Ametek GEMCO 1746R Series Installation & Programming Manual Download Page 7

Chapter 3: Set-Up & Programming

Installation & Programming Manual

4

Getting Started

Before the 1746R PLC Resolver Interface Module can communicate with the A-B SLC 500
processor, the system must be configured to include the 1746R PLC Resolver Interface Module.
This is done through either the APS Software or the hand-held controller.  When defining the
system, the program will prompt for a SPIOGA ID code.  The ID code for the 1746R PLC
Resolver Interface Module is: 3535.  This tells the processor that the 1746R uses 8 input words
and 8 output words.

I/O Image Table

Data is passed between the A-B SLC 500 processor and the resolver input module through the I/O
image table.  This table is limited to 8 input words and 8 output words.

Configuration data, such as the scale factor and the offset position, will be programmed through the
output image table.  Monitoring data, such as the current resolver position and RPM, will be reported
back to the SLC 500 processor through the input image table.

Two types of data can be passed through the I/O image table, status/control data and application data.
Two bit registers have been placed in word 0 of the input image table and word 0 of the output image
table for the status/control data.  The rest of the I/O image table is used for application data.

Output Image Table

Because there are more than 8 parameters to program, the 1746R Resolver Interface Module uses
a command based programming sequence to enter parameters into the system.  The first word of
the output image table is the command bit register.  This bit register contains a programming bit
used to initiate the programming sequence.  The second word is the command word and the other 6
words are used for the command parameters as shown in the table below:

Chapter 3: Setup & Programming

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Spec Tech Industrial Electric               www.spectechind.com

888-773-2832

Spec Tech Industrial Electric               www.spectechind.com

888-773-2832

Summary of Contents for GEMCO 1746R Series

Page 1: ...00 I O Chassis Installation Programming Manual Series 1746R GEMCO PLC Resolver Interface Module Spec Tech Industrial Electric www spectechind com 888 773 2832 Spec Tech Industrial Electric www spectec...

Page 2: ...ny comments you may have for the improvement of this manual are welcomed AMETEK reserves the right to revise and redistribute the entire contents or selected pages of this manual All rights to the con...

Page 3: ...e Panel 2 Chapter 2 Installation 3 Chapter 3 Setup Programming 4 Chapter 4 Application Examples 14 Appendix A Specifications 21 Appendix B Wiring Diagram 22 Spec Tech Industrial Electric www spectechi...

Page 4: ...realsowillmonitortwoauxiliaryinputs thatcanbefieldconfiguredtooperateinoneoftwo ways Reset to Preset This feature allows you to continuously synchronize position data to the leading edge of the produc...

Page 5: ...D indicates there is a card fault or when there is a resolver transducer fault Note There are four typical causes for a resolver transducer fault 1 Broken resolver cable 2 Improperly wired cable 3 Fau...

Page 6: ...1986 resolver specifications mounting guidelines and outline drawings are available from the factory NOTE The Gemco Series 1746R Resolver Interface Module has been designed to be compatible with othe...

Page 7: ...table and word 0 of the output image table for the status control data The rest of the I O image table is used for application data Output Image Table Because there are more than 8 parameters to prog...

Page 8: ...e Module will monitor these bits for a 0 to 1 transition When it is detected the corresponding error bit in the input image table will be cleared Data Format Bit 7 The purpose of this bit is to add an...

Page 9: ...resolver with one reset to preset input Two axis two single turn resolvers one with no turns counting and one brake monitor input the other with turns counting and one reset to preset input NOTE All r...

Page 10: ...n O 4 r e v l o s e r n r u t e l g n i s o w t s i x a o w T e l b a n e g n i t n u o c s n r u T s t u p n i t e s e r p o t t e s e r o w T 5 r e v l o s e r l a u d n r u t i t l u M t u p n i t...

Page 11: ...1 Parameters 2 and 3 scale factor set at 1200 Parameter 4 turns counting set at 1 The count will increase from 0 to 1199 over the first rotation 1200 to 2399 over the second 2400 to 3599 over the thi...

Page 12: ...second 200 to 299 over the third and will continue increasing by 100 counts per turn until 12 799 is reached at the end ofturn128 Thesystemwillrollovertozeroandbegincountingupagainiftheresolvercontin...

Page 13: ...asbeen exceeded Parameter 1 contains the warning time for the brake monitor input If the brake monitor stopping time exceeds this warning time the warning bit will be set This value can range from zer...

Page 14: ...t image table A zero value will disable the motion detect NOTE This command is only valid if the module has been set up for configurations 1 2 or 6 Parameters 1 and 2 contain the position that resolve...

Page 15: ...t s i g e R t i B 1 d r o W n o i t a r u g i f n o C n o i t a r u g i f n o C n o i t a r u g i f n o C n o i t a r u g i f n o C n o i t a r u g i f n o C n o i t a r u g i f n o C 2 d r o W h g i...

Page 16: ...tual brake stopping time exceeds the programmed brake error time This bit is cleared when a zero to one transition on the clear brake error bit is detected This bit is set in real time atthepointthein...

Page 17: ...s Resolver 1 is in bit 4 and resolver 2 is in bit 0 This bit is clear when no error is present Configuration Register Word 1 Thisregisterwillreflectthecurrentconfigurationnumberofthesystem Becausethei...

Page 18: ...ule is installed in slot 1 of the SLC 500 rack The following data defines the command parameters and state flags that are used to program the 1746R Resolver Interface Module ConfigurationCommand N7 0...

Page 19: ...copy the position scaling command for resolver 1 into the output image table with the programming bit set This command will configure resolver 1 for a total scale factor of 1000 and turn count of 10...

Page 20: ...1 1 2 15 OTHER When the position scaling data has been acknowledged for resolver 2 the program will copy the reset to preset command into the output image table The reset to preset value for resolver...

Page 21: ...OV Move Source 16 16 Dest N10 0 0 ClearProgramBit O 1 U 15 OTHER WHENCOPYOFTHERESET TO PRESETCOMMANDISCOMPLETE SETTHESTATEFLAGTOHOME RESOLVER1 COP Copy File Source N9 0 Dest O 1 0 Length 8 0009 COPYTH...

Page 22: ...lid position data is copied from the input image table to a data table It will also set the appropriate valid position flag This data can be used to re home the 1746R if power is lost to the unit 0015...

Page 23: ...B3 0 L 14 Complete NOPrimary NOPrimary Config Res 2 I 1 1 OTHER NO S1Open Res 2 I 1 0 OTHER NO S4 Open IFCONFIGURATIONISCOMPLETEANDTHEREISARESOLVER1FAULT CLEARTHEFLAGTO INDICATERESOLVER1POSITIONISINVA...

Page 24: ...4 0 0 0 0 0 0 0 1 7 N 8 6 7 2 3 2 1 0 0 0 0 1 0 1 0 0 0 0 0 2 7 N 8 6 7 2 3 2 2 0 0 6 3 0 0 0 0 0 0 3 7 N 8 6 7 2 3 6 0 0 0 1 0 0 8 1 0 0 O F N I E M O H c e d 9 N e l i F a t a D t e s f f O 0 1 2 3...

Page 25: ...dual resolvers 800 s for multi turn resolvers If Data Format Selected 500 s single resolver config 1 3 1000 s dual resolver config 4 800 s dual resolver config 6 1000 s multiturn resolver config 2 5 R...

Page 26: ...16 15 14 PIN PIN RESOLVER 2 SIG S1 S2 S4 INPUTS 11 12 10 SIG S4 8 9 7 S3 6 PIN SIG R1 S1 R2 S2 4 5 3 S3 1 2 RESOLVER 1 Gemco RUN FAULT 1746 R1 R2 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 1 TO REVERSE TH...

Page 27: ...VER CABLE PINOUT DESCRIPTION CABLE CONNECTOR ASSEMBLY SD0508300 SHIELD BLACK OF YELLOW K 12 BLACK OF BROWN YELLOW BROWN G J H 10 11 9 8 IN1 13 IN2 IN1 IN2 16 15 14 PIN PIN RESOLVER 2 SIG S1 S2 S4 INPU...

Page 28: ...lawson MI 48017 800 635 0289 248 435 0700 Fax 248 435 8120 www ametekapt com 1196 1746R M1R1 10 01 Z56 5C Spec Tech Industrial Electric www spectechind com 888 773 2832 Spec Tech Industrial Electric w...

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