Manuali utente per Xantrex Technology XPD 60-9

Sommario

• Limited Warranty

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  • What does this warranty cover and how long does it last?

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  • What will Xantrex do?

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  • How do you get service?

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  • What does this warranty not cover?

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• Disclaimer

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• Exclusions

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• Information

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• WARNING: Limitations on Use

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• Information About Your Power Supply

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• Release

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• Warnings and Cautions

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• Power Supply Safety

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• About This Manual

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• Who Should Use This Manual

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• Main Sections

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  • Section1 Features and Specifications

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  • Section2 Installation

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  • Section3 Local Operation

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  • Section4 Remote Operation

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• Manual Revisions

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• Power Supply Safety Markings

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  • Section 1. Features and Specifications

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  • Section 2. Installation

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  • Section 3. Local Operation

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  • Section 4. Remote Operation

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• Section 1. Features and Specifications

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  • Description

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  • Features and Options

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  • Front Panel Controls

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    • Figure 1.1 500Watt Series Power Supply Front Panel

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  • Rear Panel Connectors

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    • Figure 1.2 500Watt Power Supply Rear Panel (7.5V and 18V)

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    • Figure 1.3 500Watt Power Supply Rear Panel (33V to 120V)

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      • Output Connectors

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        • Low Voltage Models

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    • Figure 1.4 Output Busbars - note polarity markings

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      • High Voltage Models

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    • Figure 1.5 Output Terminal - note polarity markings

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      • Rear Panel J210 Connector

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    • Figure 1.6 Analog Interface Programming and Monitoring J210 Connector

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      • Making J210 Connections

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      • Wiring

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  • Electrical Specifications

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  • Additional Specifications

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  • Input Conditions

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  • Additional Characteristics

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  • Remote Programming and Monitoring

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  • Environmental Specifications

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  • Mechanical Specifications

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• Section 2. Installation

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  • Introduction

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  • Basic Setup Procedure

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  • Inspection, Cleaning, and Packaging

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    • Initial Inspection

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      • 1. Inspect the unit for scratches and cracks in the chassis and front panel, and for broken switc...

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      • 2. If you see external damage or suspect internal damage, have a service technician check the uni...

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      • 3. Ensure that the packing box contains the 7.5' (2.5m) power cord.

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    • Periodic Cleaning

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  • Returning Power Supplies to the Manufacturer

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    • Return Material Authorization Policy

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      • 1. Package the unit safely following the procedures on page 26, preferably using the original box...

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      • 2. Include the following:

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    • Packaging for Shipping or Storage

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      • 1. When returning the unit or sending it to the service center, attach a tag to the unit stating ...

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      • 2. For storage or shipping, repack the power supply in its original container. If the original co...

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      • 3. Label the carton as shown in Figure2.1.

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      • 4. If shipping, mark the address of the service center and your return address on the carton.

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      • 5. If storing, stack no more than eight cartons high. Check the storage temperature range and sto...

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        • Figure 2.1 Shipping or Storage Carton Label

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  • Location, Mounting, and Ventilation

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    • Rack Mounting

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    • Ventilation

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  • AC Input Power Connection

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    • AC Input Connector

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    • AC Input Cord

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  • Functional Tests

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    • Power-on Check

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      • 1. Ensure that the front panel power switch is in the extended (OFF) position and the voltage and...

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      • 2. Ensure that the AC line voltage is within operating range.

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      • 3. Plug the line cord into a grounded AC outlet.

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      • 4. Push the power switch to turn on the power supply.

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    • Voltage Mode Operation Check

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      • 1. Ensure that the front panel voltage and current control are turned fully counterclockwise.

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      • 2. Set the power switch to ON.

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      • 3. Rotate the current control one half-turn clockwise. Slowly rotate the voltage control clockwis...

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      • 4. Set the power switch to OFF.

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    • Current Mode Operation Check

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      • 1. Ensure that the front panel power switch is set to OFF.

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      • 2. Rotate the voltage and current controls fully counterclockwise.

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      • 3. Rotate the voltage control one half-turn clockwise.

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      • 4. Connect a short circuit across the output terminals. Use leads of sufficient current carrying ...

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      • 5. Set the power switch to ON.

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      • 6. Rotate the current control slowly clockwise. The control range should be from zero to the maxi...

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      • 7. Set the power switch to OFF.

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  • Load Connection

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    • Load Wiring

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      • Insulation Rating

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      • Current Carrying Capacity

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        • Figure 2.2 Maximum Load Wire Length for 1V Line Drop

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      • Noise and Impedance Effects

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    • Making Load Connections

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    • Inductive Loads

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    • Connecting Multiple Loads

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      • Radial Power Distribution Method

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      • Parallel Power Distribution Method

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  • Remote Sensing

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    • 1. Using a small flat blade screwdriver, remove the two sense jumpers on the J207 connector.

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    • 2. Using the appropriate gauge shielded wire (see “Sense Wiring”), connect one end to the load or...

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    • 3. Connect the positive sense line from the load to J207-4 (+SNS) and the return or (-SNS).

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      • Note

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    • Sense Wiring

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• Section 3. Local Operation

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  • Introduction

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  • Standard Operation

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    • Operating Modes and Automatic Crossover

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      • Figure 3.1 Operating Modes

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        • Note

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    • Constant Voltage Mode Operation

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    • Constant Current Mode Operation

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    • Setting the Current Limit

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      • 1. Connect a shorting lead across the output terminals.

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      • 2. Turn the voltage control a halfturn clockwise.

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      • 3. Set the desired maximum current limit by turning the current control slowly clockwise to the d...

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      • 4. Disconnect the shorting lead from the output terminals. The power supply will now automatical...

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    • Setting the Supply to Operate in CI Mode

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      • 1. Set the current limit as described above.

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      • 2. Set the voltage control fully clockwise or to the compliance voltage of the circuit.

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    • Automatic Mode Crossover

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  • Shipped Configuration (Local Control Mode)

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  • Using Over Voltage Protection (OVP)

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    • Defining the OVP Setpoint

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      • 1. Turn the power supply OFF.

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      • 2. Using a small, flat-blade screwdriver, turn the OVP ADJ potentiometer screw to a fully clockwi...

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      • 3. Turn the power supply ON. Set the output to the desired trip voltage.

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      • 4. Slowly turn the OVP ADJ potentiometer screw counterclockwise until the red OVP indicator lamp...

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      • 5. Push the power switch to OFF.

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      • 6. Turn the voltage control knob to minimum.

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      • 7. Push the power switch ON and increase the voltage to check that the power supply shuts off the...

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      • 8. Reset the OVP circuit after activation by removing the overvoltage condition and turning the u...

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    • OVP Circuit Check

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      • 1. Turn power supply ON.

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      • 2. Adjust voltage to maximum. Adjust the front panel OVP ADJUST potentiometer counterclockwise.

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      • 3. The OVP LED will light up and the output of the power supply will drop to near zero.

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      • 4. Rotate the front panel OVP ADJUST potentiometer fully clockwise.

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      • 5. Momentarily apply 5-15V across J210 pins 1-2 (P1-ve, P2+ve) or cycle the AC input power.

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      • 6. The power supply output will recover, indicating that the OVP circuit was reset by momentarily...

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  • Using the Shutdown Function

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    • Controlling Shutdown Function via J210 Connector

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  • Master-Slave Tracking

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    • Note

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    • 1. Connect master return (J210 connector pin 13) to slave RTN (J210 connector pin 13).

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    • 2. Connect master Vmon (J210 connector pin 15) to slave voltage program input (J210 connector pin...

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      • Note

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  • Using Multiple Supplies

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    • Configuring Multiple Supplies for Series Operation (Voltage Mode Only)

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      • Figure 3.2 Series Operation

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        • Note

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    • Configuring Multiple Supplies for Parallel Operation

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      • Figure 3.3 Parallel Operation

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    • Configuring Multiple Supplies for Split Supply Operation

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    • Two Positive Voltages

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      • Figure 3.4 Split Supply Operation of Multiple Supplies (Two positive voltages)

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    • Positive-negative supply

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      • Figure 3.5 Split Supply Operation of Multiple Supplies (Positive-negative Supply)

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        • Note

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  • User Diagnostics

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    • Emergency Shutdown

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      • 1. Shut the power supply OFF immediately.

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      • 2. Disconnect the mains supply, if possible.

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      • 3. Disconnect the power supply from the load.

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    • Unusual or Erratic Operation

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      • 1. Shut the power supply OFF immediately.

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      • 2. Disconnect the power supply from the load and external programming.

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      • 3. Test the power supply with no load, running the tests in “Functional Tests” on page 29.

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      • 4. If the tests show that the power supply is functioning normally, check all load, programming, ...

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      • 5. Check the AC input for correct voltage and frequency.

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    • Trouble Shooting for Operators

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      • Abbreviated References Used in Table

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• Section 4. Remote Operation

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  • Introduction

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    • Remote Digital Programming

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  • Remote Analog Programming of Output Voltage and Current Limit

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    • Figure 4.1 J210 User Cable with Ferrite Block

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    • Remote Programming Options

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    • Programming Output Voltage with a 0-10Vdc Voltage Source

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      • 1. Connect J210 pin 6 (remote voltage program select) to J210 pin 8 (auxiliary ground).

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      • 2. Connect the control voltage source between pin 14 (voltage program) and pin13 (programreturn).

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      • 3. Vary the external voltage from 010Vdc to cause the power supply output to vary from 0100% o...

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    • Programming Output Current with a 010Vdc Voltage Source

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      • 1. Connect J210 pin 7 (remote current program select) to J210 pin 8 (auxiliary ground).

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      • 2. Connect the control voltage source between J210 pin 5 (current program, positive) and pin8 (p...

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      • 3. Vary the external voltage from 010Vdc to cause the power supply current limit to vary from 0...

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  • Readback and Status Indicators

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    • Voltage and Current Readback

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      • Voltage Readback

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      • Current Readback

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  • Status Flags

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