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Emerson.com/SolaHD

User Guide

A272-365

6. ADVANCED MONITORING SCENARIOS
6/2022

6. ADVANCED MONITORING SCENARIOS

6.1 STATISTICS CALCULATION AND MONITORING

The PLC program will periodically obtain and store output current and internal temperature data in a rolling
buffer. It will store the past hourly averages for 25 hours on a rolling basis.

If the present average of output current or temperature has increased by more than 10% from previous

averages, the PLC will set an alarm to notify the user.

6.2 POWER SUPPLY MONITORING MODES

The PLC program will be configured to allow for two different operating modes based on the power supply
setup. The two different configurations are redundant power supply monitoring mode and increased power
supply monitoring mode and can be configured on the PLC.

Both modes will provide an early threshold warning and a critical threshold alarm. The thresholds will be
configurable by the user.

6.2.1 REDUNDANT POWER SUPPLY MONITORING

The PLC will monitor the sum of the output currents and provide an alarm when the sum of the output
currents is greater than the allowable output on a single power supply. The early warning and critical
warning thresholds can be set by the operator.

6.2.2 INCREASED POWER SUPPLY MONITORING

Increased Power Supply Monitoring – the PLC will monitor the sum of the output current and provide an
alarm when the sum of the output currents reaches configurable limits. The early warning and critical
warning thresholds can be set by the operator.

6.3 LOAD SHARING MONITORING

When the two supplies are connected in parallel operation, the PLC program will monitor the output currents
and set an alarm when the ratio of the currents is greater than 60/40.

6.4 TOTAL USE-TIME MONITORING

The PLC program will allow the user to enter early warning and critical warning total-on-time thresholds.

The PLC will monitor the total use-times of the power supplies and set a warning condition when the use-time
reaches the early warning threshold as well as an alarm when it reaches the critical warning threshold.

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Summary of Contents for SolaHD SCM-E-EIP

Page 1: ...User Guide A272 365 Rev 1 6 2022 Ethernet IP Communications Module SCM E EIP SCM SolaHD Communication Module For use with SolaHD SDN D Power Supplies ...

Page 2: ...ING SCM E EIP AND SDN D 1 2 CONNECTION 14 1 5 1 3 WIRING SCM E EIP AND SDN D DEVICE LEVEL RING DLR CONNECTION 15 1 5 2 ROCKWELL ALLEN BRADLEY LOGIX PROCESSOR 16 1 5 2 1 WIRING ROCKWELL ALLEN BRADLEY LOGIX PROCESSOR STAR TOPOLOGY 16 1 5 2 2 WIRING ROCKWELL ALLEN BRADLEY LOGIX PROCESSOR DEVICE LEVEL RING DLR TOPOL OGY 17 1 5 3 SPACING 18 1 6 PROCESS DATA 19 1 7 EVENTS 19 1 8 PRODUCT INFORMATION AND ...

Page 3: ...G 51 5 2 ALARMS HMI MESSAGE PROVISIONING 51 5 3 MESSAGES 51 5 3 1 MESSAGE GROUP 1 MSG_HARDWARE_PARAMETERS_INITIAL_READ 51 5 3 2 MESSAGE GROUP 2 MSG_PERIODIC_READ 52 5 3 3 MESSAGE GROUP 3 MSG_EVENT_FLAG_READ 52 5 3 4 MESSAGE GROUP 4 MSG_USER_PARAMETER_WRITE 53 6 ADVANCED MONITORING SCENARIOS 54 6 1 STATISTICS CALCULATION AND MONITORING 54 6 2 POWER SUPPLY MONITORING MODES 54 6 2 1 REDUNDANT POWER S...

Page 4: ...Page 4 Emerson com SolaHD User Guide A272 365 REVISION HISTORY 6 2022 REVISION HISTORY Revision Code Revision Date Description Rev 1 1 2022 Release for Beta ...

Page 5: ...ctions of SCM E EIP It also contains important safety instructions that must be followed during the installation and operation of the communication module Before attempting to install the product please read the all safety installation and operation warnings and instructions thoroughly You can also download the PDF version of this and other documents at www solahd com ...

Page 6: ... via User Datagram Protocol UDP based implicit messaging Dual Ethernet ports to accommodate different network configurations Built in thermal sensor to measure the device s internal temperature Since the SCM generates minimal heat itself the internal temperature of the SCM should approximate ambient temperature WHAT S INCLUDED SCM E EIP is shipped with the following items 1 x SCM E EIP Ethernet IP...

Page 7: ...s important instructions that should be followed during installation and maintenance Risk of personal injury and explosion hazard when used in a Class I Division 2 Class I Zone 2 environment Refer to the Safety Instruction Sheet SCM Communications Modules provided with the product or located on our website at www SolaHD com Be sure to adhere to all safety procedures provided in the sheet ...

Page 8: ...VIEW 1 1 GENERAL SPECIFICATIONS Environmental Operating Temperature 40 C to 70 C Storage Temperature 40 C to 85 C Relative Humidity 5 95 RH Altitude 0 to 3 000m Weight Dimensions H x W x D 140 x 25 5 x 106 9 mm with sliding arm 123 3 x 25 5 x 106 9 mm without sliding arm Net Weight 161g ...

Page 9: ...to many multicast and one to all broadcast Transmission Speed 10Mbps 100Mbps Transmission Medium Shielded Cat6 Twisted pair cable Maximum Transmission Distance 100 meters Process Data Class 1 Connection resource 1 max Packet interval RPI 100 ms maximum Connection type Exclusive Owner Connection Explicit message Class 3 Number of clients that can communicate at one time 6 UCMM Number of clients tha...

Page 10: ...sly Two I2C cables are included The back port is Port 1 and the front port is Port 2 NETWORK STATUS LED This LED indicator is used to indicate the status of the network For full details on the status LEDs refer to the Network and Module Status Indicators section MODULE STATUS LED This LED indicator is used to indicate the status of the module For full details on the status LEDs refer to the Networ...

Page 11: ...ization state Flashing Red Major Recoverable Fault A Power Supply has a Major Recoverable Fault Flashing Green Red Self test SCM is performing a self test Network Steady Off Not powered no IP address The device is powered off or is powered on but with no IP address configured Flashing Green No connections An IP address is configured but no CIP connections are established and an Exclusive Owner con...

Page 12: ... for approximately 0 25 second turn Red for approximately 0 25 second and then turn Off and hold that state until the power up test has completed 1 5 SETUP AND CONNECTIVITY 1 5 1 SOLAHD POWER SUPPLIES SDN D Series Two cables are included with the SCM E EIP for interconnecting either one or two SDN D power supplies These cables are inserted to one of the I2C ports of the SCM E EIP For the location ...

Page 13: ...e 13 1 PRODUCT OVERVIEW 6 2022 Emerson com SolaHD User Guide A272 365 1 5 1 1 WIRING SCM E EIP AND SDN D 1 1 CONNECTION The set up below shows typical connections of one SCM E EIP to one SDN D Power Supply ...

Page 14: ... 14 Emerson com SolaHD User Guide A272 365 1 PRODUCT OVERVIEW 6 2022 1 5 1 2 WIRING SCM E EIP AND SDN D 1 2 CONNECTION The set up below shows typical connections of one SCM E EIP to two SDN D Power Supplies ...

Page 15: ...of automation devices without the need for additional switches The setup below shows the typical network connections for two SCM E EIP modules connected in a DLR topology In this example each SCM E EIP is connected to a single SDN D Power Supply This setup also makes use of a ring supervisor a device that verifies the integrity of the ring reconfigures the ring to recover from a single fault and c...

Page 16: ...must be wired either via a star topology or a ring topology as shown in the examples below Both topologies make use of a network switch For more details refer to Section 4 Rockwell Allen Bradley Setup 1 5 2 1 WIRING ROCKWELL ALLEN BRADLEY LOGIX PROCESSOR STAR TOPOLOGY The set up below shows the wiring of a SCM E EIP SDN D Power Supply to a Rockwell Allen Bradley Logix Processor in star topology ...

Page 17: ...com SolaHD User Guide A272 365 1 5 2 2 WIRING ROCKWELL ALLEN BRADLEY LOGIX PROCESSOR DEVICE LEVEL RING DLR TOPOLOGY The set up below shows the wiring of a SCM E EIP SDN D Power Supply to a Rockwell Allen Bradley Logix Processor in ring topology ...

Page 18: ...n com SolaHD User Guide A272 365 1 PRODUCT OVERVIEW 6 2022 1 5 3 SPACING The setup below shows the spacing of the SCM E EIP to the SDN D Power Supplies Please note that all devices are mounted on a standard DIN rail ...

Page 19: ...ccuracy defined in the table above is valid over the entire operating input load Vout range and 0 60 C unless specified otherwise P1 P2 Temperature power supply internal ambient temperature accuracy at 50 C Iout accuracy at 20 of max operating load 1 7 EVENTS The events shown below can be flagged through communication with SCM E EIP Event Event Code Origin Meaning Short Circuit Protection SCP OCP ...

Page 20: ...ad Manufacturing Info1 None Read Manufacturer Name SolaHD None Read Model Revision1 None Read Primary Revision1 None Read Secondary Revision1 None Read MAC Address 00 00 00 00 00 00 None Read 1 Factory dependent no fixed value Default Communication DHCP Enabled None Read Write IP Address 0 0 0 0 None Read Write Subnet Mask 0 0 0 0 None Read Write Gateway Address 0 0 0 0 None Read Write Host Name R...

Page 21: ... Internet Protocol Version 4 TCP IPv4 4 Select Use the following address and click on Advanced 5 Add IP 192 168 1 20 and Subnet Mask 255 555 555 0 2 1 2 HMS IP CONFIG TOOL HMS Ipconfig is a Windows based tool for configuration of TCP IP settings in HMS devices Ipconfig will detect all compatible and active HMS devices on the local network The devices do not have to be on the same Ethernet subnet a...

Page 22: ...the SCM E EIP and the SOLAHD Power Supply For information on the wiring setup of SOLAHD Power Supplies to the SCM E EIP refer to Section 1 5 1 2 Once the setup is finished turn the devices on and configure the network For instructions on how to configure the network refer to Section 2 1 If the network is already configured this step can be skipped 3 To make sure that the SCM is really connected to...

Page 23: ...Network tab consists of Status and Configuration 3 1 2 1 MONITORING TAB The Overview tab shows the identification of the module attached to the network such as module name serial number firmware version and uptime The Parameters tab shows all the measurement and calculation data of the devices SDN D Power supplies etc connected to the communications module The FRU data of the SCM E EIP are also sh...

Page 24: ...load button to save the flagged events in a csv file 3 1 2 2 NETWORK TAB The Status tab shows the status of the network such as its current IP settings and current Ethernet status The configuration tab is where the user can change current IP configuration such as the IP address subnet mask gateway address and DNS servers The status of the DHCP can also be changed in this tab ...

Page 25: ...ting the live parameter periodically and will check if the parameter exceeds the threshold limit To prevent abrupt changes in the Alarm Bit Flag hysteresis is added to the threshold The current setting for the hysteresis value is at 5 of the threshold value Initially the value of the bit flag is set to 0 upon startup of the device The Bit Flag will toggle into its reverse state if the device param...

Page 26: ...n be monitored according to the two tables below A 32 bit integer has been allocated for this purpose which corresponds to Inst 400 and 401 the table in Section 4 3 2 At this time only Bits 2 and 3 are used and the other bits are reserved for future functionality If an alarm limit is exceeded the corresponding Bit position in the 32 bit Alarm Flag becomes High Bit Number Bits 4 31 Bit 3 Bit 2 Bits...

Page 27: ...arm flag for each PSU can be enabled or disabled according to user needs If the ENABLE ALARM is disabled the SCM E EIP ignores the value set in the threshold value and always return a 0x0000 value in the alarm flag The Class 1 Alarm Flag Process Data will also produce a 0x0000 value when ENABLE ALARM is disabled ...

Page 28: ...his section will describe setting up a Class 1 IO connection with an Allen Bradley Logix Processor through an EDS File EDS files are text files used by network configuration tools to help you identify products and easily commission them on a network The knowledge of assembly instance numbers data size data types etc are no longer needed when this method is used In lieu of this however is the EDS f...

Page 29: ...Page 29 4 ROCKWELL ALLEN BRADLEY SETUP 6 2022 Emerson com SolaHD User Guide A272 365 2 Click Next until you reach the Registration process ...

Page 30: ...Page 30 Emerson com SolaHD User Guide A272 365 4 ROCKWELL ALLEN BRADLEY SETUP 6 2022 ...

Page 31: ...Page 31 4 ROCKWELL ALLEN BRADLEY SETUP 6 2022 Emerson com SolaHD User Guide A272 365 3 Tick Register a single file and click the Browse button to select the EDS file on the host PC ...

Page 32: ...Page 32 Emerson com SolaHD User Guide A272 365 4 ROCKWELL ALLEN BRADLEY SETUP 6 2022 4 Click Next until the prompt ends ...

Page 33: ...odule method in order to communicate with I O modules such as the SCM E EIP they must be added to the I O Configuration folder first Create new module by right clicking Ethernet and selecting New Module Ethernet is located under the I O Configuration folder in the Controller Organizer window SCM E EIP can now be filtered using the keyword SOLA or SOLAHD Select SCM E EIP and click the Create button...

Page 34: ...OLAHD Power Supplies through SCM E EIP 4 2 ROCKWELL ALLEN BRADLEY LOGIX PROCESSOR MONITORING Before the data can be accessed the connection and network setup of SCM E EIP to Allen Bradley Logix Processor should first be completed To monitor the data using Rockwell Allen Bradley Logix Processor follow the instructions below 1 Once the connection is established you may now select the path and downlo...

Page 35: ...Page 35 4 ROCKWELL ALLEN BRADLEY SETUP 6 2022 Emerson com SolaHD User Guide A272 365 2 To download the program to the PLC click on the Go Online button on the Select Recent Communications Path window ...

Page 36: ... Emerson com SolaHD User Guide A272 365 4 ROCKWELL ALLEN BRADLEY SETUP 6 2022 3 Click Download on the next prompt 4 After downloading the program to the PLC data can now be accessed through the controller tags ...

Page 37: ... C P1 Vout UINT 0 01V 2 P1 Iout UINT 0 01A 2 5 P1 Vin UINT 0 01V 5 0 P1 Temperature SINT 0 1 C 8 C P1 LED Status BYTE P1 Event Flags WORD P1 Time On Now UDINT 1sec 92 98 P1 Lifetime On UDINT 1sec P2 Vout UINT 0 01V 2 P2 Iout UINT 0 01A 2 5 P2 Vin UINT 0 01V 5 0 P2 Temperature SINT 0 1 C 8 C P2 LED Status BYTE P2 Event Flags WORD P2 Time On Now UDINT 1sec P2 Lifetime On UDINT 1sec P1 Alarm Flag DWO...

Page 38: ...cess only 4 SCM Manufacturer Name CHAR 16 Get Access only 5 SCM Model Revision CHAR 2 Get Access only 6 SCM Primary Firmware Rev UINT8 1 Get Access only 7 SCM Secondary Firmware Rev UINT8 1 Get Access only 8 SCM Status LED UINT8 1 See Table 4 3 3 Get Access only 10 SCM Ambient Temperature SINT16 2 0 1 C Get Access only 101 SDN 1 Product Name CHAR 16 Get Access only 102 SDN 1 Serial Number CHAR 16 ...

Page 39: ...16 2 See Table 4 3 5 Get Access only 114 SDN 1 Current Turn On Time UINT32 4 seconds Get Access only 115 SDN 1 Total Turn On Time UINT32 4 seconds Get Access only 116 SDN 1 Input Voltage Type BOOL 1 0 AC 1 DC Get Access only 117 SDN 1 DC ON Cycles UINT16 2 count Get Access only 118 SDN 1 Count Output Short Circuit Protection UINT16 2 count Get Access only 120 SDN 1 Count Output Over Voltage Protec...

Page 40: ...cturer Lot Code CHAR 16 Get Access only 204 SDN 2 Manufacturer Name CHAR 16 Get Access only 205 SDN 2 Model Revision CHAR 2 Get Access only 206 SDN 2 Primary Revision UINT8 1 Get Access only 207 SDN 2 Secondary Revision UINT8 1 Get Access only 208 SDN 2 Output Voltage present value UINT16 2 0 01V Get Access only 209 SDN 2 Output Current present value UINT16 2 0 01A Get Access only 210 SDN 2 Input ...

Page 41: ...ltage Protection UINT16 2 count Get Access only 221 SDN 2 Count Power Boost UINT16 2 count Get Access only 222 SDN 2 Count Input Power applied UINT16 2 count Get Access only 223 SDN 2 Count Over Temperature Protection UINT16 2 count Get Access only 225 SDN 2 Output Voltage Maximum value UINT16 2 0 01V Get Access only 226 SDN 2 Output Current Maximum value UINT16 2 0 01A Get Access only 227 SDN 2 I...

Page 42: ... 2 User Alarm Limit Enable Alarm Flags BOOL 1 0 Disable 1 Enable Set Get Access 500 SDN 1 Event 1 STRUCT 6 Refer to Section 4 3 7 Get Access only 501 SDN 1 Event 2 STRUCT 6 Refer to Section 4 3 7 Get Access only 502 SDN 1 Event 3 STRUCT 6 Refer to Section 4 3 7 Get Access only 503 SDN 1 Event 4 STRUCT 6 Refer to Section 4 3 7 Get Access only 504 SDN 1 Event 5 STRUCT 6 Refer to Section 4 3 7 Get Ac...

Page 43: ...518 SDN 1 Event 19 STRUCT 6 Refer to Section 4 3 7 Get Access only 519 SDN 1 Event 20 STRUCT 6 Refer to Section 4 3 7 Get Access only 520 SDN 1 Event 21 STRUCT 6 Refer to Section 4 3 7 Get Access only 521 SDN 1 Event 22 STRUCT 6 Refer to Section 4 3 7 Get Access only 522 SDN 1 Event 23 STRUCT 6 Refer to Section 4 3 7 Get Access only 523 SDN 1 Event 24 STRUCT 6 Refer to Section 4 3 7 Get Access onl...

Page 44: ...539 SDN 1 Event 40 STRUCT 6 Refer to Section 4 3 7 Get Access only 540 SDN 1 Event 41 STRUCT 6 Refer to Section 4 3 7 Get Access only 541 SDN 1 Event 42 STRUCT 6 Refer to Section 4 3 7 Get Access only 542 SDN 1 Event 43 STRUCT 6 Refer to Section 4 3 7 Get Access only 543 SDN 1 Event 44 STRUCT 6 Refer to Section 4 3 7 Get Access only 544 SDN 1 Event 45 STRUCT 6 Refer to Section 4 3 7 Get Access onl...

Page 45: ...efer to Section 4 3 7 Get Access only 560 SDN 1 Event 61 STRUCT 6 Refer to Section 4 3 7 Get Access only 561 SDN 1 Event 62 STRUCT 6 Refer to Section 4 3 7 Get Access only 562 SDN 1 Event 63 STRUCT 6 Refer to Section 4 3 7 Get Access only 563 SDN 1 Event 64 STRUCT 6 Refer to Section 4 3 7 Get Access only 564 SDN 2 Event 1 STRUCT 6 Refer to Section 4 3 7 Get Access only 565 SDN 2 Event 2 STRUCT 6 R...

Page 46: ...580 SDN 2 Event 17 STRUCT 6 Refer to Section 4 3 7 Get Access only 581 SDN 2 Event 18 STRUCT 6 Refer to Section 4 3 7 Get Access only 582 SDN 2 Event 19 STRUCT 6 Refer to Section 4 3 7 Get Access only 583 SDN 2 Event 20 STRUCT 6 Refer to Section 4 3 7 Get Access only 584 SDN 2 Event 21 STRUCT 6 Refer to Section 4 3 7 Get Access only 585 SDN 2 Event 22 STRUCT 6 Refer to Section 4 3 7 Get Access onl...

Page 47: ...601 SDN 2 Event 38 STRUCT 6 Refer to Section 4 3 7 Get Access only 602 SDN 2 Event 39 STRUCT 6 Refer to Section 4 3 7 Get Access only 603 SDN 2 Event 40 STRUCT 6 Refer to Section 4 3 7 Get Access only 604 SDN 2 Event 41 STRUCT 6 Refer to Section 4 3 7 Get Access only 605 SDN 2 Event 42 STRUCT 6 Refer to Section 4 3 7 Get Access only 606 SDN 2 Event 43 STRUCT 6 Refer to Section 4 3 7 Get Access onl...

Page 48: ...y 620 SDN 2 Event 57 STRUCT 6 Refer to Section 4 3 7 Get Access only 621 SDN 2 Event 58 STRUCT 6 Refer to Section 4 3 7 Get Access only 622 SDN 2 Event 59 STRUCT 6 Refer to Section 4 3 7 Get Access only 623 SDN 2 Event 60 STRUCT 6 Refer to Section 4 3 7 Get Access only 624 SDN 2 Event 61 STRUCT 6 Refer to Section 4 3 7 Get Access only 625 SDN 2 Event 62 STRUCT 6 Refer to Section 4 3 7 Get Access o...

Page 49: ...eserved Reserved Reserved Reserved Reserved Reserved Byte 2 7 6 5 4 3 2 1 0 Power Down Over Temperature Protection Reserved Power Boost Over Voltage Protection Reserved Short Circuit Protection Over Current Protection 4 3 6 User Alarm Event Flags Detail Bit 31 30 29 28 27 26 25 24 Value Reserved Reserved Reserved Reserved Reserved Reserved Reserved Reserved Bit 23 22 21 20 19 18 17 16 Value Reserv...

Page 50: ... 564 627 P2 Event timestamp N P2 Event Start N P2 Event Code N 4 3 7 1 event code definition Byte 0 Event Code 0x08 SCP 0x09 Reserved 0x0A OVP 0x0B Power Boost 0x0F OTP 0xFF No Event 4 3 7 2 event start definition Byte 1 Event Start 0 End 1 Start 1 No Event pls refer also to Event Code 4 3 7 3 Event Timestamp Definition Timestamp Definition Little Endian format Conversion Byte 2 Byte 3 Byte 4 Byte...

Page 51: ... has been lost it will trigger an alarm in the HMI UDT The PLC program will also monitor the On Time values from each of the power supplies If the time fails to increment this means the power supply has lost communication and the PLC will trigger a corresponding alarm 5 2 ALARMS HMI MESSAGE PROVISIONING The PLC program will send monitor and evaluate alarm and warning conditions from different sour...

Page 52: ...ircuit Protection PS 1 2 Count for Output Over Voltage Protection PS 1 2 Count for Power Boost PS 1 2 Count for Input Power Applied PS 1 2 Count for Over Temperature Protection PS 1 2 Output Voltage Maximum Value PS 1 2 Output Current Maximum Value PS 1 2 Input Voltage Maximum Value PS 1 2 Temperature Maximum Value PS 1 2 Temperature Minimum Value 5 3 3 MESSAGE GROUP 3 MSG_EVENT_FLAG_READ Upon tri...

Page 53: ...e following data Upon change of value in the UDT_Emerson_ SCM_HMI the PLC will write the following class 3 data to the SCM upon input change PS 1 2 User Alarm Limit Output Current High PS 1 2 User Alarm Limit Temperature High PS 1 2 User Alarm Limit Alarm Flag Enable The PLC program will monitor the alarm flags from the SCM as class 1 data If the alarms are triggered the PLC will set corresponding...

Page 54: ... 6 2 1 REDUNDANT POWER SUPPLY MONITORING The PLC will monitor the sum of the output currents and provide an alarm when the sum of the output currents is greater than the allowable output on a single power supply The early warning and critical warning thresholds can be set by the operator 6 2 2 INCREASED POWER SUPPLY MONITORING Increased Power Supply Monitoring the PLC will monitor the sum of the o...

Page 55: ...e another instance tag SCM_HMI A single instance of the UDT_Emerson_SCM_HMI that will be accessible to the HMI Every subsequent SCM would require another instance MSG_Hardware_Parameters_Initial_Read A message instruction to initially read hardware parameters from SCM MSG_Periodic_Read A message instruction to periodically read counters and user configured parameters from the SCM MSG_Event_Flag_Re...

Page 56: ...umber sSCM_Serial_Number String 2 SCM serial number sSCM_Manf_Lot_Code String 3 SCM manufacturer lot code sSCM_Manf_Name String 4 SCM manufacturer name sSCM_Model_Revision String 5 SCM model revision sSCM_Firmware_Revision String 6 SCM firmware revision iSCM_Module_LED_Status Int 8 Integer value representing the status of the SCM module state LED 1 Off No Power 2 Steady Green Device Operational 3 ...

Page 57: ...Current_Limit UDT_Emerson_ Parameter 316 User input for high current limit in amps bPS1_User_Alarm_EN Bool 402 Enable disable for user configured alarms bPS2_User_Alarm_EN Bool 403 Enable disable for user configured alarms rTotal_Current_Warning_ Limit Real User input for total current early warning limit This value will be compared to the sum of the PS1 s and PS2 s output current rTotal_Current_C...

Page 58: ...ver_Voltage_Count Int 120 220 Total number of PS output Over Voltage protection events iPower_Boost_Count Int 121 221 Total number of PS Power Boosts iInput_Power_Applied_Count Int 122 222 Total count of input power application events applied to SDNPS iOver_Temp_Count Int 123 223 Total count of PS over temperature events rMax_Output_Voltage Real 125 225 Configured maximum output voltage in Volts r...

Page 59: ...ver current alarm PS 2 bPS1_Total_Current_ Warning Bool Either the warning limit for combined current or single supply current has been reached depends on whether the SCM is configured for redundant or increased power mode bPS1_Total_Current_Critical Bool Either the critical limit for combined current or single supply current has been reached depends on whether the SCM is configured for redundant ...

Page 60: ...erve the time on increment for PS1 bPS2_Comm_Failure Bool Alarm when the PLC does not observe the time on increment for PS1 6 6 4 UDT_EMERSON_PARAMETER The parameter UDT contains the control structure needed to read and write user parameters to the SCM UDT Element Name Type Description iInput_Value Bool User supplied input value rStatus_Value Bool Current parameter value on the SCM bWriteParameter...

Page 61: ...Event_Flag_Read bSCM_User_Parameter_Changed A boolean that will signal when a user configured parameter in the PLC does not match the corresponding parameter in the PS or SCM This will be used to trigger writing user parameters via the MSG_User_Parameter_Write 6 7 3 IN OUTS SCM_Control_Data A series of arrays that acts as an intermediary between the message instructions and AOI SCM_HMI Read and wr...

Page 62: ...ent in the network Disable the SCM E EIP Enable DHCP Enable Configuration if applicable The SCM E EIP is in DHCP Configuration and there is DHCP server present in the network Check if the network cable is correct and check for loose connection or break in continuity in the cable Verify if the SCM E EIP s MAC address shows in the DHCP application and check if the SCM E EIP is registered in the DHCP...

Page 63: ...econfigure the IP Address Unable to load GUI Network LED indicator is blinking or steady green The browser application or the PC network connection might have encountered an error Verify correct IP address restart the browser and check if the GUI will show up Restart the PC if the problem persists The SCM E EIP might have entered a hang up state or the internal filesystem has been damaged or corru...

Page 64: ...e without notice Technical Support Website www solahd com Technical Support E Mail solahd technicalservices emerson com Toll Free 800 377 4384 USA 847 268 6651 Warranty Please see the Terms Conditions of Sale document within the UPS packaging While every precaution has been taken to ensure accuracy and completeness in this manual Appleton Grp LLC d b a Appleton Group assumes no responsibility and ...

Page 65: ......

Page 66: ...X SAS Espace Industriel Nord 35 rue André Durouchez CS 98017 80084 Amiens Cedex 2 France T 33 3 2254 1390 China Sales Office Shanghai T 86 21 3338 7000 Canada EGS Electrical Group Canada Ltd 99 Union Street Elmira ON N3B 3L7 Canada T 1 888 765 2226 Middle East Sales Office Dammam Saudi Arabia T 966 13 510 3702 Chile Sales Office Las Condes T 56 2928 4819 India Sales Office Chennai T 91 44 3919 730...

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