ES 150 - se ries

ES 150 - se ries
P.O. BOX 27
4300 AA ZIERIKZEE
NETHERLANDS
TEL. +31 111 413656
FAX +31 111 416919
www.DeltaPowerSupplies.com
ES 150 - series
150 watts DC POWER SUPPLIES
ES 015-10
0 - 15 V
0 - 10 A
ES 030-5
0 - 30 V
0-5A
ES 075-2
0 - 75 V
0-2A
ES 0300-0.45
0 - 300 V 0 - 450 mA
•
4 mm Safety Sockets
•
Very low output ripple
•
Weight only 1.7 kg
•
•
Stable output voltage or current
Wide input voltage range:
90 - 265 VAC, 48 - 62 Hz
•
Input / output insulation 3750 V rms
•
Active Power Factor Correction
•
Efficiency up to 84 %
•
EMC: high immunity and low emission
•
0 - 5 V analog programmable
(on both voltage and current)
•
Designed for long life at full power
•
Isolated analog programming with optional external ISO AMP MODULE to prevent earth loops
•
Protected against all overload and short circuit
conditions
•
Programming Inputs and Monitoring Outputs have
a very low offset
•
Voltage and current control with 10 turn
potentiometers, resolution 0.03 %
•
Ethernet or RS232 programming with optional
internal cards
•
•
Optional rear panel output connection
(option includes remote sensing)
IEEE488 programming with optional external
interface PSC-488
•
48 hours burn-in
DELTA ELEKTRONIKA BV
ES150
Output
voltage
current
ES 015-10
ES 030-5
ES 075-2
ES 0300-0.45
0 - 15 V
0 - 10 A
0 - 30 V
0-5A
0 - 75 V
0-2A
0 - 300 V
0 - 450 mA
Input
AC single phase, 48 - 62 Hz
90 - 265 V
1A
Input current @ 230 VAC
0.99 / 0.83
power factor, 110 / 230 VAC
full load
contact factory
DC
4 AT
internal fuses
6W
11 W
standby input power (Vo=Io=0)
standby input power (Vo=Vmax)
Efficiency
AC 230 V input, full load
AC 110 V input, full load
83 %
80 %
84 %
82 %
84 %
81 %
84 %
81 %
15 mV
2 mV
6 mV
2 mV
5 mV
5 mV
10 mV
10 mV
Regulation
Load 0 - 100%
internal sensing
optional external sensing
CV
Line 90 - 265 V AC
CV
0.2 mV
0.5 mV
1 mV
3 mV
Load 0 - 100%
CC
Line 90 - 265 V AC
CC
(internal voltage sensing)
3 mA
0.5 mA
1 mA
0.2 mA
0.5 mA
0.1 mA
0.3 mA
0.05 mA
CV
CV
0.5 mV
8 mV
0.6 mV
10 mV
1 mV
15 mV
7 mV
50 mV
CC
CC
1.5 mA
10 mA
0.5 mA
2 mA
0.1 mA
0.5 mA
0.03 mA
0.2 mA
10.10-5
10.10-5
10.10-5
12.10-5
Ripple + noise (full load)
rms (BW=300 kHz)
p-p
(BW=50 MHz)
(typical 30 mV)
rms
p-p
(BW=300 kHz)
(BW=50 MHz)
Temp. coeff., per °C
5.10-5
10.10-5
CV
CC
Stability after 1 hr warm-up
during 8 hrs
CV
CC
tamb = 25 ± 1 °C, Vin = 230 VAC
(internal voltage sensing for CC-stab.)
10.10-5
10.10-5
10.10-5
10.10-5
Analog Programming
CV
CC
Programming inputs
input range
accuracy
offset
temp. coeff. offset
input impedance
0-5V
± 0.2%
0 … + 3 mV (on 5 V)
10 μV / °C
1 MOhm
0-5V
± 0.8%
0 … + 10 mV (on 5 V)
60 μV / °C
1 MOhm
Monitoring output
output range
accuracy
offset
temp. coeff. offset
output impedance
0-5V
± 0.2%
– 1 … + 1 mV (on 5 V)
10 μV / °C
2 Ohm / max. 4 mA
0-5V
± 0.8%
– 10 … 0 mV (on 5 V)
60 μV / °C
2 Ohm / max. 4 mA
Reference voltage
on prog. connector
TC
Page 1 - 2
Vref
5.137 ± 10 mV (Ro = 2 Ohm, max. 4 mA)
50 ppm
SPECIFICATIONS
2001, rev. November 2007
ES150
DELTA ELEKTRONIKA BV
+12 V output
on prog. Connector
12 V ± 0.5 V
100 Ohm
Vo
Ro
Status output
CC - status
CC - operation
5 V / 5 mA = logic 1
with + 5 V, 1 mA or relay contact
Remote shutdown
CV-mode, CC-mode
Indicators (front panel)
Controls
Mains on/off, CV- and CC-potmeter
(front panel)
ES 015-10
ES 030-5
ES 075-2
ES 0300-0.45
Rise time (10 - 90%)
output voltage step
time, (100% load)
time, (10% load)
0 → 15 V
7 ms
3 ms
0 → 30 V
15 ms
6 ms
0 → 75 V
17 ms
7 ms
0 → 300 V
10 ms
4 ms
Fall time (90 - 10%)
output voltage step
time, (100% load)
time, (10% load)
15 → 0 V
7 ms
70 ms
30 → 0 V
15 ms
150 ms
75 → 0 V
17 ms
160 ms
300 → 0 V
10 ms
100 ms
ES 015-10
ES 030-5
ES 075-2
ES 0300-0.45
50 mV
250 mA/μs
100 μs
160 mV
50 mV
125 mA/μs
100 μs
160 mV
50 mV
70 mA/μs
100 μs
150 mV
200 mV
6 mA/μs
130 μs
700 mV
< 100 mOhm
< 200 mOhm
< 250 mOhm
< 5 Ohm
2 A rms
10 A peak
2 A rms
5 A peak
2 A rms
2 A peak
2 A rms
0.45 A peak
Programming speed
(resistive load)
Recovery time
recovery within
di/dt of load step
time, @ 50 - 100% load step
max. deviation
@ 230 VAC input voltage
Output impedance
CV, 0-100 kHz
Pulsating load
max. tolerable AC component
of load current
f > 1 kHz
f < 1 kHz
Insulation
input / output
creepage / clearance
3750 Vrms (1 min.)
8 mm
2500 Vrms
600 V DC
input / case
output / case
EN 60950 / EN 61010
Safety
EMC
Power Supply Standard
EN 61204-3,
Emission: residential, light industrial environment (CISPR22-Class B)
Immunity: industrial environment
Generic Emission
Generic Immunity
EN 61000-6-3, residential, light industrial environment (EN 55022 B)
EN 61000-6-2, industrial environment
Operating Temperature at full load
Humidity
– 20 to + 50 °C
derate output to 75% at 60 °C
max. 95% RH, non condensing, up to 40 °C
max. 75% RH, non condensing, up to 50 °C
– 40 to + 85 °C
Storage temperature
Thermal protection
Output shuts down in case of insufficient cooling
500 000 hrs
MTBF
2001, rev. November 2007
SPECIFICATIONS
Page 1 - 3
DELTA ELEKTRONIKA BV
ES150
Hold-Up time (230 VAC input)
Vout = 100% , Iout = 100%
Vout = 85% , Iout = 100%
Vout = 100% , Iout = 50%
25 ms
40 ms
60 ms
Turn on delay (230 VAC input)
after mains switch on
250 ms
10 A with NTC resistor 30 Ohms cold resistance
Inrush current
ES 015-10
ES 030-5
ES 075-2
ES 0300-0.45
Series operation
max. total voltage
Master / Slave operation
600 V
with optional external Master / Slave Adapter
Parallel operation
max. total current
Master / Slave operation
no limit
max. 4 units
Remote sensing (optional)
max. voltage drop per load lead
Over Voltage Limit
(fixed)
option P119
option P120
max. 18 V
max. 40 V
max. 90 V
max. 330 V
standard
0.03%
option P001
3.5 digit
0 - 15.00 V
0 - 10.00 A
0.5% + 2 digits
1% + 2 digits
3.5 digit
0 - 30.0 V
0 - 5.00 A
0.5% + 2 digits
1% + 2 digits
3.5 digit
0 - 75.0 V
0 - 2.00 A
0.5% + 2 digits
1% + 2 digits
Input Connector
Euro-connector at rear panel
Output Terminals
Standard: 4 mm safety sockets at front-panel
Option:
Programming connector
option P122
2V
Note: voltage drop across load leads will subtract from max. available output voltage
Potentiometers
front panel control with knobs
resolution
screwdriver adjustment
at front panel
Meters
scale voltage
scale current
accuracy V-meter
accuracy A-meter
option P121
3.5 digit
0 -300 V
0 - 450 mA
0.5% + 2 digits
1% + 2 digits
10 Amp / 65 °C IEC320/C14, EN60320/C14
screw terminals (0.2-4 mm2) at rear-panel (sockets at front removed)
only combined with remote sensing, see remote sensing for option
numbers (P119 - 122)
15 pole D-connector at rear panel (FEMALE)
Convection cooling
Cooling
IP20
Enclosure degree of protection
52 x 222 x 202 mm
Dimensions (h x w x d)
1.7 kg
Weight
CV = Constant Voltage
CC = Constant Current
OVL = Over Voltage Limit
Specifications measured at tamb = 25 ± 5 °C and
Vin = 230 VAC, 50 Hz unless otherwise noted.
Connections programming connector
Page 1 - 4
SPECIFICATIONS
Dimensions
2001, rev. November 2007
ES150
DELTA ELEKTRONIKA BV
Screwdriver adjustment
•
•
OPTION P001
For a fixed setting of the output values, avoids accidental adjusting of the CV
and CC settings.
The potmeters are moved backwards just behind the frontpanel and plastic caps
are inserted to cover the holes, see picture.
Master / Slave operation
•
•
•
•
•
Parallel and Series operation with equal Current and Voltage sharing.
This way two or more ES-units can be used together as one high power unit.
Voltage and current of the units is controlled by the master (by potentiometers
or by programming).
For Parallel operation use 15 pole shielded cables, no special option
required.
For Series operation use the Master / Slave Series Adapter together with
15 pole shielded cables (1:1).
Increased max. output voltage/current
•
•
OPTION P069
The maximum output voltage or current can be increased by approximately 10%.
Normally this results in a derating of the maximum ambient temperature
or other parameters.
Always add increased value for voltage or current in ordercode,
for example ES 030-5 P069 output 32V.
For exact details consult the technical department, email 'Support@Delta-Elektronika.nl'.
Enforced secondary isolation 1000 V
•
OPTION P089
The secondary isolation between output and ground is increased from
standard 600 V to 1000 V.
Remote sensing / Rear power outlet
•
•
•
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OPTION P119-122
The voltage across the load is constant regardless of the output current.
Rear connections for power leads.
Maximum 2 V per load lead can be compensated.
The sense leads are protected against accidental interruption.
External ISO AMP for isolated analog programming
•
•
•
•
Provides galvanic isolation when programming and monitoring.
Prevents problems with earth loops and common mode voltages.
Pin compatible with the programming connector on the rear side.
Bench operation and rail mounting.
Internal Ethernet Power Supply Controller
•
•
OPTION P148
Internal RS232 compatible interface to program a unit by a computer.
Combination possible with P119 - P122 (rear output terminals).
External IEEE488 Power Supply Controller
•
•
•
OPTION P150
Internal Ethernet compatible interface to program a unit by a computer.
Combination possible with P119 - P122 (rear output terminals).
Note: built inside the ES150, the digital user in- and outputs of the PSC-ETH
are not available. Use the external module PSC-ETH module instead.
Internal RS232 Power Supply Controller
•
•
ISO AMP MODULE
PSC-488
External IEEE488 compatible interface to program a unit by a computer.
Pin compatible with the programming connector on the rear side.
Bench operation and rail mounting.
Note: it is not possible to have a combination of multiple internal and/or external interfaces.
2001, rev. November 2007
SPECIFICATIONS
Page 1 - 5
DELTA ELEKTRONIKA BV
ES150
19" rack mounting
Panel RA 19-1ES for one ES
Panel RA 19-2ES for two ES
Panel RA 19-ES-PSC for one ES
and one PSC-488 module
Rear Connections
Linecord supplied
Input Connector
Standard unit:
Analog programming
Switches Manual / Programming
Analog programming
Option P150:
Ethernet programming
Ethernet programming
Switches Manual / Programming
Combination possible with option P119-122
Option P148:
RS232 programming
Switches Manual / Programming
RS232 programming
Combination possible with option P119-122
Option P119 - 122:
Rear power outlet / rem. sensing
Rear power out / Remote sensing
Switches Manual / Programming
Analog programming
Page 1 - 6
SPECIFICATIONS
2001, rev. November 2007
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