NR Electric PCS-9785 Instruction Manual Download Page 58

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6 Settings

PCS-9785 Satellite Synchronized-Clock

6-4

Date: 2019-07-05

No.

Item

Range(Unit)

Default Value

Description

unicast mode

En_Broadcast_NTP

Disable or Enable

Enable

Enable/Disable SNTP/NTP
broadcast mode

Period_Broadcast_NTP

16, 32, 64, 128, 256,

512, 1024, 2048, 4096,

8192, 16384(s)

The broadcast period for
SNTP/NTP

t_Comp_NTP

-65535

～

65535(μs)

Delay compensation of
SNTP/NTP network

6.2.5 PTP Settings

No.

Item

Range(Unit)

Default Value

Description

PTP1.En

Disable or Enable

Enable

Enable/Disable the PTP port 1

PTP2.En

Disable or Enable

Enable

Enable/Disable the PTP port 2

PTP3.En

Disable or Enable

Enable

Enable/Disable the PTP port 3

PTP4.En

Disable or Enable

Enable

Enable/Disable the PTP port 4

PTP1.Opt_Protocol

Standard, C37.238-2011,
C37.238-2017

Standard

Protocol option for PTP network 1

PTP2.Opt_Protocol

Standard, C37.238-2011,
C37.238-2017

Standard

Protocol option for PTP network 2

PTP3.Opt_Protocol

Standard, C37.238-2011,
C37.238-2017

Standard

Protocol option for PTP network 3

PTP4.Opt_Protocol

Standard, C37.238-2011,
C37.238-2017

Standard

Protocol option for PTP network 4

PTP1.ID_Clk

0~255

Clock identification in PTP
network 1

PTP2.ID_Clk

0~255

Clock identification in PTP
network 2

PTP3.ID_Clk

0~255

Clock identification in PTP
network 3

PTP4.ID_Clk

0~255

Clock identification in PTP
network 4

PTP1.DomainNo.

0~255

Device domain number in PTP
network 1

PTP2.DomainNo.

0~255

Device domain number in PTP
network 2

PTP3.DomainNo.

0~255

Device domain number in PTP
network 3

PTP4.DomainNo.

0~255

Device domain number in PTP
network 4



PTP1.DomainNo., PTP2.DomainNo.

Domain number for this PTP device communicating with others as defined by the protocol

08020

Summary of Contents for PCS-9785

Page 1: ...PCS 9785 Satellite Synchronized Clock Instruction Manual NR Electric Co Ltd 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 2: ...08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 3: ...n When electrical equipment is in operation dangerous voltages will be present in certain parts of the equipment Failure to observe warning notices incorrect use or improper use may endanger personnel and equipment and cause personal injury or physical damage Before working in the terminal strip area the equipment must be isolated Proper and safe operation of the equipment depends on appropriate s...

Page 4: ...h WARNING ONLY qualified personnel should work on or near this device This personnel MUST be familiar with all safety regulations and service procedures described in this manual During operating of electrical device certain part of the device is under high voltage Severe personal injury and significant device damage could result from improper behavior WARNING Do NOT touch the exposed terminals of ...

Page 5: ...al is compatible with the product in your hand Documentation Structure The manual provides a functional and technical description of this device and a comprehensive set of instructions for the device s use and application 1 Introduction Brief introduction of the application functions and features 2 Technical Data Lists of the technical data such as electrical specifications mechanical specificatio...

Page 6: ...ght 2019 NR All rights reserved We reserve all rights to this document and to the information contained herein Improper use in particular reproduction and dissemination to third parties is strictly forbidden except where expressly authorized The information in this manual is carefully checked periodically and necessary corrections will be included in future editions If nevertheless any errors are ...

Page 7: ...roduction PCS 9785 Satellite Synchronized Clock 1 a Date 2019 07 05 1 Introduction Table of Contents 1 Introduction 1 a 1 1 Overview 1 1 1 2 Features 1 1 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 8: ...1 Introduction PCS 9785 Satellite Synchronized Clock 1 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 9: ...ing Signal Clock Synchronization bus Coaxial cable PCS Serial Protection Relay BCU Other IEDs PCS 9794 Protocol Converter Clock Synchronization bus IRIG B Signal PCS 9785 Satellite Synchronized Clock Extension 1 2 Features Remote supervision This device supports local SCADA and remote control centre communication in using of protocols such as IEC 61850 Ed1 0 Ed2 0 to realize the device running sta...

Page 10: ... kinds of output interfaces are provided including RS 484 RS 232 TTL dry contact AC modulation optic fiber RJ45 etc Dual power supplies redundancy Dual power supply module is an option The extra power supply module will be placed at the other side of the device rack and works independently Double devices redundancy strategy With a interconnection in using of IRIG B signal a set of two PCS 9785 can...

Page 11: ... 2 4 1 Ethernet Port 2 2 2 4 2 SFP Interface 2 2 2 5 Clock Synchronization Port 2 2 2 5 1 Input 2 2 2 5 1 1 EIA 485 Port 2 2 2 5 1 2 Optical Port 2 2 2 5 2 Output 2 3 2 5 2 1 RS 485 232 Port 2 3 2 5 2 2 Optical coupled Contact 2 3 2 5 2 3 TTL 2 3 2 5 2 4 AC Modulation 2 3 2 5 2 5 Optical Port 2 3 2 6 Type Test 2 4 2 6 1 Environmental Test 2 4 2 6 2 Mechanical Test 2 4 2 6 3 Insulation Test 2 4 2 6...

Page 12: ... 2 5 2 7 2 IRIG B DC Code 2 5 2 7 3 IRIG B AC Code 2 5 2 7 4 Serial Port Timing Message 2 5 2 7 5 Network 2 6 2 7 6 GPS Receiver 2 6 2 7 7 BDS Receiver 2 6 2 7 8 Time Frequency Measurement 2 6 2 7 9 Internal Clock 2 6 2 8 Certifications 2 6 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 13: ...n Continuous carry 8A Short duration current 12A 3s 15A 1s 20A 0 5s 30A 0 2s Breaking capacity L R 40ms 0 70A 48Vdc 0 40A 110Vdc 0 30A 125Vdc 0 20A 220Vdc 0 15A 250Vdc Pickup time 10ms Drop off time 6ms Durability Min 10 000 operations 2 2 Mechanical Specification Mounting Way Flush mounted Chassis color Silver grey Weight per device Approx 8kg Chassis material Aluminum alloy Location of terminal ...

Page 14: ...61850 Safety level Isolation to ELV level 2 4 2 SFP Interface Characteristic Glass optical fiber Connector type LC Fiber type Multi mode 62 5 125μm Transmission distance Max 2km Wave length 1310nm Transmission power Min 23 0dBm Avago Min 19 0dBm Yuguang Receiving power Min 30 0dBm Margin Min 3 0dB 2 5 Clock Synchronization Port 2 5 1 Input 2 5 1 1 EIA 485 Port Baud rate 1200bps 2400bps 4800bps 960...

Page 15: ... 5 2 2 Optical coupled Contact Operating voltage Max 300Vdc Operating current Max 125mA Transmission distance Max 200m Safety level Isolation to ELV level 2 5 2 3 TTL Output voltage 0 5V Impedance 50Ω Transmission distance Max 100m Safety level Isolation to ELV level 2 5 2 4 AC Modulation Connector type BNC 3 Impedance 600Ω Transmission distance Max 2000m Safety level Isolation to ELV level 2 5 2 ...

Page 16: ...mpatibility 1MHz burst disturbance test IEC 60255 26 2013 Class III Common mode 2 5kV Differential mode 1 0kV Electrostatic discharge test IEC 60255 26 2013 Class IV For contact discharge 8kV For air discharge 15kV Radio frequency interference tests IEC 60255 26 2013 Class III Frequency sweep Radiated amplitude modulated 10V m rms f 80 1000MHz Fast transient disturbance tests IEC 60255 26 2013 Cla...

Page 17: ...hen recovery of rated voltage Un 220Vdc without reset Max 100ms for interruption of rated voltage Un 220Vdc without reboot 2 7 Clock Synchronization Specifications 2 7 1 PPS PPM PPH RS 485 TTL Contact Rising edge max 50ns 50ns 200ns Accuracy max 100ns 100ns 3μs Pulse width 10 200ms 10 200ms 10 200ms 2 7 2 IRIG B DC Code RS 485 TTL Contact Rising edge max 50ns 50ns 200ns Accuracy max 100ns 100ns 3μ...

Page 18: ...s with current almanac position time and ephemeris TTFF warm 50s with current almanac position and time TTFF cold 200s no stored information Reacquisition 1s Accuracy Max 100ns 2 7 7 BDS Receiver Frequency 1561 098MHz Sensitivity Max 133dBmW Acquisition time max TTFF hot 3s TTFF cold 33s Reacquisition 1s Accuracy Max 50ns 2 7 8 Time Frequency Measurement Rated voltage 220Vac grid voltage Operating...

Page 19: ...ata PCS 9785 Satellite Synchronized Clock 2 7 Date 2019 07 05 OHSAS18001 2007 ISO10012 2003 CMMI L5 EMC 2014 30 EU EN60255 26 2013 LVD 2014 35 EU EN60255 27 2014 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 20: ...2 Technical Data PCS 9785 Satellite Synchronized Clock 2 8 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 21: ...on Theory 3 a 3 1 Overview 3 1 3 1 1 Reception Function 3 1 3 1 2 Time Service Function 3 1 3 1 3 Output Function 3 2 3 2 Double Devices Redundancy Strategy 3 2 3 3 PRP HSR 3 2 3 3 1 Parallel Redundancy Protocol PRP 3 2 3 3 2 High availability Seamless Redundancy HSR 3 4 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 22: ...3 Operation Theory PCS 9785 Satellite Synchronized Clock 3 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 23: ...ut Figure 3 1 1 Operating sketch 3 1 1 Reception Function The reception function takes the received timing signal as its external time reference Its main components include antenna feeder line low noise amplifier surge protector and BDS GPS receiver 3 1 2 Time Service Function The time service function will decode and convert the time reference Depends on the Multiple sources judgment and Optimiza...

Page 24: ...is lost the lost will take the interconnection IRIG B signal as its external time reference Else if both the two have lost their satellite tracking the internal clock of the device which lost its tracking signal later will be used as the time source 3 3 PRP HSR 3 3 1 Parallel Redundancy Protocol PRP 3 3 1 1 Network Mode As same as dual star networks PRP nodes connect to two completely independent ...

Page 25: ...apter so the upper layers are unaware of redundancy When receiving a frame from the node s upper layers the LRE appends to the frame a Redundancy Check Trailer RCT containing a sequence number and sends the frame through both its ports at nearly the same time The two frames are nearly identical except for the LAN identifier and the checksum When receiving frames from the network the LRE forwards t...

Page 26: ...device from another loop and there is no network reconstruction time There is no switching network and forwarding through the device However forwarding device has a forwarding delay time per level so the total forwarding delay is great Each HSR node receives two copies of the same packet and accepts the first packet and discards the second The accepted packet is transmitted to application layer Fo...

Page 27: ... Synchronized Clock 4 1 Date 2019 07 05 4 Supervision Table of Contents 4 1 Supervision Alarms 4 1 List of Tables Table 4 1 1 Alarm description 4 1 Table 4 1 2 Troubleshooting 4 2 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 28: ...4 Supervision PCS 9785 Satellite Synchronized Clock 4 2 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 29: ... self diagnostic record If the reason cannot be found at site a trial recovery of the device by re energization is suggested Please contact the supplier if the device is still failure Table 4 1 1 Alarm description No Item Description 1 Fail_Device The MON module fails The device fails 2 Alm_Initialization Error is found during device initialization process and there will be no time synchronization...

Page 30: ..._Receiver_SatlCh1 Inform the service agency for repair 8 Alm_Receiver_SatlCh2 Inform the service agency for repair 9 Alm_SynLoss_SatlCh1 Check the wiring between the antenna 1 and the CLK module 10 Alm_SynLoss_SatlCh2 Check the wiring between the antenna 2 and the CLK module 11 Alm_Ant_SatlCh1 Check the antenna 1 installation and its connection with the CLK module 12 Alm_Ant_SatlCh2 Check the ante...

Page 31: ... 5 8 5 6 2 Optical Coupled Contact NR1216A 5 10 5 6 3 ST Connector NR1217A 5 12 5 6 4 RS 232 NR1218A 5 13 5 6 5 TTL NR1219A 5 15 5 6 6 AC Modulation NR1220A 5 17 5 7 PWR Module Power Supply 5 18 List of Tables Table 5 2 1 Module arrangement 5 2 Table 5 5 1 Sub models of NR1145 5 4 Table 6 5 2 Jumpers for IRIG B signal reception mode 5 6 Table 5 6 1 Pin definition of NR1205A 5 9 Table 5 6 2 Output ...

Page 32: ...k Source 5 3 Figure 5 3 2 HMI view Clock Extension 5 3 Figure 5 4 1 MON module 5 4 Figure 5 5 1 CLK module 5 5 Figure 5 5 2 Wiring of synchronization port CLK module NR1145 5 6 Figure 5 5 3 CLK module 5 7 Figure 5 5 4 Wiring of synchronization port CLK module NR1141 5 8 Figure 5 6 1 COM Module NR1205A 5 8 Figure 5 6 2 Serial port wiring of NR1205A 5 9 Figure 5 6 3 COM Module NR1216A 5 11 Figure 5 ...

Page 33: ... multiplex RJ45 debugging port 5 2 Module Configuration for EXAMPLE only This section shows several examples of device terminal view and module arrangement NOTICE The following figures should NOT be used as reference for device configuration or wiring design For such purpose please use the latest corresponding Manufacture Ordering Table and consult our design department NR1110 NR1145 NR1205 NR1218...

Page 34: ...RIG B ST NR1145J 1 GPS 2 IRIG B TTL RS 485 NR1145K 1 GPS 1 Time Frequency Measurement 2 IRIG B ST NR1141A 1 Debugging RS 232 2 IRIG B ST or TTL RS 485 EXTENSION Obligatory COM 03 13 NR1205A 7 RS 485 Optional NR1216A 4 Optical coupled contacts NR1217A 8 ST connectors TX NR1218A 7 RS 232 NR1219A 8 TTL NR1220A 7 BNC for IRIG B AC PWR P1 NR1301TN 110 125 220 250Vdc 110 22Vac At least one P2 5 3 HMI Mo...

Page 35: ...consists of high performance built in processor FLASH SRAM SDRAM Ethernet controller and other peripherals Its functions include management of the complete device human machine interface communication etc The MON module uses the internal bus to receive data from other modules It communicates with the LCD module by inner RS 485 bus The MON module NR1110D provides two RJ45 ports and four SFP sockets...

Page 36: ...nd processes satellite signal and external IRIG B code It converts them into PPS PPM PPH IRIG B code and timing message and transmits them to the MON module and COM modules via the internal bus 5 5 1 NR1145 for Clock Source Table 5 5 1 Sub models of NR1145 Sub models Timing signal input channel NR1145A NR1145B NR1145C NR1145D NR1145I NR1145J NR1145K BDS 0 0 1 0 1 0 0 GPS 0 1 1 2 1 1 1 IRIG B ST 2 ...

Page 37: ...BDS ANT GPS ANT NR1145D IRIG B IRIG B GPS ANT GPS ANT NR1145J GPS 1 SYN1 2 SYN1 3 SGND1 4 5 6 SYN2 7 SGND2 SYN2 NR1145I IRIG B IRIG B BDS GPS NR1145K IRIG B IRIG B GPS FGND 1 2 N 3 L 4 Figure 5 5 1 CLK module CAUTION Do NOT look into the end of an optical fiber connected to an optical port 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 38: ...s The foiled layer connection of the cable shall be grounded at only one end 01 02 03 SYN SYN SGND FGND 04 Twisted pair wire To the screen of other cable with single point earthing IRIG B Signal 01 02 03 L N FGND 04 To the screen of other cable with single point earthing or the mains power line ground Time Freq Measurement Mains power line live Mains power line neutral Figure 5 5 2 Wiring of synch...

Page 39: ...rt However these two modes should be used exclusively The correct serial port wiring is shown in the following figure Generally a foiled cable with at least two pairs of twisted pairs shall be applied One pair of the twisted pairs are respectively used to connect the and terminals The other pair of twisted pairs is used to connect the signal reference SGND of the communication interface If there i...

Page 40: ...le provides extension output interfaces for clock synchronization 5 6 1 RS 485 NR1205A The COM module NR1205A provides 7 RS 485 serial ports The No 1 4 ports form the group 1 and the No 5 7 form the group 2 NR1205A Figure 5 6 1 COM Module NR1205A The correct serial port wiring is shown in the following figure Generally a foiled cable with at least two pairs of twisted pairs shall be applied One pa...

Page 41: ...e 5 6 1 Pin definition of NR1205A Pin No Symbol Description Port No 01 1A RS 485 A Serial port 1 02 1B RS 485 B 03 1 2 SGND Signal reference 04 1 2 FGND Foiled layer 05 2A RS 485 A Serial port 2 06 2B RS 485 B 07 3A RS 485 A Serial port 3 08 3B RS 485 B 09 3 4 SGND Signal reference 10 3 4 FGND Foiled layer 11 4A RS 485 A Serial port 4 12 4B RS 485 B 13 5A RS 485 A Serial port 5 14 5B RS 485 B 15 5...

Page 42: ... 2 Jumper ON PPS JP20 JP9 PPM JP21 JP10 IRIG B JP22 JP11 PPH JP23 JP12 Timing message serial port JP24 JP13 NOTICE The jumpers JP1 JP7 correspond to the match resistance of the No 1 7 RS 485 output channels Set ON to connect a 120Ω match resistance in parallel 5 6 2 Optical Coupled Contact NR1216A The COM module NR1216A provides 8 optical coupled contacts The No 1 4 contacts form the group 1 and t...

Page 43: ...he No 3 output contact 08 GND The ground for shielding 09 OUT4 The positive pole of the No 4 output contact 10 OUT4 The negative pole of the No 4 output contact 11 OUT5 The positive pole of the No 5 output contact 12 OUT5 The negative pole of the No 5 output contact 13 GND The ground for shielding 14 OUT6 The positive pole of the No 6 output contact 15 OUT6 The negative pole of the No 6 output con...

Page 44: ...p 2 Jumper ON PPS JP20 JP9 PPM JP21 JP10 IRIG B JP22 JP11 PPH JP23 JP12 NOTICE The jumpers JP1 JP8 correspond to the current limiting resistance of the No 1 8 output contacts Set OFF to connect a 7500Ω current limiting resistance in serial 5 6 3 ST Connector NR1217A The COM module NR1217A provides 8 optical ports ST connector The No 1 4 ports form the group 1 and the No 5 8 form the group 2 NR1217...

Page 45: ...5 6 6 Working mode of NR1217A Port No Jumper Working Mode for idle Without light With light 1 J1 1 2 3 1 2 3 2 J2 1 2 3 1 2 3 3 J3 1 2 3 1 2 3 4 J4 1 2 3 1 2 3 5 J5 1 2 3 1 2 3 6 J6 1 2 3 1 2 3 7 J7 1 2 3 1 2 3 8 J8 1 2 3 1 2 3 Table 5 6 7 Output signal mode of NR1217A Signal mode Group 1 Jumper ON Group 2 Jumper ON PPS JP20 JP9 PPM JP21 JP10 IRIG B JP22 JP11 PPH JP23 JP12 Timing message JP24 JP13...

Page 46: ...s a free terminal or a grounding terminal FGND for all the communication ports it is suggested to connect the foiled layer of the cable when connecting multiple devices in series The foiled layer connection of the cable shall be grounded at only one end 01 02 03 RxD TxD SGND RS 232 FGND 04 Twisted pair wire To the foiled layer of other cable with single point earthing Figure 5 6 6 Serial port wiri...

Page 47: ...D Signal reference 16 5 6 FGND Foiled layer 17 6 RXD RS 232 RXD Serial port 6 18 6 TXD RS 232 TXD 19 7 RXD RS 232 RXD Serial port 7 20 7 TXD RS 232 TXD 21 7 SGND Signal reference 22 7 FGND Foiled layer NOTICE The jumpers JP22 for the group 1 and JP27 for the group 2 should be ON while the other jumpers should be OFF to set the port in timing message output mode 5 6 5 TTL NR1219A The COM module NR1...

Page 48: ...ve pole of the No 3 TTL output 08 GND The ground for shielding 09 OUT4 The positive pole of the No 4 TTL output 10 OUT4 The negative pole of the No 4 TTL output 11 OUT5 The positive pole of the No 5 TTL output 12 OUT5 The negative pole of the No 5 TTL output 13 GND The ground for shielding 14 OUT6 The positive pole of the No 6 TTL output 15 OUT6 The negative pole of the No 6 TTL output 16 OUT7 The...

Page 49: ...able 5 6 10 Output polarity mode of NR1219A Jumper Output polarity Positive Negative J1 Group 1 1 2 3 1 2 3 J2 Group 2 1 2 3 1 2 3 Table 5 6 11 Output signal mode of NR1219A Signal mode Group 1 Jumper ON Group 2 Jumper ON PPS JP4 JP1 PPM JP5 JP2 IRIG B JP6 JP3 5 6 6 AC Modulation NR1220A The COM module NR1220A provides 7 BNC ports to output AC modulated 1kHz sinusoid IRIG B code 08020 08020 08020 ...

Page 50: ...ed in the chapter 2 The tolerance of the output voltage for the electronic components is continuously monitored The use of an external miniature circuit breaker is recommended The miniature circuit breaker must be in the on position when the device is in operation and in the off position when the device is in cold reserve A 12 pin connector is fixed on the PWR module The pin definition of the conn...

Page 51: ...Indication of device abnormality alarm 2 04 06 NO 07 OPTO Positive pole of power supply for low voltage opto coupler 24V 08 OPTO Negative pole of power supply for low voltage opto coupler 24V 09 Not used 10 PWR Positive pole of power supply for device 11 PWR Negative pole of power supply for device 12 GND Grounded connection of device NOTICE The standard rated voltage of PWR module is self adaptiv...

Page 52: ...icated grounding wire Effective grounding is the most important measure for a device to prevent EMI so it must be ensured before the device is put into service NOTICE This device like all electronic equipments contains electrolytic capacitors These capacitors are well known to be subject to deterioration over time if voltage is not applied periodically Deterioration can be avoided by powering the ...

Page 53: ... Settings 6 3 6 2 5 PTP Settings 6 4 6 2 6 SerialPort Settings 6 5 6 2 7 Comm Settings 6 5 6 3 For PCS 9785 Clock Extension 6 9 6 3 1 Overview 6 9 6 3 2 Current Year 6 10 6 3 3 Internal Clock Current Time 6 10 6 3 4 Optical Inputs Reception Mode 6 10 6 3 5 Electrical Inputs Reception Mode 6 11 6 3 6 Input Cable Length 6 11 6 3 7 Internal Clock Operation Mode 6 12 6 3 8 Input Channel Alarm Mode 6 1...

Page 54: ...6 Settings PCS 9785 Satellite Synchronized Clock 6 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 55: ...al 3 Opt_Parity_Send_IRIG B Odd or Even Odd 4 t_PW_Send_Pulse 10 200 ms 200 5 En_Meas_f_Grid Disable or Enable Disable 6 En_MDisk Disable or Enable Enable Opt_DualDev This is the device clock service mode option for the dual device redundancy strategy It should be Slave if the MON module NR1145A is selected Otherwise it should be Master Opt_Src_InitClk This is the device initialization mode option...

Page 56: ... Last Last 7 DST DayInWeek_Start Sunday Monday Tuesday Wednesday Thursday Friday Saturday Sunday 8 DST HourInDay_Start 0 23 3 9 DST MonthInYear_End Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Sep 10 DST WeekInMonth_End 1st 2nd 3rd 4th Last Last 11 DST DayinWeek_End Sunday Monday Tuesday Wednesday Thursday Friday Saturday Sunday 12 DST HourInDay_End 0 23 3 OffsetHour_UTC OffsetMinute_UTC These ...

Page 57: ...eLitOn Reception mode of the IRIG B reception channel 2 9 Opt_Parity_Recv_IRIG B1 Odd or Even Odd Parity check mode of the IRIG B reception channel 1 10 Opt_Parity_Recv_IRIG B2 Odd or Even Odd Parity check mode of the IRIG B reception channel 2 11 En_Alm_SynLoss_SatlCh1 Disable or Enable Enable Enable Disable the synchronization loss alarm for the satellite channel 1 12 En_Alm_Ant_SatlCh1 Disable ...

Page 58: ...l option for PTP network 1 6 PTP2 Opt_Protocol Standard C37 238 2011 C37 238 2017 Standard Protocol option for PTP network 2 7 PTP3 Opt_Protocol Standard C37 238 2011 C37 238 2017 Standard Protocol option for PTP network 3 8 PTP4 Opt_Protocol Standard C37 238 2011 C37 238 2017 Standard Protocol option for PTP network 4 9 PTP1 ID_Clk 0 255 1 Clock identification in PTP network 1 10 PTP2 ID_Clk 0 25...

Page 59: ...0 000 000 000 255 255 255 255 255 255 255 000 5 En_LAN2 0 or 1 1 6 IP_LAN3 000 000 000 000 255 255 255 255 198 122 000 020 7 Mask_LAN3 000 000 000 000 255 255 255 255 255 255 255 000 8 En_LAN3 0 or 1 1 9 IP_LAN4 000 000 000 000 255 255 255 255 198 123 000 020 10 Mask_LAN4 000 000 000 000 255 255 255 255 255 255 255 000 11 En_LAN4 0 or 1 1 12 Opt_NetMode Normal PRP HSR RSTP Normal 13 Cfg_RingNet1 0...

Page 60: ...d 0 65535 7500 34 t_Send_UDP_Meas_f_Grid 1 60 s 1 s IP_LAN1 IP_LAN2 IP_LAN3 IP_LAN4 IP address of Ethernet port 1 2 3 or 4 Mask_LAN1 Mask_LAN2 Mask_LAN3 Mask_LAN4 Subnet mask of Ethernet port 1 2 3 or 4 En_LAN2 En_LAN3 En_LAN4 Enable Disable Ethernet port 2 3 or 4 The Ethernet port 1 is always in service Opt_NetMode Network mode option Normal Normal network not ring PRP Parallel Redundancy Protoco...

Page 61: ...0 Ethernet port 2 Bit1 Ethernet port 3 Bit2 Ethernet port 4 Bit3 Cfg_NetPorts_Bond Use this setting to set the channel bonding arrangement of two Ethernet ports in station level communication For redundancy or increased throughput of the communication dual network structure may be adopted along with channel bonding technology These two bonded interfaces who share the identical IP address and MAC a...

Page 62: ...ts 1 2 for example and assume that P1 is connected to NET1 while P2 is connected to NET2 After the device is powered on only P1 is activated when both NET1 and NET2 are normal If NET1 is abnormal P2 will be activated if NET2 is normal If NET1 is abnormal P2 cannot be activated if NET2 is also abnormal The device will keep trying on P1 If P2 is working the device will maintain this state even if NE...

Page 63: ...git of power frequency ASCII code 0 9 27 32 Reserved 0 33 Check byte upper Bytes 1 32 are checked byte by byte in exclusive OR logic and the upper and lower hexadecimal digits of the check byte are respectively represented by ASCII code 0 9 A F 34 Check byte lower 35 End mark CR 0DH 36 End mark LF 0AH 6 3 For PCS 9785 Clock Extension 6 3 1 Overview User can use the RS 232 debugging port on the CLK...

Page 64: ... clock Command format TYYYYMMDDhhmmss T The command key word YYYY ASCII code of year MM ASCII code of month DD ASCII code of day hh ASCII code of hour mm ASCII code of minute ss ASCII code of second Example T20060817195342 means to set the internal clock time as 2006 08 17 19 53 42 6 3 4 Optical Inputs Reception Mode The two optical inputs on the CLK module are used to receive IRIG B signal from a...

Page 65: ...ans the first is RS 485 the second TTL Command format E To query the current value of electrical inputs reception mode NOTICE For a IRIG B signal input channel the optical or electrical input working mode is optional To use the electrical mode the relevant optical input must be unconnected and its input mode should be idle light on 6 3 6 Input Cable Length To reduce the time delay due to signal tr...

Page 66: ...his device Command format CD C The command key word D Internal clock operation mode 1 ON 0 OFF Example C1 means the operation mode is ON Command format C To query the current internal clock operation mode 6 3 8 Input Channel Alarm Mode The two IRIG B signal inputs can be adopted together or separately The input channel alarm mode should be set according to the real adoption situation Command forma...

Page 67: ...erview 7 1 7 1 1 Design 7 1 7 1 2 Keypad 7 1 7 1 3 LED Indicator 7 2 7 1 4 Debugging Port 7 3 7 1 5 Ethernet Port Setup 7 4 7 2 Menu Tree 7 4 7 2 1 Main Menu 7 4 7 2 2 Status 7 5 7 2 3 Records 7 6 7 2 4 Settings 7 7 7 2 5 Local Command 7 7 7 2 6 Information 7 7 7 2 7 Test 7 8 7 2 8 Clock 7 8 7 2 9 Language 7 8 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 68: ...7 Human Machine Interface PCS 9785 Satellite Synchronized Clock 7 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 69: ...machine interface HMI module which allows a communication to be as simple as possible for the user The HMI module helps to draw your attention to something that has occurred which may activate an LED or a report displayed on the LCD Operator can locate the data of interest by navigating the keypad PCS 9785 SATELLITE SYNCHRONIZED CLOCK ENT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 HEAL THY...

Page 70: ...izontally Enter the next menu or return to the previous menu and Move the cursor vertically Select command menu within the same level of menu and Modify the value Modify and display the message number Page up down 7 1 3 LED Indicator 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 HEAL THY ALARM MASTER SYNC PPS PPM A brief explanation has been made as bellow 08020 08020 08020 08020 08020 08020 ...

Page 71: ...ternal time sources PPS Off None pulse output Flash green The device is outputting pulse per second PPM Off None pulse output Flash green The device is outputting pulse per minute NOTICE HEALTHY LED can only be turned on by energizing the device and no abnormality detected ALARM LED is turned on as long as alarm exists When all alarm signals disappear it will be turned off 7 1 4 Debugging Port The...

Page 72: ...CS Explorer after connecting the device with PC so as to fulfill on line function please refer to the instruction manual of PCS Explorer At first the connection between the device and PC must be established Through setting the IP address and subnet mask of corresponding Ethernet interface in the menu Settings Comm Settings IP it should be ensured that the device and PC are in the same network segm...

Page 73: ...ynchronization state of the satellite channel 1 Invalid Valid Not Available 2 State_Ant_SatlCh1 Antenna state of the satellite channel 1 OK OverCurrent UnderCurrent 3 State_Receiver_SatlCh1 Receiver state of the satellite channel 1 Invalid Valid Not Available 4 N_Satellite_SatlCh1 Connected satellite number of the satellite channel 1 5 t_Diff_SatlCh1 Time difference between the time source and the...

Page 74: ...he IRIG B channel 2 Invalid Valid Not Available 15 Quality_Recv_IRIG B2 Quality bit of the IRIG B channel 2 16 t_Diff_Recv_IRIG B2 Time difference between the time source and the internal clock of the IRIG B channel 2 7 2 3 Records Main Menu Superv Events Records IO Events Device Logs This menu is used to display all kinds of records so that the operator can load to view and use as the reference f...

Page 75: ...OTICE Please refer to the chapter Settings for the detail of all settings 7 2 5 Local Command Main Menu Download Local Cmd This menu is used to do certain operation locally via LCD No Item Function description 1 Download Send out the request of a program download 7 2 6 Information This menu is mainly used to display the version of the firmware the version of the configuration the time of downloadi...

Page 76: ...duration of LCD backlight Contrast To adjust de contrast of LCD display LgtIntnsty To adjust the light intensity of the LCD backlight LCD Test To start the pixel check of the LCD display LED Test To start the light test of the LED indicators 7 2 8 Clock This menu is mainly used to view and modify the current time of the internal clock in this device 7 2 9 Language This menu is used to set the LCD ...

Page 77: ...8 7 1 Grounding Guidelines 8 4 8 7 2 Cubicle Grounding 8 4 8 7 3 Device Ground Connection 8 5 8 7 4 Grounding Strips 8 6 8 7 5 Wiring Guideline 8 6 8 7 6 Antenna Installation 8 7 List of Figures Figure 8 6 1 Dimensions unit mm 4U 19 rack 8 3 Figure 8 6 2 Demonstration of module plugging 8 4 Figure 8 7 1 Cubicle grounding system 8 5 Figure 8 7 2 Device ground terminal 8 6 Figure 8 7 3 Ground strip ...

Page 78: ...8 Installation PCS 9785 Satellite Synchronized Clock 8 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 79: ...figuration after replacement It is therefore assumed that the personnel who replace modules and units are familiar with the use of the operator program on the service PC WARNING ONLY insert or withdraw a module while the device power supply is switched off To this end disconnect the power supply cable that connects with the PWR module NOTICE Industry packs and ribbon cables may ONLY be replaced on...

Page 80: ...e temperature The humidity at a maximum temperature and the permissible storage temperature range in dry air are listed in Chapter Technical Data 8 4 Required Material and Tools The necessary mounting kits will be provided including screws pincers and assembly instructions A suitable drill and spanners are required to secure the cubicles to the floor using the plugs provided if this device is moun...

Page 81: ...space top and bottom of the cutout in the cubicle for heat emission of this device This device is made of a single layer 4U chassis Following figure shows the dimensions and cutout size in the cubicle of this device for reference in mounting 482 6 465 101 6 4 Ø6 8 465 0 2 451 0 4 0 101 6 0 1 290 177 179 0 4 0 Front Side Cut Out Figure 8 6 1 Dimensions unit mm 4U 19 rack The following figure shows ...

Page 82: ... transmit interference that can disrupt the operation of other apparatus In order to minimize these influences as far as possible certain standards have to be observed with respect to grounding wiring and screening 8 7 2 Cubicle Grounding The cubicle must be designed and fitted out such that the impedance for RF interference of the ground path from the electronic device to the cubicle ground termi...

Page 83: ...n ground rail by a grounding strip braided copper Figure 8 7 1 Cubicle grounding system 8 7 3 Device Ground Connection There is a ground terminal on the rear panel and the ground braided copper strip can be connected with it Take care that the grounding strip is always as short as possible The main thing is that the device is only grounded at one point Grounding loops from unit to unit are not all...

Page 84: ...d tinned with a hole for bolting them firmly to the items to be connected The surfaces to which the grounding strips are bolted must be electrically conducting and non corroding The following figure shows the ground strip and termination Braided copper strip Press pinch fit cable terminal Terminal bolt Contact surface Figure 8 7 3 Ground strip and termination 8 7 5 Wiring Guideline There are sever...

Page 85: ...ible to be installed on the top of a building Make sure that there is no roof on the top and the installation height is no lower than the surrounding obstacles NOTICE It is possible to cover a glass or plastic shield over the antenna head Make sure that there is no metallic component in the shield NOTICE This antenna has a great anti interference capability while if the interference signal is too ...

Page 86: ...8 Installation PCS 9785 Satellite Synchronized Clock 8 8 Date 2019 07 05 Figure 8 7 5 Arrestor installation 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 87: ...ontents 9 Commissioning 9 a 9 1 Overview 9 1 9 2 Safety Instructions 9 1 9 3 Commission Tools 9 1 9 4 Setting Familiarization 9 2 9 5 Product Checks 9 2 9 5 1 With the Device De energized 9 2 9 5 2 With the Device Energized 9 4 9 6 Final Checks 9 5 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 88: ...9 Commissioning PCS 9785 Satellite Synchronized Clock 9 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 89: ...icular attention must be drawn to the following The earthing screw of the device must be connected solidly to the protective earth conductor before any other electrical connection is made Hazardous voltages can be present on all circuits and components connected to the supply voltage or to the measuring and test quantities Hazardous voltages can be present in the device even after disconnection of...

Page 90: ...or printed to produce a setting record Refer to the PC software user manual for details If the software is being used for the first time allow sufficient time to become familiar with its operation 9 5 Product Checks These product checks cover all aspects of the device that should be checked to ensure that it has not been physically damaged prior to commissioning is functioning correctly and all in...

Page 91: ... assure that their cross section meeting the requirement Carefully examine the wiring to see that they are no connection failure exists Device plug in modules Check each plug in module of the equipment on the panel to make sure that they are well installed into the equipment without any screw loosened Earthing cable Check whether the earthing cable from the panel terminal block is safely screwed t...

Page 92: ...4 Power Supply WARNING Energize this device ONLY if the power supply is within the specified operating range in the chapter Technical Data The device only can be operated under the auxiliary power supply depending on the device s nominal power supply rating The incoming voltage must be within the operating range specified in the chapter Technical Data before energizing the device measure the auxil...

Page 93: ... applied If any of these LEDs are on then they should be reset before proceeding with further testing If the LED successfully reset the LED goes out There is no testing required for that that LED because it is known to be operational It is likely that alarms related to voltage transformer supervision will not reset at this stage Apply the rated DC power supply and check that the HEALTHY LED is lig...

Page 94: ...Satellite Synchronized Clock 9 6 Date 2019 07 05 Ensure that all event records fault records and alarms have been cleared and LED s has been reset before leaving the device 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 95: ...Date 2019 07 05 10 Maintenance Table of Contents 10 Maintenance 10 1 10 1 Appearance Check 10 1 10 2 Failure Tracing and Repair 10 1 10 3 Failed Module Replacement 10 2 10 4 Cleaning 10 3 10 5 Storage 10 3 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 96: ...10 Maintenance PCS 9785 Satellite Synchronized Clock 10 2 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 97: ...the case Device terminals should be in good condition The keys on the front panel with very good feeling can be operated flexibly It is only allowed to plug or withdraw device board when the supply is reliably switched off Never allow the CT secondary circuit connected to this equipment to be opened while the primary system is live when withdrawing an AC module Never try to insert or withdraw the ...

Page 98: ...of device may occur If the failure is identified to be in the device module and the user has spare modules the user can recover the device by replacing the failed modules Repair at the site should be limited to module replacement Maintenance at the component level is not recommended Check that the replacement module has an identical module name AI PWR MON BI BO etc and hardware type form as the re...

Page 99: ...le from the device 4 Attach the replacement module in the reverse procedure 10 4 Cleaning Before cleaning the device ensure that all AC DC supplies current transformer connections are isolated to prevent any chance of an electric shock whilst cleaning Use a smooth cloth to clean the front panel Do not use abrasive material or detergent chemicals 10 5 Storage The spare device or module should be st...

Page 100: ...10 Maintenance PCS 9785 Satellite Synchronized Clock 10 4 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 101: ...785 Satellite Synchronized Clock 11 a Date 2019 07 05 11 Decommissioning and Disposal Table of Contents 11 Decommissioning and Disposal 11 a 11 1 Decommissioning 11 1 11 2 Disposal 11 1 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 102: ...11 Decommissioning and Disposal PCS 9785 Satellite Synchronized Clock 11 b Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 103: ...wer substation 1 Switching off To switch off this device switch off the external miniature circuit breaker of the power supply 2 Disconnecting Cables Disconnect the cables in accordance with the rules and recommendations made by relational department 3 Dismantling The device rack may now be removed from the system cubicle after which the cubicles may also be removed 11 2 Disposal NOTICE Strictly o...

Page 104: ...11 Decommissioning and Disposal PCS 9785 Satellite Synchronized Clock 11 2 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 105: ...onstrated in the following figure This device adopts the IRIG B code which is complied to the IRIG Standard 200 04 and according to IEEE C 37 118 2005 adds information about Year and Signal quanlity Figure 12 1 Time code format of IRIG B 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 106: ...12 Appendix PCS 9785 Satellite Synchronized Clock 12 2 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

Page 107: ...lock Extension with relevant hardware configuration setting method Update alarm list Update device menu Update communication settings R1 11 R1 07 2018 03 15 Update time zone settings Update Daylight Saving Time settings Update communication settings R1 12 R1 08 2018 05 22 Add PRP HSR and IEEE 1588 descriptions Update DST settings names Update the setting Opt_NetMode Update setting structure R1 13 ...

Page 108: ...13 Revisions History PCS 9785 Satellite Synchronized Clock 13 2 Date 2019 07 05 08020 08020 08020 08020 08020 08020 08020 08020 08020 ...

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