Variable-switching System Regulated DC Power Supplies PVS Series

Variable-switching System Regulated DC Power Supplies PVS Series
Internet
http://www.kikusui.co.jp/
DC Power Supply
Variable-switching System
Regulated DC Power Supplies
PVS Series
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Constant-voltage/constant-current 1200 W and 2800 W types, 36 models in all
Maximum rated output voltage of 600 V / maximum rated output current of 300 A
Low-profile design that improves mounting efficiency
Ideal for use as rack-mounted power supplies capable of handling burn-in,
aging, and other applications
DC POWER SUPPLY
Full-Fledged Rack-Mounted Power Supplies
PVS series
The features we pursued for
rack-mounted power supplies
The PVS Series is a series of variable-output switching DC
power supplies with excellent electrical performance and
reliability and has a wide range of constant-voltage (CV)
and constant-current (CC) output operation regions. It
includes two types of models with output capacities of
1200 W and 2800 W, and each model in the series has a
different maximum output voltage (7.5 V to 600 V).
Moreover, the series has the capabilities required to form a
system, such as external control, protection, and
monitoring functions and a GPIB interface (for models with
the GPIB feature). The series comprises 36 models in all.
Featuring a low-profile configuration suitable for rack
mounting, the PVS Series power supplies can be installed
in a limited space in a rack. This enables space-saving as
well as efficient use of racks. The PVS Series power
supplies may be used for aging tests of electronic devices
such as chips, capacitors, and PDPs, and may also be
used to power measurement and control systems.
Performance and Features
■ Low-profile design
1200 W type: about 44 mm high 2800 W type: about 88 mm
high
■ Voltage and current presetting
10-turn helical potentiometers are used for both voltage and
current control knobs. (Voltage setting resolution: 0.02% of
maximum V)
■ Simultaneous voltage and current display
Digital display shows 3.5 digits using large red LEDs
■ Remote control using external voltage
Output voltage and current can be controlled using an
external voltage source (0 to 5 V DC or 0 to 10 V DC).
■ Remote control using an external resistor
Output voltage and current can be controlled using an
external resistor (0 to 5 kΩ or 0 to 10 kΩ).
■ Output ON/OFF control
ON/OFF of output can be controlled using an external 0/5 V
signal.
* The units installed in
Rack-mounting.
Thirty-six models,
The PVS Series offers
44/88mm 7.5to600
Low-Profile Design
■ PC-based Control
Extensive Line-Up
● Conceptual diagram of GPIB connection
●GPIB Control
You can control the power supplies using a PC through the
GPIB interface (only for models with the GPIB feature).
Since all commands required for power supply systems are
provided, including setting of output voltage and current,
you can configure a full-fledged power supply system with
capabilities such as read-back of output voltage and current,
and alarm outputs.
●Power Controller-Based Control
You can use a Kikusui PIA4800 Series power supply
controller to control the power supplies. This configuration
allows you to set the output voltage and current and read
them back *1.
Moreover, multi-channel control and remote control from up
to 200 m are available, allowing you to configure a highly
flexible power supply system.
*1 Possible when OP01-PLA control board is used
* For more information, see the catalog for the PIA4800 Series
power supply controller.
PVS Series (with GPIB interface)
GPIB
● Conceptual diagram of connection using a power supply
controller (basic system)
GPIB
or
RS-232C
PIA4810
PVS Series
SLOT IN
A single control board (OP01-PIA or OP02-PIA)
can be used to control two channels
(a maximum of four boards can be installed).
● Conceptual diagram of connection using a power supply
controller (remote control system)
PIA4830
GPIB
or
RS-232C
PIA4820
PVS Series
TP-BUS
200m
SLOT IN
A single control board (OP01-PIA or OP02-PIA)
can be used to control two channels
(a maximum of four boards can be installed).
all featuring space-saving construction
a wide range of specifications.
00V 1200/2800W
■1200W type
High Power with a Margin
Rear Panel
■ Parallel operation (simple parallel)
1
The same models can be connected in parallel to increase the
current capacity.
■ Series operation (simple series)
2
3
The same models can be connected in series to increase the
output voltage.
* When the power supplies are connected in series, the total
output voltage must be 600 V or less.
6
7
4
■ Remote sensing
1200W model
This feature prevents voltage drop resulting from the loadwire resistance or deterioration of stability caused by contact
resistance. Remote sensing compensates a voltage drop of
about 5 V for go and return when the voltage at the rear
output terminals is within the rated range. Remote sensing
is also available during parallel operations.
1
* Supply voltage to the actual load is the value obtained by
subtracting the line voltage drop from the output voltage at
the DC output terminals.
■ Monitor output
7
2
3
5
■2800W type
6
4
A monitoring output of 0 to 10 V is output relative to an
output voltage of 0 V to rating and an output current of 0 A
to rating. (Accuracy: 1%)
2800W model
and high power.
1 AC input terminals (wire clamping connector)
2 Power cable strain relief
3 DC output bus bar
(Wire clamping connector for the 60-600 V output model of 1,200 W
type and the 150-600 V output model of 2,800 V type)
4
5
6
7
Bus bar shield
GPIB interface (only for models with GPIB feature)
External analog control and monitor output terminals
Sensing terminals
Full-size photo
1200W type
* The bracket for rack mounting is
equipped with the unit of 1200W type
as standard (both "inch size" and
"millimeter size")
The bracket for rack mounting comes
with the unit of 2800W type for "inch
size". ("millimeter size" is optional)
Line-Up/Main Specifications
Output
Model
PVS7.5-140
PVS7.5-140(with GPIB)
PVS12-100
PVS12-100(with GPIB)
PVS20-60
PVS20-60(with GPIB)
PVS40-30
PVS40-30(with GPIB)
PVS60-20
PVS60-20(with GPIB)
PVS100-12
PVS100-12(with GPIB)
PVS150-8
PVS150-8(with GPIB)
PVS300-4
PVS300-4(with GPIB)
PVS600-2
PVS600-2(with GPIB)
CV
CC
Ripple
V
A
mVrms
0 to 7.5
0 to 140
10
5.75
11
3
100/100
0.8
72
110
0 to 12
0 to 100
10
8
14
3
100/100
0.8
52
80
0 to 20
0 to 60
10
12
20
3
100/100
0.5
32
50
0 to 40
0 to 30
10
22
35
3
100/100
0.5
17
27.5
0 to 60
0 to 20
10
32
50
3
100/100
0.5
12
20
0 to 100
0 to 12
10
52
80
3
170/170
0.2
8
14
0 to 150
0 to 8
20
77
118
3
170/170
0.2
6
11
0 to 300
0 to 4
30
152
230
3
170/170
0.2
4
8
0 to 600
0 to 2
80
302
455
3
170/170
0.2
3
6.5
CV
CC
Ripple
V
A
mVrms
0 to 7.5
0 to 300
10
5.75
11
3
100/100
1.6
152
230
0 to 12
0 to 220
10
8
14
3
100/100
1.5
112
170
0 to 20
0 to 130
10
12
20
3
100/100
1.4
67
103
0 to 40
0 to 70
15
22
35
3
100/100
1
37
58
0 to 60
0 to 46
15
32
50
3
100/100
0.9
25
40
0 to 100
0 to 28
25
52
80
3
170/170
0.8
16
26
0 to 150
0 to 18
25
77
118
3
170/170
0.1
11
19
0 to 300
0 to 9
40
152
230
3
170/170
0.07
6.5
12
0 to 600
0 to 4
100
302
455
3
170/170
0.03
4
8
Output
Model
PVS7.5-300
PVS7.5-300(with GPIB)
PVS12-220
PVS12-220(with GPIB)
PVS20-130
PVS20-130(with GPIB)
PVS40-70
PVS40-70(with GPIB)
PVS60-46
PVS60-46(with GPIB)
PVS100-28
PVS100-28(with GPIB)
PVS150-18
PVS150-18(with GPIB)
PVS300-9
PVS300-9(with GPIB)
PVS600-4
PVS600-4(with GPIB)
CV (constant voltage) characteristics
CC (constant current) characteristics
Line
Load
Transient
Line
Load
2
Rise / fall time* Ripple
regulation regulation response*1
regulation regulation
mV
mV
ms or less ms(at full load)
A rms
mA
mA
CV (constant voltage) characteristics
CC (constant current) characteristics
Line
Load
Transient
Line
Load
2
Rise
/
fall
time*
Ripple
regulation regulation response*1
regulation regulation
mV
mV
ms or less ms(at full load) A rms
mA
mA
*1: Recovery time taken for the output voltage to settle within a variation range of 0.5% of the previous level after the occurrence of stepwise
changes in the load current value covering 10% to 90% of the rated output. Note that the output voltage is between 50% and 100% of the rating.
*2: When measured using a 0-10 V stepwise analog programming power supply and a resistive load
Common Specifications
Input power
Input current
Voltage to ground
Power factor
Efficiency
1200 W type
Single phase, 85 to 130 V AC or
190 to 264 V AC (automatic switching), 47 to 63 Hz
24 A max. (100 V AC), 14 A max. (200 V AC)
±600 V DC
0.65 minimum (at maximum load and 100 V AC),
0.55 minimum (at maximum load and 200 V AC)
0.78(PVS7.5-140) / 0.81(PVS712-100,PVS20-60) / 0.83(PVS40-30) /
0.85(PVS600-2) / 0.84 (models other than that noted)
Switching frequency
Normally 78 kHz (7.5-100 V models);
normally 62.5 kHz (150-600 V models)
Meter indication
Voltmeter error:1% of max. V + 1 digit,
ammeter error:1% of max. I + 1 digit
Cooling system
Forced air cooling using fans, exhaust from the rear
Terminal configuration
AC input: three-terminal wire clamping connector
DC output: Steel bus bar (7.5-40 V models)
Four-terminal wire clamping connector (60-600 V models)
Sensing: Five-terminal wire clamping connector
External analog control: 15-terminal wire clamping connector
Environmental conditions
Operating ambient temperature range: 0° to +50°C
Storage ambient temperature range: -20° to +70°C
Humidity range: 30% to 90% R.H, no condensation allowed
Insulation resistance
Chassis to input power: 500 V DC, 30 MΩ or more
(when measured at an ambient humidity of 70% or less)
Chassis to output power: 1,000 V DC, 20 MΩ or more
(when measured at an ambient humidity of 70% or less)
Dielectric strength
Input power to output terminals and input power to chassis:
There must be no abnormality at 1,500 V AC for 1 minute.
Dimensions
431.8 (483) W × 43.4 H × 444 (625) D mm*
Weight
Approx. 8.2 kg
* Values in parentheses indicate the maximum dimensions including protrusions such as brackets.
2800 W type
Single phase, 190 to 264 V AC, 47 to 63 Hz
25 A max. (200 V AC)
Same as left
0.65 minimum (at maximum load and 200 V AC)
0.80(PVS7.5-300) / 0.82(PVS12-220) / 0.85(PVS20-130) /
0.87(PVS40-70) / 0.90(PVS60-46,PVS100-28,PVS150-18) /
0.91(PVS300-9),(PVS600-4)
Normally 31 kHz (for all models)
Same as left
Same as left
AC input: three-terminal wire clamping connector
DC output: Steel bus bar (7.5-100 V models)
Four-terminal wire clamping connector (150-600 V models)
Sensing: Five-terminal wire clamping connector
External analog control: 15-terminal wire clamping connector
Same as left
Same as left
Same as left
431.8 (483) W × 87.63 H × 444 (625) D mm*
Approx. 15 kg
Dimensions and Options
43.4
31.7
1200W type
431.8
463.8
483
444
MAX30
MAX625
87.63
76.2
2800W type
431.8
463.8
483
Item Name
Bracket
Support angle
Blank panel
Model
KRB100-PVS
KRB1-PVS
BP1H
BP191-M
MAX30
444
MAX625
Remarks
For 2,800 W type and mm size (JIS compatible)
For rack mounting of the PVS Series (applicable to Kikusui RC322/KRO Series)
Blind panel with a standard rack width of 19" and mm-size height (50 mm)
Blind panel with a standard rack width of 19" and inch-size height (44.45 mm)
* To mount the PVS1200W type in an EIA standard rack, a maximum of 2 units can be stacked, keeping space for 1 unit above and below,(Note:No keeping space for the
PVS2800W type.)
●These products are manufactured by XANTREX (Canada).
●Distributor:
KIKUSUI ELECTRONICS CORP.
1-1-3,HIGASHIYAMATA,TSUZUKI-KU,YOKOHAMA, 224-0023, JAPAN
TEL:(045)593-7570, Fax:(045)593-7571
Internet:http://www.kikusui.co.jp/
■ All products contained in this catalogue are equipment and devices that are premised on use under the supervision of qualified personnel, and are not designed or produced for home-use or use by
general consumers. ■ Specifications, design and so forth are subject to change without prior notice to improve the quality. ■ Product names and prices are subject to change and production may be
discontinued when necessary. ■ Product names, company names and brand names contained in this catalogue represent the respective registered trade name or trade mark. ■ Colors, textures and
so forth of photographs shown in this catalogue may differ from actual products due to a limited fidelity in printing. ■ Although every effort has been made to provide the information as accurate as
possible for this catalogue, certain details have unavoidably been omitted due to limitations in space. ■ If you find any misprints or errors in this catalogue, it would be appreciated if you would inform
us. ■Please contact our distributors to confirm specifications, price, accessories or anything that may be unclear when placing an order or concluding a purchasing agreement.
Printed in Japan
Issue:May.2002
2002053KPEC31
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