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RKP-CMU1 / RKP-1U-CMU1 Instruction Manual

1. Figt 0 0 AC Input B AC Input A Switch DC Output CN500 Ski00 Gly J ao 00000000 00000000 SIE SEEN o Eun 12345 101 82 10 82 JK500 CN503 CN502 AC Input _ ads SWITCH i DC ds CN500 5 100 TB4 RKP 1UI CMU1 JEC320 C20 IEC320 C20 _ 440 fe 2 m m TEA 1 1 5 SVR1 SVR1 gt E am dox CT FE TED 22 N 22 I a Air flow T direction Module B Module A Toot _ 102 5 al DCOK 466 1 483 6 _ Figure 8 1 System assembly
2. Once you entered this screen you can choose which PSU you would like to turn on or off through the UP DOWN buttons Itis also possible to control the whole units by changing xxx to ALL xxx indicates PSU s number If OFF Alarm N A is displayed that means the PSU is an abnormal situation or offline In this case the PSU cannot be controlled Once you have chosen a PSU pressing the ENT button will change its setting on or off Once you chose all units the displayed screen will show as below yy indicates numbers of units set to be ON zz indicates numbers of units set to be OFF FULL OFF indicates all the units set to be OFF and FULL ON indicates all the units set to be ON For changing the setting on or off press the ENT button 4 4 2 Bus Voltage Setting Once you entered this page you can trim the Bus voltage through the UP DOWN buttons Refer to the Table of PSU adjustable voltage range PSU adjustable voltage range Model Bus Voltage Range Default 12V 10 5 14V 12V 24V 21 28V 24V 48V 42 56V 48V 4 4 3 PSU Current Setting Inthe Set PSU Current section you can enter PSU current setting by pressing the ENT button when this option is on the screen Once you
3. 7 3 4 Real time clock Data Log and 7 3 5 Programmable Relays and Digital Input 7 SO Aa 7 3 7 PMBus Communication SERIES SEE EASRE PRESS SEE E LAB REPER SEE 8 3 8 Notes PMBus Monitoring 10 3 9 Parallel Operallon 10 3 10 S ries CO PGlallOn e 12 LCD USEF INTC ACE dt sh 12 4 1 Description of RKP CMU1 12 A 12 LECROCILA nl Ner 13 4 4 Settings 222 252 5 dd dd dd de 16 4 5 Maintenance MEER EE 19 4 6 Network esssese esen nse
4. Air flow direction Module A 125 125 50 500 Pin No Assignment Connector Pin Assignment CN500 D Type Right Angle 25 positions Figure 2 2 Pin No Assignment Assignment Pin No Assignment Pin No Assignment 1 ON OFF A 6 FAN FAIL A 11 T ALARM B 16 21 N C 2 7 12 FAN FAIL B 22 5 3 8 13 5V AUX 23 5 4 PV A 9 DC OK B 14 12V AUX 24 5 T ALARM A 10 PV B 15 GND AUX 25 V OJK1 Pin No Assignment Connector Pin No Assignment JK1 RJ45 8 positions Pin No Assignment Pin No Assignment Pin No Assignment 1 DA 4 CONTROL 7 SCL 2 5 8 GND AUX 3 V 6 SDA 502 Pin No Assignment Connector Pin No Assignment CN502 D type Male 9 positions Pin No Assignment Pin Assignment 1 4 6 7 8 0 3 TXD 2 RXD 5 GND FG 503 Pin No Assignment Connector Pin No Assignment CN503 HRS DF11 8DP 2DS or equivalent Pin No Assignment Pin No Assignment 1 D IN1 5 D IN3 2 4 6 8 GND FG 7 D IN4 3 D IN2 JK500 Pin No Assignment Conn
5. 2011 41 23 111452 2011 11 21 103735 2011 11 21 13 5552 2011 11 21 17 12 52 6 3 7 TCP IP amp GSM Page This page can be split into 2 parts One is for displaying the information of TCP IP including MAC address IP address subnet mask and gateway The other is for setting your GSM phone number After typing your numbers in the column click the Save button to save your phone number Unspecified indicates that there s no phone number been stored yet Comm Setup CMU Status PSU Status Config Event log Datalog TCP IP amp GSM TCP IP MAC Address 00 04 A3 2A 28 C3 IP Address 169 254 001 001 Subnet Mask 255 255 000 000 TCP IP information Gateway 169 254 001 001 GSM Short Message SP 1 Phone Number Unspecified Save i GSM phone number setting 35 Type a GSM phone number gt ex 1234567890 RKP CMUI Software Rev 10 Comm Setup CMU Status PSU Status Config Event log Data Log TCP IP 8 GSM TCP IP MAC Address 00 04 A3 2A 28 C3 Address 169 254 001 001 Subnet Mask 255 255 000 000 Gateway 169 254 001 001 GSM Short Message Phone Number 1234567890 Type a GSM phone number 7 GSM Short Message Functions Requirements 1 GSM modem vvith antenna 2 Interface cable for GSM modem 3 SIM card ONotes 1 The RKP CMUT1 is in compliance with AT
6. SA AAAS H TIE RKP CMU1 RKP 1U CMU 1 Instruction Manual Saey SHIACIINeS 2 M 1 1 Introduction of Series 1 4 Um PTT 1 Galles 1 a TNT ee ee eee Teese es 1 TA speci ctalon 2 2 Mechanical Specification and Input Output 3 2 1 Mechanism of Single UNI enes nn Eu RENE Edd EUER CE cui dn Mw OR EN RE 3 2 2 Mechanism of Whole Rack 4 MI 6 3 1 RCP 2000 Monitoring 5 RR e 6 3 2 LED Indicators and LCD 6 3 3 Communication and Operation
7. 17 18 19 20 2 Output Current 18 5 Relay Digital Input Relay ON Inputl HIGH Relay 2 Input2 LOW Relay3 Input3 HIGH Relay 4 Input4 HIGH oe 4 Oo vs 2 CMU info Location TWN Mfg Date 111117 Serial 111117000002 k a 5 Firmware Ver R01 0 30 6 3 3 PSU Status Page The PSU Status page displays the operating information of each PSU including output current internal temperature serial number firmyvare version alarm and status Software Rev 10 Comm Setup CMU Status PSU Status Config Eventlog Data log TCP IP amp GSM Firmware PSU Current Temperature Serial Number Version 0 19 0 24 110607000006 1 4 1 6 3 4 Config R01 4 On this page there are Bus voltage PSU current clear Event Log Data Log Data Log time interval setting programmable relay setting and PSU ON OFF that can be set and altered 6 3 4 1 Bus Voltage PSU Current If the Bus voltage PSU current you is not within the adjustable range it will become invalid Make sure the parameters that you type in are not over or less than the range as below After settings click the Save button to save your parameters Adjustable range of Bus voltage PSU current Type Bus voltagerange PSU current Output Current range 12V 10 5 1
8. 29 Step 3 Connection Click the Connect button to access the RKP CMU1 Ifa connection was successfully established with the RKP CMUT1 it will display COMx Connected If a connection failed it will display Comm fail RKP CMUI Software 10 Comm Setup CMU Status PSU Status Config Event Log Data log TCP IP amp GSM 2 Address Setting Address 1 4 gt Connection was successful RKP CMU1 Software Rev 1 0 1 COM Port Setting 2 Address Setting Port 5 Address 1 Cannet Baud Rate 115200 4 5 Connected Connection failed Make sure the interface cable is properly connected between your PC and the RKP CMUT1 and make sure the parameters you set are correct lt lt RKP CMUI Software 1 0 Timeout after 2sec 7 X Comm Setup CMU Status PSU Status Config Event Log Data Log TCP IP amp GSM 1 COM Port Setting 2 Address Setting Port COM3 v Address 1 v Baud Rate 115200 Y Comm fail 6 3 2 CMU Status Page The CMU Status page displays information which is more important including Bus voltage total output current the conditions of digital input signals the conditions of programmable relays the information of RKP CMU1 PSU status and numbers of online units RKP CMUI Software Rev 10 Comm Setup CMU Status PSU Status Config Event log Datalog TCP IP amp GSM Output PSU Connection Bus Voltage 480 V Total Connection 2 ON 16
9. PSU Current Temperature SerialNo FirmwareVer Alarm Status 0 18 0 27 110607000004 R01 3 Normal ON 1 0 2 1 4 Normal OFF 2 0 0 NjA N A N A N A 3 0 0 Nja 4 0 0 N A 5 0 0 6 0 0 7 0 0 8 0 0 NjA NJA 0 0 10 0 0 N A 11 0 0 12 0 0 13 0 0 14 0 0 N A 15 0 0 16 0 0 17 0 0 18 0 0 NjA N A N A N A 19 0 0 N A N A 20 0 0 21 0 0 22 0 0 23 0 0 N A 24 0 0 N A 25 0 0 26 0 0 N A N A N A 27 0 0 N A N A 28 0 0 N A N A 29 0 0 30 0 0 31 0 0 5 2 4 Configuration Page Once you clicked the Configuration page you will be asked to enter a user name and password Type meanwell small letters in both the User name and Password boxes to enter this page as shown below This user name and password cannot be changed The server 169 254 1 1 at Protected requires a username and password Warning This server is requesting that your username and password be sent in an insecure manner basic
10. 100 109VAC 12 6 OUTPUT 12V 80 INPUT 100 109 12 6 OUTPUT 12V 80 INPUT 110 199VAC 12 8 OUTPUT 12V 90 INPUT 110 199VAC 12 8A OUTPUT 12V 90 INPUT 200 240VAC 7 8 OUTPUT 12V 100A i INPUT 200 240VAC 7 8 OUTPUT 12V 100A 50 60Hz 50 60Hz Use only RCP 2000 series povver supplies ofthe same output voltage rating Use only RCP 2000 series povver supplies ofthe same output voltage rating S WARNING N WARNING 1 1 MADE TAIVVAN MADE IN TAIVVAN RKP 6K1UT CMU1 X MEAN VVELL RKP 6K1UI CMU1 X MEAN VVELL 12 15V 1A AC INPUT See below for each model AC INPUT See below for each model OUTPUT See below for each model I 1 1 1 1 DCINPUT DC 12 15V 1A 1 OUTPUT See below for each model The output rating indication for final assembly The output rating indication for final assembly 48 Max 2 SPS modules provide INPUT 100 109 16 4A OUTPUT 448V 27 INPUT 110 199VAC 17 1A OUTPUT 48V 31 5 X 48 2 SPS modules provide INPUT 100 109VAC 16 4A OUTPUT 48V 27 INPUT 110 199VAC 17 1A OUTPUT 48 31 5A M
11. A N A N A N A N A N N A N A 5 16 17 718 19 20 721 23 24 25 26 27 28 29 30 31 ENJA NJA N A N A N A N N A N A N A 3 AIFEUOFE 5 3 Event Log Page The Event Log stores abnormal system situations vvhen alarms occur Itis capable of saving 600 records butifthe stored data is over its capacity it will overwrite the previous data from the first record The contents that Event Log stores include time type of alarm and which PSU The EventLog page displays 10 records in one page and pages can be selected by the scroll down list TS Number PSU CMU Alarm Time T 81 PSUOO AC Fault 2012 11 15 10 04 01 82 Error 2012 11 15 10 04 06 alain aan 83 CMU Alarm Remove 2012 11 15 10 04 11 84 PSUOO Alerm Remove 2012 11 15 10 04 16 85 PSUOO Fault 2012 11 15 10 04 45 86 CMU PMBus Error 2012 11 15 10 04 50 87 PSUOO Alarm Remove 2012 11 15 10 04 55 88 Alarm Remove 2012 11 15 10 05 00 89 PSUOO AC Fault 2012 11 15 10 05 07 90 CMU PMBus Error 2012 11 15 10 05 13 select Page Lepyrant 2011 MEAN WELL entarprsas Co Ltd rights reserved 5 4 Data Log Page The Data Log will save operating data at regular intervals set by Data log interval The Data Log is capable of saving 1000 records but if the stored data is ove
12. ON OFF A CN500 ON OFF B JK1 aer V ae 10 1 LOAD 5V AUX Figure 3 2 Configuration of a RKP 1U CMU1 and two RKP 1Us 3 9 3 Using RKP CMU1 to monitor RKP 1Us ORKP CMUT1 is capable of monitoring and controlling up to tree RKP 1Us nine RCP 2000 units Please refer to the user s manual of RCP 2000 RKP 1U and Figure 3 3 for notes on parallel operation of RKP 1Us 45 cables CAT 5e 8P8C must be used to connect the JK1 ports of each rack units The recommended maximum length is 1m But if there is a need for extending the cables the maximum length should not exceed 2m R s RKP CMU1 VVires Figure 3 3 Configuration of a RKP CMU1 and three RKP 1Us 3 10 Series Operation The RKP CMUT is specifically designed to monitor manage and control RCP 2000 units in parallel As a result it cannot be used for RCP 2000 units connected in series If you do need this application contact our distributors or MEANVVELL for details 4 RKP CMU1 LCD User Interface 4 1 Description of RKP CMU1 Front Panel UP LED Indicators 8 m USB Port LCD display ESC DOWN 16 char 2 line Figure 4 1 Diagram of RKP CMUT1 front panel 4 2 LCD Display 4 2 1 Menu Structure MEANWELL Boot message screen RKP CMU PSU RCP
13. T9 7 4 1 3 m memo RS h i Default 169 254 1 1 get a Sino IRD FE InPrivate TN ER ty mmo 47 5106 5 2 2 CMU Status The home page of the built in web page 15 the CMU Status This page displays important information including Bus voltage total output current the conditions of digital input signals the conditions of programmable relays the information of RKP CMU1 PSU status and numbers of online units UEUEENE 77 MU Status dienen Bus Voltage Output Current Display onhguraton Bus Voltage 12 1V Total connection 2PSU Output Current 17 3A ome ais Datal 02 N A 03 N A TOPJIP Canfin Relay Status Digital input Status 04 NJA 05 06 07 Relayl ON Inputi HIGH 08 N A 10 NJA 11 NJA Relay2 OFF Input2 LOW 12 N A 13 N A 14 NJA 15 N A Enput3 HIGH 16 N A 17 N A Relay4 OFF Input4 LOW 18 N A 19 N A 20 NJA 21 NJA 22 N A 23 N A 24 N A 25 N A RKP CMU Information 26 NJA 27 N A Location TWN 28 N A 29 N A 30 N A Serial 111117000002 Date 2011 11 17 Red PSU OFF Green PSU ON N A NO Connect Revision R01 0 23 5 2 3 PSU Status Page The PSU Status page displays the operating information of each PSU including output current internal temperature serial number firmware version alarm and status
14. 14V 3 READ_VOUT 24V 0 28 3 48V 0 56V t3 12V 0 125A 5 READ IOUT 24V 0 100 4 48V 0 50A 2 READ TEMPERATURE 1 ALL 0 100 15C READ FAN SPEED 1 ALL 0 20000RPM 2000 RPM READ FAN SPEED 2 ALL 0 20000RPM 2000 RPM Table 3 7 Control parameters PMBus command Model Adjustable range Tolerance Default OPERATION ALL OOh OFF 80h ON N A 80h ON 12V 12V N A 12V 24V 24V N A 24V 48V 48V N A 48V 12V 1 5 2V 5 90 OV 24V 3 4V 5 OV 48V 6 8V 5 OV 12V 30 112A 5 112 IOUT FAULT LIMIT 24V 24 89 6A 4 89 6 48V 12 6 47A 2 47A Table 3 8 3 8 Notes on PMBus Monitoring 1 If RCP 2000 units is restarted the parameters of Bus voltage and PSU current you have set will return to the initial default values whereas if RCP 2000 units is connected with a RKP CMU1 unit the restarted RCP 2000s will be loaded the previous set parameters by the RKP CMU1 automatically 2 11 PMBus is offline such as RKP CMU1 shutdown the parameters of remote ON OFF control Bus voltage and PSU current you have set will return to the initial default values 3 Using the RKP CMU1 to reduce PSU current will just limit output current of RCP 2000 units and will not trigger their over current alarm Take RCP 2000 48 as an example the over current protection threshold is 47A when operating at 230Vac If you set PSU current to 40A then the maximum output
15. 2 Features 10U low profile 19 inch rack mounting Control and monitor RCP 2000 units OFront panel LCD and buttons for on site service without PC QUSB RS 232 or Ethernet interface for PC connection locally or remote monitoring and control via GSM modem Alarm event log with time and date OVVindovvs based PC communication software OEasy wire connections on rear side O4 user programmable relay outputs for traditional remote monitoring or warning years warranty 1 3 Order Information 1 3 1 Explanation for Encoding Single unit RKP CMU 1 1U rack RKP 1U I CMU1 IEC320 C20 AC Inlet T Terminal Block Whole system 2 RCP 2000 1 RKP CMU1 10 1 RKP 6K1U I CMU1 12 Output Voltage IEC320 C20 AC Inlet T Terminal Block 1 3 2 Marking Please refer to the safety label on top of each unit before operating Figure 1 1 1 3 Single unit RKP CMU1 INPUT DC 12 15V 1 4 MADE IN Figure 1 1 Safety Label of RKP CMU1 RKP 1UI CMU1 441144 RKP 1UT CMU1 1 1 MEAN VVELL MEAN VVELL 1 1 1 DC INPUT DC 12 15V 1A AC INPUT See below for each model OUTPUT See belovv for each model DCINPUT DC 12 15V 1A AC INPUT See below for each model OUTPUT See below for each model Multiple p
16. 2000 48 4 32 il i g PSU Temperature Set Prog Relay Press ENT keye Press ENT key PSU Status D LOG interval Normal 01 Serial Number Set USB RS232 Press ENT key XRS232 GS8M Manufacture Date Set Date Time Serial Number Press ENT 2010 01 19 20 15 201201 300002 Buzzer Control Manufacture Date Press ENT 2010 01 01 Digital Input Firmware Version LH 2 Date 2010 01 19 Time 20 15 30 RKP CMUI Info Mobile Phone Press ENT 7890 Prog Relay Viu LO TO XX Press ENT key 12 4 2 2 Main Page The Main Page displays the current Bus voltage and total output current In the Main Page once you press the ESC button for over 1 5 sec you will enter the Sub Screen where you can adjust the brightness of LCD backlight and the LCD contrast ratio There are 8 levels available for both the LCD backlight and the LCD contrast to be selected As demonstrated on the screen below x indicates your current level Inthe Main Page once you press the ENT button you will enter the Menu Page There are Status Menu Settings Menu Maintenance Menu and Network Menu that can be selected through the UP DOWN buttons in this screen as shown below 4 3 Status Menu Under the Status Menu status information including Bus v
17. 6 2 es e E oc N O Z ed O O gt tr O ag G S _ 78 40 9 LETEM T8 EP 40 9 E i Pss 9 43 L mm BOTTOM VIEW 4 38 8 1 2 RKP 1U CMU1 Arrangement Mount the rack unit in a 19 rack before operating Olnsert 1 2 units of RCP 2000 with the identical output voltage and current into the rack unit Refer to Figure 8 1 Assign their addresses through the 5 pole Address Switches refer to Table 3 5 Definition of the module position Ais in the middle and B is on the left QThis unit is equipped with built in DC fans and requires clearance for cooling There should be no barriers within 10cm of the ventilation holes Connet the AC inputs of Aand B units to AC source Recommended input output wires are in Table 8 1 OVVire up your interface cable USB RS232 programmable relays and digital input signals depending on your application a 12 15 VDC to the SK100 port on the rear of the in order to power on RKP CMU1
18. C 70 O P FG 100M Ohms 1 500VDC 125 CI 70 RH EMC EMISSION Compliance to EN55022 CISPR22 Conduction Class B Radiation Class A EN61000 3 2 3 EMC IMMUNITY Compliance to EN61000 4 2 3 4 5 6 8 11 EN61000 6 1 EN5008 2 light industry level criteriaA 110 5K hrs min MIL HDBK 217F 25 C OTHERS DIMENSION 486 6 350 8 44mm L W H 147 5 127 41mm PACKING 4 4Kg 3pcs 14 2Kg 2 67CUFT 0 8Kg 16pcs 13 8Kg 0 79CUFT NOTE 1 LCD may freeze under 10 C 2 SK100 and all of signal connectors except CN502 CN503 and USB port are considered as O P 3 Recommanded use MEAN WELL power adaptor series GS12 GS15 GS18 GE12 GE18 OUTPUT FUNCTION ENVIRONMENT SAFETY amp EMC 2 Mechanical Specification and Output Terminals 2 1 Mechanism of Single Unit MW asn V A 2 1 i 78 40 9 p LEE 147 5 E 2222 22 78 40 9 N N 2 M3 L 6mm 78 40 9 i A 9 13 L mm BOTTOM VIEW 41 12
19. R Byte 1 Temperature status reporting 80h STATUS_MFR_SPECIFIC R Byte 1 Manufacture specific status reporting 81h STATUS_FANS_1_2 R Byte 1 1 2 status reporting 88h READ VIN R Word 2 AC input voltage reading value format Linear 1 8Bh READ VOUT R Word 2 Output voltage reading value format Linear N 9 8Ch READ IOUT R Word 2 Output current reading value format Linear 3 8Dh READ TEMPERATURE 1 Word 2 a format Linear 3 90h READ_FAN_SPEED_1 R Word 2 vale format Linear N 4 Fan speed 2 reading value 91h READ_FAN_SPEED_2 R Word 2 format Linear N 4 The compliant revision of the PMBus a default 11h for Rev 1 1 99h MFR_ID Block Read 12 Manufacturer s name 9Ah MFR MODEL Block Read 12 Manufacturer s model name 9Bh REVISION Block Read 6 Firmware revision 9Ch LOCATION Block R W 9 Manufacturer s factory location 9Dh MFR DATE Block R W 6 Manufacture date format YYMMDD 9Eh MFR SERIAL Block R W 12 Product serial number Table 3 6 3 7 3 PMBus Data Range and Tolerance All of the PMBus data are fully digitalized The RKP CMUT1 uses the data read from RCP 2000 units to display their operating values and control these units Please refer to the definition of RCP 2000 as shown below for Display Control tolerance Display parameters PMBus command Model Range Tolerance READ VIN ALL 0 264V 10V 12V 0
20. RS232 for GSM interface that can be selected Default USB 4 4 7 Date and Time Setting Under Set Date Time yy indicates year mm dd indicates month day and HH MM indicates hour minute Press the ENT button to select year month day hour or minute Then use the UP DOWN buttons to choose a number 4 4 8 Buzzer ON OFF Setting Under Buzzer Control you can turn buzzer on or off by pressing the ENT button Default ON Buzzer 4 4 9 RKP CMU1 Address Setting In the RKP CMU1 address section you can set RKP CMU1 s address by pressing the ENT button Default 1 4 5 Maintenance Menu A password is required to enter this menu Once you entered this menu there are view Event Log clear Event Log clear Data Log change password and load default settings that can be selected Four digits are needed for a password entering a password can use the UP DOWN buttons to choose a number from O to 9 then press the ENT button to the next digit Default password 0000 4 5 1 View Event Log The Eventlog stores abnormal system conditions when alarms occur Itis capable of saving up to 600 records and the contents include time type of alarm which PSU Once you entered this page you can choosea LOG numberora date through the UP DOWN buttons to access the information you need Once you chose a LOG number date it will display when it occurs and which types of alarm it
21. current will be 40A It is less than 47A so its over current alarm will not be triggered 4 1f PSU current you set is higher than the auto de rating value of the rack PSU when operating at a low AC input voltage it will trigger the de rated over current protection Take RCP 2000 48 as an example the over current protection threshold decreases by 25 from 47A to 35 25A when operating at 100Vac If you set PSU current to 40A it will trigger over current alarm due to the lower over current protection threshold 35 254 3 9 Parallel Operation configure a RCP 2000 power management system the JK1 ports on the rear of each rack units must be connected together owing to the face that all control and parameter signals of the RKP CMUT1 are integrated into JK1 Only a single RKP CMUT1 unit is allowed to be used in a RCP 2000 power management system Do not use the RKP 1U ON OFF function in the RCP 2000 power management system because this will interfere in RKP CMU 1 RKP 1U CMU1 s proper operation OUnder parallel operation the total output current should not exceed 90 of the sum of rated currents For example RCP 2000 24 x 9 connected in parallel in 3 racks the maximum output current should not exceed 80A rated current x 9 unit x 0 9 648A Connect rack units in parallel before linking to the load Do not connect rack units to the load separately Refer to Figure 3 2 and Figure 3 3 Use twisted wires for the wiring of S and S The t
22. e 20 5 RKP CMU1 Web Monitoring nnm m Henn 21 TIP SeCINGS DID IN MENS MEME 21 5 2 Description of RKP CUM1 Built in Web 23 9 9 Event Log 26 Dala TEHE O Ho 27 5 5 TCP IP Configuration 27 6 RKP CMU1 Monitoring 4 28 E MNS Cat Atl OM 28 6 2 Using RS232 for Communication with 1 29 6 3 Description of RKP CMU1 Monitoring 29 7 GSM Short Message 1 36 7 1 Installation and 5 36 7 2 Test of Sending a Short Message 2 10 ES Per 37 7 3 AT Command List for 1 37 8 Notes on
23. same domain Default IP 255 255 0 0 4 6 4 Gateway Gateway can be changed by the built in web page but doing so requires the RKP CMU1 and the PC you use in the same domain Default IP 169 254 1 1 20 5 RKP CMU1 Web Page Monitoring Functions requirements 1 VVindovvs VVindovvs Vista or VVindovvs 7 operating system 2 AMD or Intel Pentium 133MHz or better based computer 3 101100 BASE T Ethernet port 4 Microsoft IEG and above Connection diagram RJ 45 cable aS Before accessing the built in web page please make sure that the RKP CMU1 and the PC you use are set in the same domain If this is the first time you access the built in web page you will need to change the IP address of your PC Once you connected the built in web page change of the RKP CMU1 s address settings like to another domain can be done Refer to section 5 5 TCP IP Config Page for details Default address of RKP CMU1 Address Default IP address 169 254 1 1 Subnet mask 255 255 0 0 Default gateway 169 254 1 1 5 1 IP Setting of PC Please follow the following instruction to set the IP address of your PC 1 Only connect your PC to the RKP CMU1 and verify that there are no other devices connecting to your PC like a modem 2 Click the Network and Internet Connections option Then click the Local Area Connection Select Internet Protocol T
24. the RKP CMU1 32 Software Rey 1 0 2 ttc seg Comm Setup CMU Status PSU Status Output Setting PSU ON OFF Control tt c m m m m m m m om PSU Status PSU 16 17 18 19 Bus Voltage 4 amp 0 4256 vi Output Current 47 0 LA 12647A Status table Event Log Data Log Setting Data Log Interval 1 Event Log Data Log Clear Relay Setting Relay Relayi v Function Digital Input v 0 Oo o 5089 N85 Sub function 7 15 31 Scroll down list and setting buttons 1 PSU 1 e e E m 6 3 5 Event Log Page The Event Log stores abnormal system situations when alarms occur It is capable of saving up to 600 records but if the stored data is over its capacity it will overwrite the previous data from the first record The contents that Event Log stores include time type of alarm and which PSU it is If you would like to check the data that Event Log has stored click the Read Log 442m I8 Software Rev 10 Blank page before reading data Read Log lu Save Log Read button 33 After reading from the RKP CMU1 the data will be arranged in ascending order of Log No Sorting the data into other orders is also possible by clicking the col
25. 4 Short circuit Alarm 5 6 High temp 7 9 lock 9 PMBus Error 1 Immediately PSU ON 2 Delay 1 600 sec 1 Immediately PSU OFF 2 Delay 1 600 sec Control by Digital Digital Input input 1 4 Table 3 3 3 6 Alarm When an abnormal situation occurs the red LED indicator on the front panel will flash The abnormal situation detected can be interpreted on the LCD screen or your computer Abnormal situations and the descriptions are shown as below Status Description OVP Over voltage protection OLP Overload protection RCP 2000 s Short circuit Output short circuit protection abnormal OTP Over temperature protection situations High temp Internal over temperature alarm AC fail Low AC power shutdown Fan lock Fan malfunction protection Table 3 4 3 7 PMBus Communication Interface The RKP CMUT is equipped with all the PMBus commands that RCP 2000 needs This makes it easy for users to monitor manage and control their RCP 2000 povver systems by means ofthe LCD user interface or the VVindovvs based user interface Moreover the unit is compliant with PMBus Rev 1 1 the maximum communication speed is 100 KHz and has the capability of identifying up to 32 addressed units 3 7 1 PMBus Device Addressing Each RCP 2000 unit should have their unique and own device address to communicate over the PMbus 7 bit address setting pins are used to assign device ad
26. 4V 30 112A 24V 21 20V 24 89 6A 48V 42 56V 12 6 47 Note If the set PSU current exceeds 100A the maximum rated current OTP might be triggered after operating a period of time Software 10 Comm Setup CMU Status PSU Status Config Event log Data Log TCP IP 8 GSM Output Setting B 4256 V Adjustable range 470 12 647 4 Event Log Data Log Setting Data Log Interval 1 Event Log Data Log Relay Setting Relay Relay1 Function Digital Input Sub function Dil PSU Delay PSU ON OFF Control PSU Status OFF N A N A NJA N A N A nja N A N A N A N A NJA N A N A 0 wv e w Nw 6 31 6 3 4 2 Setting of Clear Event LogjData Log and Data Log Time Interval The Event Log and Data Log buttons are used to clear the data that Event log Data log has stored The Data Log interval is used to set the time interval from 1 to 60 minutes es Software Rev 1 0 Output Setting PSU ONJOFF Control PSU Status ON ovr Bus Voltage 480 42560 Output Current 47 0 126474 Data Log Interval 1 Min Event Log Data Log Setting Adjustable range 1 60 0 1 2 3 5 6 7 8 9 Data Log Clear ee Relay Felayi Function Digital Input he Sub function DIL m n PSU Delay Sec 6 3 4 3 Setting of Prog
27. 7 JK500 CN503 CN502 Ethernet OOOOOOOOOOOO 12 1 RY1 RY2 RY4 Fig SK100 4 2 2 Mechanism of VVhole Rack System ADDRESS SWITCH ADDRESS SWITCH CN500 SK100 PAH RKP 1UT CMU1 mm SWITCH RKP 1UI CMU1 ml E 8 ES M I Ho ls CL UC
28. CP IP and then click the Properties button If there are Internet Protocol Version 4 TCP IPv4 and Internet Protocol Version 6 TCP IPv6 shown on the table choose Internet Protocol Version 4 TCP IPv4 ax L Local Area Connection Properties General Advanced Connect using ES Intel R PRO 1000 MT Network Conr This connection uses the following items v Il Client for Microsoft Networks gj and Printer Sharing for Microsoft Networks 27 09 QeS Paeket Seheduler 1 v Int met Protocol TCP IP i 1 Description Transmission Control Protocol Intemet Protocol The default wide area network protocol that provides communication across diverse interconnected networks C Show icon in notification area when connected Notify me when this connection has limited or no connectivity 3 Click the Use the following IP address and then type addresses in IP address Subnet mask and Default gateway boxes After that click the OK button The IP address you set should be in the same domain as RKP CMU1 but the identical IP There is an example below for your reference Address Default for ex IP address 169 254 1 2 Subnet mask 255 255 0 0 Default gateway 169 254 1 1 21 Internet Protocol TCP IP Properties x General You can get IP settings assigned automatically if pour network supports this capability Oth
29. DB Differential digital signal for parallel control Note 1 3 V Negative output voltage For parallel control can tbe connected directly to the load 4 CONTROL Remote control pin usedin the PMBus interface Note 2 5 Not used 6 SDA Serial Data used in the PMBus interface Note 2 7 SCL Serial Clock used in the PMBus interface Note 2 8 GND AUX Auxiliary voltage output GND The signal return is isolated from the output terminals V 8 V Note 1 Non isolated signal referenced to the output terminals V Note 2 Isolated signal referenced to GND AUX Description 502 connection pins Pin No Function Description 1 4 6 7 8 9 NC Not used 2 RXD Data receiving pin of RS 232 interface 3 TXD Data transmitting pin of RS 232 interface 5 GND FG RS 232 common GND This signal connects to FG and isolated from V and GND AUX Description of CN503 connection pins Pin No Function Description 1 3 5 6 D IN1 The isolated digital input signal and referenced to GND FG 2 4 6 8 D IN2 Open from GND FG or 5V Logic 1 input to RKP CMU1 D IN3 short to GND FG or OV Logic 0 input to RKP CMU1 D IN4 2 4 6 8 GND FG Common GND for D IN This signal connects to FG and isolated from V and GND AUX Description of JK500 connection pins Pin No Function Description 1 2 TX TX Data t
30. F ON 30 ON OFF OFF OFF OFF 15 OFF OFF OFF OFF ON 31 OFF OFF OFF OFF OFF Table 3 5 3 7 2 PMBus Command List Table 3 6 shows the command list of RCP 2000 It is compliant with the standard protocol of PMBus Rev 1 1 For more detailed information please refer to PMBus official website http ombus org specs html Command Command Transaction of data D t Code Name Type Bytes 01h OPERATION R W Byte 1 Remote ON OFF control 02h ON OFF CONFIG Read Byte 1 ON OFF function configuration 19h CAPABILITY Read Byte 1 Capabilities of a PMBus device Define data format for output voltage 20h VOUT MODE R Byte 1 format Linear 9 21h VOUT COMMAND R Word 2 sening value format Linear N 9 22h VOUT TRIM R W Word 2 Output voltage trimming value format Linear N 9 46h IOUT OC FAULT LIMIT R W Word 2 Output overcurrent setting value ATh IOUT OC FAULT RESPONSE R Byte 1 Define protection and response vvhen an output overcurrent fault occurred 79 STATUS VVORD R Word 2 Summary status reporting STATUS VOUT R Byte 1 Output voltage status reporting Command Transaction of data D t Code Name Type Bytes 7 STATUS 100 R Byte 1 Output current status reporting TCh STATUS INPUT R Byte 1 inpit voltage status reporting Dh STATUS TEMPERATURE
31. Use only RCP 2000 series supplies ofthe same output voltage rating Use only RCP 2000 series power supplies of the same output voltage rating 1 1 N WARNING WARNING 1 1 1 1 1 1 1 1 1 1 1 1 MADE IN TAIWAN MADE TAIWAN Figure 1 3 Safety Labels of RKP 6K1U CMU1 Series 1 4 Main Specification MODEL RKP 1U CMU1 RKP CMU1 DIGITAL METER Display the DC output voltage current and internal temperature of each RCP 2000 unit CONTROL OUTPUT PM Bus signal for each RCP 2000 unit LED INDICATOR Green Power on Red Alarm RELAY CONTACT 4 user programmable relay relay contact rating max 30V 1A resistive VOLTAGE RANGE Note 3 12 15VDC INPUT CURRENT 1A 12VDC 0 8A 15VDC MONITORING INPUTS PM Bus signal for each RCP 2000 unit DISPLAY LCD 16x2 Alphanumeric Matrix Display PC Web Page Display MONITOR Output Voltage Load Current Temperature Input Voltage CONTROL Output Voltage Current Limit ON OFF COMM INTERFACE USB RS 232 Ethernet WORKING TEMP Note 1 25 70 WORKING HUMIDITY 20 90 RH non condensing STORAGE TEMP HUMIDITY 40 85 C 10 95 RH VIBRATION 10 500Hz 2G 10min 1cycle 60min each along X Y Z axes SAFETY STANDARDS UL60950 1 TUV EN60950 1 approved Design refer to TUV EN60950 1 WITHSTAND VOLTAGE Note 2 I P O P 3KVAC I P FG 1 5KVAC O P FG 0 7KVDC O P FG 0 7KVDC ISOLATION RESISTANCE Note 2 I P FG O P FG 100M Ohms 1 500VDC 25
32. alarm that will occur Then you should receive a text message sent by the RKP CMU1 after a few seconds 7 3 AT Command List for RKP CMU1 Command Description AT Attention Command AT CNMI New Message Indication AT CSMP Set Text Mode Parameters AT CMGF Preferred Message Format AT CMGS Send Message 37 8 Notes on Operation 8 1 Installation Method 8 1 1 RKP CMU1 Arrangement Mount the RKP CMU1 in a 19 rack before operating Connect the RKP CMU1 to a JK1 port of a rack unit Also make sure that the JK1 ports are connected together if there are more than 2 rack units Refer to Figure 3 3 Wire up your interface cable USB RS232 programmable relays and digital input signals depending on your application a 12 15 VDC to the SK100 port on the rear of the in order to power on the unit T8 40 9 2 M3 L 6mm 147 5 41 e i Aqu Fig1 ame o 3 4 T PO S JI Pe ee ls E x O 55 2
33. ale cable for connection between the RKP CMU1 and your PC Pin description shows as below To RKP CMU1 To PC CN502 Serial COM Port 1 1 RXD 2 2 RXD TXD 3 gt 4 4 GND 5 5 GND 6 6 7 7 8 8 9 9 9 9 6 3 Description of RKP CMU1 Monitoring Software Before running the monitoring software please make sure the following arrangement is done correctly 1 Interface cable is connected between your PC and the RKP CMU1 2 The RKP CMUT1 is powered on and ready 3 Verify your interface settings are correct Refer to the LCD user interface section 4 4 6 6 3 1 Comm Setup Page Once this software is running there are some settings that must be done before accessing the RKP CMU1 Step 1 COM Port Setting 1 Select the correct port for your interface cable 2 Select a proper baud rate for data transmission Maximum 115 2k RKP CMUI Software Rev 1 0 Comm Setup CMU Status PSU Status Config Event log Data Log TCP IP amp GSM 1 Port t Setting T 2 Address Setting 1 Port ICOMS 11 Address 1 Baud Rate 115200 wt 12 Step 2 Address Setting Select the correct address for the RKP CMU1 Refer to the LCD user interface Section 4 4 9 RKP CMU1 Addess setting Default 1 RKP CMU1 Software 1 0 Comm Setup CMU Status PSU Status Config Event Log Data log TCP IP amp GSM 1 COM Port Setting Address Setting _ Baud Rate 115200 j
34. ani pini nn aa 38 INSTANALION Method e 38 9 2 DETON ii EE 40 8 3 EMI Suppression 40 E 40 MAW RKP CMU1 RKP 1U CMU4 Instruction Manual 0 Safety Guidelines ORisk of electrical shock and energy hazard All failure should be examined by a qualified technician Please do not remove the case from the unit Please do not change any component on the unit by yourself or make any kind of modification on it Please do not install the unit in places with high moisture high ambient temperature or under direct sunlight Please do not feed in voltage that is overorless than 10 of the rated value Refer to the safety label on the unit The safety protection level of this unitis class As a result the Frame Ground the rear of the rack unit must be well connected to earth ground The total leakage current of the whole system including two RCP 2000 units is less than 2 3mA 1 Introduction of Series Models 1 1 Introduction The RKP CMUT1 is a dedicated monitor unit for RCP 2000 series It provides the management task of RCP 2000 for using in telecommunication monitoring systems servers etc It can be stand alone operated or integrated into a 19 inch rack 1
35. authentication without a secure connection User name meanwell Password 00000000 Remember my password CC 24 Once you insert the correct user name and password you will enter the settings page Onthis page there are Bus voltage PSU over current clear Event Log Data Log Data Log time interval setting programmable relay setting and PSU ON OFF that can be set and altered 5 2 4 1 Bus Voltage PSU Current If the Bus voltage PSU current you set is not within the adjustable range it will become invalid Make sure the parameters that you type in are not over or less than the range as below Adjustable range of Bus voltage PSU current Model Bus voltage range PSU current range 12V 10 5 14V 30 112A 24V 21 26V 24 89 48V 42 56V 12 6 47 Note If the set PSU current exceeds 100A the maximum rated current OTP might be triggered after operating a period of time MU Status Adjustable PSU Status Set Voltage Range Set curent onfiguration Bus 120 V PSU Current 1120 Aj Save 939 9 ven OQ s Range 10 5V 14 0V Range 30 0 112 0 Pees eee eee ees eee eee eee P Daotal OG ICP IP Config Set Clear EventLog DataLog Set DataLog interval time Cheer BveniLeg JMinute 1 60 mmea Set Relay Re
36. commands for sending GSM messages For using this function a GSM modem equipped with those AT commands that Section 7 3 mentioned is needed Refer to the product below Sierra Wireless AirLink Programmable Modems http www sierrawireless com productsandservices AirLink Programmable Modems aspx 2 Follow the instruction of the user manual of your GSM modem and the instruction below to properly set the connection between your GSM modem and the RKP CMU1 Also make sure the baud rate of the GSM modem is set at 115200bps 7 1 Installation and Settings 1 Insert a SIM card into your GSM modem Make sure that there is no PIN Personal Identification Number recorded in the SIM card 2 After installing a GSM antenna to your GSM modem and connecting an interface cable between the RKP CMU1 and your GSM modem turn the GSM modem on The figure below shows the connection diagram for a RKP CMU1 and a GSM modem DB9 Female Standard RS 232 wooo o IO RKP CMU1 Short message 4 a antenna mobile phone 3 Seta GSM phone number in the RKP CMU1 Refer to Section 6 3 7 4 Select 3 RS232 for GSM in the Communication Port Setting through the LCD user interface Refer to Section 4 4 6 7 2 Test of Sending a Short Message 1 Turn devices on in the following order RCP 2000 RKP CMU1 and then GSM modem 2 Unplug the power of the RCP 2000 3 In this case there is a PMBus Error
37. diagram of RCP series 39 Input Output Module Current Minimum Cross section of Copper VVire Maximum Current 115VAC 1 unit 16Arms 14AWG UL1015 12A 230VAC 1 unit 10Arms 18AWG UL1015 6A 1 unit 100Adc 22mm 115A 12VDC 2 unit 200Adc 60mm 217A 3 unit 300Adc 125mm 344A 1 unit 80Adc 22mm 115A 24VDC 2 unit 160Adc 50mm 190A 3 unit 240Adc 80mm 240A 1 unit 42Adc 5 5mm 49A 48VDC 2 unit 84Adc 22mm 115A 3 unit 126Adc 30mm 139A 16AWG UL1015 8A 12AVVG UL1015 22A 10AVVG UL1015 35A 30mm 139A 50mm 190A Other commonly used wires 60mm 80 257A 100mm 298A 125mm 344A 150mm 395A 200mm 469A 250mm 556A Table 8 1 Suggested wire selection for input output wirings 8 2 De rating When RCP 2000 units are operating in high ambient temperature or at a low AC input voltage these units will de rate their output current automatically to protect themselves as Figure 8 2 shows 100 mm 80 230VAC Input only _ 60 1 50 Co 5 65 24V 48V pag 7 e T 50 O i 26 40 L l NI 40 25 10 0 15 30 50 60 70 HORIZONTAL 90 100 115 180 264 AMBIENT TEMPERATURE INPUT AC VOLTAGE VAC 60Hz Figure 8 2 Output de rating curves for RCP 2000 series 8 3 EMI Suppression Arrangement EMI radiation test is greatly affected by wiring Attaching an EMI su
38. dress for a RCP 2000 unit as the description shows below MSB LSB 1 0 A4 A2 1 A0 0 4 five of the bits be set via a 5 pole DIP switch on the rear panel of a rack unit The ON position represents logic 0 while the OFF position represents logic 1 There are 32 different addresses available to be assigned by the DIP switch The switch settings show as below 12345 ON Module DIP switch position Module DIP switch position No 1 2 3 4 5 1 2 3 4 5 0 16 OFF 1 17 OFF ON ON ON OFF 2 ON OFF ON ON ON 18 ON OFF ON ON OFF 3 OFF OFF ON ON ON 19 OFF OFF ON ON OFF 4 ON ON OFF ON ON 20 ON ON OFF ON OFF 5 OFF OFF 21 OFF ON OFF ON OFF 6 ON OFF OFF ON ON 22 ON OFF OFF ON OFF 7 OFF OFF OFF ON ON 23 OFF OFF OFF ON OFF 8 ON ON ON OFF ON 24 ON ON ON OFF OFF 9 OFF OFF ON 25 OFF ON ON OFF OFF 10 ON OFF ON OFF ON 26 ON OFF ON OFF OFF 11 OFF OFF ON OFF ON 2f OFF OFF ON OFF OFF 12 ON ON OFF OFF ON 28 OFF OFF OFF 13 OFF ON OFF OFF ON 29 OFF ON OFF OFF OFF 14 ON OFF OFF OF
39. e of the PSU s statuses to be displayed on the screen through the UP DOWN buttons xx indicates PSU s number If an abnormal situation occurs the screen will display which PSU unit is and its situation no matter which unit you have chosen Abnormal situations that can be displayed include OVP OLP OTP Short Ckt High temp AC fail and fan lock 4 3 7 PSU Serial Number In the PSU Serial No section each of the PSU s serial numbers can be displayed by pressing the ENT button Once you entered this page you can choose one of the PSU s serial numbers to be displayed on the screen through the UP DOWN buttons xx indicates PSU s number 4 3 8 PSU Manufacture Date Inthe PSU Mfg Date section each of the PSU s manufacture dates can be displayed by pressing the ENT button Once you entered this page you can choose one of the PSU s manufacture dates to be displayed on the screen through the UP DOWN buttons xx indicates PSU s number 4 3 9 PSU Firmware Version In the Firmware Ver section each of the PSU s firmware versions can be displayed by pressing the ENT button Once you enter this page you can choose one of the PSU s firmware versions to be displayed on the screen through the UP DOWN buttons xx indicates PSU s number 4 3 10 Condition of Digital Input signal In the Digital Input section it displays the condition of each digital input signals H indicates a high voltage level while L indicate
40. ector Pin No Assignment JK500 RJ45 8 position Pin No Assignment Pin Assignment 1 TXt 4 5 7 8 NC 2 TX 6 RX 3 4 No Assignment Connector Pin Assignment TB4 MX422 25412 or equivalent Pin No Assignment Pin Assignment Pin No Assignment PinNo Assignment 1 Relay1 NO 4 Relay2 NO 7 Relay3 NO 10 Relay4 NO 2 1 5 Relay2 NC 8 Relay3 NC 11 Relay4 NC 3 Relay1 COM 6 Relay2 COM 9 Relay3 COM 12 4 OSK100 No Assignment Connector Pin Assignment SK100 Schurter 4840 2201 or equivalent Pin No Assignment Pin Assignment 1 VIN 2 VIN Description of CN500 connection pins Pin No Function Description 17 ON OFF Each unit can separately turn the output on and off by electrical signal or dry contact between ON OFF A B pin 1 7 and 5V AUX pin 13 Short ON Open OFF Note 2 2 8 AC OK Low When the input voltage is gt 87Vrms High when the input voltage is lt 75Vrms Note 2 3 9 DC OK High When the Voutis x 80 5 Low When the Vout is 80 5 Note 2 4 10 Connection for output voltage trimming The voltage can be trimmed vvithin its defined range Note 1 544 T ALARM High When the internal temperature TSW1 or TSW2 open exceeds the limit of temperature alar
41. entered this page you can trim the output current through the UP DOWN buttons Refer to the Table of PSU adjustable current range PSU adjustable current range Model PSU Current Range Default 12V 30 112A 112A 24V 24 89 6A 89 6A 48V 12 6 47A 47A Note If the set PSU current exceeds 100A the maximum rated current OTP might be triggered after operating a period of time 4 4 4 Programmable Relay Setting When the Set Prog Relay option is on the screen you can enter programmable relay settings by pressing the ENT button Default value Alarm activate Any Alarm Once you entered this page you can choose which relay you would like to modify through the UP DOWN buttons There are four relays available to be selected Each relay can be set for the functions below 1 Alarm activating Any Alarm OVP OLP OTP Short circuit High Temp AC Fail Fan lock or PMBus Error 2 PSU ON activating Immediately or Delay 1 600 sec 3 PSU OFF activating Immediately or Delay 1 600 sec 4 Digital I P activating Control by control by 012 control by or control by 014 4 4 5 Data Log Interval Setting Once you entered this page you can set Data Log s time interval from 1 to 60 minutes through the UP DOWN buttons Default value 5 minutes 4 4 6 Communication Port Setting USB RS232 In the Set USB RS232 section there are USB RS232 and
42. erwise you need to ask your network administrator for the appropriate IP settings Obtain an IP address automatically IP address i 169 254 1 2 Subnet mask 255 255 0 0 1 I Default gateway 1 169 254 1 1 i Use the following DNS server addresses Preferred DNS server Bae Altemate DNS server l 3 x ux 4 Check if it is working correctly by clicking the Support If the addresses presented as you typed it is successfully done Then you can access the built in web page 1 Local Area Connection Status ik Bener Support Connection status Address Manually Configured IP Address 163 254 1 2 Subnet Mask 255 255 255 0 Default Gateway 163 254 1 1 Windows did not detect problems with this ERN e ANA epair L Local Area Connection Status General Support Connection status h Address Invalid IP Address IP Address 0 0 0 0 Subnet Mask 0 0 0 0 Default Gateway Windows did not detect problems with this connection If you cannot connect click Repair 22 5 2 Description of RKP CUM1 Built in Web Page 5 2 1 Hovv to open the vvebsite Connect your PC to the RKP CMU1 then open a blank page and type the address of the RKP CMU 1 in the address bar If you are not sure the IP address of RKP CMU1 refer to the LCD user interface The route is Main Page Menu Page IP Address Default IP 169 254 1 1
43. is 4 5 2 Clear Event Log The Clear Event Log function is used to clear all the data that Event log has stored 4 5 3 Clear Data Log The Clear Data Log function is used to clear all the data that Data log has stored The content of Data log include AC voltage relay condition condition of digital input signal output voltage total output current each PSU s currents and time The content of Data logis possible to be accessed by the built in web page or monitoring software 4 5 4 Change Password The Change Password function is used to change a password for entering the Maintenance Menu 4 5 5 Load Default Setting The Load Default is used to reset the parameters of the Settings Menu to its default value 4 6 Network Menu Once you entered the Network Menu there are MAC address IP address subnet mask and gateway support IP v4 that can be selected 4 6 1 MAC Address Each RKP CMU 1 unit has a different MAC address and the address is assigned by the internal hardware 4 6 2 IP Address IP address can be changed by the built in web page but doing so requires the RKP CMU1 and the PC you use in the same domain Default IP 169 254 1 1 4 6 3 Subnet Mask Subnet mask can be changed by the built in web page but doing so requires the RKP CMU1 and the PC you use in the
44. ley Function Sub Function PSU Delay sec z 1 600 Set PSU ON OFF 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 N A N A N A 16 17 19 20 21 22 B A 125 27 38 19 39 N A N A N A N A N A N A ASTOR Copyrignt R 2011 MEAN WELL Enterprises Co Ltd ngnts rese 5 2 4 2 Setting of Clear EventLog DataLog and DataLog Time Interval The Set Clear EventLog DataLog box is used to clear the data that Event log Data log has stored while the Set DataLog time interval box can set the time interval from 1 to 60 minutes Set Clear EventLog DataLog Set DataLog interval time Clear EventLog 1 Minute 1 60 5 2 4 3 Setting of Programmable Relay Each relay can be set for the functions below 1 Alarm activating Any Alarm OVP OLP OTP Short circuit High Temp AC Fail Fan lock or PMBus Error 2 PSU ON activating Immediately or Delay 1 600 sec 3 PSU OFF activating Immediately or Delay 1 600 sec 4 Digital UP activating Control by control by DI2 control by or control by 014 Set Relay Relay Function Sub Function PSU Delay sec i ew si 1600 Click the scroll down list of the Function Sre to select activation group Set PSU PSUOFF Digital VP 25 Set Relay Relay Function Sub Fu
45. m Low When the internal temperature TSW1 or TSW2 short is under the limit temperature Note 2 6 12 FAN FAIL High When the internal fan is failure Low When the internal fan is normal operating Note 2 13 5 AUX Auxiliary voltage output 4 3 5 5V referenced to GND AUX pin 15 The maximum load current is 0 3A This output has the built in Oring diodes and is not controlled by the remote ON OFF control 44 12V AUX Auxiliary voltage output 10 8 13 2V referenced to GND AUX pin 15 The maximum load currentis 0 8A This output has the built in Oring diodes and is not controlled by the remote ON OFF control 15 GND AUX Auxiliary voltage output GND The signal return is isolated from the output terminals V amp V 16 21 NC Not used 22 5 Positive sensing The S signal should be connected to the positive terminal of the load The S and S leads should be twisted in pair to minimize noise pick up effect The maximum line drop compensation is 0 5V 23 KS Negative sensing The S signal should be connected to the negative terminal of the load The S and S leads should be twisted in pair to minimize noise pick up effect The maximum line drop compensation is 0 5V 24 Positive output voltage For local sense use only cannot be connected directly to the load 20 V Negative output voltage For local sense use only cannot be connected directly to the load Description of JK1 connection pins PinNo Function Description 1 2 DA
46. nction PSU Delay sec Relay Alen 56 si 1 15 600 Pum Any Alama Set PSU ON OFF 0LP Then click the scroll down list of the Sub Function to choose an activation type 00 1 02 O High Temp 05 Fan Lock 16 17 18 gt Emor 21 Set Relay Relay Function Sub Function PSU Delay sec Kh Ge as Ga cea TT CE Wwe Rew PSU 14 1 600 E i EI delay time value to decide much time it need to be delayed 5 2 4 3 PSU ONIOFF setting If you would like to turn a PSU on or off double click its status bar under its number Green indicates PSU ON Red indicates PUS OFF and N A indicates unconnected If you double click a status bar displayed green it will shift to red whereas if the status bar you double clicked is red it will switch to green If a status bar displays N A it cannot be controlled due to non connection to the RKP CMU1 Turning the whole PSU units on or off is also possible by clicking the ALL PSU ON ALL PSU OFF buttons The updated status will not immediately reflect in its status bar it may delay 1 3 seconds Status bar Set PSU ON OFF 90 91 92 93 92 95 06 97 08 09 10 11 12 13 14 Mf fe e N A N A N
47. oltage total output current numbers of PSUs in parallel PSU current PSU temperature PSU status PSU serial number PSU manufacture date PSU firmware version condition of digital input signal condition of programmable relay date and RKP CMU1 information can be selected through the UP DOWN buttons 4 3 1 Bus Voltage 4 3 2 Total Output Current 4 3 3 Numbers of PSUs in Parallel 4 3 4 PSU Current In the PSU Current section each of the PSU s output currents can be displayed by pressing the ENT button Once you entered this page you can choose one of the PSU s output currents to be displayed on the screen through the UP DOWN buttons xx indicates PSU s number When N A is displayed on the screen it means that the number of unit is offline 4 3 5 PSU Temperature In the PSU Temperature section each of the PSU s temperatures can be displayed by pressing the ENT button Once you entered this page you can choose one of the PSU s temperatures to be displayed on the screen through the UP DOWN buttons xx indicates PSU s number When N A is displayed on the screen it means that the number of unit is offline 4 3 6 PSU Status In the PSU Status section each of the PSU s statuses can be displayed by pressing the ENT button Once you entered this page you can choose on
48. ommunicate with RCP 2000 units to monitor manage and control these units The RKP CMUT1 can link to a PC personal computer via USB RS232 or Ethernet and through the operation interface at the PC side like monitoring software or Microsoft Internet Explorer management of the rack power can be consolidated at the PC side as shown in Figure 3 1 Details will be described in the following chapters USB RS 232 Ethernet Figure 3 1 Diagram of the communication interface of the RKP CMU1 D e MB x 1 3 4 Real Time Clock Data Log and Event Log The RKP CMU1 has a built in real time clock to display actual date time for log timestamp The Data Log is used to store the operating data of the rack power system It has 1000 records and the interval of log is programmable from 1 to 60 minutes The Event Log is designed to store abnormal system condition when an alarm occurs removes There up to 600 records of Event Log be stored in the RKP CMU1 3 5 Programmable Relays and Digital Input Signals To fulfill the requirements of industrial applications for the rack power system the RKP CMU1 offers 4 digital input signals in CN503 and 4 programmable relays in TB4 In addition these relays provide both normally open N O and normally closed N C operations for selection The operating conditions of the relays are shown in Table 3 3 Functions Selections 1 Any alarm 2 0VP 3 OLP
49. onto your PC 34 an RKP CMUI Software 10 Comm Setup CMU Status PSU Status Config Event Log Datalog TCP IP 8 GSM RA KAAA KA KLIKIME LA DA DA UL DA UA I ALA NAL 1 Reia Relays inputi Input inputs inputs BUS Output Min Sorting data can be done by clicking a column header 4 t volt Current vac Vac 1 4 On On DL m niGn niGn _ J b vb AN on AN HISH HIGH HISH on on HISH HIGH HISH on HISH HISH HISH on on oH HISH HISH on oH HISH HIGH on oH oH HISH HIGH on on oN HISH HIGH on on on HISH HIGH on on HISH HIGH HISH HIGH on oH 0 HISH HISH on on 0 oH oH 0 HISH on HISH HIGH HISH U omen Jy Save button Chart button This page also offers a function that presents the Data log datain column charts by clicking the Chart button Once column charts are created tendency of the data can be seen on your PC Except for Vbus and lout that are fixed on the page others like 10 17 PSUO 7 lout 18 115 PSU8 15 lout 116 131 PSU16 31 lout and Vac max min maximum minimum AC input can be selected by the scroll down list Chart Data Log qu ver mno Select charts 2011 11 23 111452 2017 11 21 103735 2011 11 21 19 5552 2011 11 21 17 1252 p 1 1 36111123 7131452 2011 11 21 10 37 36 2011 11 21 13 55520 2011 11 211712 52 12 SS
50. ower sources Refer to service manual and disconnect all power Multiple power sources Refer to service manual and disconnect all power source before servicing Above ratings for single module for the max output current see the service 1 source before servicing manual 1 Above ratings for single module for the max output current see the service manual 1 1 1 pus output rating indication for final assembly output rating indication for final assembly 48V MODEL 2 SPS modules provide 48V MODEL 2 5 5 modules provide INPUT 100 109VAC 16 4A OUTPUT 48V 27 3A INPUT 100 109VAC 16 4 OUTPUT 48V 27 INPUT 110 199VAC 17 1A OUTPUT 48V 31 5 INPUT 110 199VAC 17 OUTPUT 48 31 5A INPUT 200 240VAC 12 3A OUTPUT 48V 42 INPUT 200 240 12 3A OUTPUT 48V 42A 50 60Hz 50 60 2 124 MODEL 2 SPS modules provide 24V MODEL 2 SPS modules provide INPUT 100 109VAC 15 8A OUTPUT 24V 52 INPUT 100 109 15 8A OUTPUT 24V 52 INPUT 110 199VAC 16 5A OUTPUT 24V 60 INPUT 110 199VAC 16 5A OUTPUT 24V 60 INPUT 200 240VAC 11 9A OUTPUT 24V 80 INPUT 200 240 11 9A OUTPUT 24V 80 50 60 2 50 60Hz 12V MODEL 2 SPS modules provide 12V MODEL 2 SPS modules provide INPUT
51. ppressor ferrite core to the AC cable as close as possible to the AC inlet to reduce the noise is recommended There are suggested components for reducing EMI radiation interference including TDK HF70RU26 29 13S NEC ESD SR 250H and EROCORE FH29 7 13 25 9 When using a RJ 45 cable as your interface cable it might be needed to attach EMI suppressor ferrite core to the cable as close as possible to the Ethernet connector JK1 to reduce EMI radiation interference There are TDK ZCAT 2032 0930 NEC ESD SR 160 and EROCORE FH 28x9x16 available for that purpose 8 4 Warranty Three years of global warranty is provided for RCP 2000 series RKP CMU1 under normal operation Please do not change any component or modify the unit by yourself or MEAN WELL may reserve the right not to provide the complete warranty service
52. r its capacity it will overwrite the previous data from the first record The contents that Data Log stores include AC voltage relay condition condition of digital input signal output voltage total output current each PSU s currents and time The DataLog page displays 10 groups of data in one page and pages can be selected the scroll down list ely ital va 1 2 a t la 4 te ad en me gt L 4 v Page 5 5 TCP IP Configuration Page To enter the TCP IP Config page you will be asked to enter a user name and a password too meanwell small letters in both the User name and Password boxes to enter this page shown as below This user name and password cannot be changed 27 The server 169 254 1 1 at Protected requires username and password Warning This server is requesting that your username and password be sent in an insecure manner basic authentication without 4 secure connection User name m vi BEBE Password TTTIII Remember my password Cima Once you insert the correct user name and password you will enter this address settings page On this page there are IP address subnet mask gateway primary DNS and secondary DNS that can set and changed For example if the RKP CMUT is not in your curren
53. rammable Relay Relay Setting section is used to set activating conditions of the programmable relays After setting click the save button to save your setting values Each relay can be set for the functions below 1 Alarm activating Any Alarm OVP OLP OTP Short circuit High Temp AC Fail Fan lock or PMBus Error 2 PSU ON activating Immediately or Delay 1 600 sec 3 PSU OFF activating Immediately or Delay 1 600 sec 4 Digital I P activating Control by control by 012 control by 013 or control by 014 RKP CMUI Software Rev 1 0 Output Setting PSU ON OFF Control Bus Voltage 48 0 42567 Output Current 47 0 12 647 a Event Log Data Log Setting Data Log Interval 1 Min Event Log Data Log Clear Relay Setting Relay Relay1 Function Digital input cena o Sod v 20 21 22 23 24 25 26 27 28 29 20 Sub function DIL PSU Delay Sec pa o H 8 8 z 6 3 4 4 PSU ON OFF setting Turning a unit or all the units on off can be done by selecting the scroll down list ON green indicates PSU ON OFF red indicates PSU OFF and N A orange indicates unconnected Once you have chosen a PSU you can click the ON or OFF buttons to turn it on off If the status column displays N A orange it cannot be controlled due to non connection to
54. ransmitting pin of the Ethernet interface 3 6 RX RX Data receiving pin of the Ethernet interface 4 5 7 8 Not used Description of TB4 connection pins Pin No Function Description 1 4 7 10 Relay NO Normal open contact of programmable relay 2 5 8 11 Relay NC Normal close contact of programmable relay 3 6 9 12 Relay COM Common for NO NC contact Note Relay contact rating max 30Vdc 1A resistive Description of SK100 connection pins Pin No Function Description 1 VIN Positive input voltage for RKP CMU1 2 VIN Negative input voltage for RKP CMU1 3 Functions 3 1 RCP 2000 monitoring functions As a power management device the RKP CMU1 is capable of monitoring 32 units of RCP 2000 in the same time It not only can read the operating parameters or data such as output voltage output current internal temperature working status series number and firmware version from the units but also can be used to adjust the values of bus voltage and PSU current In addition it can remotely turn the RCP 2000 units on off by the command of PMBus OPERATION pin6 7 JK1 Itis also possible to remotely control the RCP 2000 units without using the RKP CMU1 by connecting the physical pins of PMBus CONTROL 4 JK1 or RKP 1U ON OFF pin1 7 CN500 to 5V AUX Please refer to Table 3 1 RKP 1U ON OFF pin PMBus CONTROL pin PMB
55. s a low voltage level 4 3 11 Condition of Programmable In the Prog Relay section it displays the condition of each programmable relays x indicates that the relay is inactive and its COM contacts the NC o indicates that the relay is activated and its COM is contacting the NO 4 3 12 RKP CMU1 Information Inthe RKP CMU1 Info section there are the serial number the manufacture date the firmware version country of production and the GSM phone number of the RKP CMU1 that can be displayed by pressing the ENT button Serial number of RKP CMU1 Manufacture date of RKP CMU1 Firmware version of RKP CMU1 Country of production of RKP CMU 1 GSM phone number of RKP CMU1 If there is no phone number been stored yet it will display UNSPECIFIED If you would like to set a GSM phone number refer to Section 6 3 7 for details 4 4 Settings Menu Under the Settings Menu there are PSU ON OFF setting Bus voltage setting PSU current setting PSU alarm setting programmable relay setting Data Log Interval communication port setting USB RS232 date and time setting buzzer ON OFF setting and RKP CMU1 address setting that can be selected through the UP DOWN buttons 4 4 1 PSU ON OFF Setting In this page you can enter PSU ON OFF setting by pressing the ENT button when this option is on the screen
56. t domain you can revise it to your current domain by changing those IP address parameters Address Duanana IP Address 18211 Gateway TUM Subnet Mask 255 5 07 Primary DNS 2511 Secondary ona o Firmwer version RO po Copyright R 2911 MEAN WELL Enterprisas Co Ltd rights reserved 6 RKP CMU1 Monitoring Software OSystem requirements 1 Windows XP Windows Vista or Windows 7 operating system 2 AMD or Intel Pentium 133MHz or better based computer 3 USB 1 1 or higher 4 RKP CMU1 monitoring software 6 1 Installation 1 Install Prolific USB driver PL2303 Prolific Driverinstaller v1417 exe onto your PC if this is the first time to run this software Note If there is the need for an updated driver version for your device refer to Prolific official website http www prolific com tw eng downloads asp ID 31 28 2 Install Microsoft Framework4 dotNetFx40 Full x86 64 Note If there is the need for an updated Framework4 version refer to Microsoft website http www microsoft com download en details aspx id 17851 3 Connect the RKP CMU1 to your PC via a USB cable 4 Execute RKP CMU1 exe 6 2 Using RS232 for Communication with RKP CMU1 The RKP CMU1 not only can use USB interface for PC connection but also can use the RS 232 interface There is RS 232 port Male on the rear of the RKP CMU1 you can use DB9 Female DB9 Fem
57. ultiple povver sources Refer to service manual and disconnectall povver Multiple power sources Refer to service manual and disconnect all power source before servicing Above ratings for single module for the max output current see the service manual source before servicing Above ratings for single module for the max output current see the service 1 I I I I I 1 I I I 1 I INPUT 200 240VAC 11 9A OUTPUT 24V 80 INPUT 200 240VAC 11 9A OUTPUT 24V 80 I I 1 I I I I I I I I 1 I I 1 I INPUT 200 240VAC 12 3A OUTPUT 48V 42 INPUT 200 240VAC 12 3A OUTPUT 48V 42 50 60Hz 50 60Hz LI X 24 2 SPS modules provide 24 2 SPS modules provide INPUT 100 109VAC 15 8A OUTPUT 24 52 INPUT 100 109VAC 15 8A OUTPUT 24V 52 INPUT 110 199VAC 16 54 OUTPUT 24V 60 INPUT 110 199 16 5A OUTPUT 24V 60 1 50 60Hz 50 60Hz LI X 12 Max 2 SPS modules provide 12 Max 2 SPS modules provide INPUT 100 109VAC 12 6A OUTPUT 12V 80 INPUT 100 109VAC 12 6A OUTPUT 12V 80 INPUT 110 199VAC 12 8A OUTPUT 12V 90 INPUT 110 199VAC 12 8A OUTPUT 12V 90 INPUT 200 240 7 8 OUTPUT 12V 100A INPUT 200 240VAC 7 8 OUTPUT 12V 100A 50 60 2 50 60Hz
58. umn headers Clicking the Save Log button can save the data onto your PC RKP CMU i Software Rev i0 SE s s X Ek Sorting data can be done by clicking a column header Apa m removed 2311 11 22 11 25 3 250 connection 2211 11 221721 9 Ng PSU 4211 11 45 09 24 26 connection 2311 11 2309 2021 Apa nmi removed 2311 11 23 09 25 22 PSU connection 2311 11 23 09 31 17 m 2511 11 23 09 31 42 Blank area if itis not used SWEET LETITE Save button 6 3 6 Data Log Page The Data Log will save operating data at regular intervals set by Data log interval The Data Log is capable of saving 1000 records but if the stored data is over its capacity it will overwrite the previous data from the first record The contents that Data Log stores include AC voltage relay condition condition of digital input signal output voltage total output current each PSU s currents and time If you would like to check the data that Data Log has stored click the Read Log RK CMU1 Seftware Rev 11 Bus Output teg Reial Relay Pelaa 4 inputi Input Input inputi volt vec Blank page before reading data Read button After reading from the RKP CMU1 the data will be arranged in ascending order of Log No Sorting the data into other orders is also possible by clicking the column headers Clicking the Save Log button can save the data
59. us OPERATION Command RCP 2000 output state Connect to 5V AUX Open 80h ON ON Connect to 5V AUX Connect to 5V AUX 80h ON ON Open Open 80h ON OFF Open Connect to 5V AUX 80h ON ON Don t care Don t care 00h OFF OFF Table 3 1 Note If the purchased unitis a rack or whole system unit the RKP CMUT1 is internally connected with JK1 including pin 4 of PMBus CONTROL and pin 6 7 of PMBus OPERATION which means it can directly remote control the RCP 2000 units in the rack So when you are using the unit as a power management device to monitor your system the pins of CN500 for RKP 1U ON OFF must be opened from 5V AUX to avoid interfering in RKP CMU1 s proper operation 3 2 LED Indicators and LCD User Interface There are LED indicators on the front panel of the RKP CMUT1 that are used to display system operating status Refer to Table 3 2 for details LED Status Description 1 Power on indicator of RKP CMU1 It will be green while Green normal operation A Flashing red RKP CMU1 or RCP 2000 is under an abnormal situation No indication Normal condition Table 3 2 Besides that there are also LCD screen and control buttons on the front panel the LCD user interface It can be used to monitor manage and control your system vvithout using other equipment Refer to chapter 4 for details 3 3 Communication and Operation Interface The RKP CMU1 uses PMBus as the communication interface to c
60. wisted wires should not touch the load wires to avoid interference Refer to Figure 3 2 and Figure 3 3 A too long cable length might induce a higher amount of noise that affects rack units proper operation in parallel To reduce the noise installing termination resistors an accessory to the unused JK1 ports is recommended 3 9 1 Parallel operation of a single unit of RKP 1U CMU1 ORKP 1U CMU1 is equipped with the circuit for connecting RCP 2000 units in parallel Just insert RCP 2000 units into the rack then units to be connected in parallel is done lnternal parallel operation of a rack unit is only suitable for the identical RCP 2000 units namely units with the same output voltage and current rating Under parallel operation please refer to the user s manual of RCP 2000 RKP 1U for notice of operation and connections of the rest of the functions 3 9 2 Parallel operation of RKP 1U CMU1 and RKP 1U Parallel operation of rack units is only suitable for the identical RCP 2000 units namely units with the same output voltage and current rating Up to three rack units including a RKP 1U CMU1 and two RKP 1Us eight RCP 2000 units can be connected in parallel as Figure 3 2 shows 45 cables CAT 5e 8P8C must be used to connect the JK1 ports of each rack units The recommended maximum length is 1m But if there is need for extending the cables the maximum length should not exceed 2m 10 JK1 RJ 45 8P8C RKP 1U CMU1 5V AUX

RKP-CMU1 / RKP-1U-CMU1 Instruction Manual

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