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4

HSF 600W 042315

TABLE 3.  POWER SUPPLY RATINGS AND SPECIFICATIONS

CHARACTERISTIC

SPECIFICATION

CONDITION/NOTES

Input Voltage

Nominal: 100-120V a-c, 200-240V a-c 
Range: 85-264V a-c 

(1)

, 110-370V d-c

(0 to 100% load, -10 to 40°C)

Input Source Frequency

Nominal: 50-60 Hz
Range: 47-440 Hz

(0 to 100% load, -10 to 40°C)

At 440 Hz leakage current exceeds

UL/VDE safety spec. limit.

Input Current: (Maximum Load At 
25°C with Nominal Output Voltage)

8.4A rms max.

100 - 120V a-c

4.2A rms max. 

200 - 240V a-c

Switching Frequency

140KHz typ.

Forward Converter

Input Protection

A limiting resistor in series with a resistor fuse (and thyristor circuit) reduces start-up surge. 
The internal power supply is protected against shorts by an input fuse. Fuse value 15.0A at 
250 Volts

Input Surge  cold start, interval > 30 

sec ( First surge only, not including 

current flow into EMI filter )

15A typ., 30A max. first surge

100 - 120V ac

30A typ., 60 max. first surge

200- 240 V ac

Leakage Current: 

0.45mA typ., 0.75mA max. 

120V a-c, 60Hz per IEC 950 and UL1950

0.60mA typ., 0.75mA max. 

240V a-c, 60Hz per IEC 950 and UL1950

Power Factor

0.99 typical

100V a-c, max load, nominal output, 

per EN 61000-3-2

0.95 typical

200V a-c, max load, nominal output

per EN 61000-3-2

Transient Recovery

excursion

characteristic

±4% maximum

50% to 100% load, 

transient time >50

sec

recovery time 1 ms maximum

Stabilization

Source Effect (min - max) ±0.1% Typical, ±0.2% Maximum

85 to 132V a-c, 170 to 264V a-c

Load Effect ±0.3% Typical, ±0.6% Maximum

 

0%-100% load change

Temperature Effect ±0.5% Typical, ±1.0% Maximum

–10° to 40°C

Combined Effect ±0.9% Typical, ±1.8% Maximum

Source, Load and Temperature

Time Effect 0.2% Typical, 0.5% Maximum

1/2 to 8 hours at 25°C

Start-up Time

280 msec Typical, 350 msec Maximum

100V a-c 

100 msec Typical, 150 msec Maximum

240V a-c

Output Hold-up Time

30 msec Typical, 20 msec Minimum.

100V a-c 

40 msec Typical, 20 msec Minimum.

240V a-c

Overvoltage Protection

When the Power Supply goes into an overvoltage condition, the output is cut OFF. See PAR. 
3.6.1.

Remote Control ON/OFF:

±RC pins control on/off as follows:
 “High”, 2.4V to 24V (or open), unit OFF- Fan Off; 
 “Low”, 0.0V to 0.4V (or closed), unit ON. 
Source current: 1.6mA maximum at low level 
Sink current: 1.0 mA maximum at high level. 

Must be enabled by DIP switch positions 3 
and 4 (see PAR. 3.5).

Operating Temperature: 

-10 to 40°C 

(1)

(see Figure 2.)

Startup Temperature

-10 to -20°C

(see Figure 2.)

Storage Temperature: 

-30°C to +75°C

(1) For input voltage between 85 to 95V a-c maximum operating temperature is 35°C.

Содержание HSF 12-53

Страница 1: ...rticular model and serial number 3 The contents of this manual are protected by copyright Reproduction of any part can be made only with the specific written permission of Kepco Inc Data subject to ch...

Страница 2: ...ote Sensing 13 3 9 Retaining Latches 13 4 Load Connection 14 5 Connecting Multiple Power Supplies 14 5 1 Adjusting the Voltage 14 5 2 Parallel Connections Standard and C Models 14 1 HSF Rear Panel Con...

Страница 3: ...pco s Series RA 19 4C rack adapters The RA 19 4C rack adapter accepts up to four 600W modules All input output connections are through a 24 pin connector that plugs in to the rack adapter All external...

Страница 4: ...COM 14 Common contact of alarm relay see PAR 3 7 2 REF 15 Reference voltage When used with RV pin 18 allows all output voltages of paralleled slave supplies to be controlled by one voltage adjustment...

Страница 5: ...Factor typ AC Input 100V 0 99 0 99 0 99 0 99 0 99 AC Input 200V 0 95 0 95 0 95 0 95 0 95 Ripple Noise 6 mV p p ripple 180 180 220 220 220 ripple noise 220 220 320 320 320 Sense Resistor IMON values Oh...

Страница 6: ...1000 3 2 0 95 typical 200V a c max load nominal output per EN 61000 3 2 Transient Recovery excursion characteristic 4 maximum 50 to 100 load transient time 50 sec recovery time 1 ms maximum Stabilizat...

Страница 7: ...2 No 60950 1 03 1st Edition 2006 07 EN 60950 RoHS Compliance Contact Kepco Sales for further information EMC Emission Conducted Designed to meet FCC Class B VCCI Class B EN55011 B EN55022 B EMC Emissi...

Страница 8: ...e controlled either by the front panel Vadj control or by remote control using either an external trimpot or voltage source see PAR 3 4 4 288 108 9 5 218 132 5 1 500 38 1 0 093 2 4 14 667 372 5 5 040...

Страница 9: ...eatedly toggle the power ON OFF switch as this may cause unit to fault NOTE The ON OFF switch must be set to OFF before removing unit from rack adapter If remote on off is not enabled see PAR 3 5 the...

Страница 10: ...d in Table 2 see PAR 3 4 1 Not functional if remote voltage control is enabled see PAR 3 4 2 3 DC output test points Connect to voltmeter to monitor output voltage 4 OUTPUT RESET switch Used to recycl...

Страница 11: ...shown in Figure 7A Suggested value for the trim mer control is 5K ohms Referring to Figure 7 A Resistor R is used to obtain minimum output voltage required to ensure proper operation of the alarm rel...

Страница 12: ...DC output pins and a c input terminals FIGURE 8 DIP SWITCH SETTINGS FOR USING RESET BUTTON OR REMOTE ON OFF 3 6 PROTECTION CIRCUITS The following protection features are implemented in the HSF 600W Se...

Страница 13: ...the OUTPUT RESET switch on the front panel or if the remote on off feature is in use see PAR 3 5 open the connection between the RC pins and then reconnect the pins The unit may also be restarted by t...

Страница 14: ...he rack adapter I O connector and PF pin 13 provided directly from the Kepco RKW power supply that is the heart of the HSF This option is selected by setting positions 5 and 6 of the DIP switches as s...

Страница 15: ...5 These latches work in conjunction with the RA 19 4C rack adapters to prevent unauthorized or inadvertent module extraction from an operating power system The latch is engaged by loosening the cap he...

Страница 16: ...xcept one designated as the master and adjust to desired voltage using the front page trimmer and monitoring the front panel voltmeter Each slave must be adjusted to a slightly lower voltage than the...

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