Output:series{On|Off}[,Fast]
117
Output:parallel {ON|OFF}[,FAST]
118
Track<Nr1
118
Load[1|2]:CV {On|Off}[,Fast]
118
Load[1|2]:CC {On|Off}[,Fast]
118
Load[1|2]:Cr {On|Off
119
Mode[1|2]
119
LOAD[1|2]: Resistor <Nrf
119
LOAD[1|2]: Resistor
119
Load:display {Low|Middle|High
120
Load:display
120
Delay[1|2]:Cycles {N|I}[,<Value>]
120
Delay[1|2]:Cycles
120
Delay[1|2]:Endstate {ON|OFF|LAST
121
Delay[1|2]:Endstate
121
Delay[1|2]:Groups <Nrf
121
Delay[1|2]:Groups
121
Delay[1|2]:Parameter? <No>[,<Count>]
122
Delay[1|2]:Restart
122
Delay[1|2]:Start <Value
122
Delay[1|2]:Start
123
Delay[1|2][:State] {ON|OFF
123
Delay[1|2] [:State]
123
Delay[1|2]:State:generate {01P|10P
123
Delay[1|2]:State: Generate
124
Delay[1|2]:Stop {None|<V|>V|=V|<C|>C|=C|<P|>P|=P}[,<Value>]
124
Delay[1|2]:Stop
124
Delay:synchronize {ON|OFF
125
Delay[1|2]:Time:generate {Fix|Inc|Dec}[,<Value0>[,<Value1>]]
125
Delay[1|2]:Time:generate
126
Delay[1|2]:Memory:save
126
Delay[1|2]:Memory:load {0|1|2|3|4|5|6|7|8|9
126
Delay[1|2]:Usb:save <Dest
126
Delay[1|2]:Usb:load <Dest
127
Monitor[1|2]:Current:condition
127
C|>C|=C|None},{And|Or|None
127
Monitor[1|2]:Current:condition
128
Monitor[1|2]:Current[:Value] {<Value>|Minimum|Maximum
128
Monitor[1|2]:Current[:Value]
128
Monitor[1|2]:Power:condition {<P|>P||=P|NONE
128
Monitor[1|2]:Power:condition
129
Monitor[1|2]:Power[:Value] {<Value>|Minimum|Maximum
129
Monitor[1|2]:Power[:Value]
129
Monitor[1|2][:State] {ON|OFF
129
Monitor[1|2][:State]
129
Monitor[1|2]:Stopway {OUTOFF|ALARM
130
Beeper},{On|Off
130
Monitor[1|2]:Stopway
130
Monitor[1|2]:Voltage:condition {<V|>V|=V|NONE},{AND|OR|NONE
130
Monitor[1|2]:Voltage:condition
131
Monitor[1|2]:Voltage[:Value]
131
Recorder[1|2]:Path
131
Recorder[1|2]:Memory{0|1|2|3|4|5|6|7|8|9
131
Recorder[1|2]:Usb <Dest
132
Recorder:period <Value
132
Recorder:period
132
Recorder [:State] {ON|OFF
133
Recorder [:State]
133
Recorder:groups <Value
133
Recorder[1|2]:Groups
133
Recorder[1|2]:Enable {ON|OFF
134
Recorder[1|2]:Enable
134
Sequence[1|2]:Cycles {N|I}[,<Value>]
134
Sequence[1|2]:Cycles
134
Sequence[1|2]:Endstate {OFF|LAST
134
Sequence[1|2]:Endstate
135
Sequence[1|2]:Groups <Value
135
Sequence[1|2]:Groups
135
Sequence[1|2]:Parameter<No>,<Volt> ,<Curr>,<Time
135
Sequence[1|2]:Parameter? <No>,< Count
136
Sequence[1|2]:Restart
137
Sequence[1|2]:Start <Value
137
Sequence[1|2]:Start
137
Sequence[1|2][:State] {ON|OFF
137
Sequence[1|2] [:State]
138
Sequence:synchronize {ON|OFF
138
Sequence[1|2]:Templet:construct
138
Sequence[1|2]:Templet:fallrate
138
Sequence[1|2]:Templet:interval <Value
139
Sequence[1|2]:Templet:interval
139
Sequence[1|2]:Templet:invert {ON|OFF
139
Sequence[1|2]:Templet:invert
139
Sequence[1|2]:Templet:maxvalue {<Value>|Minimum|Maximum
140
Sequence[1|2]:Templet:maxvalue
140
Sequence[1|2]:Templet:minvalue {<Value>|Minimum|Maximum
140
Sequence[1|2]:Templet:minvalue
141
Sequence[1|2]:Templet:object {V|C
141
Sequence[1|2]:Templet:object
141
Sequence[1|2]:Templet:points <Value
141
Sequence[1|2]:Templet:points
141
Sequence[1|2]:Templet:riserate <Value
142
Sequence[1|2]:Templet:riserate
142
Sequence[1|2]:Templet:select
142
Sine|Pulse|Ramp|Up|Dn|Updn|Rise|Fall
142
Sequence[1|2]:Templet:symmetry <Value
142
Sequence[1|2]:Templet:symmetry
142
Sequence[1|2]:Templet:width <Value
143
Sequence[1|2]:Templet:width
143
Sequence[1|2]:Templet:start
143
Sequence[1|2]:Memory:save {0|1|2|3|4|5|6|7|8|9
143
Sequence[1|2]:Memory:load {0|1|2|3|4|5|6|7|8|9
144
Sequence[1|2]:Usb:save <Dest
144
Sequence[1|2]:Usb:load <Dest
144
On|Off
145
Trigger:in[:Enable]?{D0|D1|D2|D3|D4
145
Trigger:in:response{D0|D1|D2|D3|D4},{On|Off ||TOGGLE|POWER|CV|CC|CR|IND|SER|PAR
145
Trigger:in:response? {D0|D1|D2|D3|D4
146
Trigger:in:sensitivity? {D0|D1|D2|D3|D4
147
Trigger:in:source {D0|D1|D2|D3|D4
147
Ch1|Ch2|Ch3},{On|Off
147
Trigger:in:type
148
D0|D1|D2|D3|D4},{Rise|Fall|High|Low|State
148
Trigger:in:type?{D0|D1|D2|D3|D4
148
Trigger:out:condition? {D0|D1|D2|D3|D4
149
Trigger:out[:Enable] {D0|D1|D2|D3|D4},{ON|OFF
150
Trigger:out[:Enable]?{D0|D1|D2|D3|D4
150
Trigger:out:polarity
150
D0|D1|D2|D3|D4},{Positive|Negative
150
Trigger:out:polarity? {D0|D1|D2|D3|D4
150
Trigger:out:source {D0|D1|D2|D3|D4},{CH1|CH2|CH3
151
Trigger:out:source?{D0|D1|D2|D3|D4
151
Trigger:out:state [D0|D1|D2|D3|D4,]
151
On|Off
151
Status Commands
152
Status
152
Status:preset
152
Status:operation[:Event]
152
Status:operation:condition
152
Status:operation:enable <Nrf
153
Status:operation:enable
153
Status:measurement[:Event]
153
Status:measurement:enable <Nrf
153
Status:measurement:condition
154
Status:questionable[:Event]
154
Status:questionable:condition
154
Status:questionable:enable <Nrf
154
Status:questionable:enable
155
Status:queue[:Next]
155
Status:queue:enable <List
155
Status:queue:enable
155
Status:queue:disable <List
156
Status:queue:disable
156
System Commands
157
Status:queue:clear
157
System:version
157
System:error
157
System:clear
157
System:posetup <Name
158
System:posetup
158
System:communicate:lan:dhcp[:State] <B
158
System:communicate:lan:dhcp[:State]
158
System:communicate:lan:ipaddress
158
Ipaddress
158
System:communicate:lan:ipaddress
159
System:communicate:lan:smask<Mask
159
System:communicate:lan:smask
159
System:communicate:lan:gateway
159
Ipaddress
159
System:communicate:lan:gateway
160
System:communicate:lan:manualip
160
[:State] <B
160
System:communicate:lan:apply
160
System:remote
161
System:beeper:state <B
161
Turn the Buzzer on or off
161
Beep<Boolean
161
System:beeper:state
161
System:local
161
Local
162
System:language [Chinese|English]
162
System:language
162
System:baudrate:usb [9600|19200|38400|57600|115200]
162
System:baudrate:usb
162
System:baudrate:rs232
163
Baud<Nr1
163
Help
163
System Related Commands
164
Idn
164
Rst
164
SAV <Nrf
164
Sav<Nr1
165
RCL <Nrf
165
Rcl<Nr1
165
SCPI Status Registers SCPI
166
Event Registers
167
Enable Registers
167
Status Byte Register
167
Standard Event Register
169
Status Byte Register Commands
170
SRE <Allowed Values
170
Sre
170
Standard Event Register Commands
171
Stb
171
Ese<Allowed Values
171
Ese
171
Esr
171
Other Status Register Commands
172
Cls
172
Opc
172
Errors
173
Error Message
173
Command Errors
173
Appendix
176
Replacing the Fuse
177
Specifications
178

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RS PRO RSPS-6030 User Manual (181 pages)

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