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Focal 922-MES, User Manual

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Model 922-MES 

– User Manual 

 

Focal Technologies Corporation

 

 

Page 6-1

 

A Moog Inc. Company 

 

Document No. 922-0662-00, Rev 1.0

 

6.0 

Connectors and Pin Descriptions 

6.1  Part Locations 

Refer to the figure below for location of connectors, hard wired jumpers and on-board diagnostic LEDs on the 
card. Note some factory testing headers and jumpers may not be exactly as shown. 
 

REF. 

DESCRIPTION 

SFP1-2 

SFP CAGES 
(ETHERNET SFP1-2) 

JP2 

uC DIAG CODE RESET 

J3 

FACTORY 
DIAGNOSTICS 
CONNECTOR 
(RS-232) 

J5 

LED HEADER (I2C) 

J11 

DIN 41612 BACKPLANE 
96-PIN CONNECTOR 
(POWER AND 
ETHERNET CU1-8) 

D2-3, 
D5-9, 

D12-27 

DIAGNOSTIC LEDS 

M17 

SENSOR (TEMP. AND 
HUMIDITY) 

J10 

EXPANSION CONN. 
(FUTURE USE) 

J4/6/7/9 

JP1/3/4 

FACTORY USE 

 

 

 

 

Figure 6-1: Model 922-MES Part Locations (Top View) 

 
 
 

 

 J4 

 SFP1 

 SFP2 

 JP2 

 JP3 

 JP1 

 J5 

 JP4 

 J10 

 D5 -
 D9
 D12 - 
 D27 

 J3 

 D2   D3 

 J6 

 J9 

 M17 

 J7 

 J11 

Summary of Contents for 922-MES

Page 1: ...GRANTED BY CONTRACT OR BY OPERATION OF LAW NO PORTION OF THIS DATA DRAWING DOCUMENT SHALL BE REPRODUCED OR DISCLOSED OR COPIED OR FURNISHED IN WHOLE OR IN PART TO OTHERS OR USED BY OTHERS FOR ANY PURP...

Page 2: ...ion Details of Revision Author s Date yyyy mm dd Rev 1 Initial release ACC 2018 01 29 Reference Documents Document Number Document Title and Description 922 2005 00 Configuration Drawing Model 922 MES...

Page 3: ...s 6 4 6 5 96 pin DIN 41612 Backplane Connector J11 6 4 6 6 3 5 mm Jack Factory Diagnostics Port J3 6 5 6 7 LED Connector J5 6 5 6 8 Electrical Interfaces 6 6 6 8 1 24V Power Input 6 6 6 8 2 Ethernet I...

Page 4: ...t Content From uC DIAG 8 7 Table 9 1 Diagnostics Information 9 1 LIST OF FIGURES Figure 1 1 Model 922 MES 1 1 Figure 3 1 Model 922 MES Ethernet Ports 3 1 Figure 3 2 Model 922 MES Block Diagram and Por...

Page 5: ...sation LED Light Emitting Diode MAC Media Access Control Ethernet MES Managed Ethernet Switch MTBF Mean Time between Failures MIB Management Information Base MRC Media Redundancy Client MRM Media Redu...

Page 6: ...t No 922 0662 00 Rev 1 0 SMT Surface Mount Technology STP Spanning Tree Protocol or Shielded Twisted Pair cable TCP Transmission Control Protocol TTL Transistor Transistor Logic uC Microcontroller UDP...

Page 7: ...iple cards within a distribution unit or SEM Redundancy protocols supported by the MES include MRP Media Redundancy Protocol and RSTP Rapid Spanning Tree Protocol Advanced diagnostics provide real tim...

Page 8: ...lengths 1471 to 1611 nm Optical Power Budget 20 to 45 dB depending on SFP installed Range 10 to 200 km depending on SFP installed Options Bidirectional single fiber transceivers 1 See Subsea Qualified...

Page 9: ...operation The Ethernet ports and media types available for the MES is shown in the figure below Figure 3 1 Model 922 MES Ethernet Ports The 922 MES PCB has a Eurocard form factor with a 96 pin DIN hea...

Page 10: ...l P2 CU1 User External P3 CU2 User External P4 CU3 User External P5 CU4 User External P6 CU5 User External P7 CU6 User External P8 CU7 User External P9 CU8 User External Connection types shown as User...

Page 11: ...cally daisy chaining the second card can provide a second pair of optical connections for other subsea nodes With RSTP functionality enabled in the MES the copper ports can also be used to electricall...

Page 12: ...switch are set by a combination of installed optical transceivers and switch register settings The Ethernet switch settings may be changed from their default settings using a Modbus TCP connection to...

Page 13: ...which are sent automatically by the card every 5 seconds factory default The MES card also includes a remote firmware upgrade feature which offers an upgrade path to support future protocols or appli...

Page 14: ...oftware Link Speed 10BASE T 100BASE TX 1000BASE T 10BASE T 100BASE TX 1000BASE T Duplex Mode Full Duplex or Half Duplex Full Duplex Negotiation Autonegotiation Enabled Disabled Autonegotiation Enabled...

Page 15: ...ttings from A EEPROM user factory configuration or B Fail safe factory Option A Future Use Factory Reserved Parameters Software Reserved Network IP address 192 168 0 201 Subnet 255 255 255 0 Gateway 1...

Page 16: ...nd CU1 or any other copper port of the card under configuration 2 Power up the card 24 VDC Note The card boot up time is about 1 5 minutes and on board LEDs will indicate a physical link after this pe...

Page 17: ...TP changes etc Note that in the Model 922 Config Editor window changes made by the user will only take effect after the Save Configuration button is pressed and after one subsequent power cycle To mak...

Page 18: ...sub rack card cage or wiring harness using a 96 pin DIN 41612 connector This connector provides the interface for power and eight 8 copper Ethernet ports On the front of the PCBA are two 2 SFP ports a...

Page 19: ...ck connections If the card is intended to be used for extended periods beyond 40 C ambient other heat dissipation or heatsink options should be considered to extended product life Contact the factory...

Page 20: ...ry testing headers and jumpers may not be exactly as shown REF DESCRIPTION SFP1 2 SFP CAGES ETHERNET SFP1 2 JP2 uC DIAG CODE RESET J3 FACTORY DIAGNOSTICS CONNECTOR RS 232 J5 LED HEADER I2C J11 DIN 416...

Page 21: ...00 Rev 1 0 The 922 MES card has three 3 unique MAC addresses used for diagnostics MAC UC and Ethernet switching functions MAC PS and MAC PL The location of the serial number and MAC addresses labels a...

Page 22: ...LINK 3 D23 CU6 ACTIVITY 4 D24 CU7 LINK 3 D25 CU7 ACTIVITY 4 D26 CU8 LINK 3 D27 CU8 ACTIVITY 4 Notes 1 Green ON Solid No loss of optical signal No LOS OFF Loss of optical signal LOS 2 Green ON Solid B...

Page 23: ..._CU1 REF_CU1 DB _CU1 2 DA _CU1 REF_CU1 DB _CU1 3 DC _CU1 DB _CU5 DD _CU1 4 DC _CU1 DB _CU5 DD _CU1 5 DA _CU5 DC _CU5 DD _CU5 6 DA _CU5 DC _CU5 DD _CU5 7 VIN1 VIN1 VIN1 8 VIN2 VIN2 VIN2 9 DC _CU2 DC _...

Page 24: ...ort is an output only and writing to this port is not supported and will have no effect CAUTION This RS 232 serial diagnostics port is non isolated and it is intended for bench testing and factory deb...

Page 25: ...w shows the input protection diodes common mode EMC filter and DC DC converter Power input must be within 20VDC to 28VDC Ideal input voltage is 24VDC and provided by a supply with a Safety Extra Low V...

Page 26: ...heat plate in place If required these five holes can also be accessed by reconfiguring the heat plate hardware Please consult the factory for recommendations Figure 6 6 Mounting Holes Locations Refere...

Page 27: ...with 100 km range Contact the factory for qualified SFP options and for instructions on installation 7 2 Optical Fiber The card communicates using up to two SFP transceivers per card which requires up...

Page 28: ...cal power so a fixed attenuator is recommended even when using a VOAT to ensure a minimum attenuation at all times Adding attenuators for bench testing simulates only the insertion loss of a field sys...

Page 29: ...ve dust covers on fiber connectors and bushings when not in use Do not touch the white ceramic ferrules of the connectors with bare hands or objects other than cleaning materials Prior to making a fib...

Page 30: ...for future protocols or application specific requirements 8 1 Network Settings and Accessibility 8 1 1 IP Address Configuration Each 922 MES board is assigned with three unique MAC addresses during f...

Page 31: ...the MES cards are shipped from the factory with MRP enabled in MRC mode which allows the use of the two SFP ports at the same time When connecting two MES card ports via both SFP ports for redundancy...

Page 32: ...2 MES core FW 922 1008 55 supports RSTP on all ports SFP1 2 and CU1 8 and does not provide MRP functionality on the SFP1 2 ports The RSTP features included in the MES are Very low latency Ethernet pa...

Page 33: ...al Technologies Corporation Page 8 4 A Moog Inc Company Document No 922 0662 00 Rev 1 0 IEEE 1588 v2 PTP E2E Management Information Base MIB Counters Detailed description of these features is availabl...

Page 34: ...switch configurations from into an EEPROM The current Ethernet switch configuration can be saved to the EEPROM via a Telnet and or Modbus TCP IP interface The user can also revert back to the factory...

Page 35: ...OM The EEPROM is configured at the factory for full switching functionality The user can modify most of the factory pre defined values to accommodate specific requirements and network topologies The i...

Page 36: ...adjusted to any value between 1 and 253 seconds through Telnet The table below shows an example of the diagnostics information contained in each type of UDP packet The heartbeat packet type can be cha...

Page 37: ...DIAG The MES card includes an IP validation feature in the Telnet interface This feature checks for a valid IP and subnet combination If an invalid IP Address is entered using the set ip command the...

Page 38: ...a a non isolated interface J3 It is intended for factory bench testing and debugging purposes only See section 6 6 for details Diagnostics information and control provided by the card is shown in the...

Page 39: ...3 02 9 2 Telnet Interface The 922 MES card implements a Telnet server on port 23 The server can be accessed from a PC based Telnet client such as Microsoft Telnet ClientTM or Tera Term by entering the...

Page 40: ...use on Microsoft Windows with a Modbus TCP backend for integration and bench testing the Model 922 Modbus functionality Typically users have or develop their own Modbus TCP interfaces for local PLCs a...

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