Related Manuals for TDK-Lambda IM-LZSA1000-2
Summary of Contents for TDK-Lambda IM-LZSA1000-2
- Page 1 LZS-A1000-2 POWER SUPPLY Installation, Operation, and Maintenance Manual IM-LZSA1000-2 January 2022 Version H...
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Page 2: Table Of Contents
LZS-A1000-2 Power Supply Table of Contents 1) Safety and Recommended Practices General safety instructions Safety Agency Approvals 2) RATINGS AND SPECIFICATIONS 3) FEATURES 4) GUIDE TO APPLICATION Safety Notice Input Voltage Output Voltage Overvoltage Protection Circuit Adjustment Overtemperature and Overvoltage Shutdown Auxiliary Control and Alarm Signals 5) FIGURES Page.1... -
Page 3: Safety And Recommended Practices
LZS-A1000-2 Power Supply 1 Safety and Recommended Practices 8. Openings in the product case are designed for ventilation and must not be 1.1 General Safety Instructions obstructed when the product is installed and/ This power supply is a switch mode power operated. -
Page 4: Ratings And Specifications
LZS-A1000-2 Power Supply Emissions AC Line Conducted Emissions EN55022/EN55011 (0.15-30 MHz) Class B Radiated RF Emissions EN55022/EN55011 30-1000 MHz Class B Powerline Harmonics EN61000-3-2 Class A Limits Powerline Fluctuation/Flicker EN61000-3-3 Complies Immunity Electrostatic Discharge IEC61000-4-2 +/-8 kV Air +/-6 kV Contact RF Radiated Fields IEC61000-4-3 10 V/m, 80 MHz-2.5GHz... - Page 5 LZS-A1000-2 Power Supply Input Specifications Units LZS-A1000-2 Input Voltage Range 85-265 (47-440Hz) Single Phase 100-380 Input Current (RMS, maximum) 15 RMS Inrush Current (Peak, at cold start) 30A /110VAC; 40A /220VAC Power Factor Harmonics EN61000-3-2 Compliant Power Factor (at max output power) 0.98 typical @ 85VAC Input Power (maximum) 1320W @ 84A (1008W) and 85VAC line...
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Page 6: Features
LZS-A1000-2 Power Supply Operating Modes Series Operation Yes (see Fig. 7) Parallel Operation Two or more identical units (see Fig. 6). (Use of D. con. terminal 5 will (with current sharing) provide current sharing to within 10% nominal of rated 60°C current.) *Not backward compatible with the LZS-1000-2 power supply. - Page 7 LZS-A1000-2 Power Supply Protection Features Output Voltage Range 10-15.75V Nominal Factory Set Point Overvoltage Protection (adjustable) 12-19V (Factory set to 17V) Overcurrent Protection Factory set to 110% min. and 130% max. Thermal Protection Self-resetting thermostat.* Fusing Internal Isolation Voltages 4242 VDC, Input to Output 2121 VDC, Input to Chassis Ground 500 VDC, Output to Chassis Ground Regulatory Agency Compliance...
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Page 8: Guide To Application
LZS-A1000-2 Power Supply 4. GUIDE TO APPLICATION 4.1 SAFETY NOTICE Dangerous voltages exist in this equipment. Observe the usual safety precautions when operat- ing, wiring, or servicing to reduce the risk of shock or injury. 4.2 INPUT VOLTAGE See Table 3 on page 4. 4.3 OUTPUT VOLTAGE This power supply operates as a constant-voltage source with maximum load ratings as listed on page 4. -
Page 9: Figures
LZS-A1000-2 Power Supply 5. Figures Figure 1 - PIN Assignments for TB201 and chassis mounted “D” connector Page. 08 1-800-LAMBDA-4 Revision H : January 2022... - Page 10 LZS-A1000-2 Power Supply LS = Local Sense S = Remote Sense Figure 2 - Typical Local Sense Connection LS = Local Sense S = Remote Sense Figure 3 - Typical Remote Sense Connection Page. 9 1-800-LAMBDA-4 Revision H : January 2022...
- Page 11 LZS-A1000-2 Power Supply LS = Local Sense S = Remote Sense Figure 4 - Remote Voltage Control with an External Programming Resistor or Voltage Source (Local Sensing) LS = Local Sense S = Remote Sense Figure 5 - Remote Voltage Control with an External Programming Resistor or Voltage Source (Remote Sensing) Page.
- Page 12 LZS-A1000-2 Power Supply Figure 6 - Parallel Operation Page. 11 1-800-LAMBDA-4 Revision H : January 2022...
- Page 13 LZS-A1000-2 Power Supply Figure 7 - Series Operation Page. 12 1-800-LAMBDA-4 Revision H : January 2022...
- Page 14 LZS-A1000-2 Power Supply Figure 8 - Outline Drawing Page. 13 1-800-LAMBDA-4 Revision H : January 2022...
- Page 15 LZS-A1000-2 Power Supply Figure 9 - Remote Output On/Off Control Figure 10 - Input Good, Inverter Good & Output Good Signals Page. 14 1-800-LAMBDA-4 Revision H : January 2022...
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