SNP Multidrop with WSI Board in Workmaster | GE GFK0579B specification

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	SNP Multidrop with WSI Board in Workmaster II
			RS±422 ISOLATED						a44855
			RS±422 ISOLATED
			REPEATER
	SERIES 90	SHIELDED	(IC655CCM590)			SHIELDED
	SERIES 90	SHIELDED				SHIELDED
	PLC	TWISTED PAIRS		J1	J2	TWISTED PAIRS	PORT
				J1	J2		PORT
		PIN		PIN	PIN	PIN			PIN
	SHLD	1				1	SHLD	SHLD	1
	0V	7		7	7	7	0V	0V	7
	RD ( A' )	10		16	16	15	RD ( A' )	RD ( A' )	15
	RD ( B' )	11		17	17	14	RD ( B' )	RD ( B' )	14
	SD ( A )	12		15	15	16	SD ( A )	SD ( A )	16
	SD ( B )	13		14	14	17	SD ( B )	SD ( B )	17
	RTS ( A )	6		11	11	13	RTS ( A )	RTS ( A ) 13
	RTS ( B ) 14			10	10	12	RTS ( B )	RTS ( B ) 12
	CTS ( A' ) 15			13	13	11	CTS ( A' )	CTS ( A' ) 11
	CTS ( B' )	8		12	12	10	CTS ( B' )	CTS ( B' )
	15± PIN			23	18	**	25± PIN	25± PIN
	MALE			23	18		FEMALE	MALE
	MALE			22	19		FEMALE	MALE
				22	19
					9	**
					8	**
							PLC/CPU
		UP TO A	115				PANEL
		UP TO A	VAC
		MAXIMUM OF	VAC
		MAXIMUM OF
		4,000 FEET
		(1,200 METERS)					REMOTE
							REMOTE
							PANEL
			SERIES 90
			REMOTE I/O				PORT
			SCANNER			PIN	PORT		PIN
				PIN		PIN			PIN
			SHLD	1		1	SHLD	SHLD	1
			0V	7		7	0V	0V	7
			RD ( A' )	10		15	RD ( A' )	RD ( A' )	15
			RD ( B' )	11		14	RD ( B' )	RD ( B' )	14
			SD ( A )	12		16	SD ( A )	SD ( A )	16
			SD ( B )	13		17	SD ( B )	SD ( B )	17
			RTS ( A ) 6			13	RTS ( A )	RTS ( A ) 13
			RTS ( B ) 14			12	RTS ( B )	RTS ( B ) 12
			CTS ( A' ) 15			11	CTS ( A' )	CTS ( A' ) 11
			CTS ( B' )	8		10	CTS ( B' )	CTS ( B' ) 10
			15± PIN				25± PIN	25± PIN
			MALE				FEMALE	MALE
								MALE
							LAST
							REMOTE
							PANEL
			SERIES 90
			REMOTE I/O			**
			SCANNER			**	PORT
				PIN		PIN			PIN
				PIN
			SHLD	1		1	SHLD	SHLD	1
			SHLD	1		7	0V	0V	7
			0V	7		7	0V	0V	7
			0V	7				RD ( A' )	15
			RD ( A' )	10		15	RD ( A' )	RD ( A' )	15
			RD ( B' )	11		14	RD ( B' )	RD ( B' )	14
			SD ( A )	12		16	SD ( A )	SD ( A )	16
			SD ( B )	13		17	SD ( B )	SD ( B )	17
			SD ( B )	13		17	SD ( B )	RTS ( A )	13
			RTS ( A )	6		13	RTS ( A )	RTS ( A )	13
			RTS ( A )	6		13	RTS ( A )	RTS ( B )	12
			RTS ( B )	14		12	RTS ( B )	RTS ( B )	12
			RTS ( B )	14		12	RTS ( B )	CTS ( A' )	11
			CTS ( A' )	15		11	CTS ( A' )	CTS ( A' )	11
			CTS ( A' )	15		11	CTS ( A' )	CTS ( B' )	10
			CTS ( B' )	8		10	CTS ( B' )	CTS ( B' )	10
			CTS ( B' )	8		10	CTS ( B' )
1.	RECOMMENDED CABLE		15± PIN				25± PIN	25± PIN
1.	RECOMMENDED CABLE		MALE			**	FEMALE	MALE
	TYPES, BELDEN #9505 OR					**
	#9832 (FIVE PAIR TWISTED)

	2.	WIRE PAIRS MUST BE
		CONSISTENT THROUGHOUT
		LENGTH OF NETWORK.				Typical Wiring Diagram
	3.	OEM MUST GUARANTEE				Typical Wiring Diagram
	3.	OEM MUST GUARANTEE			PIN	PIN	PIN
		THERE IS NO MORE THAN A			PIN	PIN	PIN
		THERE IS NO MORE THAN A
		" 7 VOLT COMMON MODE		SHLD	37	37	1
		VOLTAGE BETWEEN PANELS.		0V	1	1	7
	4.	FOR INFORMATION ON MULTIDROP	WORKMASTER II	SD ( A )	27	27	15
		CONFIGURATIONS, REFER TO THE		SD ( B )	26	26	14
		CONFIGURATIONS, REFER TO THE		RD ( A' )	35	35	16
		SERIES 90 PLC SNP	WSI	RD ( A' )	35	35	16
		SERIES 90 PLC SNP	WSI	RD ( B' )	34	34	17
		COMMUNICATIONS DRIVER	SERIAL/	RD ( B' )	34	34	17
		COMMUNICATIONS DRIVER	SERIAL/	CTS ( A' ) 31		31	13
		USER'S MANUAL (GFK±0585).	PARALLEL	CTS ( A' ) 31		31	13
		USER'S MANUAL (GFK±0585).	PARALLEL	CTS ( B' ) 30		30	12
			PORT	CTS ( B' ) 30		30	12
	*	120 OHM RESISTORS.	PORT	RTS ( A )	33	33	11
				RTS ( A )	33	33	11
				RTS ( B )	32	32	10
				RTS ( B )	32	32	10
	**	220 OHM±1/4 WATT±5%	37± PIN	37± PIN
		RESISTORS.	FEMALE	MALE			UP TO MAXIMUM OF 50 FEET (15.2 METERS)
		RESISTORS.					UP TO MAXIMUM OF 50 FEET (15.2 METERS)

40	Series 90±70 Remote I/O Scanner User's Manual ± July 1992

Image 47

GE GFK0579B user manual SNP Multidrop with WSI Board in Workmaster

GFK0579B specifications

The GE GFK0579B is a compact and efficient refrigerator designed to meet the needs of modern households. With its sleek design and impressive features, it has quickly become a popular choice for those looking for functionality without compromising on aesthetics. One of the standout characteristics of this model is its energy efficiency, which is crucial in today's environmentally conscious market. The GFK0579B is equipped with advanced cooling technologies that ensure optimal temperature control while minimizing energy consumption.

In terms of capacity, the GFK0579B is thoughtfully designed to maximize storage space. It features adjustable shelves that allow users to customize the interior layout according to their specific needs, accommodating various sizes of groceries and beverages with ease. The refrigerator also includes dedicated compartments for fruits and vegetables, helping to keep them fresh and prolong their shelf life. An integrated ice maker adds to the convenience, providing a steady supply of ice without the need for manual production.

Another notable feature is the refrigerator's smart technology integration. The GFK0579B is compatible with various smart home systems, enabling users to monitor and control settings remotely. This connectivity is ideal for tech-savvy consumers who appreciate the ability to manage their appliance efficiently from their smartphones or tablets. Additionally, the temperature control system is designed to be precise, ensuring that different food items are stored at their optimal temperatures.

The exterior of the GE GFK0579B is designed with a modern finish that fits seamlessly into any kitchen décor. The fingerprint-resistant stainless steel surface not only looks great but also cuts down on the maintenance required to keep the appliance looking new.

Furthermore, safety is a priority with this model, which includes features such as door alarms that notify users if the door has been left ajar for an extended period. Overall, the GE GFK0579B is a well-rounded refrigerator that combines energy efficiency, smart technology, and user-friendly design, making it an excellent addition to any home. Whether you're a culinary enthusiast or just looking for a reliable appliance, the GFK0579B stands out as a versatile choice.

Contents

GE Fanuc Automation GFL±002 Preface Content of this Manual We Welcome Your Comments and Suggestions Related Publications Contents Chapter Logicmaster 90 Operation with a Remote Drop Chapter Remote I/O Scanner Datagrams 123 Host CPU Overview BEM Module Description LEDs Connectors For a Series FivetPLC Required EquipmentFor a Series 90±70 PLC Data Quantities Parts of a Remote DropMultiple Racks Distance Between Racks in a Remote Drop Side View Series 90±70 Racks Model Series 90±70 Power Supplies Powering Two Racks from a Single Power Source Remote Drop Capacity Series 90±70 Modules for a Remote DropPage Maximum BUS Length Genius Bus Estimating Bus Scan Time for Remote I/O Drops Timing Maximum Number of Drops per Baud Rate Number of Remote Drops on a Bus Duplex CPU Redundancy RedundancyCPU Redundancy Hot Standby CPU Redundancy Bus Stubs Connect Other Devices to a Dual Bus Genius Bus Redundancy Redundant Bus Configuations Ïïïï Rïïïïïïï Configuring a Remote Drop using Datagrams ConfigurationRemote Drop Configuration with Logicmaster 90±70 Remote Drop Configuration with a Genius Hand±held Monitor PCM*, GDS*, ADS Configurable Features Configuration Protection Hardware Packaging Preinstallation Check System Grounding Procedures A42139 Rack Installation Rack Number Selection Rack Grounding Device 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 Terminator Plug Multiple Racks in a Remote Drop Single Bus Termination Genius Bus Connections Single Bus Cable Dual Bus Termination Genius Bus Connections Dual Bus Cables BusStub Connections Connecting a Bus Stub to a Remote I/O Scanner Connection 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 Series Remote I/O Scanner SNP Multidrop without WSI Board in Workmaster Chapter Remote I/O Scanner Operation Scan Run ModeStop/Faulted Mode Memory in the Remote I/O Scanner Scanner Memory Throughput Update RateData Transfer with the Host Communications on the Genius Bus Input Data Message Input Data Sent by the Remote I/O Scanner Outputs from the Host to a Remote Drop Output Defaults Example Configuring Extra References Accessing the Host CPU from Option Modules in a Remote Drop Using Option Modules in a Remote Drop Sending Data from an Option Module to the Host Example Direct Access to I/O by Option Modules Filenames for Configuration Files Configuration Limits ªAttachingº Configuration Files Using Release 3 Configuration Files with Release 4 Software Adding a Remote I/O Scanner to the Bus Configuring a Remote Drop Selecting the Bus Address Drop IDs and Bus Addresses Attaching a ªDetachedº File Drop ID Map Map Module Reference Addresses Using Auto I/O Map If some I/O will not be scanned by the central PLC Bus Scan Time Impact Genius Interface Entries SNP Port Entries Redund Mode Duplex Def Prog Window Comm Sweep Control Entries Module 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 Viewing/Editing the I/O Map Changing Reference Addresses and Lengths Viewing PLC References Displaying Configured ReferencesReference Conflicts in the PLC Configuration Modules Outside the I/O Map Viewing Remote Drop References Copying, Deleting, and Undeleting Copying a Remote Drop ConfigurationDeleting a Remote Drop Configuration Undeleting a Remote Drop Configuration Selecting 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 CPU Configuration Feature Differences Features Not Used for a Remote Drop Reference Tables Programming Software Differences for a Remote Drop For Additional Information, Also See Chapter Overview IO 32IN IO 16IN Set Up the Hand±held Monitor F1PROG Block ID F2CONFIG Block F3COPY Config Display the Configuration Main Menu Ref nxt Select the Device NumberRef blk Nxt Select a Series Six or Series Five PLC Reference Address HHM Display Series Six/Series Five Host CPU Mode HHM Display Select the Baud Rate Select Series 90±70 Data Lengths Tgl ref send nxt Prog Remote MAP Lengthpts Drop ID Tgl drp send nxt Return to the Configuration MenuSelect the Remote Drop ID ID#143 R0 S4 Display I/O Modules in Remote DropID#143 R0 S2 32PT 120VAC %I 1 nxt ID#143 R0 S3 32PT 120VAC %Q 1 nxt Tgl entr Nxt Select Genius Bus RedundancySelect BSM Control No Cntl Redun tgl entr nxt Select CPU Redundancy FinishingConfiguration Select Configuration Protection Chapter Monitoring and Controlling Remote Drop Data Forcing Circuits Summary Overriding I/O CircuitsToggling I/O Circuits 143#0.2 %I Monitoring/Controlling I/O DataGenius Hand±held Monitor Identifying the Circuit Finding the Circuits Series 90 Reference Displaying Diagnostics for the Circuit Being Monitored MNTR3 143#0.3 %I 33 STS Mon on off reles Forcing/Unforcing I/OMNTR3 143#0.3 %I 33 STS Ref force diag Mon on off reles MNTR3 143#0.3 %AI 1 STS ±10000 FRC Force release MNTR3 143#0.3 %AI 1 STS ±22138 Ref force diagMNTR3 143#0.3 %AI 1 FRC ±22138 Ref force diag Force to Chng entr Displaying Other Circuits Reference Tables Display from the PLC Logicmaster 90±70 Reference Tables Display for the Remote I/O Scanner Remote Drop Data in I/O Table Memory Series Six PLC or Series Five PLC 110 Mixed Reference Table Displays Remote Drop Data in Register Memory Tables Computer Maximum Number of Uncleared Faults Chapter Diagnostics and Fault Clearing Block 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 DIAG3 143#0.3 #I Displaying Faults from the Monitor Block ScreensDisplaying Additional Faults 143#0.2 %I 1 STS Ref force diag Fault Clearing Display and Clear Faults from Logicmaster 90±70Fault Table at the PLC Fault Table Display with a Rev Bus Controller Fault T a B L E Fault Table at the Remote I/O Scanner Slot 1 is occupied by the Remote I/O Scanner PLC Fault Table at the Series 90±70 PLC PLC Fault Table at the Remote I/O Scanner Reference Nickname Definition Status References Fault Clearing Display and Clear Faults from Logicmaster 5 or Logicmaster For Additional Information, Also See Chapter Remote I/O Scanner Datagrams Datagram Types Write Map Read MapRead Map Reply Fault Byte Report Fault Datagram Format Fault Bytes 6 Fault Bytes 4 Appendix Estimating the Number of Remote Drops for a Bus 131 Series 90±70 Remote I/O Scanner Uses Manual ± July Appendix PLC Configuration Steps Add the Remote I/O Scanner to the Genius Bus Create or Select a PLC Program FolderPage 136 Entering the Scanners Remote Drop ID Configure the Remote I/O Scanner Assigning 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 \LM90\central\ Create a Folder Replace displayed module? Y/N Entering the Remote Drops I/O Configuration Entering Communications and Operating Parameters Series Six or Series Five PLC Reference Crete±only remote drops Definitions of Communications and Operating Parameters Configuring Reference Addresses Configuring I/O Module Options Reference View from a Remote Drop Configuration Limits Store the Configuration to the Remote Drop Index 152 153 154