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4

HSF (M) 300W 042315

TABLE 3.  POWER SUPPLY RATINGS AND SPECIFICATIONS

CHARACTERISTIC

SPECIFICATION

CONDITION/NOTES

Input Voltage

Nominal: 100-120V a-c, 200-240V a-c 
Range: 85-265V a-c, 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)

4.4A rms max.

100 - 120V a-c

2.2A 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 10.0A at 
250 Volts

Input Surge  cold start, interval > 30 

sec ( First surge only, not including 

current flow into EMI filter )

15A typ., 20A max. first surge

100 - 120V ac

30A typ., 40 max. first surge

200- 240 V ac

Leakage Current: 

0.24mA typ., 0.3mA max. 

120V a-c, 60Hz per IEC 950 and UL1950

0.31mA typ., 0.38mA max. 

240V a-c, 60Hz per IEC 950 and UL1950

Power Factor

0.99 typical

Rated output, rated input

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 265V a-c

Load Effect ±0.3% Typical, ±2% Maximum (default)

±0.3% Typical, ±0.6% Maximum (see PAR. 3.4)

Individual Mode: 0%-100% load change

Current Sharing: 10%-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 

150 msec Typical, 210 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. 
3.7.1.

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. 3.4.3).

Meter (displays voltage or current; 
front panel switch-selectable)

Voltmeter Accuracy: ±3% 
Ammeter Accuracy: ±5% for loads between 10%-
100%

Voltmeter reads sense lines; use remote 
sensing to display voltage at load.
Ammeter accuracy degrades significantly 
for loads less than 10% 

Operating Temperature: 

-10 to 40°C 

(see Figure 2.)

Startup Temperature

-10 to -20°C

(see Figure 2.)

Storage Temperature: 

-30°C to +75°C

Summary of Contents for HSF 15-22M

Page 1: ...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 change without no...

Page 2: ...onnecting Multiple Power Supplies 14 5 1 Adjusting the Voltage 15 5 2 Parallel Connections M Models 15 5 3 Parallel Connections MZ Models 15 5 3 1 Minimum Load 16 5 3 2 Voltage Set Restrictions 16 1 H...

Page 3: ...out this manual where there are differences between M and MZ models refer to the MZ model information for HSF 5 60M The HSF M Models except for HSF 5 60M use the HSF output to power the VDC ON indicat...

Page 4: ...AR 3 8 2 1 AL COM 14 Common contact of alarm relay see PAR 3 8 2 1 REF 15 Reference voltage When used with RV pin 18 allows all output voltages of paralleled slave supplies to be controlled by one vol...

Page 5: ...02 Unless otherwise noted specifications apply to both M and MZ models 1 M Models only To adjust output voltage down to approximately 0V use external voltage source or resistance see PAR 3 4 2 Refer t...

Page 6: ...ximum Stabilization Source Effect min max 0 1 Typical 0 2 Maximum 85 to 132V a c 170 to 265V a c Load Effect 0 3 Typical 2 Maximum default 0 3 Typical 0 6 Maximum see PAR 3 4 Individual Mode 0 100 loa...

Page 7: ...0 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 Emission Radiated Designed to meet FCC Class B VC...

Page 8: ...ront panel reset button to be used to reset the unit after a fault or allow Remote on off via mechanical switch or logic level see PAR 3 4 3 Positions 5 and 6 allows alarm signals to be produced from...

Page 9: ...that overcurrent or overvoltage protection has tripped or thermal overload or fan malfunction has occurred If remote voltage control see PAR 3 4 2 is not enabled the front panel Vadj trimmer see PAR...

Page 10: ...set to A to show output current V indicator Lights green to indicate meter is showing Volts A indicator Lights amber to indicate meter is showing Amperes FIGURE 5 FRONT PANEL CONTROLS INDICATORS AND...

Page 11: ...For M Models except HSF 5 60M only To ensure proper operation of the alarm relay meter and LED indicators do not adjust external voltage below minimum listed in Table 4 Connect the voltage source acro...

Page 12: ...se to reduce output voltage then reset the unit 3 5 REMOTE ON OFF When power is ON at the source the output may be turned ON or OFF using the RC signals if the remote ON OFF feature is enabled Note th...

Page 13: ...e following protection features are implemented in the HSF 300W Series M and MZ Models overvoltage and overtemperature PAR 3 7 1 overcurrent PAR 3 7 2 fan failure PAR 3 7 3 and undervoltage PAR 3 7 4...

Page 14: ...N ALARM indicator can be configured to light red if the respective power supply output voltage is lost or if the POWER switch is set to OFF This is enabled when DIP switch 1 position 8 set to ON This...

Page 15: ...s nor mally conducting When the alarm is activated upon detection of power loss overvoltage fan fault overtemperature or overcurrent condition the transistor cuts off and the collector emitter cir cui...

Page 16: ...up or down to ensure full engagement and disengagement of the latching mechanism When the HSF power supply is not installed in its plug in rack adapter it is recommended that the latch be secured in t...

Page 17: ...LS When using parallel connected M Models a minimum load is required to avoid the slave becom ing idle When the slave is idle the output is off no lights are lit and the alarm is set The mini mum load...

Page 18: ...n redundant mode with load less than 10 per unit For loads less than 10 voltage stabilization may be affected if units are turned off and on via the front panel causing voltage on the paralleled bus t...

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