Home

MS-Connect 210 User`s Manual

Contents

1. Large CGB accomodates RJ45 Ethernet connector Q 19 pin Reader Power Micro Change Trigger Micro Change Connector Connector Connector MS Connect 210 Connectors 1 6 MS Connect 210 User s Manual Setup and Operation Connecting an MS Q Imager to the MS Connect 210 Once you have a reader connected to the MS Connect 210 by RS 232 you can simultaneously connect an MS Q by wiring it directly to the MS Q terminal block inside the box J15 1 Unscrew one of the three CGB caps at the back of the unit 2 Clear the CGB s access hole to create a cabling route into the box 3 Pass a pre stripped MS Q Reader Cable 61 000066 02 or user supplied through the access hole so that the reader connector is outside the box and the end to be wired is inside the box m re inside of wiring box NY 5V TX232 N S RX232 SS ae HH GND TT CHASSIS RED 24AWG BROWN 28AWG ORANGE 28AWG BLACK 24AWG DRAIN MS Q 8 pin connector 4 Wire the MS Q Reader Cable to the MS Q terminal block J15 Wire 5V to Pin 1 VIN red Wire TX232 to Pin 2 RS 232 Transmit brown Wire RX232 to Pin 3 RS 232 Receive orange Wire HH GND to Pin 5 Ground black MS Q Reader Cable 61 000066 02 or user supplied
2. When JP10 New Master Lockout and JP11 Trigger Lockout are in their Config B positions the Trigger and New Master buttons on the front panel will be disabled TRIGGER NEW MASTER is OUTPUT3 Es 123456 a OPTIONAL ETHERNET OUTPUT3 MODULE READER resale m 126 DEFAULT aan 9n o OUTPUT2 PIN 3 TX232 O O mezz OUTPUT 1 PIN 5 SGNL GND 5 1 O z x COTA e NUS TRIG LOCKOUT z zie INPUTI PWR J11 23 FA e Sl DEFAULT CHASSIS e P1 PWR e PUR Raz 142 S amp IT33 NM LOCKOUT E 2 PWR 7 PWR SGNLGND Z jP10 3 pu m ale PAR TX232 e em gt PWR z o J10 TAGGER CHASSIS e 5 S x TRIGGER as olz I z l CHASSIS o NEW MASTER RTS 3132 a O 2 Q J3 CHASSIS Ale NEW MASTER RX232 e z m CHASSIS ZTO RX SGNLGND Q s 3 AMP RX TX232 e PISO Q POWER e M Sja ys n ran ei z ze TX RX232 z COMM POWERLED oN om 9 IM UG oss melns oE SWITCHES RED ERROR 422 485 o INPUT CHASSIS e SGNLGND HHGND o GREEN OK Ji INPUT PWR i 19v00 INPUT PWR READER NDC ETHERNET The two possible jumper configurations for JP10 and JP11 are shown below Enabled Default mo JP10 JP11 Lockout Disabled LT 1 18 MS Connect 210 User s Manual Setup and Operation Power On the MS Connect 210 Once your reader is connected to the MS Connect 210 and all other cabling is connected and secured it i
3. Item Description Part Number MS Connect 210 Connectivity Box with Display FIS 0210 0001G 1 MS Connect 210 Connectivity Box FIS 0210 0002G MS Connect 210 Connectivity Box with Display and Ethernet FIS 0210 0003G 2 Microscan Reader 10 28V or 5V FIS XXXX XXXXG 3 Power Supply 10 28V 97 100004 15 Reader Cable 19 pin to 25 pin Host RS 422 485 61 000122 01 4 Reader Cable 19 pin to 25 pin Host RS 232 Aux RS 232 61 000123 01 Reader Cable 19 pin to 25 pin Ethernet 61 000124 01 5 Reader Cable 19 pin to 15 pin Host RS 232 5V readers and MS 9 61 000127 02 Reader Cable 19 pin to 15 pin Host RS 422 485 5V readers and MS 9 61 000139 01 6 Reader Cable 19 pin to 15 pin Host RS 232 61 000121 02 Reader Cable 19 pin to 15 pin Host RS 422 485 61 000138 01 7 MS Q Reader Cable optional not shown must be stripped before wiring 61 000066 02 8 Ed M E 8 pin M12 external Micro Change to RJ45 61 000128 01 9 MS Connect 210 Industrial Ethernet Cable optional 8 pin M12 Micro Change User supplied 10 MS Connect 210 Multidrop Daisy Chain Cable User supplied must be stripped and wired to MS Connect 210 s RS 422 terminal blocks 11 MS Connect 5100 USB Programming Cable Type A to Type B 6 ft 61 000112 01 12 MS Connect 5100 Host Cable 9 pin to RJ12 6 ft 61 000108 01 13 MS Connect 5100 Concentrator Cable user stripped to RJ45 User supplied 14 IC 332 Power Adapter 5V readers FIS 0001 0035G 15 Object Detector optional 99 000017 02
4. OPEN SW5 v e Js OUTPUT3 CLOSED sulla OUTPUT bape L mezz e OUTPUT2 inn sm 7 ourpun mi e OUTPUTI e 16 lom e PWR PWR a R PWR x S o m 7 3 CHASSS O CHASSIS _ cuasss siae o POWER e PWR POWER LED oN oasen e PWR RED ERROR massi n ierg GREEN OK ES IU Pf ETHERNET 2 OPTIONAL ETHERNET mum J26 MODULE PIN 2 RX232 6 PIN 3 TX232 ED PIN 5 SGNL GND O 5 o O 2 eli TRIG LOCKOUT 8 n ae DEFAULT CHASSIS e n BU PWR 232 HE NM LOCKOUT ale PYRE SGNLGND e 8 ino Alo PWR Ton e y e zlo no TRIGGER CHASSIS e x J16 Zle TRIGGER eas e zx e E NEW MASTER g El 3 TE RTS e sm mie NEWMASTER RX232 ez 7le R SGNLGND e s5 E z e Ro non e ba BIG jo na z amp 0 De L1 Z COMM le CHASSIS se SWITCHES e SGNLGND HHGND e MS Connect 210 User s Manual Connect the System Connecting the MS Connect 210 to a Host Once you have a reader connected to the MS Connect 210 by RS option of connecting the MS Connect 210 to a host computer 1 Unscrew one of the three CGB caps at the back of the unit 2 Clear the CGB s access hole to create a cabling route into the box Pass a pre stripped RS 232 Host Cable P N 61 000105 01 through the access hole so that the 9 pin connector is 3 outside the box and the end to be wired is inside the box Wire the Host Cable to the
5. 1 to 28 V Output Output Vaf Outputs Power ground Power Outputs Power 3 Outputs Outputs Output yak Output Vat Outputs Outputs S Power ground Power ground A 6 Power ground EL 1to28V Outputs Input MS Connect 210 User s Manual Optoisolator Inputs Appendices All discrete inputs can be fully isolated pulses as PNP or NPN circuits Minimum Maximum vej input VIN HIGH IIN HIGH 4 5 V 4 0mA 28 V 7 mA ES Sara VIN LOW IIN LOW 0 V 0mA 2 0V 1mA 5V 24V ton 8us 4 us tog 20us 30ys Input Examples Important The following examples do not represent all possible wiring configurations Fully Optoisolated PNP NPN Source Source Isolated trigger only Isolated rs y Input cc Signal ve T Input PAYA Input P d Input L j Signal gz Not Optoisolated PNP NPN Source Non isolated Source Non isolated trigger only Yog Power Ve Signal t ANN Input i E MY E input lez Power ground pty Sig
6. ccceccceeeeecececeeeeeeeaeeeeeeecaeee sees caaeeeeesecaaaeseeeeceaeeeesesecaeeeeeeseenuseeeeeeeeeeeess 2 2 Select and Identify the MS Connect 210 0 0 ececcecececccee ce cee eect eee ee ee cae ee eee secaeeeeeeseeaeaeeeeeeseeaeeeeeeeaea 2 3 Set Network P rametersanunuasnusdnseagpetn 2 4 Set COM Port Parameters sic icizsieccecstecies aia EE i iied eN 2 6 Select Reader Model and Connect enne nnne 2 7 Configure the Connected Reader necesse cie treten ariete nnne Va ine eec ada dedu dedu dn 2 8 Configuring the Ethernet Port iecit tinte nuce inea te eda e De dear ape nn 2 9 Ethernet Port Custom Features aei eines ee edente a eaei doa nM dame adea daten 2 11 Ethernet Port Operation 2er ttti cta tea rna e vere e EL ura le dea pue enne SUY e addo eL EERE 2 14 EtherNet IP Serial Interface Class 0x68 sse nemen 2 15 Input T O Assembly Object Class 0x04 Instance 0X64 2 18 Output O gt T Assembly Object Class 0x04 Instance 0x65 sssse 2 18 Configuration Assembly Object Class 0x04 Instance 0x80 2 18 Service Object Sumrimary cantes nio rine tene ddr semen qne uere EE Deu be e Rea occus Tine edad 2 18 is EereD da clc n 2 19 EIPScatr Examples assinei coats tet Saale ade Ebene etie dentes aaeei aaa AEREE EEEE 2 21 HELD 2 22 The MS Connect 210 s
7. set the previously configured 5 IP address and TCP port and Primary TCP Port 2001 click Connect Ev When a connection is established you can begin configuring the reader in ESP MS Connect 210 User s Manual 2 7 Configure the Connected Reader Configure the Connected Reader Each Microscan reader has different configuration requirements Refer to the User s Manual for the Microscan reader or readers being used in your application Once the reader is configured you can begin communicating via Ethernet Important If the reader s settings for baud rate parity stop bits or data bits are changed you must reconfigure those settings in the MS Connect 210 to match the new settings in the reader See Set COM Port Parameters 2 8 MS Connect 210 User s Manual Using Ethernet Configuring the Ethernet Port The MS Connect 210 s Ethernet Port behaves as an EtherNet IP or TCP server device capable of communicating with one or more serial devices The port is identified as an EtherNet IP communication adapter The interface is designed to support remote serial transmit and receive using Explicit and I O messaging The port converts EtherNet IP communication from TCP IP and UDP to the serial interface The Ethernet Port has the following features Supports one EtherNet IP I O connection and two EtherNet IP TCP connections Serial buffer status updated on the I O connection Serial master command resp
8. Host RS 232 terminal block J13 Important Refer to the label on the Host Cable 61 000105 01 for color coded pin assignments Connect the Host Cable to the host s RS 232 port OPEN sws 1 2 3 4 5 6 v CLOSED aan EEPER ON irc INPUT PWR o 28VDC READER ETHERN OPTIONAL ETHERNET MODULE J26 TRIG LOCKOUT JPI IM LOCKOUT 6 2 1 23 N JP10 n z en o 232 you have the swa B READER x ae DEFAULT Je aan PIN 3 TX232 m PIN 5 SGNL GND of yo O e INPUTI x 3 nem 3 ale DEFAULT CHASSIS a PWR RX232 m ale PWR SGNLGND E m me PAR TX232 z E S jo mes CHASSIS Z j trccer crs gl NEW MASTER RIS O g 33 cnasss Slo rewnaster ron m e cHsss PO N SGNLGND 3 AMP o k se N SLO BLO o POWER PWR Blo y bi POWERLED lon orf Emu e jm m vm 5V 422 485 5 ENOK J PULPA e SGNLGND HHGND GREEN OK Wire CHASSIS to Host Cable Shield Wire Wire TX232 to Host Receive Pin 2 Connection ID label Wire RX232 to Host Transmit Pin 3 Wire SGNL GND to Host Ground Pin 5 Host Cable 61 000105 01 1 8 MS Connect 210 User s Manual Setup and Operation Connecting the MS Connect 210 to a Multidrop Network Once you have a reader connected to the MS Connect 210 by RS 232 you have the option of connecting the MS Connect 210 and reader to a Multidrop network sw 123 45 6 aud CLO
9. Powering Additional Readers from the Terminal Blocks The MS Connect 210 can power up to three additional readers during active operation This is accomplished by wiring the additional readers to terminal blocks J2 through J5 inside the box as shown below Note If you are using MS 890s the MS Connect 210 can power up to two additional readers due to the greater power demands of those products NEWMASTER RTS NEWMASTER RX232 RX SGNLGND Re TX232 Te 0232 De RX232 J3 CHASSIS ion J The primary reader or Reader 1 ro MS Connect 210 IT IE is powered through the 19 pin l Power Supply reader connector at the back of 7 Micro Change the unit Connector Terminal Blocks J2 J5 ps OUTPUT3 es 12345 6 OPTIONAL ETHERNET o OUTPUT3 MODULE READER el e OUTPUT2 J26 FAULT DEFAUL EZ e OUTPUT2 PIN aes 9 6 m e OUTPUT 2 amun Reus TRIG LOCKOUT lt INPUTI 23 a e PWR S DEFAULT CHASSIS gt JP PWR i PVR ROS amp 173 NM LOCKOUT m 2 PWR E PWR SGNLGND 2 JPO uz B JA PWR 1x232 S o 2 Qo PWR 3 TRIGGER CHASSIS S J16 z css TRIGGER cs Le amp 5 z TETSY ISOH PE 090000 000000 0000 m O g G E 3 AMP SLO BLO Q POWER POWER LED ON op ETH SW7 2 INPUT CHASSIS n RED ERROR INPUT GHA GREEN OK S 1000c INPUT PWR READER oc ETHERNET Reader 2 Connect the positive wire of the
10. a symbol Host A computer PLC Programmable Logic Controller or other device that is used to execute commands and to process data and discrete signals Host RS 232 Enables a reader to communicate with a host although they are not directly connected The reader is routed through the MS Connect 210 and then to the host Host RS 422 The RS 422 connection between the MS Connect 210 and the host The MS Connect 210 passes RS 422 from the reader to the host Input A channel or communications line The decoded data or discrete signal that is received by a device LED Light Emitting Diode Often used as a performance indicator as on the exterior of the MS Connect 210 Master Symbol A symbol whose data is stored in a reader and compared to other symbols in an application as they are decoded Useful in applications that require sortation and routing Matchcode A method of comparing current decoded symbol data against stored master symbol data Useful in applications that require sortation and routing Micro Change A threaded sealed connector that provides secure cabling in industrial and automation environments New Master A condition in which a reader decodes and stores a new master symbol in an application using matchcode No Read A condition in which a reader fails to decode a candidate symbol Normally Closed A discrete output state that is only active when open Normally Open A discrete output state that is
11. 5 J4 A PWR mon RE e E o PWR 3 TRIGGER CHASSIS S J16 S zR e CHASSIS 2 TRIGGER cs s o E NEWMASTERF RIS a O a j3 CHASSIS 4 NEWMASTER RX232 z gt m e CHASSIS 7 R SGNLGND 5 Display i E e ra a naa Communication o POWER 2 8 i sone Sil COMM Dip Switches em sw7 2 o B De ms S SWITCHES POWER LED ON OFF CHASSIS 5 m o RED ERROR 222 495 INPUT CHASSIS a GREEN OK O NPUT PWR SENLGND HHGND READER 1voc INPUT PWR 28V ETHERNET gt gt Important The dip switches located at SW4 on the board are FOR FACTORY USE ONLY and should not be moved Display Communication Dip Switches BAUD RATE DATA PARITY CLEAR BITS SCREEN SWITCH 9 6K 19 2K 38 4K 57 6K 115 2K 7 8 EVEN ODD NONE YES NO 1 OFF ON ON ON ON 2 ON OFF OFF ON ON 3 ON OFF ON OFF ON 4 5 NOT USED 6 ON OFF 7 OFF ON 8 ON OFF Settings must match reader Default settings shown in bold italics Sends a Form Feed command 0x0C to the display clearing the screen whenever the MS Connect 210 receives new data The reader s Preamble must be set to OxOC for Clear Screen to function Once the MS Connect 210 s dip switches are configured to match reader settings decoded symbol data and other information will display correctly during operation of the system Note Power must be cycled to the MS Connect 2
12. Configuring the Outputs and Beeper The switches for controlling outputs 1 2 and 3 and the beeper are located at SW5 Reader Output Reader Output State Polarity Beeper Output 1 POS 1 Up Normally Open POS 4 Up Off Output 2 POS 2 Up Normally Open POS 5 Up Off Output 3 POS 3 Up Normally Open POS 6 Up Off The switches at SW5 on the board control polarity and beeper activity for outputs 1 2 and 3 Switches 1 2 and 3 control polarity for outputs 1 3 Switches 4 5 and 6 control the beeper for outpus 1 3 1 14 Normally Open Negative Normally Closed Positive Switches at SW5 MS Connect 210 User s Manual Setup and Operation Beeper Characteristics at Power On The MS Connect 210 will beep at power on for most readers The duration of the beep depends upon which reader is connected The table below shows which readers cause the MS Connect 210 to beep at which durations MS Connect 210 Beep Duration MS 3 No beep at power on MS 4 lt 3 seconds MS 9 lt 3 seconds MS 890 3 seconds Quadrus MINI lt 3 seconds Quadrus MINI 3 lt 3 seconds Quadrus MINI Velocity lt 3 seconds Beep duration may vary depending on reader and firmware MS Connect 210 User s Manual Configure Output Settings Configuring the Relays The MS Connect 210 s three pluggable relay modules and three jumpers for controlling the
13. Operating Tempurature 0 to 50 C 32 to 122 F Storage Tempurature 30 to 70 C 22 to 158 F Electrical 25 63 5 mm D Power Requirements 5 1 Watts max w Display SER and Ethernet 10 28VDC 200mV p p max ripple ET Box Only 32 mA Top Box Display 90 mA Box Ethernet 62 mA Box Display Ethernet 120 mA 24VDC typ Trigger New Master Input 1 5 to 28V rated 6 5mA 24VDC Output 1 2 3 Pass through Optoisolated 1 28V rated Ice lt 100mA max must be limited by user Relay See Relay Module specifications Minimum Maximum Vin 4 5V 28V High lin 4mA 7mA Vin ov 2V Low lin OmA 1mA Connectors Reader M23 19 pin circular socket connector Industrial Ethernet Connector 8 pin M12 Micro Change Trigger 4 pin Micro Change socket Power 3 pin Micro Change plug CGBs 6 5 Small Access diameter range 0 18 to 0 39 4 5 to 10 mm 7 gos mam i Large Access diameter range 0 2 to 0 5 5 to 12 7 mm Side Indicators Display 2x20 alphanumeric characters LEDS I O status Serial MS Connect 210 Dimensions Beeper Configurable Communication Protocols Standard Interfaces RS 232 RS 422 Ethernet Other Accessories Type DIN Rail Kit Pluggable Relay Modules A 2 MS Connect 210 User s Manual Appendices FIS Options MS Connect 210 with Display FIS 0210 0001G MS Connec
14. RX232 1 E swa PG RX SGNLGND e ats e RX 1232 e x SIG jo nos e z S O R232 e z COMM Slo as w 115 amp SWITCHES SGNLGND HHGND e MS Connect 210 User s Manual 1 11 Connect the System Using Input 1 The Input 1 terminal block J11 allows you to wire buttons or other external devices for resetting counters unlatching outputs or other application requirements Wire the external device to the Input 1 terminal block at J11 OUTPUT3 J8 OPTIONAL ETHERNET CLOSED OUTPUT3 MODULE READER o OUTPUT2 J26 DEFAULT e omn SW 2 532 gt Qo OUTPUT 1 ol Yo O J6 OUTPUTI 2 e TRIG LOCKOUT e _ Pure p J5 e CHASSIS m JH PWR e R32 amp 123 NM LOCKOUT 2 PUR zo PWR SGNLGND 2 Po J4 Alo PAR TX232 S a PWR Sle TRIGGER CHASSIS J16 s J10 Qo cuasas sje TRIGGER as ge NEWMASTER RTS 9 ov O c 3 CHASSIS Sjo NEW MASTER RX232 g ui m CHASSIS O RK SGNLGND B aL 3 AMP PwR eo RX TO2 mn 5 2 SLO BLO POWER B jo TX232 z POWER LED mo Re w br amp swiiches 422 485 INPUT CHASSIS e m RED ERROR y INPUT PHR eo SGNLGND HHGND o GREEN OK 10v0c INPUT PWR READER bue ETHERNET The Input 1 LED will illuminate to signal a switching event OUTPUT 1 OUTPUT 2 G i INPUT 1 OUTPUT 3 9 TRIGGER NEW MASTER 1 12 MS Connect 210 User s Manual Setup and Operation
15. only active when closed A 12 MS Connect 210 User s Manual Appendices Opto isolation The transfer of signals between elements of a circuit typically a transmitter and receiver while keeping the elements electrically isolated An example of opto isolation is the relationship of an LED and a light sensor separated from each other so that light can travel across a barrier but electrical current cannot Output A channel or communications line The data or discrete signals that are transmitted or displayed by a device Parity An error detection routine in which one data bit in each character is set to 1 or 0 so that the total number of 1s in the data field is even or odd Port Logic circuit for receiving and transmitting data One or more ports may be included within a single connector Protocol The rules for communication between devices providing a means to control the orderly flow of information between linked devices Read Cycle A pre defined period of time during which a reader will attempt to capture symbol data RoHS Reduction of Hazardous Substances A directive that restricts the use of lead mercury cadmium hexavalent chromium polybrominated biphenyls PBB and polybrominated diphenyl ether PBDE in the manufacture of certain types of electronic and electrical equipment Signal A transmission of analog or digital information electrical current voltage or another specific quantity that can be var
16. relays are outlined below OPEN SWS5 CLOSED READER DEFAULT OUTPUT3 OUTPUT3 OUTPUT2 OUTPUT2 OUTPUT 1 OUTPUT1 12345 6 BEEPER ON eo J7 S S 8 SS S S S 8 J3 CHASSIS O 3 AMP SLO BLO ie TH Av 138 S EE POWER ON i J 2 422 485 77 0 POWER LED RED ERROR INPUT CHASSIS INPUT PWR GREEN OK 10VDC INPUT PWR 28VDC READER 2 ETHERNET 2 YILSVN MINMDOML LINAN Sgp cc J26 PIN 2 RX232 PIN 3 TX232 PIN 5 SGNL GND INPUTI INPUT1 DEFAULT PVR PWR PWR TRIGGER TRIGGER NEW MASTER NEW MASTER RX TX TX CHASSIS SGNL GND e e e Q e e e e e e e e e e e CHASSIS SGNLGND CHASSIS RX SGNLGND OPTIONAL ETHERNET MODULE Ono Io TRIG LOCKOUT JP11 123 RX232 NM LOCKOUT TETY Xnv TX232 CTS RTS RX232 TETSY 1S0H T3 232 RX232 5V HHGND COMM SWITCHES QT3HONYH Relay Module Options K1 K3 The two possible jumper configurations for JP1 JP2 and JP3 are shown below Config A passes through the reader s opto isolated relays to the terminal block Config B inserts the relay module between the reader s output and the terminal block Pass Through Default Config A JP1 JP2 JP3 Config B 5 3 1 Relay Module K1 K2 K3 LL EI 6 4 2 1 16 MS Connect 210 User s Manual Using th
17. right Example 255 255 255 0 8 0 bits 255 255 0 0 16 0 bits 255 0 0 0 24 0 bits Follow the command prompts to configure the IP address When done type 9 and Enter to save settings 10 11 At the command prompt type ping MS Connect 210 IP address and type Enter If the MS Connect 210 responds to the pings it is ready to communicate MS Connect 210 User s Manual 2 5 Set COM Port Parameters Set COM Port Parameters The serial port settings of the MS Connect 210 must match those of the reader for Ethernet communication to be successful ESP ESP Untitled File Model Options Help na v Switch Model Search Welcome to Easy Setup Program Select an MS Connect 210 MS Connect 210 to Host Settings 1 Click Search to locate all MS Connect 210 Ethernet Gateways that are available on the network Ets et esse Songdo 162 148 88 254 00 20 4a 99 3b 6b 2 Select the MS Connect 210 from the list of available une 0 1 11 1 IP addresses Use the MAC ID to identify the correct s unit The MAC ID is printed on the top of the Ethernet module inside the MS Connect 210 Click here to communicate with readers via TCP IP connection Note This option can also 3 Adjust MS Connect 210 to Host Settings as needed 4 Adjust Reader to MS Connect 210 Settings to pe con ioured in ihe ESP match the Host Port settings of the reader g 5 Send and Save settings There will be a
18. via the power Micro Change connector shown in the illustration above CAUTION Be sure that all cables are connected BEFORE applying power to the system Always power down BEFORE disconnecting any cables MS Connect 210 User s Manual 1 5 Connect the System Connecting a 5 Volt Reader to the MS Connect 210 If you are using an MS 1 MS 2 MS 3 MS 4 Quadrus MINI Quadrus MINI 3 or Quadrus MINI Velocity 1 Attach the 19 pin to 15 pin Reader Cable to the MS Connect 210 via the 19 pin reader connector shown in the illustration below 2 Tighten the cable housing at the 19 pin reader connector on the back of the MS Connect 210 unit 3 Attach the 15 pin end of the Reader Cable to the 10 28VDC end of the IC 332 Power Adapter and attach the reader s cable to the 5VDC end of the IC 332 Adapter Important Reversing the IC 332 in this configuration may seriously damage the interface 4 Attach cabling inside the wiring box 5 Attach an Object Detector optional to the MS Connect 210 via the trigger Micro Change connector shown in the illustration below 6 Attach the Power Supply to the MS Connect 210 via the power Micro Change connector shown in the illustration below CAUTION Be sure that all cables are connected BEFORE applying power to the system Always power down BEFORE disconnecting any cables 8 pin M12 Industrial Ethernet Micro Change Connector optional S d CGBs 3
19. 0 New Master Button Lockout JP11 Trigger Button Lockout Terminal Blocks Max Rating J1 through J8 Wire Range 26 to 14 AWG Wire Strip Length 11 mm J9 through J15 Wire Range 22 to 18 AWG Wire Strip Length 5mm J2 through J5 Max Voltage 28VDC Max Current 4 Amps J6 through J8 Max Voltage 240VAC Max Current 3 Amps Switches SW1 Power On Off SW2 Reader Default SW3 Display Comm Switches SW5 Reader Output Indicators SW7 Ethernet RS 422 485 Control Switches A 4 MS Connect 210 User s Manual 19 pin Reader Connector E I 4O 9 S Appendices MS Connect 210 Pin Host RS 232 CTS RTS Aux RS 232 Aux RS 422 485 Ethernet 1 Output 1 2 Output 2 3 Output 3 4 TX232 5 RX232 6 Power Signal GND 7 Trigger 8 New Master 9 RxD Rx 10 RTS Aux TxD TxD Tx 11 CTS Aux RxD RxD Tx 12 Trigger New Master Input Common 13 Output 2 14 Output 3 15 Default 16 Input 1 17 TxD Rx 18 Output 1 19 Power MS Connect 210 User s Manual A 5 Electrical Specifications Optoisolator Outputs Optoisolator circuits can transfer pulses between the wiring box and periphe
20. 10 each time the dip switch settings for baud rate are changed 1 4 MS Connect 210 User s Manual Setup and Operation Connect the System There are a number of different ways to connect a reader the MS Connect 210 and a host The 19 pin reader connector the Micro Change connectors for the power supply optional Ethernet and optional object detector and three CGBs are located at the back of the unit 8 pin M12 Industrial Ethernet Micro Change Connector optional Large CGB accomodates RJ45 Ethernet connector 19 pin Reader Power Micro Change Trigger Micro Change Connector Connector Connector MS Connect 210 Connectors Connecting a 10 28 Volt Reader to the MS Connect 210 If you are using an MS 9 QX 830 QX 870 or MS 890 1 Attach the 19 pin to 25 pin Reader Cable to the MS Connect 210 via the 19 pin reader connector shown in the illustration above Important The MS 9 requires a 19 pin to 15 pin Reader Cable 2 Tighten the cable housing at the 19 pin reader connector on the back of the MS Connect 210 unit 3 Attach cabling inside the wiring box 4 Attach an Object Detector optional to the MS Connect 210 via the trigger Micro Change connector shown in the illustration above 5 Attach the Power Supply to the MS Connect 210
21. 13 04 optional not shown Pluggable Relay Module 240VAC Series 70 Type SM 15 optional not shown 98 000013 05 16 Pluggable Relay Module 24VDC Series 70 Type SM 98 000013 06 optional not shown 17 DIN Rail Mounting Kit optional not shown 98 000093 01 IC 332 not required with MS 9 Alphanumeric character display Optional MS Q cable can be passed through Available with one of the MS Connect 210 s CGBs and wired FIS 0210 0001G directly to the inside of the box l and FIS 0210 0003G Cable must be stripped by user before wiring Eee EEN 8 4 A MS Q Imager 5V Iw i O 1 24V Reader ji ig V dl o EM Reader S Hardware Required for Stand Alone Configuration 1 2 MS Connect 210 User s Manual Check Required Hardware cont Multidrop and Daisy Chain Configurations Setup and Operation
22. 14 MS Connect 210 User s Manual
23. 16 Pluggable Relay Module 120VAC Series 70 Type SM 98 000013 04 optional not shown 47 Pluggable Relay Module 240VAC Series 70 Type SM 98 000013 05 optional not shown 18 Pluggable Relay Module 24VDC Series 70 Type SM 98 000013 06 optional not shown 19 DIN Rail Mounting Kit optional not shown 98 000093 01 C 332 not required with MS 9 kp ue ene Fr to connect multiple readers in a Daisy Chain configuration NEN Get 620 1 gt ag LG 1 N ph 1 Hardware Required for Multidrop or Daisy Chain Configuration MS Connect 210 User s Manual 1 3 Configure the Display Configure the Display If you are using a version of the MS Connect 210 with an alphanumeric character display FIS 0210 0001G or FIS 0210 0003G you must configure the display before applying power to the system For the MS Connect 210 s display to operate correctly all communication settings must match those of the reader Settings can be matched using the dip switches located on the board at SW3 OPEN OUTPUT3 ses I 2 3 45 5 gs 5 s OPTIONAL ETHERNET CLOSED OUTPUT3 MODULE OUTPUT2 J26 m2 o o BEEPER ON ON READER 2 J7 e OUTPUT2 e o JP2 DEFAULT zl SW2 9 6 i OUTPUT 1 ol yo O OUTPUTI SE 5 Fe TRIG LOCKOUT x e wwe S gt Z J5 3 DEFAULT CHASSIS gt JP o PWR E PUR RX232 ER NM LOCKOUT a e PUR a PWR SGNLGND JPO
24. 6 4641 ii MS Connect 210 User s Manual Introduction Table of Contents Chapter 1 Setting Up the Device Check Required Hardware 1 ccccccceceecceeeeeeeeeeeeeeenaeeeeseeecaeaeeeeseeseaeees 1 2 Configure the Display c cccccecceceeseneeceeeeeeeaeeeeeeseaaeeeeeeseeeaeeesseeenaees 1 4 Connect the System ere Detenido le te inn 1 5 Configure Output Settings sseeeee e 1 14 Power On the MS Connect 210 urarnanarvnnrnnvrvnrvvnnnnnrrnnrnnrrerrevenennrrerennn 1 19 Install ES Pe 4i teste Ret ORE RU eiie d 1 20 Select and Identify the MS Connect 210 sss 1 21 Chapter 2 Using Ethernet Power On the System sssini ni ii eiiiai 2 2 Select and Identify the MS Connect 210 sese 2 3 Set Network Parameters iiie eee d tiet enirn eee 2 4 Set COM Port Parameters sse enne 2 6 Select Reader Model and Connect see 2 7 Configure the Connected Reader sseeeee 2 8 Configuring the Ethernet Port ssssseeeemenn 2 9 Ethernet Port Custom Features ssssseeee 2 11 Ethernet Port Operaltion 11 defen dert ende e Ded nede 2 14 EtherNet IP Serial Interface Class 0x68 sess 2 15 Input T gt O Assembly Object Class 0x04 Instance Ox64 2 18 Output O gt T Assembly Object Class 0x04 Instance 0x65 2 18 Configuration Asse
25. Disabled Wait until Receive Timeout 2 12 MS Connect 210 User s Manual Using Ethernet Receive Length Receive Length is useful for Defining a data packet as a known number of bytes Allowing the host to limit the amount of data transferred per communication cycle Receive Length is configurable for 1 to 470 bytes in 1 byte increments Parameter Idle Timeout in bytes Default Setting Always specified Optional Setting 0 to 470 0 No receive MS Connect 210 User s Manual 2 13 Ethernet Port Operation Ethernet Port Operation Serial Configuration To enter configuration via the Ethernet Port s serial port the Ethernet Port must be reset or power must be cycled In the first 1 5 seconds after reset the Ethernet Port will look for a series of three x characters using a default setting of 9600 baud 8 data bits no parity and 1 stop bit 9600 8 N 1 You will then be prompted to enter the configuration menu Telnet Configuration The configuration menu can also be entered using Telnet to port 9999 If a password has been configured you must enter the password You will then be prompted to enter the configuration menu The Telnet entered from a Windows command prompt is shown below C gt telnet w x y z 9999 kk imi Ele Edt Yew Cal Transfer Help Dia 213 Ol c MAC address 00204091BE2B Software version 01 0b5 Feb 20 2007 XPTEX Setup Menu Press Enter to go into Setup Mode basic param
26. GGER CHASSIS e e CHASSIS zlo TRIGGER CTS e z E e NEWMASTER RTS i5 OJS O d Q 33 asss Ale NEW MASTER RX232 jz n e ass OG Rc SGNLGND Qs 3 AMP e RX 11232 e SLO BLO a e PM Sjo T TX232 e z So n _ COMM POWER LED sw7 PWR ale lus x e SWITCHES RED ERROR e o GREEN OK y En SGNLGND HHGND qc INPUT PWR Qs Set the Power switch to ON to cycle power 2 2 MS Connect 210 User s Manual Using Ethernet Select and Identify the MS Connect 210 When you run ESP you will see the model menu shown below Select the MS Connect 210 by double clicking on the MS Connect 210 button or by clicking it once and then clicking OK Select a Model Current Legacy e amp MS 9 a MS Connect MS Connect 210 5100 MS 4 EZ Match t Click the button showing the MS Connect 210 Quadrus MINI MINI Hawk Velocity Quadrus MINI HS 1 E MS Q HE4xT Description MS Connect 210 1 L Show this dialog at startup Skip EZ Mode Cancel Mobile Hawk Quadrus Verifier The MS Connect 210 view shown below will then appear ESP ESP Untitled File Model Options Help Q 4 e Switch Model Search Click Search to locate your MS Connect 210 Welcome to Easy Setup Program 1 Click Search to locate all MS Connect 210 Ether
27. Instance 0x64 defines the Input data message that will be sent from the Ethernet Port to the EtherNet IP connection originator via an I O message the input data buffer is 32 bytes 16 words and is organized as follows 16 bits 16 bits 16 bits Number of bytes in Number of bytes in Time since last byte Serial Output Queue Serial Input Queue received ms The first word provides the number of bytes characters stored in the serial output queue This value is identical to Class 101 Instance 1 Attribute 100 It can be used to throttle the amount of data queued to the serial device so that the Ethernet Port s 1K queue does not overflow The second word provides the number of bytes characters stored in the serial input queue This value is identical to Class 101 Instance 1 Attribute 101 It can be examined to deter mine when serial data needs to be read from the Ethernet Port The third word tells the amount of time in milliseconds ms since the last character was received from the serial port Output O gt T Assembly Object Class 0x04 Instance 0x65 The EtherNet IP Assembly Object Instance 0x65 defines the output data message that will be sent from the EtherNet IP connection originator to the Ethernet Port via an I O message The output data is one 16 bit word UINT and is currently reserved for future use It should be set to 0 Configuration Assembly Object Class 0x04 Instance 0x80 The Configura
28. MICROSCAN MS Connect 210 User s Manual P N 83 210210 Rev D Copyright and Disclaimer Copyright 2010 Microscan Systems Inc ISO 9001 Certified Issued by TUV USA All rights reserved The information contained herein is proprietary and is provided solely for the purpose of allowing customers to operate and or service Microscan manufactured equipment and is not to be released reproduced or used for any other purpose without written permission of Microscan Throughout this manual trademarked names might be used Rather than place a trademark symbol at every occurrence of a trademarked name we state herein that we are using the names only in an editorial fashion and to the benefit of the trademark owner with no intention of infringement Disclaimer The information and specifications described in this manual are subject to change without notice Latest Manual Version For the latest version of this manual see the Download Center on our web site at www microscan com Technical Support For technical support e mail helpdesk microscan com Warranty and Terms of Sale For Standard Warranty information see www microscan com warranty Microscan Systems Inc Renton Headquarters Tel 425 226 5700 800 251 7711 Fax 425 226 8250 Nashua Office Tel 603 598 8400 Fax 603 577 5818 Microscan Europe Tel 011 31 172 423360 Fax 011 31 172 423366 Microscan Asia Pacific Tel 65 6846 1214 Fax 65 684
29. Postamble When enabled the Postamble string is sent to the Ethernet host When disabled the Postamble string is not sent to the Ethernet host Receive Timeout Total Receive Timeout Receive Timeout is the time the host is willing to wait for the total Receive Length The module is guaranteed to respond at the end of the timeout whether or not any data has been received This ensures a deterministic response time from the module which helps the host sustain a consistent polling rate This value is definable for a range of 0 to 1000 ms in 1 ms increments A setting of 0 disables the timeout causing the module to respond immediately Parameter Timeout in milliseconds Default Setting Always specified Optional Setting 0 to 1000 0 Immediate response Receive Idle Timeout Intercharacter Receive Timeout Idle Timeout is the time the host is willing to wait once data is available Idle Timeout is useful if a time gap between serial bytes defines the end of a packet Idle Timeout is definable for a range of 0 to 255 ms in 1 ms increments If 0 the Ethernet module responds immediately once data is available To be effective the Idle Timeout must be shorter than the Receive Timeout If 255 the Idle Timeout is disabled and the Ethernet module will wait for the Receive Timeout before responding Parameter Idle Timeout in milliseconds Default Setting Always specified Optional Setting 0 to 255 0 Immediate response with any data 255
30. Receive Idle Timeout This parameter specifies the longest amount of idle time in milliseconds ms the host is willing to wait once any data is available It is only effective in the Send_with_Response service For the Get_Attribute_Single service this value is assumed to be 0 A value of 0 is used for immediate idle timeout and the service will reply immediately after data is available A value of 255 FF in hex disables the idle timeout In a Send_with_Response reply it indicates the number of milliseconds of idle time the firmware actually waited for additional receive data Send Flags The Send Flags field gives the host some additional controls over the serial output Bit 0 LSB Status Flag 0 Flush Flushes the serial output queue before sending the data enclosed in the message 1 7 Reserved Flushing the output queue allows the host to remove outgoing data and replace it with newer or higher priority data Receive Flags The Receive Flags field gives the host some additional controls over the serial input It is only effective in the Send_with_Response service Bit 0 LSB Status Flag 0 Flush Flushes the serial input queue before receiving new incoming data 1 2 Reserved 3 Framing Serial protocol framing is enabled see Frame Trailer Postamble Flags This bit can be checked in the response to see if the correct frame format was received 4 7 Reserved Flushing the inpu
31. SED BEEPER ON READER DEFAULT PWR EM AVTIY TH AVTIY O TE u 3 AMP PWR SLO BLO E 6 2 in POWER E E SW7 RED ERROR 422 485 B8 GREEN OK INPUT CHASSIS e J1 INPUT PWR 23 ADER B8 INPUT PWR 23 e OUTPUT3 OUTPUT3 OUTPUT2 OUTPUT2 OUTPUT 1 OUTPUTI J3 CHASSIS HE RX232 PIN 3 TX232 J26 PINS SCNLGND Em rms S INPUTI INPUTI DEFAULT PWR PWR PAR TRIGGER TRIGGER NEWMASTER RTS NEW MASTER RX232 RX RX TX Te CHASSIS SGNL GND OPTIONAL ETHERNET MODULE TRIG I CHASSIS RX232 SGNLGND TX232 CHASSIS CTS 123 NM LockouT E 0999 TEY X dS BER w x g g g SGNLGND TX232 TX232 RX232 SV HHGNO e e e e e e e e e 8 GT3HONVH Important Before connecting to a Multidrop network be sure that all four switches at SW7 are in the UP position This closes the circuits to allow Multidrop communication Multiple MS Connect 210s and readers can be added to a Multidrop network one reader per MS Connect 210 Q fe B db uoces NE LN 4 MICROSCAN Multidrop Concentrator MS Connect 210 User s Manual MICROSCAN L 1D WC com To other MS Connect 210s and readers in the Multidrop network Connect the System Connecting the MS Connect 210 to Ethernet Once y
32. ardless of the power switch position MS Connect 210 User s Manual 1 19 Install ESP Install ESP Easy Setup Program ESP is Microscan s proprietary setup and testing application The purpose of ESP is to provide a quick and easy way to set up and configure Microscan products When the MS Connect 210 is connected to a host computer Windows Vista XP or 2000 ESP can be used to configure Ethernet settings and to set up communications between the MS Connect 210 and a host or network If installing from the Microscan Tools CD 1 Insert the Microscan Tools CD in your computer s CD drive 2 Select ESP Software from the navigation bar at the left of the screen 3 Click on ESP Software under the Current Version heading 4 Click the Run button and follow the prompts in the ESP Setup Wizard Note During installation you may see an Internet Explorer Security Warning that states The publisher could not be verified If you see this warning click Run to continue installation If downloading from the web 1 Go to the Download Center at www microscan com 2 Create a new member account or if you are already a member enter your user name and password 3 Navigate to the Microscan Software section of the Download Center near the top of the page 4 Click on the link showing the latest version of ESP Extract the ESP installation files to a location of your choice on the host computer Note where yo
33. between signal and ground As a result cables if shielded can be up to 4 000 feet 1 219m in length Like RS 232 RS 422 communication is designed for only two devices on a single line and must have a common ground It can be used wherever RS 232 is used RS 485 RS 485 like RS 422 can transmit up to 4 000 feet 1 219 m using differential voltages Unlike RS 422 its transmitters are turned off until a request for data is received from the host RS 485 is used exclusively in Multidrop configuration Ethernet Ethernet is supported for 10 100M TCP IP UDP and EtherNet IP A 6 byte address is used which is divided into a 3 byte vendor ID and a 3 byte vendor defined field Ethernet manufacturers are assigned a unique vendor ID and are then responsible for insuring that all of their devices have unique addresses in the last 3 bytes A 10 MS Connect 210 User s Manual Appendices Appendix F DIN Rail Mounting The MS Connect 210 can be mounted on a wall or other vertical surface using Microscan s DIN Rail Mounting Kit P N 98 000093 01 DIN Rail Mounting Kit Includes Item Qty Description Part Number 1 2 Mount Adapter DIN Rail MS Connect 210 10 000247 01 2 2 Adapter DIN Rail 12 000298 01 3 4 Screw 6 32 x 3 8 Thread Cutting FH PHIL SS 12 000303 01 4 4 Screw 10 32 x 9 16 PH PHIL SS 12 000302 01 1 Attach the DIN Rail Adapter Mount 1 to the DIN Rail A
34. dapter 2 using the two screws provided 3 2 Repeat Step 1 with the other DIN Rail Adapter Mount and DIN Rail Adapter DIN Rail 3 Attach the two DIN Rail Adapter Mounts 1 to the underside of CN the MS Connect 210 E using the four screws provided 4 as shown in the illustration at right 4 Mount the MS Connect 210 on an available DIN Rail using the two DIN Rail Adapters 2 MS Connect 210 MS Connect 210 User s Manual A 11 Glossary of Terms Appendix G Glossary of Terms Aux RS 232 The connection between a reader s auxiliary port and a host The MS Connect 210 passes the RS 232 signal through creating a condition in which the host s RX TX is connected directly to the reader Baud Rate The number of discrete signal events per second Bits per second Connector Physical device plug or socket on a device or cable to provide in out connectivity for various circuits and pins Data Bits The number of bits used to represent one character of data output Decode A Good Read The successful capture and output of the information encoded in a symbol Discrete I O Inputs and outputs characterized by discrete signal transitions from one voltage level to another so that digital switching can occur Firmware Software hard coded in non volatile memory Good Read A decode The successful capture and output of the information encoded in
35. delay of TCP Port 2001 Ex up to 20 seconds before the MS Connect 210 is available on the network again Reader to MS Connect 210 Settings Connect to readers via TCP IP Serial Port Settings ud 9600 m Set Baud Rate Parity Stop Revert Bits and Data Bits to match Parity Even vi the corresponding settings in ir send and save the connected reader Siop HES Data Bits Seven P Send and Save COM port parameters MS Connect 210 User s Manual Using Ethernet Select Reader Model and Connect Once the MS Connect 210 s Ethernet and serial port settings are configured click the Switch Model button and select your reader model from the dropdown menu Switch Model If your reader model does not appear on the dropdown menu select New Model to bring up the model menu shown below Model Select a Model MS Connect 210 gt pur LS SSS New Model M 3 Quadius EZ usd Quadrus MINI En MINI Hawk Remove Model e diu MS 4 M5 3 M52 M54 EZ Match eh wee Qx 870 0x830 MS 820 IV Show this dialog at startup 7 Sip EZ Mode cane When your reader is selected select Settings from the Connect dropdown menu in ESP s menu toolbar Connection Wizard Connection Settings Settings PI ns232 TCP IP use Options In the Connection Settings Piee is dialog select the TCP IP tab
36. e Led belte Le DataBits Seven Send and Save network parameters Configuring Network Parameters The following example is based on a default IP address of 169 254 33 228 for the MS Connect 210 Ethernet module 1 Determine the host computer s IP address on the host network Goto the Start menu select Run type cmd and type Enter Type ipconfig at the command prompt Note the IP address of the host computer 2 At the command prompt type route add 169 254 33 228 host computer IP address and type Enter This adds the MS Connect 210 s IP address to the host computer s routing table 3 At the command prompt type route print and type Enter The command prompt will display a list similar to the following 162 5 162 148 88 162 148 88 162 148 88 162 148 88 2 4 MS Connect 210 User s Manual Using Ethernet Configuring Network Parameters cont 4 Oo Look for the default IP address in the Network Destination column If it does not appear there contact your IT department At the command prompt type telnet MS Connect 210 IP address 9999 and type Enter At the Telnet prompt type Enter To configure the IP address in the Telnet session type 0 and Enter Note Netmask Number of Bits for Host Port will appear in the command prompt This defines the number of cleared bits O bits in the LSB least significant bit of the 32 bit Netmask starting at the
37. e 9 pin Configuration Port In applications without a communication cable wired to the host connector you can use the 9 pin configuration port at J26 on the board to program the connected reader Setup and Operation Configuration port pinouts are on the reinforced paper insert inside the MS Connect 210 READER DEFAULT O 3 AMP OUTPUT3 OUTPUT3 OUTPUT2 OUTPUT2 OUTPUT 1 OUTPUT1 t o s o PWR PWR PWR PWR CHASSIS uu S S S 8 E CHASSIS Pl amp a PWR sion Q POWER x ZH POWERLED oN oF jr RED ERROR 422 485 o INPUT CHASSIS GREEN OK Ji INPUT PWR READER ioc INPUT PWR ETHERNET 7 YALSVW MINMDOML LLNdN 0990000 000000 0000 SBb 7Cb Jo PIN 2 RX232 PIN 3 TX232 PIN 5 SGNL GND OPTIONAL ETHERNET MODULE INPUTI TRIG LOCKOUT INPUTI DEFAULT CHASSIS e E JPT PWR RX232 NM LOCKOUT PWR SGNLGND o PAR TX232 e oJ Q 9 TRIGGER CHASSIS e J16 TRIGGER C elc o o NEWMASTER RTS j13 OG m NEW MASTER RX232 o 2 RC SGNLGND e co RG TQ e E z TX TX232 e z Te RX232 _ COMM DUCES w 115 amp SWITCHES SGNLGND HHGND elo MS Connect 210 User s Manual 1 17 Configure Output Settings Using the Trigger and New Master Lockouts The Trigger and New Master lockouts allow you to disable the buttons on the front panel of the MS Connect 210
38. e upload again A subsequent version of firmware will contain the capability for recovery from a corrupt state via an Ethernet boot The current version supports recovery by loading firmware over the serial port 2 22 MS Connect 210 User s Manual pendices Contents Appendix A General Specifications cccccccccccceeceecececeseeeeceseeseeseaeaeaeaeeeeseseeeseeseeseseesesesseneaeaes A 2 Appendix B Electrical Specifications 2 0 2 2 ccccccccceecneececeeeaeeeeeeeeceeeeeeeeecaeeeeeeeeceaeeeesenenaeeeeeneeaees A 4 Appendix C Data Flow Between Ports cccccccccscccccseseceseeeeceseeeeeeeneaeaeaeaeeeeeeeeeeeeeeseseeseseseeneaeaes A 8 Appendix D Star Network Topology sse nennen nennen nnns nnns A 9 Appendix E Interface Standards ararnrrorovnvrvrrnrnarrnsrsosososrnnanannnrnnvnnnnnvnnennsssssrsrsnnanrnnannnnnnnrnnnnnen A 10 Appendix F DIN Rail Mounting ener nnne nnne n inen nent nn nnne trennen nnn A 11 Appendix G Glossary of Terms 0 ccccceeeecececeeeeeeeeeeececnaeceeeececaeceeeeeseaeaeeeeesecesaeeeeenennieeeeeeees A 12 MS Connect 210 User s Manual A 1 General Specifications Appendix A General Specifications Mechanical Mounting Hole Dimensions 6 6 168 mm x 2 5 63 5 mm Full Length 7 3 184 mm 3 66 Width 6 3 160 mm N rua Q Height 2 8 71 mm Weight 1 6 Ib 726 g Environmental Enclosure IP65 Humidity Up to 9096 non condensing
39. et IP port numbers are defined by that standard The raw tcpserial port number is configurable Parameter Raw tcpserial Port Default Setting 2001 Optional Setting 1 to 65535 Serial UART The Serial UART can be customized in three ways 1 The default UART settings are customized to match the majority of Microscan products 9600 7E1 2 Packet control options are disabled 3 Flush Mode options are disabled All ports are flushed whenever TCP connection status changes The serial port operates in standard RS 232 point to point non flow control mode Parameter Bit Rate bps Data Bits Parity Stop Bits Default Setting 9600 7 Even 1 Optional Setting 300 7 None 1 600 8 Even 2 1200 Odd 2400 4800 9600 19200 38400 57600 115200 MS Connect 210 User s Manual 2 11 Ethernet Port Custom Features EtherNet IP Customization Postamble Processing The Postamble is useful when a series of unknown bytes defines the end of a packet Parameter Status Postamble String Send Postamble Default Setting N A CR LF 0x0D Ox0A N A Optional Setting Disabled One to four characters with the Disabled Enabled Enabled exception of NUL 0x00 Status When enabled all received serial data is buffered and is not transmitted to Ethernet until the Postamble sequence is detected A maximum of 470 bytes can be buffered including the Postamble Postamble String One to four ASCII characters 0x01 to OxFF Do not use NUL 0x00 Send
40. eters Hardware Ethernet TPI IP addr 172 20 206 53 no gateway set nnnanenenennennne Channel 1 ssssessscesssecess cece Baudrate 9600 I F Mode 4C Flow 0 Local Port Number 10001 Destination Port 10001 Destination IP 172 20 206 56 Change Setup 0 Server configuration 1 Channel 1 configuration 7 factory defaults 8 exit without save 9 save and exit Vour choice Konnected 0 03 09 SANSI osmi MM 2 14 MS Connect 210 User s Manual Using Ethernet EtherNet IP Serial Interface Class 0x68 Data is sent and received on the serial port using explicit messaging The host should send Get Attribute Single OxOE Set Attribute Single 0x10 or vendor specific service Send with Response 0x45 to vendor specific Object Class 104 0x68 Instance 1 Attri bute 106 0x6A The Set Attribute Single and Send with Response services include a 16 byte header that specifies parameters for control of the serial interface However the Set Attribute Single service cannot receive any data in the response so only the Send parameters are valid Attribute ID dec Access Name Data Type 106 Get Set Serial SendResp Interface Description Struct of UINT Send length 0 470 UINT Receive length 0 470 UINT Receive timeout ms USINT Receive idle timeout low byte ms USINT Reserved USINT Send flags USINT Receive flags USINT Reserved USINT Frame trai
41. etwork 2 Select the MS Connect 210 from the list of available IP addresses Use the MAC ID to identify the correct unit The MAC ID is printed on the top of the Ethernet module inside the MS Connect 210 3 Adjust MS Connect 210 to Host Settings as needed 4 Adjust Reader to MS Connect 210 Settings to match the Host Port settings of the reader 5 Send and Save settings There will be a delay of up to 20 seconds before the MS Connect 210 is available on the network again Select an MS Connect 210 MS Connect 210 to Host Settings peee Ethernet Gateway Configuration 162 148 88 254 00 20 4a 99 3b 6b Firmware Version Dig MAC Eon Address Doom IP Address 162 148 88 254 Subnet Mask 255 255 0 0 Gateway 12 0 0 0 Address TCP Port 2001 Reader to MS Connect 210 Settings 7 Connect to readers via TCP IP Serial Port Settings See Chapter 2 Using Ethernet for information about getting the MS Connect 210 ready for Ethernet TCP IP or EtherNet IP operation Baud 9600 bo Parity Even x Click here to communicate with readers stop Bits one EZ via a TCP IP connection e Note This option can also be configured dli arc in the ESP Preferences dialog MS Connect 210 User s Manual 1 21 Select and Identify the MS Connect 210 1 22 MS Connect 210 User s Manual E 2 Using Ethernet Contents Power On the SySterm
42. he MS Connect 210 and using it in an application setting The information is presented in the order that the MS Connect 210 might be set up and made ready for operation Highlighting Cross references and web links are highlighted in blue bold Menu topics and other points of emphasis are highlighted in Bold Initial Caps References to the titles of external documents are italicized iv MS Connect 210 User s Manual Introduction Product Labels The following labels are located on the MS Connect 210 WEEE Waste Electronic and K Electrical Equipment label MICROSCA MS Connect MICROSCAN MS Connect 210 1234567 CM ae July 07 Bos FIS 0210 0001G CLASS A DEVICE C c 60 Watts max 10 28V C Tom i Made in USA 4K68 Product ID serial number date of manufacture FIS number electrical and safety information MS Connect 210 User s Manual v Statement of Agency Compliance Statement of Agency Compliance FE The MS Connect 210 has been tested for compliance with FCC Federal Communications Commission regulations and has been found to conform to all applicable FCC Rules and Regulations To comply with FCC RF exposure compliance requirements this device must not be co located or operate in conjunction with any other antenna or transmitter Changes or modifications not expressly approved by the party responsible for compliance could void the user s authorit
43. ied in such a way that it conveys information from one point to another Symbology A symbol type such as Code 39 or Code 128 with special rules to define the widths and positions of bars or 2D modules and spaces to represent specific numeric or alphanumeric information Terminal Block An insulated block on a printed circuit board PCB that secures two or more wires together using a clamping device usually screws or spring clips Topology tThe arrangement of a network including communication nodes and connection lines Trigger A signal transition or character string that initiates a read cycle UART Universal Asynchronous Receiver Transmitter A hardware device that converts bytes of data to and from bit streams represented as binary electrical impulses Typically used with other communication standards such as RS 232 VFD Vacuum Fluourescent Display A very bright type of display brighter than a liquid crystal display often used on consumer electronics The MS Connect 210 s display is a VFD Watchdog A hardware timing device that restores the normal operation of a computer system the display driver in the case of the MS Connect 210 if it stops functioning properly WEEE Waste Electrical and Electronic Equipment A directive that requires manufacturers of electrical and electronic equipment to take responsibility for the disposal of that equipment MS Connect 210 User s Manual A 13 Glossary of Terms A
44. ler Postamble flags USINT 4 Frame trailer Postamble 1 4 bytes USINT x Data The Get_Attribute_Single service does not supply any data and so cannot specify any parameters but will always provide the 16 byte header in the response along with all the bytes available in the receive queue maximum 470 The host should insure that adequate space is available for the maximum response data The Send_with_Response service is the most flexible and can supply data in both the command and response This service is useful for sending a serial command and waiting for a serial response based on a defined protocol All UINTs are little endian with the least significant byte or USINT sent first followed by the most significant byte MS Connect 210 User s Manual 2 15 EtherNet IP Serial Interface Class 0x68 Send Length This parameter specifies the length of the send data The maximum number of bytes that can be sent in one message is 470 bytes Receive Length This parameter specifies the largest amount of receive data the host can accept It is only effective in the Send_with_Response service In a Send_with_Response or Get_Attribute_Single reply it indicates the number of data bytes actually included in the message The Get_Attribute_Single reply will contain all the bytes available in the receive queue up to the maximum The maximum number of bytes that can be received in one message is 470 bytes
45. mbly Object Class 0x04 Instance Ox80 2 18 Service Object Summary sse 2 18 RSLogix Examples 80 2 de e hanna 2 19 EIPScar Examples p inet Ug Erden dtes 2 21 TFTBP S8IVICGS iiid ee eae dst tn e d ea 2 22 Appendices Appendix A General Specifications asrrrnrnvrnnnvvvvnnnnrrnnrnvnvnrvvnnrrnrrenrn nen A 2 Appendix B Electrical Specifications seen A 4 Appendix C Data Flow Between Ports escenes A 8 Appendix D Star Network Topology seeee nen A 9 Appendix E Interface Standards sesseeene A 10 Appendix F DIN Rail Mounting eeen e A 11 Appendix G Glossary of Terms sesssseeeeenee A 12 MS Connect 210 User s Manual iii About the MS Connect 210 About the MS Connect 210 The key features of the MS Connect 210 are Easy Ethernet configuration with ESP Software Ethernet TCP IP and EtherNet IP Trigger and New Master controls on external button panel Output indicator LEDs Easy to access ports Micro Change connectors and cabling routes Clearly labeled terminal blocks Spacious interior for easy wiring access Convenient quick reference insert with default settings and output options Easy mounting with available DIN rail option Ultra bright alphanumeric display with FIS 0210 0001G and FIS 0210 0003G models About This Manual This User s Manual provides complete information on setting up t
46. nal Power ground Vv MS Connect 210 User s Manual Data Flow Between Ports Appendix C Data Flow Between Ports The following diagrams demonstrate how data moves between an MS Connect 210 display an RS 232 cabled reader a handheld a host computer and the Ethernet gateway Initiated from Reader Reader RS 232 p Ethernet Gateway Handheld RS 232 Initiated from Handheld Handheld RS 232 RS 232 Host Display p Ethernet Gateway Reader RS 232 p RS 232 Host p Display Initiated from Host RS 232 Host Ethernet Gateway Handheld RS 232 p Reader RS 232 Display Initiated from Ethernet Ethernet Gateway p Reader RS 232 A 8 p Handheld RS 232 RS 232 Host Display MS Connect 210 User s Manual Appendix D Star Network Topology A star network is a local area network LAN that directly connects multiple workstations or nodes to a central computer All workstations on the network are indirectly connected to each other through the central computer Star networks allow multiple workstations to communicate from scattered locations throughout a large physical area The illustration below shows a simplified model of a star t
47. net Gateways that are available on the network 2 Select the MS Connect 210 from the list of available IP addresses Use the MAC ID to identify the correct unit The MAC ID is printed on the top of the Ethernet module inside the MS Connect 210 3 Adjust MS Connect 210 to Host Settings as needed 4 Adjust Reader to MS Connect 210 Settings to match the Host Port settings of the reader 5 Send and Save settings There will be delay of up to 20 seconds before the MS Connect 210 is available on the network again MS Connect 210 User s Manual Select an MS Connect 210 MS Connect 210 to Host Settings Ethernet Gateway Configuration 162 148 88 254 00 20 42 99 3b 6b 0 Reader to MS Connect 210 Settings Serial Port Settings Baud 9600 E Parity Even Isl Le Stop Bits One ee 0 1 11 1 Version MAC er 00 20 4a 99 3b 6b IP Address 162 148 88 254 Subnet Mask 255 255 0 0 Gateway 162 0 0 0 Address TCP Port I Connect to readers via TCP IP Revert Send and Save The MS Connect 210 s IP address and MAC address will appear in this field Important The unit s MAC address is printed on the top of the Ethernet module inside the box Data Bits Click Revert to match all settings to the selected MS Connect 210 s current settings Set Network Parameters Set Net
48. onse handling with one request Packing parameters available in each read request Serial configurable and Telnet configurable Internal TFTP server to upload new firmware Supports BOOTP Configurable Ethernet Port Parameters The Ethernet Port is both serially configurable and Telnet configurable The configurable parameters are Network IP Address Network Mask Gateway IP Address Serial Interface RS 232 or RS 422 485 4 wire and 2 wire Baud Rate Data Format Data Bits Parity Stop Bits Flow Control Serial operation is controlled by parameters of the serial read and write commands MS Connect 210 User s Manual 2 9 Configuring the Ethernet Port Ethernet Port Configuration Tools The following tools are necessary for configuring the MS Connect 210 s Ethernet Port BOOTP Server The Ethernet Port initially powers on and attempts to obtain an IP address using BOOTP If no BOOTP server responds the Ethernet Port will revert to a default IP address Note To configure an IP address using a PC as a DHCP BOOTP server download the free Allen Bradley DHCP BOOTP Utility from this location http www ab com networks bootp html EtherNet IP Messaging Tool This can be a PLC or software tool and must be capable of establishing an explicit messaging connection and sending Get_Attribute_Single and Set_Attribute_Single EtherNet IP explicit messages Microscan s ESP Software or Telnet communication
49. opology The large center sphere represents the central computer and the five smaller spheres represent workstations on the network The straight lines represent cabling ip workstations p gt central computer J workstations Appendices One of the main advantages of the star network topology commonly used in EtherNet IP is that a cable failure isolates a single workstation instead of affecting the entire network In addition the isolation of a single node makes the diagnostic process relatively simple MS Connect 210 User s Manual A 9 Interface Standards Appendix E Interface Standards RS 232 RS 232 defines an interface between two devices such as for example the wiring box and a host computer It differs from the other interfaces by dedicating individual pins to specific functions and by requiring both devices to share a common ground line Since both device chassis are connected to a common ground a ground loop potential and the possibility of noise interference exists Therefore cable lengths are limited to a maximum of 50 feet 15 24 m Despite being the most limited this interface is used frequently because of the large installed base of RS 232 equipment RS 422 RS 422 unlike RS 232 measures signals deferentially that is the receiver looks at the potentials between the two receive or transmit wires rather than the potential
50. ou set it up for active operation MS Connect 210 User s Manual 1 1 Check Required Hardware Check Required Hardware Stand Alone Configuration Item Description Part Number MS Connect 210 Connectivity Box with Display FIS 0210 0001G 1 MS Connect 210 Connectivity Box FIS 0210 0002G MS Connect 210 Connectivity Box with Display and Ethernet FIS 0210 0003G 2 Microscan Reader 10 28V or 5V FIS XXXX XXXXG 3 Power Supply 10 28V 97 100004 15 Reader Cable 19 pin to 25 pin Host RS 422 485 61 000122 01 4 Reader Cable 19 pin to 25 pin Host RS 232 Aux RS 232 61 000123 01 Reader Cable 19 pin to 25 pin Ethernet 61 000124 01 5 Reader Cable 19 pin to 15 pin Host RS 232 5V readers and MS 9 61 000127 02 Reader Cable 19 pin to 15 pin Host RS 422 485 5V readers and MS 9 61 000139 01 6 Reader Cable 19 pin to 15 pin Host RS 232 61 000121 02 Reader Cable 19 pin to 15 pin Host RS 422 485 61 000138 01 7 MS Q Reader Cable optional must be stripped before wiring 61 000066 02 8 La ene ear Ed 8 pin M12 external Micro Change to RJ45 61 000128 01 9 Industrial Ethernet Cable optional 8 pin M12 Micro Change User supplied 10 IC 332 Power Adapter 5V readers FIS 0001 0035G 11 Object Detector optional 99 000017 02 12 Host Cable pre stripped to 9 pin 61 000105 01 13 Ethernet Cable optional RJ45 User supplied Pluggable Relay Module 120VAC Series 70 Type SM 14 i 98 0000
51. ou have a reader connected to the MS Connect 210 by RS 232 you have the option of connecting the MS Connect 210 and reader to Ethernet The Optional Ethernet Module converts RS 232 to Ethernet for readers without embedded Ethernet OPEN sws 123 4 5 6 RA JP3 CLOSED READER rE DEFAULT ner sw n m gt Am w E m 2 S A lt N X O 3 AMP S S 8 o s be o uu A PES OUTPUT3 OUTPUT3 OUTPUT2 OUTPUT2 OUTPUT 1 OUTPUT1 PWR PWR PWR PWR CHASSIS Ww O I a A a CHASSIS x PWR SINE Q POWER gt a ag POWER LED ON OFF SW7 RED ERROR 422 485 i INPUT CHASSIS INPUT PWR GREEN OK READER ovoc INPUT PWR ETHERNET gt LINAN YALSVW MINADINL Sat ccy OPTIONAL ETHERNET MODULE J26 PIN 2 RX232 9 6 PIN 3 TX232 PIN 5 SGNL GND O gt o O PUT TRIG LOCKOUT INPUTI J11 e e e DEFAULT CHASSIS e JPN PMR RX232 e E NM LOCKOUT e PWR SGNLGND Po e Pw m e a 19 THESE CHASSS eo E J16 e TRIGGER CTS z a eo e NEWMASTER RTS 15 QF sw3 NEW MASTER RX232 ez RC SGNLGND QS o Slo e Re TO e n 9 jg 0032 z e Te R32 Z COMM e CHASSIS s J15 o g SWITCHES SGNLGND HHGND e Important Before connecting to Ethernet using the Reader Ethernet port be sure that all four switches at SW7 are in the DOWN position This opens
52. owerFlex 7005 Drive 208 240V via 20 COMM E PowerFlex 7005 400V E PowerFlex 7005 Drive 400 480V via 20 COMM E zl Show Vend PowerFlex 7005 Drive 400 480V via 20 COMM E IV Analog V Digital V Communication IV Motion IV Controller Clear All cea ee 4 Enter the data as shown below but with the appropriate IP address and a unique name of your choice Be sure to select Data INT in the Comm Format selection box This cannot be modified once the module is added cr 8 8 ajune vaT ETHOXMET MOOULE Johs Module MS Connect 210 User s Manual 2 19 RSLogix Examples cont RSLogix Examples cont 5 Fill in the Requested Packet Interval field It is not recommended that you enter a value below 10 ms with the Ethernet Port of NET232 485 r Melo Set Mog DN Heto fr Set MAGEN Te patch jte 2 20 MS Connect 210 User s Manual Using Ethernet EIPScan Examples In the example below an h is send followed by a wait of 100 ms for up to 5 bytes of data with an idle timeout of 50 ms L 1722020653 delse i 01 00 Q2 00 33 00 33 00 00 000000000 2 z MS Connect 210 User s Manual 2 21 TFTP Services TFTP Services The Ethernet Port contains an embedded TFTP server that can be used to update the Ethernet Port firmware The TFTP server only supports standard TFTP not Extended TFTP Free TFTP client software is available at http
53. rals with no direct connection to the internal circuitry However not every optoisolator configuration provides complete isolation The diagrams below show fully optoisolated and non optoisolated circuits Note The table below only shows delays for the MS Connect 210 Refer to the connected reader s specifications for additional delay information lload 5MA ljpad 50mA lipad 100mA Vout on 0 05V 0 6V 1 2V ton Typ 0 7 ms 0 9ms 1 1ms torm Typ 1 6ms 1 5ms 1 5ms a Voltage drop across output when activated Output Circuit Examples Note The following internal optoisolator examples do not represent all possible configurations Refer to original manufacturer s specifications for any output modules that are installed Fully Optoisolated This circuit is fully optoisolated and is the recommended configuration It allows the user to apply 1 28 VDC to the circuit Caution The maximum current that can pass through the optoisolator is 100mA Grounded Not Optoisolated In this diagram power is applied externally but the power ground is used to complete the circuit This setup involves some risk to the optoisolator if excessive voltages are applied Caution The maximum current that can pass through the optoisolator is 100mA Additional Isolated Output Circuit Examples Secondary Relay 1to28V RELAY Isolated Isolated Power Isolated Power Outputs Host
54. reader s Reader Cable to J2 PWR Pin 1 the negative wire to J2 PWR Pin 2 and the Chassis GND wire to J3 Pin 3 2 E Sgy Ctt COMM SWITCHES QT3HONYH Reader 3 Connect the positive wire of the reader s Reader Cable to J4 PWR Pin 1 the negative wire to J4 PWR Pin 2 and the Chassis GND wire to J3 Pin 2 Reader 4 Connect the positive wire of the reader s Reader Cable to J5 PWR Pin 1 the negative wire to JS PWR Pin 2 and the Chassis GND wire to J3 Pin 1 MS Connect 210 User s Manual 1 13 Configure Output Settings Configure Output Settings Outputs are configured by manipulating the dip switches and jumpers on the board Switches at SW5 OPEN sw 123 45 6 CLOSED READER DEFAULT BEEPER ON EAVISY TH AVTIY O 3 AMP SLO BLO OD POWER POWER LED ON RED ERROR GREEN OK 422 485 READER md B n 10 I SG I amp a J3 e x PIN 2 R PIN 5 gn lei INPUTI 2 gt B nen M DEFAULT CHASSIS zx i PWR RX232 amp z PWR SGNLGND ga a b A PAR 11232 x 3 110 TRIGGER CHASSIS b TRIGGER as x NEW MASTER RTS E CHASSIS NEWMASTER RX232 a g 8 Te CHASSIS SGNL GND 5 Sgp tt QT3H0NYH CHASSIS PWR ovpc INPUT PWR OPTIONAL ETHERNET MODULE TRIG LOCKOUT O NM LOCKOUT 3 gt S ne COMM SWITCHES
55. s safe to turn on the system OPEN sws I 2 3 4 5 6 pf7 CLOSED BEEPER ON READER rie DEFAULT JP1 OUTPUT3 OUTPUT3 OUTPUT2 OUTPUT2 OUTPUT 1 OPTIONAL ETHERNET MODULE PIN 2 RX232 PIN 3 TX232 EM AVTIY 3 AMP SLO BLO of pg OUTPUTI PWR 8 8 8 5 L3 AVT3Y P J3 CHASSIS POWER LED ON OFF SW7 dd RED ERROR 422 485 2 INPUT CHASSIS GREEN OK Ji INPUT PWR 10000 INPUT PWR 8 5 R READER ETHERN ED INIT TRIG LOCKOUT Fl INPUT1 EP ale DEFAULT IE PVR amp NM LOCKOUT PWR Jeg 8 PWR Nn m Qo TRIGGER J16 J10 PRI TRIGGER NEW MASTER NEW MASTER RX YILSYN MINMDORL Jo S8H Tb e e e e e e e e e e e J26 p 9 6 PIN 5 SGNL GND O Ko o O TETSHLSOH 5 COMM SWITCHES QT3HQNVH Note If the polarity of your power connection is incorrect when you turn on the MS Connect 210 the Power LED will illuminate as RED If polarity is correct the Power LED will illuminate as GREEN The MS Connect 210 has reverse voltage circuit protection up to 30V to prevent damage to the wiring box and attached equipment If the Power LED illuminates as RED no power will be sent to the wiring box Power will still be provided to the large green power terminals but not to the smaller black terminals Note The power input terminal inside the wiring box J1 is always powered on reg
56. software for configuration Devicelnstaller This firmware is compatible with the Lantronix Devicelnstaller tool for device discovery Search and Telnet Devicelnstaller may be used instead of ESP or Telnet for configuration purposes Note Lantronix also offers a COM Port Redirector for applications that require data to be sent over an Ethernet network using TCP IP instead of the local port The COM Port Redirector can be downloaded from this location http www lantronix com device networking utilities tools com port redirector html A terminal emulation or serial communication tool such as HyperTerminal or ESP TFTP client software Required to upload new firmware 2 10 MS Connect 210 User s Manual Using Ethernet Ethernet Port Custom Features Serial Configuration Menu The MS Connect 210 Ethernet Port s custom firmware allows the user to access the Serial Configuration Menu from Telnet at port 9999 see Ethernet Port Operation or from the RS 232 serial port To access the Serial Configuration Menu via the serial port At power on if the module receives a series of three x characters at 9600 8 N 1 the menu is activated The menu allows the user to configure the following Network IP Subnet Gateway and Tunneling TCP Port UART bps data parity stop bits Dual Mode Connections Raw tcpserial and EtherNet IP Both raw tcpserial and EtherNet IP connections are available on different TCP ports The EtherN
57. t 210 without Display FIS 0210 0002G MS Connect 210 with Ethernet Display FIS 0210 0003G CE Mark General Immunity for Light Industry EN 55024 1998 ITE Immunity Standard EN 61000 6 2 2001 Safety Certifications FCC UL cUL CE CB ROHS WEEE FE 4 CE ISO Certification ISO 9001 Certified Issued by TUV USA Inc Member of TUV NORD Group ANAB ISO 9001 2000 2 Certified QMS Member of T V NORD Group 2010 Microscan Systems Inc All rights reserved Specifications subject to change Product specifications are given for typical performance at 25 C 77 F using grade A labels Performance characteristics may vary at high temperatures or other environmental extremes Warranty One year limited warranty on parts and labor Extended warranty available MS Connect 210 User s Manual A 3 Electrical Specifications Appendix B Electrical Specifications Power 55 Watts max Pluggable Relay Modules K1 Pluggable Series 70 Relay Module K2 Pluggable Series 70 Relay Module K3 Pluggable Series 70 Relay Module Inputs Outputs J1 Input Power 10 28VDC J2 Output Power 10 28VDC J3 Chassis J4 Output Power 10 28VDC J5 Output Power 10 28VDC J6 Output 1 J7 Output 2 J8 Output 3 J9 RS 422 485 J10 Trigger New Master J11 Input 1 J13 Host RS 232 J14 Aux RS 232 J15 MS Q 5VDC J16 Spare Jumpers JP1 Relay 1 Options JP2 Relay 2 Options JP3 Relay 3 Options JP1
58. t queue allows the host to remove irrelevant data that was collected by the communication adapter 2 16 MS Connect 210 User s Manual Using Ethernet Frame Trailer Postamble Flags The Frame Trailer Postamble Flags field describes the trailer portion of the serial frame and the processing options It is only effective in the Send_with_Response service when Framing is enabled in the Receive Flags Bit 0 LSB Status Flag 0 2 Postamble length 1 4 bytes 3 Reserved 4 Strip Strip the trailer from the response 5 7 Reserved Note The Receive Length field should be set to a value large enough for the data and trailer portions even if the Strip option is enabled Frame Trailer Postamble The Frame Trailer Postamble field contains the byte values expected at the end of a valid serial input frame The number of significant bytes comes from the Frame Trailer Postamble Flags field Data Field The Data field contains the bytes that will be output on the serial port The length of this field should equal at least the amount of data specified in Send Length but can be longer to simplify programming In a Get_Attribute_Single or Send_with_Response reply it contains the incoming serial data acquired MS Connect 210 User s Manual 2 17 Input T gt O Assembly Object Class 0x04 Instance 0x64 Input T gt O Assembly Object Class 0x04 Instance 0x64 The EtherNet IP Assembly Object
59. the circuits to create a pass through condition The Reader Ethernet port is intended for readers that have embedded Ethernet See Chapter 2 Using Ethernet for more detail about how to configure the MS Connect 210 for Ethernet operation 1 10 MS Connect 210 User s Manual Using the Internal Ethernet Cable The optional internal Ethernet cable 61 000128 01 provides a quick water tight connection to an Ethernet network Setup and Operation The 8 pin M12 Micro Change end of the internal Ethernet cable is externally visible The RJ45 end of the cable is inside the box and can be connected to either of the Ethernet modules highlighted below OUTPUT3 OUTPUT3 OUTPUT2 OUTPUT2 OUTPUT 1 OUTPUT1 READER DEFAULT s i o eo o PWR PWR PWR PWR CHASSIS uu t A S S 8 S E a amp CHASSIS 3 AMP PWR SLO BLO Q POWER D iia POWER LED ON ori es 7 RED ERROR 422 485 2 P INPUT CHASSIS INPUT PWR GREEN OK READER 10v00 INPUT PWR CED WP erernen 2 gt gt OPTIONAL ETHERNET H MODULE J26 PIN 2 RX232 6 PIN 3 TX232 PIN 5 SGNL GND ol yo O I9 Nett TRIG LOCKOUT sje INPUTI ale DEFAULT CHASSIS e JP11 e PUR RX232 e E 123 Nm Lockout ze PWR SGNLGND e g no ele PAR TX232 e m Sle TRIGGER CHASSIS e 2 2 TRIGGER as e e NEWMASTER RTS elg E o NEW MASTER
60. tion Assembly Object is not implemented However some EtherNet IP clients require one If this is the case use Instance ID 0x80 with a data length of 0 Service Object Summary Service Code Class ID Instance ID Attribute ID Description 100 115 Configuration OxOE 0x10 101 0x65 1 0x64 0x73 Future ean 404 0x88 1 110 0x6A Serial Interface Input Assembly 2 18 MS Connect 210 User s Manual Using Ethernet RSLogix Examples 1 Right click the 1756 ENBT A ENBT module under I O Configuration 2 Select New Module 3 From the list of module types select ETHERNET MODULE Generic Ethernet Module x Type JETHERNET MODULE 1788 10 100 Mbps Ethemet Bridge w Enhanced Web Services 1794 AENT AA 1794 10 100 Mbps Ethernet Adapter Twisted Pair Media Drivelogix5730 Ethemet 10 100 Mbps Ethernet Port on DriveLogix5730 EtherNet IP SoftLogix5800 EtherNet IP ETHERNET MODULE Generic Ethernet Module ETHERNET PANELVIEW Ethemet IP Panelview PowerFlex 700 Vector 2 PowerFlex 700 Vector Drive 208 240 via 20 COMM E PowerFlex 700 Vector 4l PowerFlex 700 Vector Drive 400 480 via 20 COMM E PowerFlex 700 Vector Bl PowerFlex 700 Vector Drive 600 via 20 COMM E PowerFlex 700 200V E PowerFlex 700 Drive 208 240V via 20 COMM E PowerFlex 700 400V E PowerFlex 700 Drive 400 480V via 20 COMM E PowerFlex 700 600V E PowerFlex 700 Drive 600V via 20 COMM E PowerFlex 7005 200V E P
61. upports EtherNet IP an industrial communications protocol based on the Common Industrial Protocol CIP EtherNet IP can handle large amounts of data at high speeds and it typically employs a star topology making it easy to set up and maintain network communication over a wide area An EtherNet IP network can support several kinds of communication nodes including mainframes PCs I O devices and adapters robots and PLCs This section describes how to configure the MS Connect 210 for use with EtherNet IP as well as Ethernet TCP IP MS Connect 210 User s Manual 2 1 Power On the System Power On the System When your reader is connected to the MS Connect 210 and all other cabling is connected and secured it is safe to turn on the system r 0 O TRIGGER oureur NEW MASTER oureur2 p Oneri EA uen irer OUTPUTS 1 0 O MICROSCAN f oe 123456 sws 1 2 3 4 5 6 Ed pi CLOSED BEEPER ON am DEFAULT lt q Power supply cable 97 100004 15 OUTPUT3 OPTIONAL ETHERNET OUTPUT3 MODULE OUTPUT2 J26 T S S S S 8 OUTPUT2 PIN 2 RX232 9 6 sw PIN 3 TX232 O O OUTPUT 1 PIN 5 SGNL GND 5 1 O E b 5 umm wu TRIG LOCKOUT z e PWRI sje INPUT 3 S DEFAULT CHASSIS e PT o PWR B o PUR Raz ya 42 NM LOCKOUT a e PURI ale PWR SGNLGND e 2 ino 5 J4 Alo PAR T232 e PWR Sle TRI
62. ur ESP exe file is stored on your hard drive 5 At the end of the installation process the following icon will appear on your desktop 6 Click the ESP icon to start the program System Requirements for ESP 166 MHz Pentium processor recommended Windows Vista XP or 2000 operating system Internet Explorer 5 0 or higher 64 MB minimum RAM 40 MB minimum disk space 800 x 600 pixel minimum 256 color display 1 20 MS Connect 210 User s Manual Setup and Operation Select and Identify the MS Connect 210 When you start ESP you will see this menu Select a Model Current Legacy c e 3 MS 1 MS 3 Qx 830 S MS Connect 210 MS 2 Qx 870 LE MS Connect 5100 e 4 EZ Match Click the button showing the MS Connect 210 Quadrus MINI Velocity Quadrus MINI 3 P MINI Hawk P Quadrus MINI Ux Hawk HS 1 Description MS Connect 210 1 HS 2D MS Q HE4xT Show this dialog at startup Skip EZ Mode The following view will appear ESP ESP Untitled File Model Options Help d Pes a Switch Model Search Click Search to find the MS Connect 210 then configure Ethernet and serial port settings in the interface shown below Mobile Hawk Quadrus Verifier DIER Welcome to Easy Setup Program 1 Click Search to locate all MS Connect 210 Ethernet Gateways that are available on the n
63. work Parameters You can use ESP to change Ethernet settings Clicking Send and Save updates the settings in the MS Connect 210 s Ethernet module EP ESP Untitled File Model Options Help 7 Switch Model Search Welcome to Easy Setup Program Select an MS Connect 210 MS Connect 210 to Host Settings 1 Click Search to locate all MS Connect 210 Ethernet Gateways that are available on the network 162 148 58 254 00 207 42 59 35 85 2 Selec the MS Conc 210 fom the list of available Lo The firmware version MAC IP addresses Use the MAC ID to identify the correct unit The MAC ID is printed on the top of the Ethernet MAC OVEM address and IP address module inside the MS Connect 210 Address will automatically populate 3 Adjust MS Connect 210 to Host Settings as IPAddress 162 148 E the fields shown at left needed i subset maske SSO Select the appropriate 4 Adjust Reader to MS Connect 210 Settings to Gatew Subnet Mask Gateway way 5 match the Host Port settings of the reader Gam fie o o address and TCP port 5 Send and Save settings There will be a delay of Trot mor up to 20 seconds before the MS Connect 210 is available on the network again Ethernet Gateway Configuration Reader to MS Connect 210 Settings Connect to readers via TCP IP Serial Port Settings A 9600 EE Revert Party even Send and Save Stop Bits On
64. www weird solutions com When the server requests transmission of a packet the TFTP client transmits the next packet s data using the block number of the packet requested for re transmission Therefore the server accepts it as the re transmitted data since the block numbers match Re transmission attempts occur only when using the Ethernet Port on a half duplex hub with other network traffic present The connection is extremely reliable over a full duplex switch Firmware Upload Use a TFTP client to upload firmware The firmware file must be a valid DSTniSPB Special Program Binary file with the spb extension Currently any file name is accepted The file s first TFTP packet contains the SPB header and checksum information which is validated before any data is written to flash Note that due to RAM limitation in the Ethernet Port the firmware file must be written to flash as the TFTP packets are received one by one Therefore it is important to allow a firmware file enough time to upload completely before resetting the target Ethernet Port of closing the TFTP client Once the header is validated and the upload begins the old firmware is already being overwritten Canceling the transfer before completion will result in corrupt firmware that will not load after the Ethernet Port is reset If an error occurs during the transfer DO NOT reset the Ethernet Port Remedy the problem described in the TFTP error message and then attempt th
65. y to operate the equipment CE The MS Connect 210 has been tested for compliance with CE Conformit Europ enne standards and guidelines and has been found to conform to applicable CE standards specifically EN 55024 1998 ITE Immunity Standard and EN 61000 6 2 2001 The MS Connect 210 has been tested by an independent electromagnetic compatibility laboratory in accordance with the applicable specifications and instructions vi MS Connect 210 User s Manual mi 7 Setting Up the Device Contents Check Required Hardware rmmrrrrvnrrorvrvrrrvrvrvrverrarsrararnananannannnnnnnnnnnnnnnnnenenensssararanarsn nsanra annene 1 2 Configure the Display iioii iiec ese cee eterne eieiei ied iunie Ede dne eode Paene recu 1 4 Connect the System 2 eii n ce Ad d iNi deco e cere dedo eda edet niade iane diada kie cien de dun 1 5 Configure Output Settings 2 cies eee ioter ieed eee ea Fede ede o Ie dene De Eno ske saeua da eksen 1 14 Power On the MS Connect 210 sssssssssssssssesseseeeeeee eene nnne tenere tr trs e nennen essen nnns 1 19 Install ES Piscine C E bee 1 20 Select and Identify the MS Connect 210 rrrnnennrnnrnrrnnnrnnrnrrnnnrrnrnrrnnernrn nn nnnernrnnnnnnernrrnrnnnennrnnnnn 1 21 This section is designed to get your MS Connect 210 up and running quickly Following these steps will allow you to get a sense of the product s capabilities while y

Download Pdf Manuals

Related Search

Related Contents

User Manual SPC-XX40  Baumarbeiten im Gartenbau - GBG 1  ® Mode d`emploi    RCA STB7766C TV Converter Box User Manual  Canon 8197B001 Digital Camera User Manual  Piano di sicurezza e coordinamento  Mace CAM-MIR surveillance camera  Quad Video Switching Box User Manual  

Copyright © All rights reserved. Failed to retrieve file