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Xantrex Technology RS232-XPD manual

Models: RS232-XPD

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Connections Use a 9-pin (DB9) to 9-pin parallel cable to connect the interface card to the serial port on the host computer. If you need to use a 25-pin connector (DB25) on the host interface, ensure the correct connections are made by referring Table 2.7. If the proper cables are not available and you need to change the transmit/receive pin configuration, see “Transmit / Receive Pin Selection”.

Installation and Configuration

Communications

Table 2.6 Jumper/Pin Settings for DTR/DSR Flow Control (Default)

	Jumper Connections	RS-232 Connector Pin
DTR (Input to RS-232)	J17 to 2-4 and 1-3	4

DSR (Output to RS-232)	J16 to 3-5 and 4-6	6

Connections Use a 9-pin (DB9) to 9-pin parallel cable to connect the interface card to the serial port on the host computer. If you need to use a 25-pin connector (DB25) on the host interface, ensure the correct connections are made by referring Table 2.7. If the proper cables are not available and you need to change the transmit/receive pin configuration, see “Transmit / Receive Pin Selection”.

Table 2.7 Transmit/Receive Pin Connections

Power Supply (DCE)		Host Computer (DTE)
		9-pin connector

Pin 2	transmits to	Pin 2 (Receive)

Pin 3	receives from	Pin 3 (Transmit)

Pin 5 (Ground)	connects to	Pin 5	(Ground)

		25-pin connector

Pin 2	transmits to	Pin 3	(Receive)

Pin 3	receives from	Pin 2	(Transmit)

Pin 5 (Ground)	connects to	Pin 7	(Ground)

Transmit / The RS-232 interface can use either pin 2 or pin 3 of the RS-232 connector to Receive Pin transmit or receive data. You can set the pin orientation you want by changing Selection the position of the J10 jumper on the interface PCB. Table 2.8, “Jumper Settings for Transmit/Receive Pin Selection” shows the transmit/receive pin selection on

the RS-232 connector in relation to the settings of the J10 jumper. See Figure 2.3, “RS-232 Interface PCB” on page 18 to locate jumper J10.

Table 2.8 Jumper Settings for Transmit/Receive Pin Selection

	Jumper J10 Connections	RS-232 Connector Pin
Transmit (TXD)	4-6 (default)	3
	4-2	2
Receive (RXD)	3-1 (default)	2
	3-5	3

22	Operating Manual for RS-232 for XPD Series Power Supply

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Xantrex Technology RS232-XPD manual

Contents

Internal RS-232 Interface for XPD Series Programmable DC Power Supply RS232-XPDOperating Manual Page Internal RS-232 Interface for XPD 500 Watt Series Programmable DC Power SupplyOperating Manual for How do you get service? Limited WarrantyProof of purchase may be in any one of the following forms Disclaimer Product Information About Your Power Supply WARNING Limitations on UsePower SafetyWarnings Cautions and Notes SupplyMain Sections Manual RevisionsFeatures and Specifications Describes the interface and lists its features and specificationsOperating Manual for RS-232 for XPD Series Power Supply About This ManualContents Section Features and Specifications Section Installation andConfiguration Section Operation Contents Section 1. Features and Specifications DescriptionFeatures and Functions FeaturesReadback Functions Specifications Features and SpecificationsModels 7.5-67Features and Specifications SpecificationsOperating Manual for RS-232 for XPD Series Power Supply Section 2. Installation and Configuration IntroductionInitial Inspection Installation and Configuration Figure 2.1Power Supply Front Panel with RS-232 Interface InstalledOperating Manual for RS-232 for XPD Series Power Supply Initial InspectionInstallation and Configuration Initial InspectionInstallation and Configuration LED INDICATORSInitial Inspection JUMPER SELECTIONBasic Setup Procedure Basic Setup ProcedureCommunications Table 2.2 Switch S1 Settings for Baud Rate9600 4800To choose XON/XOFF protocol, select the XON switch position shown in Connections Use a 9-pin DB9 to 9-pin parallel cable to connect the interface card to the serial port on the host computer. If you need to use a 25-pin connector DB25 on the host interface, ensure the correct connections are made by referring Table 2.7. If the proper cables are not available and you need to change the transmit/receive pin configuration, see “Transmit / Receive Pin Selection” Remote StartupRemote/Local Operation device-dependent commands available with this interface Example remote modeUse any command to do this REM ONRS-232 Connection Figure 2.4 RS-232 Connector J4 Pinouts default configurationPower Supply Settings Power Supply SettingsUser Options and Settings Table 2.12 OVP Control Mode SelectionTTL You can use the Shutdown function to disable or enable the supplys output. Shutdown Disabling the supply using TTL shutdown allows you to make adjustments to the User Signals Figure 2.5 User Signals J21 ConnectorTo install the ferrite block Installation and Configuration User SignalsTo J21 Connector To User Custom Interface Operating Manual for RS-232 for XPD Series Power SupplyCommand Syntax Section 3. OperationRS-232 Operation IntroductionMASK FOLD = mask fold MASK FOLD ≠ MK FOLDMASK FOLD ≠ MASK FD MASK FOLD = MASKTable 3.1 Command Parameters ExampleTable 3.2 Floating Point Numbers ISET 2.0A VSET ISET 2.0A VSETCOMMAND parameter COMMAND parameter, parameterLF Command Summary CommandOperation DescriptionQuery Commands OperationDescription Calibration Commands OperationDescription DescriptionCommand Reference read. See “Accumulated Status, Status, and Fault Registers” on pageCommand OperationCommand OperationDescription Command Lockout. See also “Remote/Local Operation” on pageOperation DescriptionStatus, and Fault Registers” on page 47. Mnemonics are separated from Commandpage OperationCommand “Remote/Local Operation” on pageOperation DescriptionStatus, and Fault Registers” on page “Accumulated Status, Status, and Fault Registers” on pagestatus and fault registers See “Accumulated Status, Status, and Fault CommandCommand OperationDescription programmed voltage range. Refer to the output value as VRLO and record itAccumulated Status, Status, and Fault Registers Accumulated Status, Status, and Fault RegistersBit Weight OperationCondition MnemonicError Codes ERROR #ERROR IDENTIFICATION OperationTroubleshooting LEDsSection 4. Calibration IntroductionVoltage Mode Calibration SetupVoltage Program Calibration Procedure VoltageVoltage Readback Calibration Procedure Current Mode Calibration Current Calibration SetupCurrent Program Calibration Procedure Current Readback Calibration Procedure Over Voltage Protection OVP Calibration Page Xantrex Technology Inc 8999 Nelson Way Burnaby, British Columbia Canada V5A 4B5604 422 8595 Tel 604 421 3056 Fax 800 667 8422 Toll Free North America prg.info@xantrex.com