Emsa HS500E manual Install i n g t h e H S 5 0 0 E

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C H A P T E R 1 : G E T T I N G S T A R T E D

1 . 4 . 2 I n s t a l l i n g t h e H S 5 0 0 E

1Unpack and inspect the HS500E hardware and accessories. If an item appears to be damaged, notify your EMS distributor immediately.

2Securely mount the HS500E to your chosen location using four (4) #10 [M5] screws and matching locking washers and nuts. The HS500E may be mounted in any orientation, but should be aligned in such a manner that the four LED indicators can be seen during operation.

3Insert one end of a Category 5 Ethernet cable into the IP67 RJ45 connection housing. Install the RJ45 plug per the included instruction sheet. Attach the assembled mating connector to the HS500E and twist clock-wise one-half revolution.

4Connect the other end of the Ethernet cable to the Host or PLC network. A crossover cable (P/N: CBL-1479) may be required if connecting the HS500E directly to a computer (rather than to a switch, hub or router).

5Connect the female 4-pin M12 power supply cable to the male 4-pin M12 connector on the HS500E.

6Turn the power supply ON. The Network and Error LEDs will flash 6 times (4 slow, 2 fast), after which the antenna will be ready to receive commands.

7From the Host, connect to the HS500E and assign it a new IP address (see Chapter 2 – IP Configuration).

8Note the new IP address on a sticker or label and attach it to the unit.

9Repeat these steps for each HS500E Antenna to be installed.

Plan to perform a test phase and construct a small scale, independent network that includes only the essential devices required to test your RFID application. To avoid possible interference with other devices, do not, at first, connect the RFID testing environment to an existing office network.

H S 5 0 0 E – O P E R A T O R ’ S M A N U A L	P / N : 1 7 - 1 3 0 5 R E V 0 2 ( 1 2 - 0 5 )
	P A G E 1 7 O F 8 2

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Contents Page 800 626-3993 toll free 831 438-7000 office 831 438-5768 fax Industrial Ethernet AntennaHS500E FCC Part FCC Compliance NoticeTable of Contents Modbus TCP Command Structure Modbus TCP Response Structure Syntax Errors RF Response ErrorsRAW TCP/IP Command Example RAW TCP/IP Response Example Html Server and OnDemand OverviewAppendix B Ascii Chart Appendix C ETHERNET/IP Object Model Introduction Getting StartedO m pa n y B a c k g r o u n d F I D E r v i e wE X N o ta t i o n About this ManualH o S h o u l d R e a d t h i s M a n u a l ? I m e n s i o n s To p V i e w Dimensions & DiagramsI m e n s i o n s S i d e V i e w Dimensions Side ViewDimensions Rear View Power & Ethernet LED Descriptions E D D e s c r i p t i o n sN t e n n a R e a d R a n g e F r o n t V i e w N t e n n a R e a d R a n g e S i d e V i e w Installation P r e c a u t i o n s Installation & SetupInstall i n g t h e H S 5 0 0 E IP Address Configuration IP ConfigurationE Fault I P a d d r e s s Html ServerEnter new IP address values in the fields provided Html Server IP ConfigurationHtml Server- Main Ping IP Address Pinging the HS500ET E Rfid CommandsCommand Structure M m a n d P a c k e t S t r u c t u r e Ta b l e See the .2.1 Rfid Command Table for Complete list06 + SecondsByte RF Error Counter Command Echo isS p o n s e P a c k e t S t r u c t u r e Ta b l e Word, Node ID EchoReturned Data Bytes 3 Retry Counter in the MSBReturned Data Bytes 1 I D C o m m a n d s Ta b l e Rfid CommandsWord Value Field NameReturned Data bytes 3,4 MSB = RF Retry Counter 0100 LSB = Reserved Total TimeReturned Data bytes 1 I T E D a T a 0006 0003 0101 Xxxx 0006 0005 0101 Xxxx L L T a G0006 F100 0001 0000 M M a N D F S T L E D S / G E T I N F OCommand F1 Test LEDs / Read Info Response Structure Word Field Name Applicable when word 2 is F203Word ValueMSB = RF Retry Counter LSB = Reserved Total Time Word # Field NameThis example sets the IP address of the HS500E to I T E I P a D D R E S SHS500E Factory Default IP Address Appendix a IP Address ResetS E T B a T T E R Y C O U N T E R There is no response for this commandError Types Error CodesY n t a x Error s F R e s p o n s e Error sChapter ETHERNET/IP Protocol What is Ethernet/IP?HS500E Node Configuration Steps to Configure the HS500Eƒ Configure the HS500E via OnDemand Node Configuration T M L S e r v e r a n d O n D e m a n d O v e r v i e wOnDemand Configuration Use this page to modify the settings for Node OnDemand Node 01 ConfigurationController Settings Write SettingsWrite Tag Name / Write File Address Read SettingsG E 4 4 O F 8 O n t r o l l e r Ta g s S u m m a r y Configuring PLC Controller TagsOnDemand Status Checking Ondemand StatusScreen shot of RSLogix Using the HS500E with RslogixT h e r n e t / I P H a n d s h a k i n g E x a m p l e T h e r n e t / I P H a n d s h a k i n gG E 4 9 O F 8 Write Tag where responses are written by the HS500E Html Server and Ondemand PLC Support O d b u s T C P C o m m a n d S t r u c t u r e Modbus TCP OverviewWords / 200 Bytes 400032775 Modbus TCP Command Structure65536 Node 01 Memory Map Consume Registers40001 O d b u s T C P R e s p o n s e S t r u c t u r eModbus TCP Response Structure Node 33 Memory Map Produce RegistersO s t / H S 5 0 0 E M o d b u s T C P H a n d s h a k i n g Modbus TCP HandshakingG E 5 6 O F 8 Chapter RAW TCP/IP Protocol LSB = Command ID 02 Read Data RAW TCP/IP Command & Response ExamplesCommand AW T C P / I P C o m m a n d E x a m p l eAW T C P / I P R e s p o n s e E x a m p l e IP Address Reset Button Appendix a IP Address ResetAppendix B Ascii ChartG E 6 2 O F 8 Appendix C ETHERNET/IP Object Model Instance Attributes Name Data Type Data Value Access Rule Class Attributes Name Data Type Data Value Access RuleETHERNET/IP Required Objects D e n t i t y O b j e c t 0 x 0 1 1 I n s t a n c eStatus Word Bit Bit = Common Services Implemented for Service Name CodeE s s a g e R o u t e r O b j e c t 0 x 0 Class Attributes Name Data Data Value Access Rule TypeS s e m b l y O b j e c t 0 x 0 4 3 I n s ta n c e s Bitmap of Produce Instances with DataNode 1 Serial Produce Data Size Produce Data Sequence NumberNode 1 Serial Produce Data WORD100 All 0’s Node Serial Produce Data SizeNode Serial Consume Data WORD100 All 0’s Consume Data Sequence NumberNode Serial Consume Data Size Yes SetAttributeSingle Instance 0x80 Attributes Configuration InstanceInstance 0x81 Attributes Heartbeat Instance Input Only C P O b j e c t 0 x F 5 1 I n s ta n c e O n n e c t i o n M a n a g e r O b j e c t 0 x 0Network Mask Interface Configuration Get Structure IP AddressGateway Address Name ServerInterface Speed T h e r n e t L i n k O b j e c t 0 x F 6 1 I n s t a n c e100 Get Interface Flags Physical Address Usint Array6 Get5 0 0 E C o n s u m e D a t a O b j e c t 0 x 6 4 3 Vendor Specific ObjectsS t a n c e s Bit 0 Instance 1 … Bit 31 InstanceConsume Data 9,000-9,249 Consume Data 8,000-8,249Consume Data 10,000-10,249 Consume Data 20,000-20,249Yes Set Attribute Single Yes Get Attribute Single5 0 0 E P r o d u c e D a t a O b j e c t 0 x 6 5 3 Produce Data 10,000-10,249 Produce Data 9,000-9,249Produce Data 20,000-20,249 122 Produce Data 30,000-30,249G E 7 8 O F 8 Only D e m a n d O b j e c t 0 x 6 7 1 0 I n s ta n c e sRead Tag Name ControlLogix G E 8 1 O F 8 EMS Warranty