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Revision K : December 2009

Page. 4

LZS-A

A500-33  Power  Supply

This manual is a description of specifications, features and applications of LZS-A500 power supplies. 

RATINGS AND SPECIFICATIONS  *

Maximum Ratings

Units

LZS-A500-3

Table    2

Output Voltage Range

V

18-29.4

Output Current (Power) @ 60°C**

A(W)

21 (504)

DC Output @ 24V

Output Current (Power) @ 70°C**

A(W)

12.6 (302)

Operating Temperature

°C

100% rated load from -30°C to 60°C derate linearly to

60% @ 70°C (4%/°C)

Start-up Temperature

°C

-40° to +70°

Input Specifications

Units

LZS-A500-3

Table    3

Input Voltage Range***

VAC

85-265 (47-440Hz) Single Phase

VDC

100-380

Input Current (RMS, maximum)

A

8 RMS

Inrush Current (Peak, at cold start)

A

25A /110VAC; 45A / 220VAC

Power Factor Harmonics

-

EN61000-3-2 Compliant

Power Factor (at max output power)

-

0.99 typical @ 85VAC

Input Power (maximum)

W

615W @ 21A (504W) and 85VAC line

Input Surge Protection

-

1kV Differential Mode; 2kV common mode

Input EMI Conducted Emissions

-

FCC Class B, CISPR 22 Class B

Efficiency (at max.output power)

%

84 typical @ 110VAC line

Output Performance Specifications

Units

LZS-A500-3

Table    4

Voltage Line Regulation

%

0.1

Voltage Load Regulation

%

0.1

Ripple and Noise @ 20 MHz

measurement Bandwidth.

(PARD-mVP-P)

75

Temperature Coefficient

%/°C

.01

Startup Time (at 110 VAC input)

Sec.

Less than 1 second

Overshoot

mV

No overshoot at turn on or turn off

Holdup Time (Full Power/220VAC)

mS

10

Ride through (Full Power/220VAC)

mS

20

Voltage Sag Immunity

(Full Power/110VAC)

-

Semi-F47 compliant

Load Transient Response

+/-1% of Vo ; 1A/

µ

S; Recovers to within

(25% step load change)

-

+/-0.2% in < 1.25 mS

* Refer to figures 1-7 for supply-load connection information.

** Output current and power, as measured at output terminals, must be less than or equal to 

quoted maximum values for a given ambient temperature.

*** Regulatory agency compliance applies only for operating frequencies between 47-63Hz.

No safety agency approvals for 100-380 VDC operation. Minimum turn-ON voltage for

DC Input is 110 VDC, unit will operate as low as 65 VDC after Power-up. Lambda doesn’t

recommend operation below 100 VDC for more than one minute, or damage may occur.

Содержание LZS-A500-3

Страница 1: ...LZS A500 3 POWER SUPPLY Installation Operation and Maintenance Manual IM L LZSA500 3 3 December 2009 Revision K...

Страница 2: ......

Страница 3: ...Practices 2 1 1 General safety instructions 2 1 2 Safety Agency Approvals 2 2 RATINGS AND SPECIFICATIONS 4 3 FEATURES 5 4 GUIDE TO APPLICATION 7 4 1 Safety Notice 7 4 2 Input Voltage 7 4 3 Output Volt...

Страница 4: ...Therefore screws at the case must not be removed or loosened 7 The output power taken from the power supply must not exceed the rating stated on the power supply label 8 Openings in the product case a...

Страница 5: ...cal Fast Transients IEC61000 4 4 2 kV AC Line Criteria A 1 kV I O Line 3m Criteria A Lightning Surge IEC61000 4 5 2 kV line to GND CM Criteria A 1 kV line to line DM Criteria A Conducted RF Common Mod...

Страница 6: ...PR 22 Class B Efficiency at max output power 84 typical 110VAC line Output Performance Specifications Units LZS A500 3 Table 4 Voltage Line Regulation 0 1 Voltage Load Regulation 0 1 Ripple and Noise...

Страница 7: ...able output via TTL compatible signal connected between pins 6 and 7 of D connector see Fig 9 Signals Isolation Pins 6 and 7 are fully isolated from all other power supply terminals Signal Logic Logic...

Страница 8: ...urface mounting position not restricted Maximum allowable penetration into power supply is 1 4 Requires No M4 metric hardware supplied with unit Input and Output Connections Table 11 Input Heavy duty...

Страница 9: ...point When adjusting the output voltage above 24 0V ensure that there is sufficient OVP margin with respect to the output voltage to avoid nuisance tripping 4 4 OVERVOLTAGE PROTECTION CIRCUIT ADJUSTM...

Страница 10: ...Revision K December 2009 Page 8 LZS A A500 3 3 Power Supply Figure 1 PIN Assignments for TB201 and chassis mounted D connector 5 Figures...

Страница 11: ...o CA 92154 1 800 LAMBDA 4 LZS A A500 3 3 Power Supply Revision K December 2009 Page 9 Figure 3 Typical Remote Sense Connection Figure 2 Typical Local Sense Connection LS Local Sense S Remote Sense LS...

Страница 12: ...gure 5 Remote Voltage Control with an External Programming Resistor or Voltage Source Remote Sensing Figure 4 Remote Voltage Control with an External Programming Resistor or Voltage Source Local Sensi...

Страница 13: ...3055 Del Sol Blvd San Diego CA 92154 1 800 LAMBDA 4 LZS A A500 3 3 Power Supply Revision K December 2009 Page 11 Figure 6 Parallel Operation...

Страница 14: ...LZS A A500 3 3 Power Supply Revision K December 2009 Page 12 Figure 7 Series Operation...

Страница 15: ...3055 Del Sol Blvd San Diego CA 92154 1 800 LAMBDA 4 LZS A A500 3 3 Power Supply Revision K December 2009 Page 13 Figure 8 Outline Drawing AIR FLOW...

Страница 16: ...LZS A A500 3 3 Power Supply Revision K December 2009 Page 14 Figure 9 Remote Output On Off Control Figure 10 Input Good Inverter Good Output Good Signals...

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