Toshiba G1IF1 Instruction Manual Download Page 13 | Manualshive

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Toshiba G1IF1 Instruction Manual Download Page 13

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4.5 External Connections

External connections to the G1IF1 are shown in section 3.2. There are three types of connection
to the unit.

The fibre optic connections are made with standard ST type connectors. Transmitters are of the
LED type. When handling fibre optic cables, care should be taken so as not to cause damage by
rough treatment or by exceeding the minimum bend radius of the fibre.

The CCITT G703 interface connection is made with a ring terminal block labeled TB1. The X.21
interface connection is made with a standard 15-way DIN type connector.

The power supply and safety earth connections should be made with ring-type crimp terminals to
the terminal block TB1.

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Summary of Contents for G1IF1

Page 1: ...6 F 2 S 0 7 5 5 INSTRUCTION MANUAL OPTICAL INTERFACE UNIT CROSS SITE FIBRE LINK UNIT G1IF1 Toshiba Energy Systems Solutions Corporation 2017 All Rights Reserved Ver 0 7 ...

Page 2: ... CAUTION will be followed by important safety information that must be carefully reviewed Indicates an imminently hazardous situation which will result in death or serious injury if you do not follow the instructions Indicates a potentially hazardous situation which could result in death or serious injury if you do not follow the instructions CAUTION Indicates a potentially hazardous situation whi...

Page 3: ...e earthing terminal of the equipment must be securely earthed CAUTION Operating environment The equipment must only used within the range of ambient temperature humidity and dust detailed in the specification and in an environment free of abnormal vibration Ratings Before applying the DC power supply to the equipment check that they conform to the equipment ratings Connection cable Carefully handl...

Page 4: ...tion 11 4 1 Receipt of Relays 11 4 2 Mounting 11 4 3 Electrostatic Discharge 11 4 4 Handling Precautions 11 4 5 External Connections 12 5 Commissioning and Maintenance 13 5 1 General 13 5 2 Precautions 13 5 3 Preparation 13 5 4 Commissioning Procedure 14 5 5 Maintenance 14 Appendix A Outline of Optical Interface Unit 15 Appendix B Technical Data 19 The data given in this manual are subject to chan...

Page 5: ...ver a telecommunications channel The G1IF1 provides an interface for connection of the fibre optic protection signalling port of the GRL100 relay to remote multiplexing equipment having a standard CCITT G703 or X 21 type interface to the electrical connections of a telecommunications system Figure 2 1 illustrates the application of the G1IF1 unit Figure 2 1 Application of G1IF1 Unit In most situat...

Page 6: ...fitting of a spare fibre optic cable Optical to electrical and electrical to optical conversion is performed on the transmit and receive signals from the GRL100 relay respectively CMI type encoding is used for the optical signals CMI encoding always results in a 50 duty factor making the signals easy to check during commissioning Code conversion is performed for connection to the CCITT G703 or X 2...

Page 7: ...ed for 500V isolation against the rest of the system However it may not be desirable to leave the common connection floating particularly where high levels of interference are expected Therefore the X 21 common can be tied via a 10k resistance to the frame ground by fitting link J1 Alternatively the fitting of links JIG and JFG connects the X 21 common directly to the frame ground It is recommende...

Page 8: ...y Fibre optic cable O E E O TX RX Code Conversion TB1 8 TB1 10 TX CLK RX Communication equipment Power on TX from COM TX from RELAY CLK from COM E O CLK TB1 6 TB1 7 TB1 9 TB1 11 5V 0V TB1 2 TB1 1 TB1 3 FG1 P N LG FG G703 1 2 3 1 2 2 I F only FG2 ＤＣＤＣ Figure 3 2 b Connection Diagram for G1IF1 02 and G1IF1 03 ...

Page 9: ...unit a Signal Definitions for G1IF1 01 X 21 Interface b Signal Definitions for G1IF1 02 and 03 G703 Interface Figure 3 3 Signal Definitions 11 1 6 7 8 9 10 Shield Ground Ta FG Tb Ra Rb Sa Sb CG Transmit Receive Signal Timing G1IF1 02 03 Telecommunications Multiplexer G703 1 2 3 1 2 2 I F only 13 1 2 9 3 10 4 11 5 12 6 7 15 8 14 Shield Ground Ta SG Tb Ra Rb Sa Sb CG Common Ground Transmit Receive S...

Page 10: ...1 RS422 9 11 Power Supply P 2 N 3 Ground Common FG Frame Ground 1 LG Internal Common SG Shield Ground 1 CG Common Ground 12 8 b Electrical Connections to the G1IF1 02 and 03 G703 Circuit Signal Signal Terminal Numbers Name Type TB1 Transmit Ta CCITT G703 6 Tb CCITT G703 7 Timing Sa CCITT G703 10 Sb CCITT G703 11 Receive Ra CCITT G703 8 Rb CCITT G703 9 Power Supply P 2 N 3 Ground Common FG1 Frame G...

Page 11: ...to G1IF1 is stopped The LED TX from COM turns off and the data 0 is transmitted to the relay At that time the relay at local terminal detects a communication failure 2 When the data transmission on fibre optic interface from the relay to G1IF1 is stopped The LED TX from RELAY turns off and the send signal the voltage between terminals TB1 6 and TB1 7 becomes 0V 0V means undefined data in G703 1 2 ...

Page 12: ...mage which often may not be immediately apparent but the reliability of the circuit will have been reduced The electronic circuits are completely safe from electrostatic discharge when housed in the case Do not expose them to risk of damage by removing the PCB unnecessarily The unit incorporates the highest practicable protection for its semiconductor devices However if it becomes necessary to rem...

Page 13: ...he LED type When handling fibre optic cables care should be taken so as not to cause damage by rough treatment or by exceeding the minimum bend radius of the fibre The CCITT G703 interface connection is made with a ring terminal block labeled TB1 The X 21 interface connection is made with a standard 15 way DIN type connector The power supply and safety earth connections should be made with ring ty...

Page 14: ...upply are correct Turn off the auxiliary supply before checking the interior of the unit While the power is on do not mount dismount the PCB Failure to observe any of the precautions above may cause damage or malfunction of the unit Refer to section 4 4 for information on handling precautions 5 3 Preparation Test equipment The following test equipment is required for the commissioning tests DC pow...

Page 15: ...ion both ends of the protection scheme together Ensure that all necessary communication connections are made at each end of the protection scheme Apply auxiliary power to both GRL100 relays and to both G1IF1 units Any failure in communication will be indicated by the GRL100 relays If communication is healthy then proceed with commissioning of the GRL100 relays 5 5 Maintenance Periodic maintenance ...

Page 16: ... 15 6 F 2 S 0 7 5 5 Appendix A Outline of Optical Interface Unit ...

Page 17: ... 16 6 F 2 S 0 7 5 5 Dimensions and Connections ＴＯＳＨＩＢＡ 168 180 195 130 66 2 Φ5 2 5 9 RX ＴＢ１ 1 12 TX CLK SPARE X 21 156 Power TX from COM TX from RELAY CLK from COM For G1IF1 01 and G1IF1 04 only ...

Page 18: ... 17 6 F 2 S 0 7 5 5 Outer Case Dimensions for G1IF1 01 4 Φ6 166 200 226 246 266 300 326 346 87 CROSS SITE FIBRE LINK UNIT ...

Page 19: ... 18 6 F 2 S 0 7 5 5 Outer Case Dimensions for G1RK7 0102 and 0103 Option 4 Φ6 166 200 226 246 266 300 326 346 87 OPTICAL INTERFACE UNIT For G1RK7 0103 only ...

Page 20: ... 19 6 F 2 S 0 7 5 5 Appendix B Technical Data ...

Page 21: ...mal range 20 to 10 of rated voltage superimposed AC voltage 12 break in supply duration 20ms Burden less than 8W Optical Interface Operative Range 1km with 50 125 m GI fibre 3dB km 2km with 62 5 125 m GI fibre 3dB km Wavelength 820nm Connector Type ST Fibre Type 50 125 m or 62 5 125 m glass fibre ...

Page 22: ...quency Disturbance Damped Oscillatory Wave IEC60255 22 1 Class 3 IEC61000 4 12 EN61000 4 12 Class 3 1MHz 2 5kV applied to PSU terminals in common mode 1MHz 1 0kV applied to PSU terminals in differential mode 0 1MHz 2 5kV applied to PSU terminals in common mode 0 1MHz 1 0kV applied to PSU terminals in differential mode Electrostatic Discharge IEC60255 22 2 Class 4 8kV contact discharge 15kV air dis...

Page 23: ...ontinuously 300A m for 1 second Pulsed Magnetic Field IEC61000 4 9 EN61000 4 9 Class 5 6 4 16 s magnetic pulses positive and negative applied with magnitude 1000A m Damped Oscillatory Magnetic Field IEC61000 4 10 EN61000 4 10 Class 5 Oscillation frequencies of 0 1MHz and 1MHz applied with magnitude 100A m European Commission Directives 89 336 EEC Compliance with the European Commission Electromagn...

Page 24: ... 23 6 F 2 S 0 7 5 5 Appendix C Ordering ...

Page 25: ...1 Model For X21 with outer case For CCITT G703 1 2 1 For CCITT G703 1 2 2 or 1 2 3 For X21 01 02 03 04 DC auxiliary power supply DC 48V 54V 60V DC 110V 125V DC 220V 250V 01 02 03 G1IF1 Type Outer case for Optical interface unit G1RK7 Model For G1IF1 02 and G1IF1 03 For G1IF1 04 0102 0103 G1RK7 ...

Page 26: ...ed the descriptions of dc 125V and dc 250V and modified Table 3 1 0 3 Sep 22 2004 3 4 Added the Section 3 4 0 4 Feb 09 2006 1 to 4 Appendices Modified the description and figures Added G1IF1 01 Modified Appendix A and B and added Appendix C 0 5 Jul 6 2006 1 Appendices Modified Table 1 Modified Appendix A B and C 0 6 Nov 30 2007 Appendices Modified Appendix A P17 0 7 Oct 2 2017 Republished under sp...

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