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GE GFK0579B user manual Series 90±70 Power Supplies, Model

Models: GFK0579B

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Series 90±70 Power Supplies

These Series 90±70 Power Supplies can be used in a remote drop:

HIC697PWR710,120/240VAC input, +5 VDC output, 55 Watts (shown below)

HIC697PWR711,120/240VAC input, +5 VDC, +12 VDC, ±12 VDC output, 100 Watts

HIC697PWR721, 24VDC input, +5 VDC, +12 VDC, ±12 VDC output, 90 Watts

HIC697PWR731, 125VDC input, +5 VDC, +12 VDC, ±12 VDC output, 60 Watts

			a42818
LED
			MODEL 70
			PWR 710
POWER SUPPLY MODULE			WARNING
INPUT	120/240V AC		EVEN IF THE POWER SUPPLY
	50/60HZ		IS SWITCHED OFF, HAZARDOUS
	1.5/0.8A		IS SWITCHED OFF, HAZARDOUS
	1.5/0.8A
OUTPUT	5V		VOLTAGES FROM USER FIELD
OUTPUT	5V
	11A		WIRING MAY STILL BE PRESENT
			ON THE I/O TERMINAL BOARDS
ON			AS WELL AS THE POWER
			AS WELL AS THE POWER
OFF			SUPPLY TERMINAL BOARD.
OFF
			CARE SHOULD BE TAKEN WHEN
			HANDLING THE POWER SUPPLY
			AND I/O MODULES AS WELL AS
BRANCH CIRCUIT FUSING			ANY WIRING CONNECTED TO
BRANCH CIRCUIT FUSING
MUST BE PROVIDED			THEM IN ORDER TO PREVENT
EXTERNALLY			THEM IN ORDER TO PREVENT
EXTERNALLY
			PERSONAL INJURY.
	INPUT
L1	L1
	120	240	WARNING
N	L2		DO NOT REMOVE OR INSERT
	SELECT		DO NOT REMOVE OR INSERT
	SELECT
	SHORT FOR 120		MODULES WITH POWER APPLIED.
	SHORT FOR 120
	OPEN FOR 240		PERSONAL INJURY, SYSTEM
			MALFUNCTION AND/OR DAMAGE
RECOMMENDED TIGHTENING			TO THE EQUIPMENT MAY OCCUR.
TORQUE 1,5Nm (15kg cm)
			MODULE IC697PWR710
			LABEL44A726758±501

Power supply selection will depend on the input power and load requirements of the application. Load specifications for Series 90±70 modules are listed on page 9.

AC power supplies mount in the leftmost slot of a Series 90±70 rack. DC power supplies can be mounted on the side of the rack or used as freestanding modules. The DC power supplies require a power supply adapter, which installs in the power supply slot and is connected to the power supply by a short cable.

Chapter 1 Introduction

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GE GFK0579B user manual Series 90±70 Power Supplies, Model

Contents

GE Fanuc Automation GFL±002 Content of this Manual PrefaceRelated Publications We Welcome Your Comments and SuggestionsContents Chapter Logicmaster 90 Operation with a Remote Drop Chapter Remote I/O Scanner Datagrams 123 Overview Host CPUModule Description BEMConnectors LEDsFor a Series FivetPLC Required EquipmentFor a Series 90±70 PLC Distance Between Racks in a Remote Drop Parts of a Remote DropMultiple Racks Data QuantitiesSeries 90±70 Racks Side ViewSeries 90±70 Power Supplies ModelPowering Two Racks from a Single Power Source Series 90±70 Modules for a Remote Drop Remote Drop CapacityPage Genius Bus Maximum BUS LengthTiming Estimating Bus Scan Time for Remote I/O DropsNumber of Remote Drops on a Bus Maximum Number of Drops per Baud RateHot Standby CPU Redundancy RedundancyCPU Redundancy Duplex CPU RedundancyGenius Bus Redundancy Bus Stubs Connect Other Devices to a Dual BusRedundant Bus Configuations Ïïïï Rïïïïïïï Remote Drop Configuration with a Genius Hand±held Monitor ConfigurationRemote Drop Configuration with Logicmaster 90±70 Configuring a Remote Drop using DatagramsConfigurable Features PCM*, GDS*, ADSConfiguration Protection Preinstallation Check Hardware PackagingSystem Grounding Procedures Rack Installation A42139Rack Grounding Rack Number SelectionDevice Genius BUS Rack Power Supplied to Two Racks Power Supply InstallationPower Supply Switch Module Locations Removing a Module Module Installation and RemovalInstalling a Module Field Wiring to I/O Modules Do not Pull On Door Multiple Racks in a Remote Drop Terminator PlugGenius Bus Connections Single Bus Cable Single Bus TerminationGenius Bus Connections Dual Bus Cables Dual Bus TerminationConnecting a Bus Stub to a Remote I/O Scanner BusStub ConnectionsConnection Instructions Programmer Connection at the Remote I/O ScannerGrounding Serial Port Termination Programmer to Converter Cable Isolation for the Serial Port Multidrop ConnectionsTerminating the Remote I/O Scanners Serial Port Programmer Connections in a Multidrop Network SNP Multidrop with WSI Board in Workmaster SNP Multidrop without WSI Board in Workmaster Series Remote I/O ScannerChapter Remote I/O Scanner Operation Scan Run ModeStop/Faulted Mode Scanner Memory Memory in the Remote I/O ScannerCommunications on the Genius Bus Update RateData Transfer with the Host ThroughputInput Data Sent by the Remote I/O Scanner Input Data MessageOutput Defaults Outputs from the Host to a Remote DropConfiguring Extra References ExampleUsing Option Modules in a Remote Drop Accessing the Host CPU from Option Modules in a Remote DropSending Data from an Option Module to the Host Direct Access to I/O by Option Modules ExampleConfiguration Limits Filenames for Configuration FilesUsing Release 3 Configuration Files with Release 4 Software ªAttachingº Configuration FilesConfiguring a Remote Drop Adding a Remote I/O Scanner to the BusSelecting the Bus Address Drop IDs and Bus Addresses Drop ID Attaching a ªDetachedº FileMap Using Auto I/O Map Map Module Reference AddressesBus Scan Time Impact If some I/O will not be scanned by the central PLCGenius Interface Entries Redund Mode Duplex Def SNP Port EntriesSweep Control Entries Prog Window CommModule Reference Address Configure the Modules in the Remote DropModule Characteristics Return to the Rack Display Entering Additional Modules Completing the Remote Drop Configuration Reference Overlaps Changing Reference Addresses and Lengths Viewing/Editing the I/O MapViewing PLC References Displaying Configured ReferencesReference Conflicts in the PLC Configuration Viewing Remote Drop References Modules Outside the I/O MapUndeleting a Remote Drop Configuration Copying a Remote Drop ConfigurationDeleting a Remote Drop Configuration Copying, Deleting, and UndeletingSelecting an Existing Configuration File Storing a Remote Drop Configuration Storing the ConfigurationStoring the Configuration to the PLC Chapter Logicmaster 90 Operation with a Remote Drop Setting Up Programmer Communications with a Remote Drop Status Display for a Remote Drop Features Not Used for a Remote Drop CPU Configuration Feature DifferencesProgramming Software Differences for a Remote Drop Reference TablesChapter For Additional Information, Also SeeOverview IO 32IN IO 16IN Set Up the Hand±held Monitor Display the Configuration Main Menu F1PROG Block ID F2CONFIG Block F3COPY ConfigRef nxt Select the Device NumberRef blk Nxt HHM Display Series Six/Series Five Host CPU Mode Select a Series Six or Series Five PLC Reference AddressSelect the Baud Rate HHM DisplaySelect Series 90±70 Data Lengths Prog Remote MAP Lengthpts Tgl ref send nxtDrop ID Tgl drp send nxt Return to the Configuration MenuSelect the Remote Drop ID ID#143 R0 S3 32PT 120VAC %Q 1 nxt Display I/O Modules in Remote DropID#143 R0 S2 32PT 120VAC %I 1 nxt ID#143 R0 S4Tgl entr Nxt Select Genius Bus RedundancySelect BSM Control Select CPU Redundancy No Cntl Redun tgl entr nxtSelect Configuration Protection FinishingConfigurationChapter Monitoring and Controlling Remote Drop Data Forcing Circuits Summary Overriding I/O CircuitsToggling I/O Circuits Identifying the Circuit Monitoring/Controlling I/O DataGenius Hand±held Monitor 143#0.2 %IDisplaying Diagnostics for the Circuit Being Monitored Finding the Circuits Series 90 ReferenceMon on off reles Forcing/Unforcing I/OMNTR3 143#0.3 %I 33 STS Ref force diag MNTR3 143#0.3 %I 33 STS Mon on off relesForce to Chng entr MNTR3 143#0.3 %AI 1 STS ±22138 Ref force diagMNTR3 143#0.3 %AI 1 FRC ±22138 Ref force diag MNTR3 143#0.3 %AI 1 STS ±10000 FRC Force releaseDisplaying Other Circuits Logicmaster 90±70 Reference Tables Display from the PLCReference Tables Display for the Remote I/O Scanner Series Six PLC or Series Five PLC Remote Drop Data in I/O Table Memory110 Remote Drop Data in Register Memory Mixed Reference Table DisplaysComputer TablesChapter Diagnostics and Fault Clearing Maximum Number of Uncleared FaultsBlock V. ACT no FORCE,NO Faul nxt prv actv bus Display and Clear Faults from a Genius Hand±held MonitorFault Information on the Block/Bus Status Screen 143#0.2 %I 1 STS Ref force diag Displaying Faults from the Monitor Block ScreensDisplaying Additional Faults DIAG3 143#0.3 #IFault Table Display with a Rev Bus Controller Display and Clear Faults from Logicmaster 90±70Fault Table at the PLC Fault ClearingFault Table at the Remote I/O Scanner Fault T a B L EPLC Fault Table at the Series 90±70 PLC Slot 1 is occupied by the Remote I/O ScannerPLC Fault Table at the Remote I/O Scanner Status References Reference Nickname DefinitionDisplay and Clear Faults from Logicmaster 5 or Logicmaster Fault ClearingChapter Remote I/O Scanner Datagrams For Additional Information, Also SeeDatagram Types Write Map Read MapRead Map Reply Report Fault Datagram Format Fault ByteFault Bytes 4 Fault Bytes 6Appendix Estimating the Number of Remote Drops for a Bus 131 Series 90±70 Remote I/O Scanner Uses Manual ± July PLC Configuration Steps AppendixCreate or Select a PLC Program Folder Add the Remote I/O Scanner to the Genius BusPage 136 Configure the Remote I/O Scanner Entering the Scanners Remote Drop IDAssigning I/O References for the Remote I/O Scanner Input Default/Out Enable Using Reference View from the PLC Program Folder Store the Configuration to the PLCUsing the Copy Configuration Feature 141 Remote Drop Configuration Summary Create a Folder \LM90\central\Replace displayed module? Y/N Entering the Remote Drops I/O Configuration Series Six or Series Five PLC Reference Entering Communications and Operating ParametersDefinitions of Communications and Operating Parameters Crete±only remote dropsConfiguring I/O Module Options Configuring Reference AddressesConfiguration Limits Reference View from a Remote DropStore the Configuration to the Remote Drop Index 152 153 154