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BayTech MRP User Manual

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2012
ModularRemote Power(MRP)
Copyright2012
BayTechnicalAssociates,Inc
12/1/2012
COMPLIANCESTANDARD..............................................................................................................................................................5
CONNECTIONDESCRIPTION...........................................................................................................................................................6
EIA‐232SERIALCONNECTION.....................................................................................................................................................................6
10/100BASE‐TNETWORKPORTCONNECTION..............................................................................................................................................6
MODEMCOMMUNICATIONS........................................................................................................................................................................6
INSTALLATION...............................................................................................................................................................................7
UNPACKING..............................................................................................................................................................................................7
PREPARINGTHEINSTALLATIONSITE...............................................................................................................................................................7
POWER....................................................................................................................................................................................................7
CIRCUITBREAKER.......................................................................................................................................................................................9
UNITPROCESSORS.....................................................................................................................................................................................9
CABLING......................................................................................................................................................................................10
RJ‐45CABLE...........................................................................................................................................................................................10
ADAPTERS..............................................................................................................................................................................................11
RACKMOUNTHARDWARE..........................................................................................................................................................12
SERIALSETUP.............................................................................................................................................................................. 13
OPERATIONIMPORTANT:...........................................................................................................................................................................13
OUTLETSTATUS.......................................................................................................................................................................................13
QUICKSTART:MRPSERIES..........................................................................................................................................................14
OUTLETCONTROLCONFIGURATION:............................................................................................................................................................14
ETHERNETCONFIGURATION:......................................................................................................................................................................15
NETWORKMENU........................................................................................................................................................................21
OUTLETCONTROLLERSTATUSSCREEN.........................................................................................................................................22
OUTLETHELPOPTIONS................................................................................................................................................................23
RECEPTACLECONTROLS.............................................................................................................................................................................23
ON,OFF,REBOOT,LOCK,ANDUNLOCK.......................................................................................................................................................23
STATUS................................................................................................................................................................................................24
OUTLETCONTROLCONFIGURATIONMENU...................................................................................................................................................25
ManageUsers................................................................................................................................................................................25
ChangeOutletName......................................................................................................................................................................28
Enable/DisableConfirmation.........................................................................................................................................................28
Enable/DisableStatusMenu..........................................................................................................................................................29
ChangeUnitID................................................................................................................................................................................29
ChangeAlarmThreshold............................................................................................................................... .................................29
ChangeDisplayOrientation............................................................................................................................................................30
DISPLAYCURRENTELECTRICALCHARACTERISTICS:..........................................................................................................................................30
LOGGINGOUT.........................................................................................................................................................................................31
CURRENTUSERPASSWORD:.......................................................................................................................................................................31
IDENTIFYCURRENTUSER...........................................................................................................................................................................31
UNITIDENTIFICATION................................................................................................................................................................................31
STATUSMENU.............................................................................................................................................................................32
OVERALLSYSTEMSTATUS..........................................................................................................................................................................32
NETWORKSTATUS....................................................................................................................................................................................32
LOGGEDUSERS........................................................................................................................................................................................32
MEMORYUSAGE.....................................................................................................................................................................................32
CURRENTROUTINGCACHE........................................................................................................................................................................33
ROUTESETUP..........................................................................................................................................................................................33
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PROCESSES.............................................................................................................................................................................................33
UNITINFODATABASE................................................................................................................................................................................33
NETWORKCONFIGURATIONMENU:............................................................................................................................................34
STATUS..................................................................................................................................................................................................34
SERIALPORTCONFIGURATION....................................................................................................................................................................35
Handshaking...................................................................................................................................................................................35
BaudRate.......................................................................................................................................................................................36
WordSize........................................................................................................................................................................................36
StopBits..........................................................................................................................................................................................37
Parity..............................................................................................................................................................................................37
RTS/DTRLineDriverInactivityState...............................................................................................................................................37
SERIALPORTDEVICENAME.......................................................................................................................................................................38
ATTENTIONCHARACTER............................................................................................................................................................................38
DISCONNECTTIMEGUARD..........................................................................................................................................................................38
CONNECTPORTIDECHO...........................................................................................................................................................................38
LOGINSETUPMENU.................................................................................................................................................................................39
AccessControl................................................................................................................................................................................39
ManageUsers................................................................................................................................................................................39
RadiusConfiguration......................................................................................................................................................................41
TACACSConfiguration....................................................................................................................................................................42
NETWORKPORTCONFIGURATION...............................................................................................................................................................44
IPAddress.......................................................................................................................................................................................44
SubnetMask...................................................................................................................................................................................44
GatewayAddress............................................................................................................................................................................45
InactivityTimeout...........................................................................................................................................................................45
CarriageReturnTranslation...........................................................................................................................................................45
BreakLength...................................................................................................................................................................................45
DHCPEnable/Disable......................................................................................................................................................................45
TelnetEnable/Disable.....................................................................................................................................................................45
SSHEnable/Disable.........................................................................................................................................................................46
SSHHostKeyGeneration................................................................................................................................................................46
IPFilterConfiguration.....................................................................................................................................................................46
SNMPConfiguration.......................................................................................................................................................................47
WebServerConfiguration..............................................................................................................................................................48
MODULENAME.......................................................................................................................................................................................49
RPCMANAGEMENT.................................................................................................................................................................................49
TemperatureAlarmThreshold.......................................................................................................................................................49
UnderVoltageAlarmThreshold.....................................................................................................................................................50
OverVoltageAlarmThreshold.......................................................................................................................................................50
LowCurrentAlarmThreshold.........................................................................................................................................................50
EnvironmentalSensors...................................................................................................................................................................50
OutletGroups.................................................................................................................................................................................51
TemperatureUnits(degreesC/F)...................................................................................................................................................53
RPCCascadeMode.........................................................................................................................................................................53
PowerFactorThresholdMenu.......................................................................................................................................................55
FIRMWARE/CONFIGDOWNLOAD................................................................................................................................................................58
EnableFirmwareUpgrade..............................................................................................................................................................58
EnableSSLCertUpload...................................................................................................................................................................58
EnableConfigurationFileUpload...................................................................................................................................................59
RestoreConfigurationDefaults......................................................................................................................................................59
GetCurrentConfigurationFile........................................................................................................................................................60
DisplayConfigurationErrorLog.....................................................................................................................................................60
EnableRelCtl.FirmwareUpgrade..................................................................................................................................................60
UNITRESET.................................................................................................................................................................................61
LOGOUT......................................................................................................................................................................................61
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BAYTECHPRODUCTWARRANTY..................................................................................................................................................62
EXCEPTIONS............................................................................................................................................................................................62
BAYTECHEXTENDEDWARRANTY................................................................................................................................................................62
TECHNICALSUPPORT................................................................................................................................................................................63
REPAIRPOLICY.........................................................................................................................................................................................63
RETURNAUTHORIZATIONPROCESS:.............................................................................................................................................................64
APPENDIX:TACACSCONNECTIONSCENERIOS..............................................................................................................................65
APPENDIX:LCDDISPLAYDESCRIPTION.........................................................................................................................................66
APPENDIX:LEDDISPLAYDESCRIPTION.........................................................................................................................................67
APPENDIX:TROUBLESHOOTING...................................................................................................................................................67
Serial1:PortPinoutTable____________________________________________________________________________________10 Serial2:RJ08X007Pinout____________________________________________________________________________________11 Serial3:RJ45Receptacle&Plug_______________________________________________________________________________11 Serial4:9FRJ45PCCiscoAdapterPinOut________________________________________________________________________11 Serial5:9FRJ45PC‐1AdapterPinout____________________________________________________________________________11 Figure1:OutletStatus_______________________________________________________________________________________16 Figure2:OutletHelp________________________________________________________________________________________16 Figure3:OutletPassword____________________________________________________________________________________17 Figure4:OutletConfiguration_________________________________________________________________________________17 Figure5:OutletManageUser_________________________________________________________________________________17 Figure6:OutletAssignment___________________________________________________________________________________18 Figure7:NetworkMenu______________________________________________________________________________________19 Figure8:NetworkConfiguration_______________________________________________________________________________19 Figure9:NetworkLoginSetup_________________________________________________________________________________19 Figure10:NetworkAccessControl_____________________________________________________________________________19 Figure11:NetworkLoginPrompt______________________________________________________________________________19 Figure12:NetworkManageUsers_____________________________________________________________________________20 Figure13:NetworkPortConfiguration__________________________________________________________________________20 Outlet1:OutletControlHelp__________________________________________________________________________________23 Outlet2:OutletConfiguration_________________________________________________________________________________25 Outlet3:OutletManageUsers________________________________________________________________________________25 StatusMenu1:NetworkStatus________________________________________________________________________________32 Menu1:NetworkConfiguration_______________________________________________________________________________34 Menu2:SerialPortConfiguration______________________________________________________________________________35 Menu3:NetworkLogin______________________________________________________________________________________39 Menu4:NetworkManageUser________________________________________________________________________________39 Menu5:NetworkRadiusConfiguration__________________________________________________________________________41 Menu6:NetworkTACACSConfiguration_________________________________________________________________________42 Menu7:NetworkPortConfiguration____________________________________________________________________________44 Menu8:NetworkIPFilterConfiguration_________________________________________________________________________46 Menu9:NetworkSNMPConfiguration__________________________________________________________________________47 Menu10:WebServerConfiguration____________________________________________________________________________48 Menu11:NetworkRPCManagement___________________________________________________________________________49 Menu12:NetworkRPCCascadeMode__________________________________________________________________________53 Menu13:NetworkFirmware/ConfigDownload___________________________________________________________________58
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ABOUTTHISMRPOWNER’SMANUAL
This document provides information required for installing and operating your Bay Tech equipment. It should allow the user to connect to, power up, and access an applications menu where peripheral equipment can be controlled. We recommend reading this manual carefully, while placing special emphasis on correct cabling and configuration. If you have any problems with your installation, please contact a BayTech Applications Engineer at 228-563-7334, or toll free from anywhere in the United States using 1-800-523-2702 or contact us at our Web Site, www.baytech.net.
BayTech manufactures many remote site management power products and data switches. If you would like information on any of these products, please contact BayTech Customer Service at the above numbers or visit our web site.
Conventions used in this manual include:
CAUTION: This term is used to denote any condition that could possibly result in physical harm to personnel or damage to equipment.
The information in this document is subject to change without notice. The statements, configurations, technical data, and recommendations in this document are believed to be accurate and reliable, but are presented without express or implied warranty. Users must take full responsibility for their applications of any products specified in this document. The information in this document is proprietary to Bay Technical Associates, Inc.
In the interest of improving internal design, operational function, and/or reliability, Bay Technical Associates, Inc reserves the right to make changes to the products described in this document without notice.
Bay Technical Associates, Inc does not assume any liability that may occur due to the use or application of the product(s) or circuit layout(s) described herein.
COMPLIANCESTANDARD
BayTech units are in accordance with the general requirements of Standard for Information Technology Equipment (ETL listed, conforms to ANSI/UL 60950-1 2 CE conforms to IEC 60950.) Equipment installations are to be in accordance with the Canadian Electrical Code, Part I, CSA C22.1-02; General Requirements – Canadian Electrical, Part II, CSA C22.2 No 0-M91; the National Electrical Code, NFPA 70-2005; and the National Electrical Safety Code, NFPA, IEEE C2-2002.
IMPORTANT: This term is used to denote conditions that could result in the loss of communications or to highlight the proper functioning of equipment.
NOTE: This term is used to denote items of interest to the user. <cr>: Carriage Return or ENTER
nd
Edition and CAN/CSA C22.2 No. 60950-00.
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MDP =Modular Distribution Power. This is the plain power strip. No metering, no communications or environmental port.
MMP = Modular Metered Power. This unit measures RMS voltage, and current. Calculates power in watts and power factor efficiency per circuit. Also measures these factors for each outlet and has Environmental Sensor, RS232 and/or Direct IP ports. Control and Non-Controllable Outlets
MRP = Modular Remote Power. This unit measures RMS voltage, and current. Calculates power in watts and power factor efficiency per circuit and has Environmental Sensor, RS232 and/or Direct IP ports. Controllable Outlets
MSP = Modular Sensor Power. This unit measures Input and circuit RMS current. Unit may have Environmental Sensor, RS232 and/or Direct IP ports. Non-Controllable Outlets
Model number description: MRP10.01.328.324BL-XX MRP10 = base unit MRP10 group includes Dual Circuit Breaker (6ea); 01 = Controller Module; LCD
Display, No Networking, Outlet Control; 3 = Quantity; 28 = Receptacle Module; 3 = Quantity; 24BL = Receptacle Module; XX = Power plug type
We welcome any comments you may have about our products, and we hope that you will continue to look to BayTech for your remote management needs.
CONNECTIONDESCRIPTION
BayTech's Modular Series unit provides a Serial EIA232 interface that controls user access and outlet controls to the power strip.
CAUTION: All power should be removed from the BayTech unit prior to removing or installing cables and /or adapters.
EIA232SerialConnection
The RPC has an RJ-45 port which uses an 8-pin crossed modular cable to connect to a local EIA-232 device such as a computer terminal or external modem. Most serial computers do not have RJ-45 connections; therefore an adapter is provided with this unit to convert from a DE-9 connector to an RJ­45 connector (Bay Tech Part No. 9FRJ45PC-4). An adapter to convert from a DB-25 connector to an RJ-45 connector is also available from Bay Tech, upon request (Bay Tech Part No. 25FRJ45PC-4). The 8-pin crossed modular cable is configured to operate with these adapters.
NOTE: Custom cables are available to connect a device to this unit’s serial port. These custom cables are one-way cables labeled with Baytech on one end and a device name on the other end.
10/100BaseTNetworkPortConnection
Using a straight 10/100 Base-T cable, connect the RJ-45 port labeled ETHERNET on the HOST module to an RJ-45 port on the network hub. The LINK (link integrity) LED, located on the front panel of the HOST, illuminates when a good connection is established between the HOST and the hub.
ModemCommunications
A modem can be connected to the EIA-232 serial port by using a 25-pin to RJ45 adapter (Bay Tech Part No. 25MRJ45MD-8). Several types of modem adapters are available from BayTech. Contact an applications engineer for help in choosing the correct adapter.
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INSTALLATION
Unpacking
Compare the unit and serial number of the equipment you received to the packing slip located on the outside of the box. Inspect equipment carefully for damage that may have occurred in shipment. If there is damage to the equipment or if materials are missing, contact BayTech Customer Support at 228-563-7334 or call toll free inside the United States at 800-523-2702. At a minimum, you should receive the following:
PreparingtheInstallationSite
Power
1. The MRP unit.
2. Paper insert referencing BayTech’s website a www.baytech.net/support/ftp_series.php
3. 1 ea. DE-9 (9 pin) PC com port adapter -- 9FRJ45PC (with Cisco Interface) or 9FRJ45PC-1.
4. 1 ea. RJ-45 Roll over cable -- RJ08X007.
5. 1 set of either Vertical or Horizontal Brackets -- M140C138, M140R114, M140R115
NOTE: Keep the shipping container and packing material in the event future shipment is required.
The installation area should be clean and free of extreme temperatures and humidity. Allow sufficient space behind the MRP/MMP/MSP/MDP unit for cabling and receptacle connections. Access to installation site should be restricted to authorized personnel. Installation of these units should be limited to ITE and Telco server environments.
PRÉPARATION DE L'EMPLACEMENT D'INSTALLATION
Le secteur d'installation devrait être propre et exempt des températures et de l'humidité extrêmes. Permettez le suffisamment d'espace derrière l'unité de MRP/MMP/MSP/MDP pour des raccordements de câblage et de réceptacle. L'accès à l'emplacement d'installation devrait être limité au personnel autorisé. L'installation de ces unités devrait être limitée à ITE et à environnements de serveur de Telco.
208V 3øY VAC Model: Internal 120/208 VAC, 3Ø, 50/60 Hz
(16, 20, 30, 32, 50 or 60 Amps Maximum Load).
400V 3øY VAC Model: Internal 230/400 VAC, 3Ø, 50/60 Hz
(16, 20, 30, 32, 50, or 60 Amps Maximum Load)
208V VAC Model: Internal 120/208 VAC 50/60 Hz
(10, 15, 16, 20, 30, 32, 50, or 60 Amps Maximum Load).
120V VAC Model: Internal 120 VAC 50/60 Hz
(15, 20, 30, 50, or 60 Amps Maximum Load).
.
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CAUTION: This unit is intended for indoor use only. Do not install near water or expose this unit to moisture. To prevent heat buildup, do not coil the power cord when in use. Do not use extension
Applying power illuminates a green LED on the front panel of the MRP/MMP/MSP/MDP. When the power switch is off, devices connected to the unit are not receiving power.
Mettre sous tension illumine une LED verte pour la puissance sur le panneau avant de la MRP/MMP/MSP/MDP. Quand le commutateur électrique est éteint, les dispositifs reliés à l'unité ne reçoivent pas la puissance.
cords. Do not attempt to make any internal changes to the power source. Do not attempt to modify any portion or component of an MRP/MMP/MSP/MDP Series Unit unless specifically directed to by BayTech personnel. BayTech must perform any internal operations.
ATTENTION: Cette unité est prévue pour l'usage d'intérieur seulement. N'installez pas près de l'eau ou n'exposez pas cette unité à l'humidité. Pour empêcher l'habillage de la chaleur, ne lovez pas le cordon de secteur en service. N'employez pas les cordes de prolongation. N'essayez pas de n'apporter aucune modification interne à la source d'énergie. N'essayez pas de ne modifier aucune partie ou composant d'une unité de série de MRP/MMP/MSP/MDP à moins qu'ait spécifiquement dirigé vers par le personnel de BayTech. BayTech doit effectuer toutes les opérations internes.
CAUTION: High-voltage surges and spikes can damage this equipment. To protect from such power surges and spikes, this unit must have a good earth ground or good power surge protection.
ATTENTION: Les montées subites et les transitoires à haute tension peuvent endommager cet équipement. Pour se protéger contre de telles montées subites et transitoires de puissance, cette unité doit avoir une bonne protection rectifiée ou bonne de la terre de puissance de montée subite.
CAUTION: Do not exceed the AC current rating for the selected model.
ATTENTION: Ne dépassez pas l'estimation courante à C.A. pour le modèle choisi.
CAUTION: In order to be absolutely removed from the power supply, the power cord must be
unplugged from the power source.
ATTENTION: Afin d'être absolument enlevé de l'alimentation d'énergie, le cordon de secteur doit être débranché de la source d'énergie.
CAUTION: For PERMANENTLY CONNECTED EQUIPMENT, a readily accessible disconnect device (Circuit Breaker rated not to exceed the amperage rating of the unit) shall be incorporated in the fixed wiring between the power source and the Baytech unit. For PLUGGABLE EQUIPMENT, the socket-outlet shall be installed near the equipment and easily accessible. The outlets providing power to the unit shall be protected against over current, short circuit and earth fault by suitable rated protective devices.
ATTENTION: Pour l'ÉQUIPEMENT DE MANIÈRE PERMANENTE RELIÉ, un dispositif aisément accessible de débranchement (disjoncteur évalué pour ne pas dépasser l'estimation d'ampérage de l'unité) sera incorporé dans le câblage fixe entre la source d'énergie et l'unité de BayTech. Pour l'ÉQUIPEMENT QUE L'ON PEUT BRANCHER, la douille-sortie sera installée près de l'équipement et facilement accessible. Les sorties fournissant la puissance à l'unité seront protégées contre le courant, le court-circuit et le défaut de terre finis par les dispositifs protecteurs évalués appropriés.
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CircuitBreaker
Depending on if the unit has circuit breakers, in the case of power overload, the circuit breaker automatically trips. Determine the cause of the tripped circuit breaker, correct the problem then reset the circuit breaker by depressing the circuit breaker switch. If an overload condition occurs, the MRP/MMP/MSP/MDP status menu is still accessible. If all circuits are closed, the circuit breaker status menu will indicate “On.” If the circuit breaker is tripped, the circuit breaker status will indicate “Off.” If no power cord is attached to the “IN” receptacle, the circuit breaker status will indicate “Off”, indicating there is no power available to the “OUT” receptacle.
208V/48A Rated Model: (60A Maximum Over current protection Device).
208V/40A Rated Model:
(50A Maximum Over current protection Device).
208V/24A Rated Model: (30A Maximum Over current protection Device). 208V/16A Rated Model: (20A Maximum Over current protection Device) 208V/12A Rated Model: (15A Maximum Over current protection Device) 400V/16A Rated Model: (20A Maximum Over current protection Device) 120V/24A Rated Model: (30A Maximum Over current protection Device) 120V/16A Rated Model:
(20A Maximum Over current protection Device)
UnitProcessors
The unit controller has two processors, Ethernet and Outlet processors. Both processors are flash upgradable via Ethernet port. Power strips with only a Serial port must be connected to a Master unit or Baytech Data Switch to upgrade the Outlet Controller. You may contact Baytech Technical Support for the latest firmware. Each Outlet Modules has a processor that communicates with the Outlet Controller. This processor cannot be upgraded in the field. If an upgrade is needed, Baytech Technical Support will be contacted you.
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CABLING
RJ45Cable
Control Module RJ-45 pin Signals
EIA 232
Pin
1 DTR Out +10V when activated by DCD. Toggles on logout for modem disconnect. 2 GND Signal Ground 3 RTS Out +10 V when power is applied. Not used as a handshake line. 4 TX Out Transmit (Data Out) 5 RX In Receive (Data In) 6 N/C In No Connection. 7 GND Signal Ground 8 DCD In DCD into the MRP.
Adapter signals Listed are the pin specifications for the BayTech cable and adapters and the terminal COM ports:
Signal
Signal Directio n
Serial 1: Port Pin out Table
Description
Signal RS-232
Port (DS)
DTR 1 1 4 20 DSR
GND 2 2 1 GND
RTS 3 3 7 5 CTS TXD 4 4 3 2 RXD RXD 5 5 2 3 TXD
DSR 6 N/C 6 6 DTR
GND 7 7 5 7 GND
CTS 8 8 4 RTS
DTR 4 DCD
DCD 8 1 8 DTR
RI 9 22
RS-232
Port
(MRP)
COM Port
DE-9 Pin
COM Port
DB-25 Pin
Signal
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RJ08X007 Standard Rollover Cable – RJ45 to RJ45
Serial 2: RJ08X007 Pin out
Serial 3: RJ45 Receptacle & Plug
Adapters
Serial 4: 9FRJ45PC Cisco Adapter Pin Out
(Use with RJ08X007 Cable And B/C switch in “C”) (Use with RJ08X007 Cable
Serial 5: 9FRJ45PC-1 Adapter Pin out
And B/C switch in B”)
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RackMountHardware
Tool Less hardware installed on back of unit. If hardware is not needed, remove with Phillips screwdriver.
Instructions to install M140C138 brackets to the Baytech vertical power strip.
In each unit locate the small bubble wrapped brackets containing two brackets and four screws. See
figure 1 and 2.
Figure1 Figure2
Line up the bracket holes to the holes on the unit. Figure 3.
Figure 3
Screw in two screws. Figures 4, 5, & 6 show the bracket mounted in three different positions.
Figure 4 Figure 5
Figure 6
Page12
SERIALSETUP
OperationImportant:
OutletStatus
Connect the 9FRJ45PC-1 adapter to the user’s computer Connect the RPC EIA-232 port to the adapter via the RJ08X007 rolled flat ribbon cable. Use terminal emulation software to access the unit, 9600 bps, 8 data bits, 1stop bit, no parity,
no flow control, and B/C switch set to ‘B’.
NOTE: At any time during the session you need to go to another menu, use the Attention Character = semi-colon (;). Press the attention character key 5-times to get back to the
main status menu. IMPORTANT: If a device, other than a PC, is used to connect to the serial EIA232 port, a
custom cable is needed; see Serial 1 figure above, for serial port pin out.
IMPORTANT: Do not connect both ends of the 8” serial cable until after the MASTER unit has been configured.
When operating remotely, do not send the command to turn “off” a receptacle that has a host terminal or modem attached. Doing so will result in the host terminal or modem being powered down creating a “locked-out” condition. You will not be able to reestablish a connection until the receptacle has been turned “on” through the serial port.
IMPORTANT: If you send the command to “reboot” a receptacle with a host terminal or modem attached, active connection to that terminal or modem is lost and will have to be reestablished.
IMPORTANT: An assigned user is allowed one active session. The admin user is allowed four sessions running concurrently.
The green LED’s correspond to the unit’s receptacles. An illuminated LED signifies the corresponding outlet has power turned on, thus the attached equipment has power to it. No lit LED signifies no power to the receptacle.
The Modular Series are multi-user units, supporting one admin user and up to Thirty-two outlet users. The admin user has access to all outlets, user and system configuration options, unit status, and unit reset capabilities. The outlet user’s status menu displays only those outlets assigned to the user’s outlet list, as set by the admin user.
NOTE: The Modular Series supports one admin user. The admin user may have four sessions running concurrently. Default user name is ‘root’. User names are case sensitive.
NOTE: Each session has an inactivity timeout of ten minutes, if there is no option to set the timeout. After ten minutes of no activity elapses, the session terminates.
NOTE: The Modular Series menu is used for demonstration throughout this manual. There will be some differences in the menus dependent on the firmware revision and the number of outlets on your unit.
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QUICKSTART:MRPSERIES
For those Administrators who have requested the bare minimum for this type of equipment, follow these steps exactly. If this is a new unit shipped directly from Baytech, follow the steps. If this is a previously own unit, perform a factory reset to clear out any users and passwords still in the unit.
OutletControlConfiguration:
1. Connect the 9FRJ45PC-4 or 9FRJ45PC-1 adapter to your PC.
2. Connect the supplied rollover flat cable RJ08X007 to the adapter and to the EIA232 serial port
on the Baytech MRP device.
3. Use terminal emulation software to access the unit, (i.e. Microsoft Hyper-terminal). Set the PC
serial port configuration to the following: 9600 bps, 8 data bits, 1stop bit and no parity. If your device has a B/C switch near the EIA232 port, set it to ‘B’.
4. If you get only a blinking cursor Press ‘Enter’. If still only a blinking cursor, Type 5 semi-
colons (;), there is a one second delay before the menu is displayed.
5. You should get the Outlet Status menu (Figure 1). This is the outlet controller circuits. If you
get the Network Menu (Figure 7), select option 1, Outlet Control or Unit (MRP 10 (2, 1) . . .
1) to get to the Outlet Status menu.
6. At prompt type ‘config’ and press ‘Enter’. You should see a menu similar to (Figure 4).
7. Select number for the Manage Users option. You should see a menu similar to (Figure 5).
8. IMPORTANT NOTE: the first user added will be the ADMIN user. Type “A” and press
‘Enter’. Type the name of the admin user. The name is case sensitive.
9. Select the user number. You should see the user in the menu similar to (Figure 6).
10. Select ‘Add Outlet(s)’ to add a few outlets (i.e. 1, 2, 4) and press ‘Enter’ or select ‘Add All
Outlet’. A “Y” signifies the outlet has been assigned to the user.
11. Press ‘Enter’ you should see a menu similar to (Figure 5) with the user name. Repeat steps 7
thru 10 to add other users.
12. Once you have added the users press ‘Enter’ until you get back to the Outlet Status menu,
(Figure 1). Type “Exit”. With (Microsoft Hyper-terminal) pressing ‘Enter’ will reconnect to the unit outlet controller and it will ask for a use name. If this does not happen close the terminal emulator session and open it again.
13. Type the name of a user to log in. You should see a menu similar to (Figure 1). The user will
see only the outlets assigned to them.
14. At the prompt type ‘password’
(Figure 3).
15. Enter the password for the user. Repeat steps 12 thru 14 to add or change the password of the
user.
At this point you have enough Outlet Control Configurations to operate this Baytech Device. Continue to the Ethernet Controller Configuration if your unit has an Ethernet port.
and press ‘Enter’. You should see prompts similar to
Page14
This is the bare minimum for Ethernet Control. If this is a new unit shipped directly from Baytech, follow the steps. If this is a previously own unit, perform a factory reset to clear out any users and passwords still in the unit. The System Administrator should tell you to use DHCP or provide you an IP Address, Subnet Mask, and Gateway Address. NOTE: default IP Address is 0.0.0.0
EthernetConfiguration:
Before continuing your System Administrator needs to tell you to use DHCP or give you an IP Address, Subnet Address, and Gateway Address.
1. If this Baytech device has an Ethernet port, at the prompt of any menu type five Attention
Characters (factory default is the semi-colon, {;}). The Attention Character will not echo on the screen. You should see a menu similar to (Figure 7).
2. Select ‘C’ for the configuration menu. You should see a menu similar to (Figure 8).
3. Select the number for ‘Login Setup’ option. You should see a menu similar to (Figure 9).
4. Select the number for ‘Manage Users’ option. You should see a menu similar to (Figure 12).
5. NOTE: The ‘root’ user can not be deleted.
6. Select ‘A’ to add user. Type the name and password at the prompts.
7. Press ‘Enter’ until get to the ‘Login Setup Menu’ (Figure 9).
8. Select ‘Access Control’ to enable or disable the Tenet and Serial Login Prompt (Figure 10).
9. Press ‘Enter’ until you get the Configuration menu (Figure 8).
10. Select ‘Network Port Configuration’ option. You should see a menu similar to (Figure 13).
11. If your System Administrator requires you to use DHCP, then select ‘DHCP Enable/Disable’
and type “Y” to enable DHCP. If you wish to assign a static IP address to this unit, Disable the DHCP and go to step 15.
12. Press ‘Enter’ until you are asked to ‘Accept Changes’. Type “Y” to accept changes or “N” to
decline changes.
13. After Accepting or Declining Changes you should get the Network Access Menu (Figure 7).
14. Select ‘Unit reset’ to update the external connections. Once the reset is completed (1 minute)
connect the Baytech device to your network using an Ethernet cable.
15. If you disabled the DHCP in step 11, you should see a menu similar to (Figure 13).
16. Select the ‘IP Address’ option and type the assigned IP address and press ‘Enter’.
17. Select the ‘Subnet Mask’ option and type the assigned subnet mask address and press ‘Enter’.
18. Select the ‘Gateway Address’ option and type the assigned Gateway address and press ‘Enter’.
19. Press ‘Enter’ until you are asked to ‘Accept Changes’. Type “Y” to accept changes.
20. Select ‘Unit reset’ to update the external connections. Once the reset is completed (1 minute)
connect the Baytech device to your network using an Ethernet cable.
21. You should be prompted for a user name and password, similar to (Figure 11)
At this point you have enough basic configurations needed to operate this Baytech unit.
Page15
Status Screen: Once the serial connection is made using the terminal software, the screen will display the inherent state of the outlets, the Average Power, RMS voltage, Current and Maximum Detected Current both in Amps, circuit breaker, Internal temperature of the unit, and external temperature sensors if connected. The number of outlets displayed depends on the MRP model.
Figure 1: Outlet Status
Total kW-h: 0
------------------------------------------------------------------------------­| Circuit | True RMS | Peak RMS | True RMS | Average | Volt- | | Group | Current | Current | Voltage | Power | Amps |
------------------------------------------------------------------------------­| Circuit C1 | 0.0 Amps | 0.0 Amps | 209.5 Volts | 0 Watts | 4 VA | | Circuit C2 | 0.0 Amps | 0.0 Amps | 209.5 Volts | 0 Watts | 4 VA | | Circuit C3 | 0.0 Amps | 0.0 Amps | 209.5 Volts | 1 Watts | 4 VA | | Circuit C4 | 0.0 Amps | 0.0 Amps | 207.3 Volts | 0 Watts | 4 VA | | Circuit C5 | 0.0 Amps | 0.0 Amps | 208.3 Volts | 1 Watts | 4 VA | | Circuit C6 | 0.0 Amps | 0.0 Amps | 209.6 Volts | 0 Watts | 4 VA |
------------------------------------------------------------------------------­Int. Temp: 77.9 F Switch 1: Open 2: Open
1)...CKT 1 Outlet 1 : On 2)...CKT 1 Outlet 2 : On
3)...CKT 1 Outlet 3 : On 4)...CKT 1 Outlet 4 : On
5)...CKT 2 Outlet 1 : On 6)...CKT 2 Outlet 2 : On
7)...CKT 2 Outlet 3 : On 8)...CKT 2 Outlet 4 : On
9)...CKT 3 Outlet 1 : On 10)...CKT 3 Outlet 2 : On
11)...CKT 3 Outlet 3 : On 12)...CKT 3 Outlet 4 : On
13)...CKT 4 Outlet 1 : On 14)...CKT 4 Outlet 2 : On
15)...CKT 4 Outlet 3 : On 16)...CKT 4 Outlet 4 : On
17)...CKT 5 Outlet 1 : On 18)...CKT 5 Outlet 2 : On
19)...CKT 5 Outlet 3 : On 20)...CKT 5 Outlet 4 : On
Type Help for a list of commands
MRP-20>
Help Menu: Type Help followed by a <CR> to view the line commands for the MRP outlet control.
Figure 2: Outlet Help
MRP-20>help
On n <cr> --Turn on an Outlet, n=0,1...36,all Off n <cr> --Turn off an Outlet, n=0,1...36,all Reboot n <cr> --Reboot an Outlet, n=0,1...36,all Status <cr> --MRP-10 Status Config <cr> --Enter configuration mode Lock n <cr> --Locks Outlet(s) state, n=0,1...36,all Unlock n <cr> --Unlock Outlet(s) state, n=0,1...36,all Current <cr> --Display True RMS Current Voltage <cr> --Display True RMS Voltage Power <cr> --Display Average Power Clear <cr> --Reset the maximum detected current Temp <cr> --Read current temperature Logout <cr> --Logoff Logoff <cr> --Logoff Exit <cr> --Logoff Password <cr> --Changes the current user password Whoami <cr> --Displays the current user name Unitid <cr> --Displays the unit ID
Type Help for a list of commands MRP-20>
Page16
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Password setting: Once you have logged out and log back in as a user or as the administrator, you can then set the password to gain access. Type “Password”<cr>
Figure 3: Outlet Password
MRP>password Enter new Password: ***** Re-Enter new Password: ***** Type Help for a list of commands MRP>
Power Controller Configuration Menu: To select the configuration menu, type ‘config’ at
the prompt.
NOTE: If the unit display with the following message, “Configuration mode in use” A user in the other port is in the “Configuration” menu.
Figure 4: Outlet Configuration
MRP>config
Unit ID: MRP20
1)...Manage Users Add/Delete/Rename, assign outlets
2)...Change Outlet Name Select an outlet to change its name
3)...Enable/Disable Confirmation Confirmation (Y/N)
4)...Enable/Disable Status Menu Opening status of outlets
5)...Change Unit ID As written
6)...Change Alarm Threshold As written
7)...Change Display Orientation Flip Display X)...Exit
Manage User
The User Menu allows the admin user to add and delete users, change passwords, and change the outlet list that displays a user’s access to prescribed outlets. Select “Manage Users,” from the configuration menu and the following menu appears if the unit has been reset or initial setup:
Figure 5: Outlet Manage User
-----------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
-------------------------------------------
------------------------------------------­ A)...Add User D)...Delete User R)...Rename User C)...Change Circuit Group Enter user number to assign Outlets, A, D, C or R. Enter Request:
NOTE: User in position (1) will be the ‘admin user’ for the outlets. Older units will not display the ‘delete’ option until a user is added.
Add a User:
Select A), “Add user,” from the User Management Menu. Enter the name of the user to be added, followed by <cr>.
NOTE: User name is case sensitive.
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Assigned Outlets
Select a user number from the User Management Menu, the MRP unit will display the Assign Outlet Menu:
Figure 6: Outlet Assignment
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
-------------------------------------------
1) engineer | N | N | N | N |
-------------------------------------------
1)...Add Outlet(s) Add individual Outlets (X, X, X, X)
2)...Remove Outlet(s) Remove individual Outlets
3)...Add All Outlets Add all outlets to above user
4)...Remove All Outlets Remove all Outlets from the above user C)...Change Circuit Group Display next Circuit group of outlets
Enter Request:
NOTE: If an outlet user’s list is changed while the user is logged in, their outlet list changes dynamically. If enabled, an updated outlet status report will be issued. “Y” means the outlet is assigned to the user. “N” means the outlet is NOT assigned to the user.
Change Outlet Name: Allows the administrator to change the name of the outlets. Enable/Disable Confirmation: Enables/Disables the confirmation of choices. Example, “Turn off all
outlets [Y/N]?”
Enable/Disable Status Menu; Enables/Disables whether outlet status menu is displayed. Change Unit ID: Allows the user to change the name of the unit. The defaulted is something similar
to MRP1. Allows the user to personalize or customize name or location, up to 31 alphanumeric characters.
Change Alarm Threshold: The Alarm Threshold is the value set that sounds the amperage alarm when it reaches or exceeds the amperage value indicated.
Change Circuit Group: Allows user to flip the display for units with cords going out the top of cabinets.
Universal Ethernet Controller Configuration:
Access Menu: The Access Menu screen, allows for Outlet Operations, Network Configuration, or Disconnection. To access the Network Configuration Screen, type five Attention Characters.
NOTE: For initial network access, the IP address, subnet mask, and gateway must be configured from the serial port. Default setting is 0.0.0.0.
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8
Figure 7: Network Menu
Module: 1 Attention Character: ;
MRP20 (2 ,1).........1
Status..........................S Unit Status
Configure.......................C Unit Configuration menu
Unit Reset......................RU Terminates external connections,
does not affect outlet states.
Logout..........................T
Enter Request :s
Figure 8: Network Configuration
Copyright(C) Bay Technical Associates 200 URPC Ethernet Host Module Revision F 2.25.06 Module 1 Hardware 1.00 Serial number 22222 colilo version 1.05.01
Status..........................1 Status of all network options
Serial Port Configuration.......2 Setup the Serial port EIA232
Serial Port Device Name.........3 Change the EIA232 port name
Attention Character.............4 Type 5 times to access Network Main menu.
Disconnect Timeguard............5 Data received within the delay period,
is data, not attention character; thereby preventing unwanted port disconnection
Connect Port ID Echo............6 Echo port name or module# & port#
Login Setup.....................7 Login Menu Serial/Telnet/Radius/TACACS
access control, manage users
Network Port Configuration......8 Network Port IP Address
Module Name.....................9 Change name of module
MRP Management.................10 Set up Voltage/Current/Sensor threshold
Firmware / Config Download.....11 Update Firmware, SSL, Configuration files
Exit.........................X,CR
Enter Request :
Login Setup Menu
Figure 9: Network Login Setup
Access Control..................1
Manage Users....................2
Radius Configuration............3
TACACS Configuration............4
Exit............................X,CR
Access Control
Enable or disable usernames and passwords for both network and serial port access. If either login has been enabled you will get a prompt similar to the following:
Figure 10: Network Access Control
Telnet Login Prompt Enable/Disable..1 Serial Login Prompt Enable/Disable..2
Figure 11: Network Login Prompt
Universal RPC login: Password:
The default user and password is “root/baytech”, all lower case.
Page19
Manage Users
Add/delete users and change their passwords. Usernames and passwords are case sensitive and alphanumeric. The root user can not be removed.
Figure 12: Network Manage Users
User Management Menu To change user password or port access, enter number of user. To add/delete user, select appropriate menu choice. SNMP V3 requires passwords that are between 8 and 31 characters long Enter request, CR to exit menus. A)...Add user
1)...root
Network Port Configuration
For network access, you must configure the IP addresses, Subnet Mask, and Gateway Address, or enable the DHCP. The Changes must be saved and the module reset for network changes to take effect.
Figure 13: Network Port Configuration
Network setup :
Ethernet Address................ 00:C0:48:00:01:FD
IP Address...................... 70.150.140.89
Subnet Mask..................... 255.255.255.224
Default Gateway................. 70.150.140.65
Connection Inactivity Timeout (mins): Disabled Carriage Return Translation: Enabled Break Length (msecs): 350 DHCP is Disabled Telnet is Enabled SSH is Enabled SSH host keys are set to factory default
IP Address........................1
Subnet Mask.......................2
Gateway Address...................3
Inactivity Timeout................4
Carriage Return Translation.......5
Break Length......................6
DHCP Enable/Disable...............7
Telnet Enable/Disable.............8
SSH Enable/Disable................9
SSH Host Key Generation...........10
IP Filter Configuration...........11
SNMP Configuration................12
Web Server Configuration..........13
Exit..............................X,CR
Enter Request :
Page20
U
DetailOperationsandConfigurations
After logging into the unit, the unit will display additional hardware information: Outlet controller firmware, F1.11 Options installed Voltage and Current sensors and Internal Temperature Sensor. (Opening access to internal RPC) signifies the processor is checking to see what is installed. “Enter user name:” will appear if a user has been assigned to the Outlet Controller
niversal RPC login: root
Password:
BAYTECH
For further information check: http://www.baytech.net/
opening access to internal RPC
MRP-27 Series (C) 2008 BayTech F1.11
Option(s) Installed: True RMS Voltage True RMS Current
Internal Temperature
Enter user name:
NETWORKMENU
Single Unit Menu
The Network menu can be accessed through the Ethernet or Console (EIA232) port.
1), opens the Outlet Controller Menu, Ethernet unit.
2), opens the Outlet Controller Menu, Non-Ethernet
unit.
O), opens the Cascade Outlet Controller Menu. S), opens the Ethernet data Status. C), opens the Network Configuration Menu. RU), opens the reset decision. T), close session
CASCADE ENABLED Menu
NOTE: Option (2) and option (O) are for units set for Cascade operations.
Module: 1 Attention Character: ;
MRP27 (2 ,1).........1
Status..........................S
Configure.......................C
Unit Reset......................RU
Logout..........................T
Enter Request :
Module: 1 Attention Character:
MRP27 (2 ,1).........1
MRP27 (2 ,2).........2
Outlet Group Control............O
Status..........................S
Configure.......................C
Unit Reset......................RU
Logout..........................T
Enter Request :s
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OUTLETCONTROLLERSTATUSSCREEN
The Outlet Controller displays the measured circuit True RMS and Peak RMS current values; True RMS Voltage; Average Power, Voltage/Amps; Internal and External temperature and Humidity with attached probes; along with Open/Close external Switch probes. Also displays the outlet status. At the prompt type
“Help” for outlet command and other menus
MRP-10 Series (C) 2008 BayTech F1.12
True RMS Voltage True RMS Current
Internal Temperature
Unit ID: MRP-10
Total kW-h: 8731
------------------------------------------------------------------------------­| Circuit | True RMS | Peak RMS | True RMS | Average | Volt- | | Group | Current | Current | Voltage | Power | Amps |
------------------------------------------------------------------------------­| Circuit M1 | 0.0 Amps | 0.0 Amps | 196.7 Volts | 0 Watts | 4 VA | | Circuit M2 | 0.0 Amps | 0.0 Amps | 200.8 Volts | 0 Watts | 4 VA | | Circuit M3 | 0.0 Amps | 0.0 Amps | 200.3 Volts | 0 Watts | 4 VA | | Circuit M4 | 0.0 Amps | 0.0 Amps | 199.4 Volts | 0 Watts | 4 VA | | Circuit M5 | 0.0 Amps | 0.0 Amps | 198.6 Volts | 0 Watts | 4 VA | | Circuit M6 | 0.0 Amps | 0.0 Amps | 199.6 Volts | 0 Watts | 4 VA |
-------------------------------------------------------------------------------
Int. Temp: 115.7 F Ext. 1: 74.7 F : 52.7% RH Ext. 2: 72.0 F
1)...MOD 1 Outlet 1 : On 2)...MOD 1 Outlet 2 : On
3)...MOD 1 Outlet 3 : On 4)...MOD 1 Outlet 4 : On
5)...MOD 2 Outlet 1 : On 6)...MOD 2 Outlet 2 : On
7)...MOD 2 Outlet 3 : On 8)...MOD 2 Outlet 4 : On
9)...MOD 3 Outlet 1 : On 10)...MOD 3 Outlet 2 : On
11)...MOD 3 Outlet 3 : On 12)...MOD 3 Outlet 4 : On
13)...MOD 4 Outlet 1 : On 14)...MOD 4 Outlet 2 : On
15)...MOD 4 Outlet 3 : On 16)...MOD 4 Outlet 4 : On
17)...MOD 5 Outlet 1 : On 18)...MOD 5 Outlet 2 : On
19)...MOD 5 Outlet 3 : On 20)...MOD 5 Outlet 4 : On
21)...MOD 6 Outlet 1 : On 22)...MOD 6 Outlet 2 : On
23)...MOD 6 Outlet 3 : On 24)...MOD 6 Outlet 4 : On
Type Help for a list of commands
MRP-10>
NOTE: Int. Temp = unit internal temperature. Ext = external temperature probe. Two environmental ports are available. Temperature reads in Fahrenheit or Celsius. RH = Relative humidity.
NOTE: The user will see only those outlets assigned to them by the admin user.
NOTE: The first three letters in the prompt designate a class of units with a sub-class
of numbers. Classes = (MDP, MMP, MRP, MSP); i.e. MRP10 is the model number.
Type “Help” at the prompt to display a list of commands to change the outlet state, outlet configuration, and internal sensor measurements.
.
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y
OUTLETHELPOPTIONS
Outlet 1: Outlet Control Help
On n <cr> --Turn on an Outlet, n=0,1...24,all Off n <cr> --Turn off an Outlet, n=0,1...24,all Reboot n <cr> --Reboot an Outlet, n=0,1...24,all Status <cr> --MRP-10 Status Config <cr> --Enter configuration mode Lock n <cr> --Locks Outlet(s) state, n=0,1...24,all Unlock n <cr> --Unlock Outlet(s) state, n=0,1...24,all Current <cr> --Display True RMS Current Voltage <cr> --Display True RMS Voltage Power <cr> --Display Average Power Clear <cr> --Reset the maximum detected current Temp <cr> --Read current temperature Logout <cr> --Logoff Logoff <cr> --Logoff Exit <cr> --Logoff Password <cr> --Changes the current user password Whoami <cr> --Displays the current user name Unitid <cr> --Displays the unit ID
ReceptacleControls On,Off,Reboot,Lock,andUnlock
These commands are to control the individual outlets. From the (MRP >) prompt, enter one of the following commands: ON n, OFF n, REBOOT n, LOCK n, UNLOCK n, where “n” is the outlet number you want to command.
Example: To turn “On” Outlet 3, type ON 3 from the MRP prompt. If the confirmation option is turned on, the UNIT will display the following:
Type “Y” for yes or “N” for no. Likewise, typing “ON ALL”, “ON 0”, or “ON” at the MRP > prompt and responding “Y” for yes, turns ‘On’ all outlets. The OFF n command work similarly as the ON n command.
The REBOOT n command will reboot or reset equipment attached to corresponding receptacle(s). When the command to REBOOT (n) is sent from the MRP > prompt, the MRP powers ‘Off’ the corresponding outlet(s) for approximately 10 seconds, then powers them ‘On’ in sequence. This command only works on outlets which were ‘On’ prior to receiving the reboot command.
The LOCK n command is an admin user only command. This command allows the admin user to lock an outlet in its current state. The user assigned to the outlet will not be able to change the outlet’s state. Example: To lock Outlet 1, type lock 1 at the MRP prompt.
Type “Y” for yes or “N” for no. The status of Outlet 1 will be changed to ‘Locked’. Likewise, typing
“LOCK ALL”, “LOCK 0”, or “LOCK” at the MRP > prompt and responding “Y” for yes, ‘Locks’ all outlets. The UNLOCK n command wor
s similarl
as the LOCK n command.
Turn On Outlet 3 (Y/N)?
MRP10>lock 1, Lock Outlet 1 (Y/N)? y
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h
STATUS
This shows the current status of all circuit to the circuit breaker level. It shows Circuit Groups, True RMS Current, Peak RMS Current, True RMS Voltage, Average Power, and Volt-Amps. Status also shows whether the outlets are on, off, or locked.
A unit with less than (6) circuit breakers will show the current status of the breakers and all circuit module level. It shows Circuit Groups, True RMS Current, Peak RMS Current, True RMS Voltage, Average Power, and Volt­Amps. Status also shows whether the outlets are on, off, or locked
Unit ID: MRP10
Total kW-h: 0
------------------------------------------------------------------------------­| Circuit | True RMS | Peak RMS | True RMS | Average | Volt- | | Group | Current | Current | Voltage | Power | Amps |
------------------------------------------------------------------------------­| Circuit C1 | 0.0 Amps | 0.7 Amps | 202.2 Volts | 0 Watts | 4 VA | | Circuit C2 | 0.0 Amps | 0.0 Amps | 204.1 Volts | 0 Watts | 4 VA | | Circuit C3 | 0.2 Amps | 0.5 Amps | 202.9 Volts | 0 Watts | 52 VA | | Circuit C4 | 0.6 Amps | 0.9 Amps | 202.3 Volts | 50 Watts | 123 VA | | Circuit C5 | 1.3 Amps | 1.8 Amps | 203.7 Volts | 92 Watts | 265 VA | | Circuit C6 | 0.9 Amps | 1.4 Amps | 206.0 Volts | 74 Watts | 199 VA |
------------------------------------------------------------------------------­Int. Temp: 95.9 F Ext. 1: 72.3 F : 31.5% RH Ext. 2: 71.1 F
1)...Outlet 1 : On 2)...Outlet 2 : On
3)...Outlet 3 : On 4)...Outlet 4 : On
5)...(RIGHT) Outlet : On 6)...Outlet 6 : On
7)...Outlet 7 : On 8)...Outlet 8 : On
9)...Outlet 9 : On 10)...Outlet 10 : On
11)...Outlet 11 : On 12)...(LEFT) Outlet 1 : On
13)...Outlet 13 : On 14)...Outlet 14 : On
15)...Outlet 15 : On 16)...Outlet 16 : On
17)...Outlet 17 : On 18)...Outlet 18 : On
19)...Outlet 19 : On 20)...Outlet 20 : On
21)...Outlet 21 : On 22)...Outlet 22 : On
23)...Outlet 23 : On 24)...Outlet 24 : On
25)...Outlet 25 : On 26)...Outlet 26 : On
27)...Outlet 27 : On 28)...Outlet 28 : On
29)...Outlet 29 : On 30)...Outlet 30 : On
Total kW
-----------------------------------------­| Circuit | True RMS | Peak RMS | | Breaker | Current | Current |
-----------------------------------------­| CKT1 | 0.3 Amps | 0.6 Amps | | CKT2 | 0.6 Amps | 0.7 Amps |
------------------------------------------------------------------------------­| Circuit | True RMS | Peak RMS | True RMS | Average | Volt- | | Group | Current | Current | Voltage | Power | Amps |
------------------------------------------------------------------------------­| Circuit M1 | 0.2 Amps | 0.3 Amps | 128.2 Volts | 10 Watts | 27 VA | | Circuit M2 | 0.0 Amps | 0.1 Amps | 218.9 Volts | 0 Watts | 3 VA | | Circuit M3 | 0.1 Amps | 0.1 Amps | 219.6 Volts | 0 Watts | 31 VA | | Circuit M4 | 0.2 Amps | 0.2 Amps | 221.7 Volts | 0 Watts | 44 VA | | Circuit M5 | 0.2 Amps | 0.2 Amps | 223.0 Volts | 0 Watts | 53 VA | | Circuit M6 | 0.2 Amps | 0.2 Amps | 222.7 Volts | 0 Watts | 52 VA |
-------------------------------------------------------------------------------
Int. Temp: 89.6 F Switch 1: Open 2: Open
1)...MOD 1 Outlet 1 : On 2)...MOD 1 Outlet 2 : On
3)...MOD 1 Outlet 3 : On 4)...MOD 1 Outlet 4 : On
5)...MOD 1 Outlet 5 : On 6)...MOD 1 Outlet 6 : On
7)...MOD 2 Outlet 1 : On 8)...MOD 2 Outlet 2 : On
9)...MOD 2 Outlet 3 : On 10)...MOD 2 Outlet 4 : On
11)...MOD 2 Outlet 5 : On 12)...MOD 3 Outlet 1 : On
13)...MOD 3 Outlet 2 : On 14)...MOD 3 Outlet 3 : On
15)...MOD 3 Outlet 4 : On 16)...MOD 3 Outlet 5 : On
17)...MOD 3 Outlet 6 : On 18)...MOD 4 Outlet 1 : On
19)...MOD 4 Outlet 2 : On 20)...MOD 4 Outlet 3 : On
21)...MOD 4 Outlet 4 : On 22)...MOD 4 Outlet 5 : On
23)...MOD 5 Outlet 1 : On 24)...MOD 5 Outlet 2 : On
25)...MOD 5 Outlet 3 : On 26)...MOD 5 Outlet 4 : On
27)...MOD 5 Outlet 5 : On 28)...MOD 5 Outlet 6 : On
29)...MOD 6 Outlet 1 : On 30)...MOD 6 Outlet 2 : On
31)...MOD 6 Outlet 3 : On 32)...MOD 6 Outlet 4 : On
33)...MOD 6 Outlet 5 : On
: 10
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OutletControlConfigurationMenu
To select the configuration menu, type ‘config’ at the prompt.
NOTE: If the unit display with the following message, “Configuration mode in use”
Another user is in the other port in the “Configuration” menu.
Outlet 2: Outlet Configuration
ManageUsers
Unit ID: MRP Power-20
1)...Manage Users Add/Delete/Rename, assign outlets
2)...Change Outlet Name Select an outlet to change its name
3)...Enable/Disable Confirmation Confirmation (Y/N)
4)...Enable/Disable Status Menu Opening status of outlets
5)...Change Unit ID As written
6)...Change Alarm Threshold As written
7) Change Display orientation As written X)...Exit
Outlet 3: Outlet Manage Users
Select 1), from the Outlet Control Menu
allows the admin user to add and delete users, change passwords, and change the outlet list that displays a user’s access to prescribed outlets. Select “Manage Users,” from the configuration menu and the following menu appears if the unit has been reset or initial setup:
AddaUser:
NOTE: If the “Add user” option is NOT present than the maximum number of users have been assigned. You will get a message saying ‘No more users can be added’.
Select A), adds a user. The unit will prompt for a user name:
Type the user name followed by <cr>. NOTE: User name is case sensitive. The unit will display the User Menu with the added user name.
------------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------------
-------------------------------------------------­A)...Add User D)...Delete User R)...Rename User C)...Change Circuit Group Enter user number to assign Outlets, A, D, C or R. Enter Request:
NOTE: the first assigned user will be the ‘admin user’ for the outlets. Older units will not display the ‘delete’ option unit a user is added.
Enter user name:
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1...Engineer | N | Y | N | Y |
-------------------------------------------­ A)...Add User D)...Delete User R)...Rename User C)...Change Circuit Group Enter user number to assign Outlets, A, D, C or R. Enter Request:
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DeleteaUser:
Select D), deletes a user. The unit will prompt for the user number:
Type the number of the user to be deleted, followed by <cr>. The unit will display the User Menu minus the deleted user.
Enter number for user to delete:
NOTE: If an outlet user is deleted and is logged in at the time, the outlet user will be disconnected.
If you delete the user in the first position, the UNIT will display the following:
You are deleting the current admin user. The next user will become the admin user, do you want to continue. (Y/N)?
IMPORTANT: If the unit has not had a power cycle or unit reset command performed recently,
before you delete the user in the first position, perform a unit reset command from the main menu. This action will prevent the unit from having NO Admin user assigned even though the first position user was deleted and there is a second user assigned. If the NO Admin condition occurs, reset the unit to factory defaults.
RenameaUser:
Select R), changes the name of a user. The unit prompts for the user number.
Type the number of the user to be renamed, followed by <cr>. The unit will prompt for the new name: Once accepted the unit displays the User Menu with new name
ChangeCircuitGroup:
The group is based on outlets to circuit breaker, i.e. one breaker unit will displays all outlets. Two breaker units have two groups of outlets, but will displayed one group at a time.
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
-------------------------------------------­ A)...Add User D)...Delete User R)...Rename User C)...Change Circuit Group
Enter user number to assign Outlets, A, D, C or R.
Enter Request: c
Select C),selects the next outlet group, the unit displays the following:
------------------------------------------­| User | Assigned Outlets | | | C2,1| C2,2| C2,3| C2,4|
--------------------------------------------
--------------------------------------------
Enter user number to rename:
Enter user name:
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AssignedOutlets
The Assigned Outlet Menu displays the outlets a user can access. Select a user number from the Managed User Menu, the unit will display the Assign Outlet Menu:
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1) Engineer | N | Y | N | N |
-------------------------------------------­ A)...Add User D)...Delete User R)...Rename User C)...Change Circuit Group Enter user number to assign Outlets, A, D, C or R.
NOTE: If an outlet user’s list is changed while the user is logged in, their outlet list changes dynamically. If enabled, an updated outlet status report will be issued. “Y” means the outlet is assigned to the user. “N” means the outlet is NOT assigned to the user.
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1) Engineer | N | Y | N | N |
--------------------------------------------
1)...Add Outlet(s)
2)...Remove Outlet(s)
3)...Add All Outlets
4)...Remove All Outlets C)...Change Circuit Group
Select 1), assigns an outlet to a user. The unit will prompt for outlet number:
Type the number of the outlet to be assign. For example, if you want engineer to have access to Outlet (C1,2), enter the number 2, followed by <cr>. If you want engineer to have access to Outlets (C1,2), (C1,3), and (C1,4) enter the numbers 2, 3, and 4 separated by commas followed by <cr>. The unit redisplays the Assigned Outlet Menu of the user with a “Y” for the assigned outlets.
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1) Engineer | N | Y | N | N |
--------------------------------------------
1)...Add Outlet(s)
2)...Remove Outlet(s)
3)...Add All Outlets
4)...Remove All Outlets C)...Change Circuit Group
Select 2), removes individual outlets from a user. The unit will prompt for outlet number
Type the number of the outlet to be removed from the user’s access. For example, if you want to remove Outlet (C1,2), enter the number 2, followed by <cr>. If you want engineer to have access to Outlets (C1,2), (C1,3), and (C1,4) enter the numbers 2, 3, and 4 separated by commas followed by <cr>.The unit redisplays the Assigned Outlet Menu of the user with an “N” for the outlets NOT assigned.
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1) Engineer | N | Y | N | N |
--------------------------------------------
1)...Add Outlet(s)
2)...Remove Outlet(s)
3)...Add All Outlets
4)...Remove All Outlets
Enter Outlet number(s):
Enter Outlet number(s):
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Select 3), adds all outlets to user access. The unit will display “Y” for all outlets
Select 4), removes all outlets from user access. The unit will display “N” for all outlets
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1) Engineer | Y | Y | Y | Y |
--------------------------------------------
1)...Add Outlet(s)
2)...Remove Outlet(s)
3)...Add All Outlets
4)...Remove All Outlets
------------------------------------------­| User | Assigned Outlets | | | C1,1| C1,2| C1,3| C1,4|
--------------------------------------------
1) Engineer | N | N | N | N |
--------------------------------------------
1)...Add Outlet(s)
2)...Remove Outlet(s)
3)...Add All Outlets
4)...Remove All Outlets
ChangeOutletName
Select 2), from the Outlet Control Menu allows the admin user to change the names of the outlets. Select this option and the unit displays all of the outlet names.
Type the number of the outlet to be changed. For example to change the name of Outlet 4, type the number “4” at the “Enter Request” prompt, followed by <cr>. The unit will ask if you want to modify the current name. Type “N” to keep the same name, or type “Y” to change the name. “Y” will cause the unit to prompt for a new name.
Type a new receptacle name (maximum 16 characters), followed by <cr>. For example, change the name of Outlet 4 to Router 1 by typing Router 1 at the “Enter Request” prompt, followed by <cr>. The unit redisplays the outlet menu with the new name to Outlet 4.
Enable/DisableConfirmation
Select 3), from the Outlet Control Menu enables a command confirmation. Prior to executing a command the unit will ask if what to execute the command, Y/N.. The will display the following: Default setting is Enabled.
1)...Outlet 1
2)...Outlet 2
3)...Outlet 3
4)...Outlet 4
5)...Outlet 5
6)...Outlet 6
7)...Outlet 7
8)...Outlet 8 Enter Request: 1
Current Outlet: Outlet 4 Modify (Y/N)? y
Enter :
1)...Outlet 1
2)...Outlet 2
3)...Outlet 3
4)...Router 1
5)...Outlet 5
6)...Outlet 6
7)...Outlet 7
8)...Outlet 8 Enter Request: 1
Enable Confirmation (Y/N)? y
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Type “Y” to enable the confirmation option, or type “N” to disable. If the confirmation feature is enabled and a command is sent to TURN ON, TURN OFF, OR REBOOT a receptacle, the unit will ask to confirm the command. For example, the command “ON 3” is sent, and the unit will display the following: If this feature is disabled, the unit will perform the command and redisplay the previous menu.
Turn On Outlet 3? (Y/N)
Enable/DisableStatusMenu
Select 4), from the Outlet Control Menu enables the Status menu. The unit will display the option to change the current status: Default setting is
Enabled.
If this feature is disabled, only the prompt appears, else the following status menu appears.
Enable Status Menu (Y/N)? y
nit ID: MRP
-----------------------------------------­| Outlet | True RMS | Peak RMS | | Group | Current | Current |
-----------------------------------------­| Outlet 1-8 | 0.2 Amps | 0.2 Amps |
-----------------------------------------­Internal Temperature: 73.4 F
Switch 1: Open 2: Open
1)...Outlet 1 : On
2)...Outlet 2 : On
3)...Outlet 3 : On
4)...Outlet 4 : On
5)...Outlet 5 : On
6)...Outlet 6 : On
7)...Outlet 7 : On
8)...Outlet 8 : On Type Help for a list of commands MRP>
ChangeUnitID
Select 5), from the Outlet Control Menu changes the Unit ID. The unit will display the following:
The default ID is the unit’s number, in this case MRP20
Current Unit ID: MRP20 Modify (Y/N)? y Enter New Unit ID: Cab7_Rack1 MRP20
ChangeAlarmThreshold
Select 6), from the Outlet Control Menu allows the user to set the current level for the internal alarm to sound. This setting is only available on units with current monitoring circuitry.
If the number of circuit breakers equals the number of modules, the unit will display the following:
Circuit C1buzzer alarm value : 12.0 Amps Modify (Y/N)? y Enter: 2.0
Type “N” to keep the current value or type “Y” to change the value and enter the new value, followed by ‘Enter’ and the unit will display next circuit group.
If the number of circuit breakers DOES NOT equals the number of modules, the unit will display the following:
Circuit C2 buzzer alarm value : 7.0 Amps Modify (Y/N)? n
1)...Circuit Breaker Alarms
2)...Module/Group Circuit Breaker Alarms
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Select 1), CircuitBreakerAlarm alarm level per circuit breaker.
, changes the
Select 2), Module/GroupCircuitBreaker
Alarms changes the alarm level per module.
Type “N” to keep the current value or type “Y” to change the value and enter the new value, press “Enter’ and the unit will display next circuit group.
Default setting is 12.0 Amps.
Circuit breaker 1 buzzer alarm value : 12.0 Amps Modify (Y/N)? y Enter: 15
Circuit breaker 2 buzzer alarm value : 12.0 Amps Modify (Y/N)? y
Circuit M1 buzzer alarm value : 12.0 Amps Modify (Y/N)? y Enter: 10
Circuit M2 buzzer alarm value : 12.0 Amps Modify (Y/N)? y Enter: 10
ChangeDisplayOrientation
Select 7), from the Outlet Control Menu flips the data displayed in the LCD/LED screen on the unit controller. The unit will display either of the following:
Flip Display (Y/N)? y
Or
Normal Display (Y/N)? y
DisplayCurrentElectricalCharacteristics:
Type “current” at the prompt to show the unit’s True RMS Current and Peak RMS Current, and the unit will display the following:
Type “clear” at the prompt to reset the Peak RMS Current, the unit will redisplay the status menu with the new maximum detected current.
Type “Voltage” at the prompt to display the unit’s True RMS Voltage, and the unit will display the following.
-----------------------------------------­| Circuit | True RMS | Peak RMS | | Group | Current | Current |
-----------------------------------------­| Circuit C1 | 0.0 Amps | 0.7 Amps | | Circuit C2 | 0.0 Amps | 0.0 Amps | | Circuit C3 | 0.1 Amps | 0.5 Amps | | Circuit C4 | 0.0 Amps | 0.9 Amps | | Circuit C5 | 1.2 Amps | 1.8 Amps | | Circuit C6 | 0.9 Amps | 1.4 Amps |
------------------------------------------
-------------------------------­| Circuit | True RMS | | Group | Voltage |
-------------------------------­| Circuit C1 | 201.9 Volts | | Circuit C2 | 204.3 Volts | | Circuit C3 | 202.4 Volts | | Circuit C4 | 202.1 Volts | | Circuit C5 | 204.5 Volts | | Circuit C6 | 205.8 Volts |
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Type “Power” at the prompt to show the unit’s Average Power and the unit will display the following.
Total kW-h: 0
---------------------------------------­| Circuit | Average | Volt- | | Group | Power | Amps |
---------------------------------------­| Circuit M1 | 0 Watts | 4 VA | | Circuit M2 | 0 Watts | 4 VA | | Circuit M3 | 0 Watts | 4 VA | | Circuit M4 | 0 Watts | 4 VA | | Circuit M5 | 0 Watts | 4 VA |
Circuit M6 | 0 Watts | 4 VA
Type “temp” at the prompt to show the unit’s current temperature, the units will display the following:
nt. Temp: 95.9 F Ext. 1: 72.1 F : 31.5% RH xt. 2: 70.9 F
NOTE: Units with external sensor ports will be displayed as Ext 1 and/or Ext 2.
LoggingOut
Type “Logout”, “Logoff”, or “Exit” at the prompt to logoff from the unit. This will close the Outlet Control session. Press “Enter” to open the Outlet Controller session. A login prompt may appear if a user has been assign to an outlet. Newer firmware may go to the network menu.
CurrentUserPassword:
Type “Password” at the prompt to change the current user’s password and the unit will display the following:
If the current user already has a password the unit will display the following:
Enter new Password: Re-Enter new Password:
Enter old Password: Enter new Password: Re-Enter new Password:
NOTE: If you do not have the user’s current password, delete the user. Reinstall user. Select
option to change password and the unit will respond asking for a new password
IdentifyCurrentUser
Type “Whoami” at the prompt to determine the current user, the unit displays the following: To change the user, logout of the unit and log back in using the new user name.
UnitIdentification
Type “unitid” at the prompt to determine the Unit ID, the MRP displays the following: To change the unit ID, go the Outlet Configuration menu and select ‘Change Unit ID’ option. The maximum field length is 32 or 16 for older units.
Current User: root
Unit ID: MRP10
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STATUSMENU
Status Menu 1: Network Status
URPC Status Menu. Enter selection, CR to exit.
Overall System Status.............1 Available memory, System up time
Network Status....................2 IP address, MAC, packets
Logged Users......................3 Active users, admin terminates users
Memory Usage......................4 Memory statuses
Current Routing Cache.............5 Current routing caches
Route Setup.......................6 Routing table
Processes.........................7 Processes in memory
UnitInfo Database.................8 Data collection
Enter Request :
OverallSystemStatus
Select 1), System Status provides information about the local memory, how many TCP sockets are in use, and the time the unit has been operating since the last unit reset or power u
.
NetworkStatus
Select 2),
MAC address, IP address, Mask, TX/RX packets and their status.
Network Status contains the
eth0 Link encap:Ethernet HWaddr 00:C0:48:00:01:FD inet addr:192.168.2.136 Bcast:192.168.2.255 Mask:255.255.255.0 UP BROADCAST RUNNING MULTICAST MTU:1500 Metric:1 RX packets:0 errors:0 dropped:0 overruns:0 frame:0 TX packets:0 errors:0 dropped:0 overruns:0 carrier:0 collisions:0 txqueuelen:100 Base address:0x840
lo Link encap:Local Loopback inet addr:127.0.0.1 Mask:255.0.0.0 UP LOOPBACK RUNNING MTU:16436 Metric:1 RX packets:0 errors:0 dropped:0 overruns:0 frame:0 TX packets:0 errors:0 dropped:0 overruns:0 carrier:0 collisions:0 txqueuelen:0
Press ENTER to continue
LoggedUsers
Select 3), shows the name of the user account, the type of interface (serial or network) and the status of the active sessions
Terminate a session by typing “T” at the prompt. The unit will display the following:
MemoryUsage
Select 4), shows your memory being utilized.
total: used: free: shared: buffers: cached: Mem: 11735040 4136960 7598080 0 380928 458752 Swap: 0 0 0 Press ENTER to continue
C=configuration user *=current process Active Users:
# USER FROM INTERNAL CONN STATUS PID 1 root localhost Normal 23 C 2 root 70.150.140.69 Normal 490 * 3 root 70.150.140.66 Normal 492
Strike T, CR to terminate a connection/process, CR to continue :
System Status: Available local memory: 7598080 TCP sockets in use: 0 System up time (dd:hh:mm:ss): 0:00:50:10 Press ENTER to continue
Enter number of connection to terminate, CR :
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CurrentRoutingCache
Select 5), displays the IP Data currently held in cache or none upon power cycle.
Kernel IP routing cache Source Destination Gateway Flags Metric Ref Use Iface
66.186.36.195 70.150.140.86 70.150.140.86 l 0 0 1 lo
70.150.140.86 66.186.36.195 70.150.140.65 0 0 0 eth0
70.150.140.69 70.150.140.86 70.150.140.86 il 0 0 154 lo
207.206.133.250 70.150.140.86 70.150.140.86 l 0 0 76 lo Press ENTER to continue
RouteSetup
Select 6), Every TCP/IP client machine, regardless of operating system, needs to make decisions about where to send a packet after it has been addressed. The route table is the network map that tells your Baytech product how to deliver the packet to its network addressee.
Destination is a list of routes. “0” represents any number. Gateway is the network gateway for the route. The connection point to your company network. Genmask defines how closely an address must match the network destination, octet by octet, to
use the route.
Iface interface used to reach the network gateway, in this case Baytech network card.
Kernel IP routing table Destination Gateway Genmask Flags Metric Ref Use Iface
192.168.2.0 * 255.255.255.0 U 0 0 0 eth0
127.0.0.0 * 255.0.0.0 U 0 0 0 lo default 192.168.2.1 0.0.0.0 UG 0 0 0 eth0 Press ENTER to continue
Processes
Select 7), displays a list of Process commands used by the firmware to operate.
IMPORTANT: If a process is
terminated, the functionality of the unit maybe interrupted. To reestablish the unit’s functionality, power the unit off than on.
ID PORT STAT SIZE SHARED %CPU COMMAND 1 S 133K 0K 0.2 init 2 S 0K 0K 0.0 keventd 6 S 0K 0K 0.0 kupdated 11 R 43K 0K 99.3 baytechd 12 S 13K 0K 0.1 mdmautologind 13 S0 S 13K 0K 0.1 /bin/autologind 14 S 14K 0K 0.0 /bin/inetd 17 S 133K 0K 0.1 rpccmdd 18 S 13K 0K 0.0 snmppolld 19 S 1833K 0K 0.0 snmpd 25 S0 R 71K 0K 1.0 ds62
Strike T, CR to terminate a connection/process, CR to continue :
Type “T”, and the unit will prompt for a PID number to terminate:
Enter PID process to terminate, CR:
UnitInfoDatabase
unitInfo->portUser 0 unitInfo->cfgUser 0 unitInfo->connState 0 unitInfo->connPid 0 unitInfo->buildUserTableFlag 0 unitInfo->kill_poller 0 unitInfo->background_polling=0 bcTable->connAttempt=0
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NETWORKCONFIGURATIONMENU:
NOTE: The following message, “Configuration mode in use”, signifies a user in the other port is
Status
in the “Configuration” menu.
Menu 1: Network Configuration
Copyright(C) Bay Technical Associates 2009 URPC Ethernet Host Module Revision F 2.25.06 Module 1 Hardware 1.01 Serial number 25920003 colilo version 1.05.01
Status..........................1 Status of all network options
Serial Port Configuration.......2 Setup the Serial port EIA232
Serial Port Device Name.........3 Change the EIA232 port name
Attention Character.............4 Type 5 times to access Network Main menu.
Disconnect Timeguard............5 Data received within the delay period,
is data, not attention character; thereby preventing unwanted port disconnection
Connect Port ID Echo............6 Echo port name or module# & port#
Login Setup.....................7 Login Menu Serial/Telnet/Radius/TACACS
access control, manage users
Network Port Configuration......8 Network Port IP Address
Module Name.....................9 Change name of module
RPC Management.................10 Set up Voltage/Current/Sensor threshold
Firmware / Config Download....11 Upload FTP firmware, upload and download
unit configuration
Exit.........................X,CR
Enter Request :
Select 1), displays the current configuration of the unit network information.
nstalled Modules :01
Attention Character is ......... ;
Disconnect Time Guard is........ Disabled
Port ID Echo is................. Disabled
Module Name is.................. Universal RPC
Network Connectivity & Login Configuration:
Ethernet Address................ 00:C0:48:35:DD:40
IP Address...................... 192.168.2.214
Subnet Mask..................... 255.255.255.0
Default Gateway................. 192.168.2.1
Inactivity Timeout (mins)....... Disabled
Break Length (msecs)............ 350
Telnet.......................... Enabled
SSH............................. Enabled
DHCP............................ Disabled
Telnet login prompt is.......... Enabled
Serial login prompt is.......... Disabled
RPC Cascade Mode is............. Disabled
SNMP & Web Configuration:
SNMP Agent is................... Enabled
SNMP Trap Host 1 Address........ 0.0.0.0
SNMP Trap Host 2 Address........ 0.0.0.0
SNMP Trap Host 3 Address........ 0.0.0.0
SNMP Trap Host 4 Address........ 0.0.0.0
SNMP Read-Only Community........ public
SNMP Read-Write Community....... private
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Status continued.
Web Server is................... Enabled
Web Login is.................... Disabled
Web Secure Connection is........ Disabled
Web Activity Timeout is......... Disabled
Radius Setup:
Radius Logins are............... Disabled
Radius Primary Server Address... 0.0.0.0
Radius Backup Server Address.... 0.0.0.0
Radius Secret................... HardlyASecret
Radius Login Timeout............ 5
URPC Usernames as Backup is.... Disabled
TACACS Setup:
TACACS Logins are............... Disabled
TACACS Server Address............ 0.0.0.0
TACACS Server Address............ 0.0.0.0
TACACS Secret................... HardlyASecret
TACACS encryption is............ Enabled
URPC Usernames as Backup is.... Disabled
TACACS Server Port is........... 49
TACACS DS62 privilege level is.. Disabled
TACACS DS62 privilege level..... 15
SerialPortConfiguration
Select 2), from the Network Configuration Menu configures Handshaking, Baud Rate, Word Size, Stop Bits, and Parity through either the serial or Ethernet ports using the menus. RTS and DTR Line Drivers can only be configured through the phone line via a modem. The default settings are
9600bps, 8 data bits, no parity, one stop bit, RTS and DTR High.
IMPORTANT: Communications with the terminal computer connected to the port will be lost
until the serial port configuration of the terminal computer matches the unit’s serial port.
Menu 2: Serial Port Configuration
+----+------+-----------------+-----­|Port|Device| Device | Baud | Word | Stop |Parity|Handshake|LineDrive| | | Type | Name | Rate | Size | Bits | | |DTR |RTS | +----+------+-----------------+------+------+------+------+---------+----+----+ | 1 | RS232| EIA-RS232 | 9600 | 8 | 1 | None | None | HI | HI | +----+------+-----------------+------+------+------+------+---------+----+----+
Handshaking......................1
Baud Rate........................2
Word Size........................3
Stop Bits........................4
Parity...........................5
RTS Line Driver Inactive State...6 DTR Line Driver Inactive State...7
Enter Request :1
-----
-----
-----
--------+----+----+
Handshaking
For a simple communication between modems three connected lines are needed: TX, Rx, and Ground. For the data to be transmitted, both sides have to be clocking the data at the same baud rate. While this method is sufficient for most applications, it is limited in being able to respond to problems such as the receiver getting overloaded. This is where serial handshaking can help.
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Select 1), from the Serial Port Configuration Menu for the Handshaking menu, Default is None
Software Handshaking: This style uses actual data bytes as control characters. The lines necessary are TX, Rx, and ground since the control characters are sent over the transmission line like regular data. The two control characters, XON and XOFF are characters sent by the receiver of the data to halt the transmitter during communication.
Select handshaking: 1 For None 2 For Software Handshaking 3 For Hardware Handshaking Enter Request :
NOTE: A drawback to this method is also the most important fact to keep in mind. In ASCII
transmissions these character values are non-character values; however, data being transmitted via binary, it is very likely that these values could be transmitted as data and the transmission would fail.
Hardware Handshaking: This style uses actual hardware lines. Like the TX and Rx lines, the RTS/CTS and DTR/DSR lines work together. When a receiver is ready for data, it will assert the RTS (Request to Send) line. This is then read by the sender at the CTS (Clear to Send) input, indicating it is clear to send the data. DTR (Data Terminal Ready) and DSR (Data Set Ready) allow the serial port and the modem to communicate their status. When the modem is ready for data to be sent, it will assert the DTR line indicating that a connection has been made across the phone line. This is read in through the DSR line and the modem can begin to send data. The general rule of thumb is that the DTR/DSR lines are used to indicate that the system is ready for communication where the RTS/CTS lines are used for individual packets of data.
BaudRate
Select 2), from the Serial Port Configuration Menu changes the transfer rate of Data bits per second for the serial port, Default is 9600
Select baud rate: 1 For 300 2 For 600 3 For 1200 4 For 2400 5 For 4800 6 For 9600 7 For 19200 8 For 38400 9 For 57.6K A For 115.2K Enter Request :
WordSize
The word size is the measurement of the actual data bits in a transmission. Which setting you choose depends on what information you are transferring. For example, standard ASCII has values from 0 to 127 (7 bits). Extended ASCII uses 0 to 255 (8 bits). If the data being transferred is simple text (standard ASCII), sending 7 bits of data per packet is sufficient for communication. A packet refers to a single byte transfer, including start/stop bits, data bits, and parity.
Select 3), from the Serial Port Configuration Menu changes the Word Size, Default is 8
Select word size: 1 For 5 2 For 6 3 For 7 4 For 8 Enter Request :
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StopBits
The Stop Bits are used to signal the end of communication for a single packet. Since the data is clocked across the lines and each device has its own clock, it is possible for the two devices to become slightly out of sync. Therefore, the stop bits not only indicate the end of transmission but also give the computers some room for error in the clock speeds. The more bits that are used for stop bits, the greater the lenience in synchronizing the different clocks, but the slower the data transmission rate.
Select 4), from the Serial Port Configuration Menu changes the Stop Bits, Default is 1
Select stop bits: 1 For 1 2 For 1.5 3 For 2 Enter Request :
Parity
Parity is a simple form of error checking used in serial communication. For even and odd parity, the serial port will set the parity bit (the last bit after the data bits) to a value to ensure that the transmission has an even or odd number of logic high bits. For example, if the data was 011, then for even parity, the parity bit would be 0 to keep the number of logic high bits even. If the parity was odd, then the parity bit would be 1, resulting in 3 logic high bits. This allows the receiving device to know the state of a bit so as to enable the device to determine if noise is corrupting the data or if the transmitting and receiving devices' clocks are out of sync. With no parity selected, it's assumed that there are other forms of checking that will detect any errors in transmission. No parity also usually means that the parity bit can be used for data, speeding up transmission. In modem-to-modem communication, the type of parity is coordinated by the sending and receiving modems before the transmission takes place.
Select 5), from the Serial Port Configuration Menu selects the Parity, Default is None
Select parity: 1 For None 2 For Even 3 For Odd Enter Request :
RTS/DTRLineDriverInactivityState
RTS (Request to Send)/ DTR (Data Terminal Ready) is normally used in conjunction with an external modem. With no modem the RTS and DTS default state is High.
Select 6), from the Serial Port Configuration Menu changes the RTS driver state, Default is “High”
TS Line Driver Inactive State is: High
High ? (Y/N, CR for no change):
Select 7), from the Serial Port Configuration Menu changes the DTR driver state, Default is “High”
TR Line Driver Inactive State is: High
High ? (Y/N, CR for no change):
Type “Y” for YES or “N” for NO and press ‘Enter’.
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SerialPortDeviceName
Select 3), from the Network Configuration Menu allows the serial
port to be renamed. Type the new port name and press ‘Enter’.
Current device name: EIA-RS232 Enter device name for serial port ((1 - 16 char., CR to end) :
AttentionCharacter
Pressing the Attention Character 5 consecutive times will access the network main menu. Select 4, from the Network Configuration Menu, to change the attention character. The unit displays the following: The Default is a semi-colon (;).
Attention Character is........... ;
Enter Attention Character :
DisconnectTimeguard
Select 5), from the Network Configuration Menu, ensures reliable binary data transmission by providing a one-second “Timeguard” after the unit receives the attention character. If more data is received within the delay period, the unit treats the character as data, not an attention character; thereby preventing unwanted port disconnection. Select 5, from the network menu. The Default setting is Disabled.
Disconnect Time Guard is.......... Disabled
Enable ? (Y/N), CR for no change) :
ConnectPortIDEcho
Select 6), from the Network Configuration Menu, sets the port identification. The unit
displays the Port ID Echo Menu.
Select 1), disables the echo. The Default setting is Disabled.
Select 2), echoes the module and port number.
Select 3), echoes the device name.
ort ID Echo is...................Disable
Connect Port ID Echo Menu
Disable Port ID Echo..............1
Use Module, Port Number...........2
Use Device Name...................3
Exit..............................X,CR
Enter Request :
The unit displays: (blank)
The unit displays:
BAYTECH For further information check:
http://www.baytech.net/ 02,1
The unit displays:
BAYTECH For further information check:
http://www.baytech.net/ MRP10
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LoginSetupMenu
Menu 3: Network Login
Select 7), from the Network Configuration Menu,
allows the admin user to enable or disable the Access Control, Manage Users, Radius, and TACACS configuration. Depending on the firmware installed the Login Setup menu may be slightly different than what is shown.
Access Control..................1
Manage Users....................2
Radius Configuration............3
TACACS Configuration............4
Exit............................X,CR
AccessControl
Select 1), from the Login Setup Menu, this security feature allows the admin to enable or disable usernames and passwords for both network and serial port access.
elnet Login Prompt Enable/Disable..1
Serial Login Prompt Enable/Disable..2
Select 1), for Telnetlogin Type “Y” to enable Login Prompt, Type “N” to disable prompt. Press “Enter” to keep same setting
Login prompt for telnet is........Enabled
Enable ? (Y/N), CR for no change) :
Select 2), for Seriallogin Type “Y” to enable Login Prompt, Type “N” to disable prompt. Press “Enter” to keep same setting
Login prompt for serial is........Disabled
Enable ? (Y/N), CR for no change) :
If the login has been enabled you will get a prompt similar to the following:
The default user and password is root and baytech, all lower case.
niversal RPC login: root
Password:
ManageUsers
Select 2), from the Login setup Menu, allows the administrator to add/delete users and change their passwords for multiple users. Usernames and passwords are case sensitive and alphanumeric. The root user can not be removed. Select Manage User and the unit displays the following:
NOTE: The port access mentioned in the User Management Menu below is not used in the MRP series.
Menu 4: Network Manage User
User Management Menu To change user password or port access, enter number of user. To add/delete user, select appropriate menu choice. SNMP V3 requires passwords that are between 8 and 31 characters long Enter request, CR to exit menus. A)...Add user
1)...root
Type “A” and press ‘Enter’ to Adduser and their password, the unit displays the following:
Enter username (<= 31 characters)>user1 Enter new password (<= 31 characters)>****** Confirm by re-entering new password>****** Password change successful.
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NOTE: If you forget your password, the administrator has to delete the user then add them back in.
IMPORTANT: You can change the admin password. If you forget, resetting the unit back to factory default is the only way to get the admin password back.
User Management Menu To change user password or port access, enter number of user. To add/delete user, select appropriate menu choice. SNMP V3 requires passwords that are between 8 and 31 characters long Enter request, CR to exit menus. A)...Add user D)...Delete user
1)...user1
2)...root Enter Request :2
Select a user number, the unit displays the following menu:
Select 1), to change a user’s password The unit displays the following menu:
If the user does not have a password the RPC will respond for a new password and a confirmation to re­enter the new password:
Select D), Deleteuser:
The unit re-displays the “User Menu” minus the deleted user
A)...Add user D)...Delete user
1)...Engineer
2)...root Enter Request :d
From menu above, enter number for user to delete>1
User Management Menu To change user password or port access, enter number of user. To add/delete user, select appropriate menu choice. SNMP V3 requires passwords that are between 8 and 31 characters long Enter request, CR to exit menus. A)...Add user
1)...root
Enter Request :
hange Password.............1
Exit........................X
Enter Request : 1
User name: root Enter old password (CR if none)>*******
Enter new password (<= 31 characters)>******* Confirm by re-entering new password>******* Password change successful.
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RadiusConfiguration
Menu 5: Network Radius Configuration
Select 3), from the Log In Menu, Radius is used to
authenticate logins for the serial and the network ports if passwords and user names are enabled in the unit. If the Radius server rejects either the username or password or does not respond, the unit will display “Invalid Password”.
Select 1), RadiusEnable enables radius authentication. If enabled, the primary radius server address must be specified
Select 2), RadiusServerAddres radius server IP addresses
Select 3), RadiusBackupServerAddress specifies the backup server IP addresses
specifies the
Select 4), RadiusSecret sets the shared radius secret. A secret can be up to 16 characters and must be exactly the same as the secret stored on the server.
Select 5), EnableURPCusernamesasbackup enables URPC usernames as backup login allows an unsecured access until` the RADIUS server becomes available.
Select 6), RadiusLoginTimeout sets the amount of time the unit will wait for a response from the radius server after sending the login message to the radius server. A timeout on a radius response is treated, per RFC specifications, as a rejection from the radius server
Select 7), RadiusServerPort enables the unit to communicate with Radius Server. If you type a port number less than 1024 the Host Module responds with the same screen until a valid entry is typed.
adius Enable....................1
Radius Server Address............2
Radius Backup Server Address.....3
Radius Secret....................4
Enable URPC usernames as backup..5
Radius Login Timeout.............6
Radius Server Port...............7
Exit.............................X,CR
Radius login is...................Disabled
Enable ? (Y/N), CR for no change) :
Radius Server IP Address is: 0.0.0.0 Enter radius server address in dotted decimal form :
Radius Backup IP Address is: 0.0.0.0 Enter radius server address in dotted decimal form :
Radius secret is: HardlyASecret Enter radius secret (16 chars max). :
URPC usernames as backup login is Disabled Enable ? (Y/N), CR for no change) :
Radius response timeout is 5 seconds Enter timeout, in seconds ( >=5 and <=30 ) :
RADIUS server port is: 1812 Enter port number (>= 1024, D for default 1812):
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TACACSConfiguration
TACACS can be used to authenticate logins for the serial port, the network port, modem or all three. When a telnet / SSH session (or RS232 session) is started the Host module will prompt for the username then a password. The Host will send the username and password to the TACACS server. If the server verifies the username and password, the Host will display the menus. If the server rejects the username and password or does not respond the Host will display the reason the login failed.
Setting up TACACS
To enable TACACS for logins do the following:
Enable TACACS from the TACACS configuration menu. Enter the IP address of the TACACS server Enter the IP address of the backup TACACS server if any. Enable local logins as a backup to the TACACS server if needed. Secret word must match the secret word in the TACACS server configuration. Enable URPC Privilege Level and set levels. Enable usernames and passwords for the network and serial port via the logins setup access control
menu.
Menu 6: Network TACACS Configuration
Select 4) from the Login Setup Menu displaysthe
TACACSConfiguration menu
TACACS Enable....................1 Enable/Disable TACACS
TACACS Server Address............2 TACACS server IP address 0.0.0.0
TACACS Backup Server Address.....3 Backup TACACS server IP address
TACACS Secret....................4 TACACS secret key (16 char max)
Enable URPC usernames as backup..5 As written
TACACS Encryption Enable.........6 Enable/Disable encryption
TACACS login Timeout.............7 Sets Time units waits for response
TACACS Server Port...............8 Assign secure TCP port
URPC Privilege Level Enable......9 Enable/Disable TACACS privilege
URPC Privilege Level.............10 Set Privilege Level 1-15
Exit.............................X, CR
Select 1), TACACSEnable sends the login information to the TACACS server for authentication. If enabled, the primary TACACS server addresses must be specified.
ACACS login is...................Disable
Enable ? (Y/N), CR for no change) :
Select 2), TACACSServerAddress assigns a specific TACACS server IP addresses.
ACACS Server IP Address is: 0.0.0.0
Enter TACACS server address in dotted decimal form :
Select 3), TACACSBackupServer
Address assigns a specific Backup
Server IP addresses.
ACACS Backup IP Address is: 0.0.0.0
Enter TACACS server address in dotted decimal form :
Select 4), TACACSSecret assigns a secret word shared between the TACACS server and this unit. A secret can be up to 16 characters and must be exactly the same as the secret stored on the server.
Select 5),EnableURPCusernamesas
backupallows an unsecured access in case all
specified radius servers are unavailable.
RPCusernames as backup login is Disable
Enable ? (Y/N), CR for no change) :
ACACS secret is: HardlyASecret Enter TACACS secret (16 chars max). :
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Select 6), TACACSEncryptionEnable sets the TACACS+ encryption to off or on. Sending unencrypted TACACS packets is useful for troubleshooting but should not be used under normal operations.
ACACS encryption is..............Enable
Enable ? (Y/N), CR for no change) :
Select 7), TACACSLoginTimeout sets the amount of time the unit will wait for a response from the TACACS server.
TACACS response ti
Enter timeout, in seconds ( >=0 and <=30 ) 0 = no timeout :
ut is 10 seconds
Select 8), TACACSServerPort assigns a more secure port, default is TCP 49. If you type a port number less than 1024 the Host Module responds with the same screen until a valid entry is typed.
ACACS server port is: 49
Enter port number (>= 1024, D for default 49): 12
TACACS User Privilege Feature Important: The TACACS admin user must perform the following before the TACACS Privilege level to
operate: Open the tacacs.conf file and add the following entry for each user: (service = exec {priv-lvl = n}). Where “n” is a number from 1 to 15, inclusive. 15 is root privilege level, 1 is lowest level user. “priv-lvl” must be spelled exactly as shown, including case. Restart the daemon after making changes.
Select 9),
Enableenables the unit to send a
privilege level to the TACACS server. Default is Disabled
URPCPrivilegeLevel
ACACS Privilege Level is.........Disable
Enable ? (Y/N), CR for no change) :
Select 10), URPCPrivilegeLevel assigns privilege levels. 1 is the minimum user privilege and 15 is the root/admin privilege level. Default is 15
RPC Privilege Level is: 15
Enter Privilege Level for root access:
Example of operation: Privilege Level enabled, set to “10”. In tacacs.conf file on daemon, user1 is configured for exec priv-lvl = 9, user2 is configured for exec priv-lvl = 10, and user3 is configured for exec priv-lvl = 11. In this scenario, user1 will get only user-level access to the power strip, user2 & user3 will get root access.
See Appendix: TACACS Connection: for troubleshooting connection problems with TACACS servers.
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NetworkPortConfiguration
Menu 7: Network Port Configuration
Select 8), from the Network Configuration Menu, this menu is used to change the
network configuration options such as the IP Address, Subnet Mask, Gateway, DHCP, and Telnet; all of which are necessary during initial startup. The Connection Inactivity Timeout allows you to enable/disable whether the firmware will end your session or “times out.” The default is 1 hour, but when disabled there is no set time out. Disabling the Carriage Return Translation allows you to bypass all unnecessary carriage returns, and it will send you straight to the next “end of line.” The DHCP, Telnet, SSH, options is to enable or disable these functions. SSH host key Generator allows the user to generate a host key which is used in the SSH encryption process. IP Filter allows or blocks specific IP Addresses, SNMP provides a message format for communication between a computer and your devices, and Web Server Configuration allows web access and sets up options for each.
IMPORTANT: For network access, you must configure the IP addresses, Subnet Mask, and Gateway Address. A unit reset must be performed for network changes to take effect.
Network setup :
Ethernet Address................ 00:C0:48:00:01:FD
IP Address...................... 70.150.140.89
Subnet Mask..................... 255.255.255.224
Default Gateway................. 70.150.140.65
Connection Inactivity Timeout (mins): Disabled Carriage Return Translation: Enabled Break Length (msecs): 350 DHCP is Disabled Telnet is Enabled SSH is Enabled SSH host keys are set to factory default
IP Address........................1
Subnet Mask.......................2
Gateway Address...................3
Inactivity Timeout................4
Carriage Return Translation.......5
Break Length......................6
DHCP Enable/Disable...............7
Telnet Enable/Disable.............8
SSH Enable/Disable................9
SSH Host Key Generation...........10
IP Filter Configuration...........11
SNMP Configuration................12
Web Server Configuration..........13
Exit..............................X,CR
Enter Request :
IPAddress
The IP address is the network address assigned by your network manager for your network. The IP Address consists of four bytes, each byte ranging from 0 to 255. This parameter must be programmed
before the MRP can be accessible via the network.
Select 1), enters the IP Address. Failure to enter the address in the decimal form causes the unit to
display the following until it is entered correctly.
Default Module IP Address is 0.0.0.0.
Enter IP address in dotted decimal form :
NOTE: There should be no active connections while configuring the MRP. The unit should be
reset upon completion of configuration.
SubnetMask
The Subnet Mask is a bit mask that identifies the network portion of the IP address, allowing the RPC to determine whether to send a packet directly to the client or to a gateway. The Subnet Mask consists of four bytes, each byte ranging from 0 to 255. This parameter must be programmed before the MRP
can be accessed through the network.
Select 2), enters the Subnet Mask followed by <cr>. Failure to enter the address in the decimal form
causes the unit to display the following until it is entered correctly. Default Subnet Mask is 0.0.0.0.
Enter Subnet Mask in dotted decimal form :
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GatewayAddress
The Gateway is the address of a router to connect to other parts of a network. The Gateway address consists of four bytes, each byte ranging from 0 to 255. If your network uses gateways, this
parameter must be programmed before the MRP can be accessed through the network. Select 3), changes the Gateway address. Failure to enter the address in the decimal form causes the unit
to display the following until it is entered correctly.
Default Gateway address is 0.0.0.0.
Enter Gateway address in dotted decimal form :
InactivityTimeout
Select 4), from Network Port Configuration Menu sets the amount of time the unit will wait before disconnecting if there is no activity. The enabling input can be from 1 to 120 minutes. Default is 0 (DISABLED)
Connection Inactivity Timeout is 0 minutes Enter timeout, in minutes (<=120, 0 to disable) :
CarriageReturnTranslation
Select 5), from Network Port Configuration Menu determines what the telnet processor will do with the line-feeds and nulls after a carriage return is sent. Enable tells the unit Telnet processor to strip line feeds or nulls after the carriage returns. Disable allows the characters to pass through. Default is “DISABLED”.
Carriage Return Translation is.... Enabled
Enable ? (Y/N), CR for no change) :
BreakLength
Select 6), from Network Port Configuration Menu adjusts the break length feature. Users may configure the RPC for a break length of 1 - 1000 milliseconds. In a Telnet session with the RPC through the serial port of a DS74, send a Telnet break command (0xF3) to the unit, the serial port will send a break signal of the programmed duration.
Default is 350 milliseconds.
Break Length is (msec)............ 350
Enter break length, in milliseconds (<=10000, 0 to disable) :
DHCPEnable/Disable
Select 7), from Network Port Configuration Menu enables or disable the DHCP feature. Dynamic Host Configuration Protocol (DHCP) is a communications protocol that lets network administrators manage centrally and automate the assignment of Internet Protocol (IP) addresses in an organization's network. Default setting is DISABLED.
DHCP is...........................Disabled
Enable ? (Y/N), CR for no change) :
TelnetEnable/Disable
Select 8), from Network Port Configuration Menu enables or disable the Telnet feature. Telnet is a user command and an underlying TCP/IP protocol for accessing remote devices. Default setting is ENABLED.
Telnet is.........................Enabled
Enable ? (Y/N), CR for no change) :
IMPORTANT: changing this setting will logout all SSH and Telnet sessions
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SSHEnable/Disable
Select 9), from Network Port Configuration Menu enables or disables the SSH feature. Secure Shell (SSH), sometimes known as Secure Socket Shell, is a Unix-based command interface and protocol for securely getting access to a remote computer. It is widely used by network administrators to control Web and other kinds of servers remotely. Default setting is ENABLED.
SSH is............................Enabled
Enable ? (Y/N), CR for no change) :
IMPORTANT: changing this setting will logout all SSH and Telnet sessions
SSHHostKeyGeneration
Select 10), from Network Port Configuration Menu allows the user to generate a unique SSH host key for the RPC unit. This key is part of the SSH encryption process. Each RPC leaving Baytech is shipped with same default SSH host key. It is important that the user generate a new SSH host key if SSH communications will be used.
Generate ? (Y/N)
NOTE: It can take the unit up to 10 minutes to generate a new host key.
IPFilterConfiguration
Menu 8: Network IP Filter Configuration
Select 11), from Network Port Configuration Menu the IP Filter
Management Menu allows the admin user to pass or block certain IP Addresses. If you have no rules defined the unit may display only options (A, E, C).
Filter Management Menu
Enter request or CR,X to exit menu. A)...Add Rule
E)...Enable IP Filtering D)...Delete Rule V)...View Rules F)...Flush Rules C)...Set Default Target
Enter Request :a
Select A) to AddRule. Type an IP address, select whether to drop or accept the address.
Selecting either DROP or ACCEPT the packets and the RPC will assign filter the next rule number:
Select E), EnableIPFiltering enables or disables the filtering function.
lease enter a single ip address filter
or an ip address block in ip/<blockmask> notation.
: 70.150.140.95
Select a target option for this filter:
DROP the packet..................1
ACCEPT the packet................2
Exit.............................X,CR
Enter Request :1
ilter added as Rule 1.
P Filtering is ENABLED. Enable? (Y/N): y
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Select V),ViewRule
displays any IP
filtering. NOTE: At least one rule must be defined for this option to be available.
Select C), SetDefaultTarget sets ALL IP Addresses to accept or drop all
Select F), FlushRules deletes all rules. The unit will respond with all filters deleted.
Select D), DeleteRule deletes a specific rule. The unit will respond with the Filter Rule number deleted.
ule Num Ip Address Target 1 70.150.140.95 DROP 2 70.150.140.96 ACCEPT
Strike ENTER to continue
he default target is............ACCEPT
DROP ? (Y/N), CR for no change) :y
Are you sure you want to delete all filters? (Y/N) Enter Request :y All filers have been deleted.
elete Filter Menu Enter rule number to delete rule, 'M' to view more rules, or 'X' to exit menu.
Rule Num Ip Address Target 1 70.150.140.95 DROP 2 70.150.140.96 ACCEPT 3 70.150.140.99 ACCEPT
Enter Request :2
SNMPConfiguration
Select 12), from the Network Port Configuration Menu. This allows the admin
to control whether or not a user has Read/Write access or Read access only. It also allows the admin to control which IP addresses are allowed to receive a host trap, and simply whether to enable or disable the entire SNMP function.
SNMP Trap Host 2 Address..........2
SNMP Trap Host 3 Address..........3
SNMP Trap Host 4 Address..........4
SNMP Read-Only Community..........5
SNMP Read-Write Community.........6
SNMP Enable.......................7
SNMP v3 Only Enable...............8
SNMP Authentication Traps Enable..9
Exit..............................X,CR
IMPORTANT: You will need some knowledge of SNMP protocols in order to get the Baytech device to work with your SNMP program. Information provided is for the SNMP Agent only. Baytech Support will assist with the Agent part only. For SNMP Manger assistance refer to the vender manual or contact the vender of the SNMP software you are using.
NOTE: There are a number of shareware MIB Browsers that can be downloaded from the internet to make changes and receive traps for a quick verification test.
NOTE: To use the SNMP functions you need to download the MIB from Baytech’s web site,
www.baytech.net
. Look under Tech Support, Docs and Downloads.
IMPORTANT: Changes do not take effect until they are saved when you leave the configuration menu. The unit will display:
Menu 9: Network SNMP Configuration
NMP Trap Host 1 Address..........1
Accept changes ? (Y/N) :
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SNMPTrapHostIPAddress is a trap management
station that receives and processes traps. Traps are system alerts that the Baytech device generates when certain events occur. By default, no trap manager is defined, and no traps are issued. Up to four SNMP Trap Hosts maybe assigned to receive traps. Select a SNMP Trap Host 1, 2, 3, 4, the unit will display the following, Default address is (0.0.0.0) for all Hosts.
SNMP Trap Host 1 IP Address: 220.225.36.212 Enter new Trap Host IP Address:
SNMP Trap Host 2 IP Address: 70.154.96.10 Enter new Trap Host IP Address:
SNMP Trap Host 3 IP Address: 192.168.1.102 Enter new Trap Host IP Address:
SNMP Trap Host 4 IP Address: 192.168.2.136 Enter new Trap Host IP Address:
Community String:
SNMP community strings authenticate access to MIB objects and function as embedded passwords. In order for your SNMP script/software to access the Baytech SNMP, the community string definitions on your SNMP script/software must match the Baytech SNMP string definitions.
‘Read’—Gives read access to authorized management stations to all objects in the MIB except the community strings, but does not allow write access. ‘Write’—Gives read and write access to authorized management stations to all objects in the MIB, but does not allow access to the community strings
Select 5), ‘SNMPReadOnlyCommunity’ enters a Read Community string, the unit displays the current setting,
Default is public.
SNMP Read Community name: public Enter Read Community Name:
Select 6), ‘SNMPRea
Write Community string, the unit displays the current setting, Default is private.
WriteCommunity’ enters a
SNMP Write Community name: private Enter Write Community Name:
Select 7), ‘SNMPEnable’ option to enable the SNMP function, the unit displays, Default is Enabled.
Select 8), SNMPv3onlyEnable, is for SNMPv3 software, only the newer firmware will have this option. Default is Disabled. Caution: The user password has to be 8-31 characters, including the “root” user. The client software will need the same password.
Select 9), SNMPAuthenticationTrapsEnabled, enables a SNMP trap to be sent if an
authentication attempt failed, the unit displays,
Default is Disabled.
SNMP Authentication traps are DISABLED. Enable? (Y/N):
SNMP is ENABLED. Enable? (Y/N):
SNMPv3 only is DISABLED. Enable? (Y/N):
WebServerConfiguration
Select 13), from the Network Port Configuration Menu for the Web Server
Configuration menu:
NOTE: For this feature to operate the network port must have an IP Address assigned. Type the unit’s IP Address on a web browser to get the unit web page, i.e. http://70.150.140.95
Menu 10: Web Server Configuration
Web Enable........................1
Web Login Enable..................2
Web Secure Login Enable...........3
Web Login Activity Timeout........4
Exit..............................X
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NOTE: The web page is a quick test to see if SNMP protocol is working in the unit, if SNMP has been enabled.
IMPORTANCE: Currently, all users who access the unit through the web page have administrator privilege, unless a TACACS server and privilege levels are used for authentication.
Select 1), WebEnable, enables or disables the web page feature, Default is Enabled:
Select 2), WebLoginEnable,enables or disables the login window to the web page,
Default is Enabled
Select 3), WebSecureLoginEnable,
enables or disables a secure web connection to the web page, Default is Disabled:
Select 4), WebLoginInactivityTimeout, sets the Inactivity timeout to the web page,
Default is zero minutes:
Web is ENABLED. Enable? (Y/N):
Web Login is DISABLED. Enable? (Y/N):
Web secure SSL connection is DISABLED. Enable? (Y/N):
Web Connection Inactivity Timeout is 0 minutes Enter timeout, in minutes (<=120, 0 to disable) :
IMPORTANCE: If a user is still connected to the outlet controller menu, or the user does not
properly release the controller, the Web page will not update.
ModuleName
Select 9), from the Network Configuration menu
changes the unit name.
RPCManagement
Select 10), from the Network Configuration Menu, establishes SNMP outlet traps used by a
remote SNMP Manager by creating outlet groups and alarm thresholds.
Module Name is: RPC Enter Module Name (32 chars max):
Menu 11: Network RPC Management
ost
Temperature Alarm Threshold........1
Under Voltage Alarm Threshold......2
Over Voltage Alarm Threshold.......3
Low Current Alarm Threshold........4
Environmental Sensors..............5
Outlet Groups......................6
Temperature units (degrees C/F)....7
RPC Cascade Mode...................8
Power Factor Threshold.............9
ontrolled RPC Feature Configuration
TemperatureAlarmThreshold
Select 1), changes the alarm for Internal Temperature: Enter the Selection (Sel) Number and press Enter. Type a value in tenths of a degree, i.e.500 = 50.0⁰ C
Sel M/P Identifier Tmp Lvl 1 2/1 MRP10 500
Enter threshold value in tenths of unit measurement (degrees,%,etc.):
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UnderVoltageAlarmThreshold
Select 2), changes the alarm for Low Voltage: Enter the Selection (Sel) Number and press Enter. Type a value in tenths of a volt, i.e 900 = 90.0 volts.
Sel M/P Identifier Lo V Lvl 1 2/1 MRP10 900
Enter voltage threshold value in tenths of a volt:
OverVoltageAlarmThreshold
Select 3), changes the alarm for over voltage: Enter the Selection (Sel) Number and press Enter. Type a value in tenths of a volt, i.e 1300 =130.0 volts.
Sel M/P Identifier Hi V Lvl 1 2/1 MRP10 1300
Enter voltage threshold value in tenths of a volt:
LowCurrentAlarmThreshold
Select 4), changes the alarm for low current: Enter the Selection (Sel) Number and press Enter. Type a value in tenths of a volt, i.e 100 =10.0 amps
Sel M/P Identifier Low Curr 1 2/1 MRP10 0
Enter low current threshold value in tenths of an amp:
NOTE: M/P = Module number and Port number; Identifier = this unit’s
model number; Tmp Lvl = temperature level, Lo V Lvl = low voltage level, Hi V Lvl = High voltage level, low Curr = Low Current.
EnvironmentalSensors
Select 5), changes the alarm limits for the Environmental probes: If the unit does not have a sensor probe connected, the unit will display the following.
None of the installed devices support this option (no temperature probes installed). Strike ENTER to continue
IndividualSensors
Select 1), changes the limits of individual probes
Select either 1 or 2 (Sel) probe. (Hi/En) = Hi limit Enabled, (Lo/En) = Low limit Enabled, (St/En) = Sensor Trap enable
Environmental Sensor Configuration Menu Sel M/P Identifier 1 2/1 MRP10 2 All Sensors Enter Request :1
Sel Type Name Hi/En Lo/En St/En 1 Contact External Sensor1 N/A N/A Ds 2 Temperature External Sensor2 0/Ds 0/Ds N/A Enter Request :2
Second line identifies the probe name and type. Option 1 and 3 sets the temperature levels to the tenth of a degree. Option 2 and 4 enable the SNMP traps to be sent if the corresponding threshold had been exceeded
RPC/RPS External Environmental Sensor Configuration Menu Sensor Number: 2 Name: External Sensor2 Type: Temperature
1...High Threshold (tenths of meas. unit): 0
2...High Threshold Trap Enable: Disabled
3...Low Threshold (tenths of meas. unit): 0
4...Low Threshold Trap Enable: Disabled Enter Request :1
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AllSensors
Select 2), sets parameters for the different probe types. This feature is useful for standardization and the probe type is known.
Environmental Sensor Configuration Menu Sel M/P Identifier 1 2/1 MRP10 2 All Sensors Enter Request :2
NOTE: The type ‘Contact’
signifies the unit does not recognize or detect a probe, but still be able to send SNMP Traps.
For configuration of all sensors of selected type in system with a single user-supplied value.
1...Contact
2...Temperature
3...Humidity
4...Air Flow Enter Request :1
Option 1 and 3 sets the temperature levels to the tenth of a degree. Option 2 and 4 enable the SNMP traps to be sent if the corresponding threshold had been exceeded.
NOTE: NP = No Probe detected.
RPC/RPS External Environmental Sensor Configuration Menu Sensor Number: All Name: all RPCs/RPSs Type: Temperature/Humidity/Air Flow
1...High Threshold (tenths of meas. unit): NP
2...High Threshold Trap Enable: NP
3...Low Threshold (tenths of meas. unit): NP
4...Low Threshold Trap Enable: NP Enter Request :
Enter threshold value in tenths of unit measurement (degrees,%%,etc.):
OutletGroups
Select 6), from the RPC Management Menu, allows user to combine outlets
from different modules and ports. One SNMP command is used to turn off/on or reboot the group
Outlet Group Configuration:
List Outlet Groups...............1
Add Group........................2
Delete Group.....................3
Rename Group.....................4
Modify Outlets in a Group........5
Delete All Outlet Groups.........6
Enter Request :1
ListOutletGroups
Select 1), lists any outlet groups:
Group Name Outlets 1 Router GP-A 2.1.1,2.1.2,2.1.3,2.1.4 2 Server Row 2.1.5,2.1.6,2.1.7,2.1.8 3 Radius 2.1.9,2.1.10,2.1.11,2.1.12 4 Server backup 2.1.13,2.1.14,2.1.15,2.1.16
AddGroup
Select 2), adds a new outlet group: Each outlet is represented by Mod.Port.Outlet. i.e. Mod 2 dot port dot outlet number 1 =2.1.1
List up to four outlets in the following form mod.port.outlet,mod.port.outlet
2.1.1,2.1.2,2.1.3,2.1.4
NOTE: Mod 2.Port 1.Outlet.# is for the MASTER unit and Mod 2 .Port 2. Outlet # is for the Slave unit
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The unit displays the following and asks for a name for the new Group:
NOTE: Get the Group number from the List Outlet Groups
DeleteGroup
Select 3), deletes a specific outlet group, select the number of the group to be deleted. The unit will display Group Deleted.
NOTE: Get the Group number from the List Outlet Groups
RenameGroup
Select 4), renames an outlet group’s name, select the number of the group to be renamed. The unit displays the selected group and prompts for a new name:
Outlet group is currently defineded as: # Group Name Outlets 1 2.1.1,2.1.2,2.1.3,2.1.4 Enter name for outlet group (max 23 characters): Router GP-A
nter group number to be deleted: 3
Group deleted
Enter number of group to be renamed: 3
Outlet group is currently defined as: # Group Name Outlets 3 2.1.9,2.1.10,2.1.11,2.1.12
Enter name for outlet group (max 23 characters): Radius
NOTE: Get the Group number from the List Outlet Groups
ModifyOutletsinaGroup
Select 5), modifies outlets in a group, select the number of the group to be modified. The unit displays the selected group and prompts for new group of outlets:
DeleteAllOutletGroups
Select 6), deletes all groups
Note: There will be no confirmation the groups have been deleted. Select List Outlet Groups to
verify all outlet groups were deleted.
Enter number of group to be modified: 4
Outlet group is currently defined as: # Group Name Outlets 4 Server backup 2.1.13,2.1.14,2.1.15,2.1.16
List up to four outlets in the following form mod.
ort.outlet,mod.port.outlet
Delete ALL outlet groups? (Y/N): y
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TemperatureUnits(degreesC/F)
Select 7), from the RPC Management Menu, allows a user
to change the reported degrees in Celsius or Fahrenheit
The unit display either of the following:
RPCCascadeMode
urrent temperature reported in degrees Celsius.
Change to report in degrees Fahrenheit (Y/N): y
Converting temp min/max thresholds...done
urrent temperature reported in degrees Fahrenheit.
Change to report in degrees Celsius (Y/N): y
Converting temp min/max thresholds...done
Menu 12: Network RPC Cascade Mode
Select 8), from the RPC Management Menu,
allow a user to connect to a non-Ethernet Baytech power strip to control outlets of both units from one menu.
CascadeModeEnable
Select 1), enables the Cascade feature
NOTE: Read the instruction carefully for the feature to operate properly.
Mode Menu
Cascade mode: Enabled Outlet Status Display: Enabled Command Confirmation: Enabled
Cascade Mode Enable..............1
Cascade Mode Status Display......2
Command Confirmation.............3
RPC Cascade Mode is.............. Enable
Enabling this feature will allow access and management of a BayTech Remote Power Device through the console (EIA-232) port via telnet/ssh/SNMP/http. In RPC Cascade Mode, normal console port terminal service will operate only when the network cable is disconnected.
When Cascade Mode is changed, URPC module will *RESET* upon acceptance of configuration changes, at which time, cascade device should be connected to or disconnected from the EIA-232 port as appropriate.
Enable ? (Y/N), CR for no change) :
CascadeModeStatusDisplay
Select 2),enables this unit to display both the Master/Slave outlets:
Enter Request :2
RPC Outlet Status Display is..... Enabled
Enable ? (Y/N), CR for no change) :
CommandConfirmation
Select 3), enables the unit to ask for confirmation before executing the command
Enter Request :3
Command Confirmation is.......... Enabled
Enable ? (Y/N), CR for no change) :
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With Cascade enabled and the unit resets, two options are added to the Network Menu, Option “2” for the slave unit and option “O” for Outlet Group Control. Option “2” gains access to the slave unit through the RS232 port.
Module: 1 Attention Character:
MRP05 (2 ,1).........1 Master Unit Outlet Controller
MRP05 (2 ,2).........2 Slave Unit Outlet Controller
Outlet Group Control............O Combined Master Slave Outlet Control
Status..........................S Unit network Status
Configure.......................C Unit Configuration menu
Unit Reset......................RU Terminates external connections,
does not affect outlet states.
Logout..........................T Terminates terminal session to unit
Enter Request :s
Option “O”, NOT Zero but the Letter “O”, connects the outlet controls of both units into one menu. The “Outlet Operations Menu” is a limited menu to allow the user to turn on, turn off, or reboots the outlets. The user may group up to (10) outlets to perform one command. To return to the Network menu, type the Attention Character 5-times, default is semi-colon, (;).
Outlet Operations Menu. Status: 0 - Off | 1 - On | 3 - Locked On | 4 - Locked Off CMDs: ON, OFF, REBOOT, followed by outlet menu numbers separated by commas. Maximum of 10 outlet numbers allowed in command. CMD followed by carriage return performs command on ALL outlets
Master Unit Outlets
1) 3 MOD 1 Outlet 1 2) 3 MOD 1 Outlet 2 3) 3 MOD 1 Outlet 3
4) 3 MOD 1 Outlet 4 5) 3 MOD 2 Outlet 1 6) 3 MOD 2 Outlet 2
7) 3 MOD 2 Outlet 3 8) 3 MOD 2 Outlet 4 9) 3 MOD 3 Outlet 1
10) 3 MOD 3 Outlet 2 11) 3 MOD 3 Outlet 3 12) 3 MOD 3 Outlet 4
13) 3 MOD 4 Outlet 1 14) 3 MOD 4 Outlet 2 15) 3 MOD 4 Outlet 3
16) 3 MOD 4 Outlet 4
Slave Unit Outlets
17) 3 MOD 1 Outlet 1 18) 3 MOD 1 Outlet 2 19) 3 MOD 1 Outlet 3
20) 3 MOD 1 Outlet 4 21) 3 MOD 2 Outlet 1 22) 3 MOD 2 Outlet 2
23) 3 MOD 2 Outlet 3 24) 3 MOD 2 Outlet 4 25) 3 MOD 3 Outlet 1
26) 3 MOD 3 Outlet 2 26) 3 MOD 3 Outlet 3 28) 3 MOD 3 Outlet 4
29) 3 MOD 4 Outlet 1 30) 3 MOD 4 Outlet 2 31) 3 MOD 4 Outlet 3
32) 3 MOD 4 Outlet 4
CMD>
NOTE: If connecting to the Master unit serial port and the menu is scrolling or the smiley face and heart is displayed. See Appendix: Troubleshooting for resolutions.
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B
PowerFactorThresholdMenu
Select 9), from the RPC Management Menu, displays the unit’s power efficiency on the web page and through SNMP. The user sets a minimum power level that will send an SNMP trap to the SNMP Manager. The smaller the power factor, less than (1), more current is needed (wasted) to do the same amount work
IndividualUnits
Select 1), displays current Power Factor (PF) and Power Threshold settings for each individual unit circuit.
M/P = Module port, Identifier = Unit Id, Circuits = number of circuits on unit. Outlets = number of unit outlets.
arameters to control generation of SNMP traps based on
circuit Power/VA power factor and minimum power level
Sel M/P Identifier Circuits Outlets 1 2/1 MRP27 6 24 2 All Circuits/Outlets - Power Factor Threshold 3 All Circuits/Outlets - Power Threshold
Enter Request :1
Select 1), displays either Circuit or
Outlet Power Factor (PF)
ircuit Power Factor Thresholds....1
Outlet Power Factor Thresholds.....2
Enter Request :1
Unit displays breaker list of circuits. Select the Circuit number to change the threshold values
reaker List for device 1, MRP-27 Ckt PF Threshold (%) Pwr Threshold (W) 1 100 10 2 100 10 3 100 10 4 100 10 5 100 10 6 100 10
Enter Request :1
Unit displays the Breaker Circuit Threshold Menu with circuit breaker number and current values.
Select 1), changes the Power Factor Threshold level. Enter a per cent value (%). Factory Default is (0%).
reaker Circuit Threshold Menu Device 1, Breaker Circuit 1 Efficiency Threshold: 100, Power Threshold: 10
Power/VA Power Factor Threshold....1
Minimum Power Threshold............2
Enter Request :1
Power/VA ratio threshold as a percent, between 0 and 100, inclusive. Power factors below this value will generate an SNMP trap, if enabled and power is above minimum power threshold. A value of 0 disables threshold.
Enter threshold value:
NOTE: The Power Factor Threshold SNMP alarm is sent only if both respective values drop
below the Power Factor Threshold and Power Threshold at the same time.
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O
Unit displays the Breaker Circuit Threshold Menu with current values.
Select 2), changes the Minimum Power Threshold level. Enter a value.
Factory Default is (50w).
Select 2), displays Outlet Power
Factor (PF) Threshold.
The unit displays the number of outlets on the unit. Select an outlet number to change the values for Power Factor (PF) Threshold and Power Threshold.
Unit displays the Outlet Circuit Threshold Menu with Device Outlet number and current values.
Select 1) changes the Power Factor Threshold level. Enter a per cent value (%). Factory Default is (0%).
reaker Circuit Threshold Menu Device 1, Breaker Circuit 1 Efficiency Threshold: 100, Power Threshold: 10
Power/VA Power Factor Threshold....1
Minimum Power Threshold............2
Enter Request :2
Minimum power required to generate an SNMP power factor trap if power factor is below threshold.
Enter threshold value:
Circuit Power Factor Thresholds....1
Outlet Power Factor Thresholds.....2
Enter Request :1
Outlet Thresholds for device 1, MRP-27 Threshold values listed next to outlet number. Enter outlet number to change associated thresholds.
Outlet PF (%) Pwr (W) | Outlet PF (%) Pwr(W) 1 100 10 | 13 100 10 2 100 10 | 14 100 10 3 100 10 | 15 100 10 4 100 10 | 16 100 10 5 100 10 | 17 100 10 6 100 10 | 18 100 10 7 100 10 | 19 100 10 8 100 10 | 20 100 10 9 100 10 | 21 100 10 10 100 10 | 22 100 10 11 100 10 | 23 100 10 12 100 10 | 24 100 10
Enter Request :1
utlet Circuit Threshold Menu Device 1, Outlet 1 Efficiency Threshold: 100, Power Threshold: 10
Power/VA Power Factor Threshold....1
Minimum Power Threshold............2
Enter Request :
Power/VA ratio threshold as a percent, between 0 and 100, inclusive. Power factors below this value will generate an SNMP trap, if enabled and power is above minimum power threshold. A value of 0 disables threshold.
Enter threshold value:
NOTE: The Power Factor Threshold SNMP alarm is sent only if both respective values drop below the Power Factor Threshold and Power Threshold at the same time.
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O
Unit displays the Outlet Circuit Threshold Menu with Device Outlet number and current values.
Select 2), changes the Minimum Power Threshold level. Enter a value. Factory Default is (50w).
utlet Circuit Threshold Menu Device 1, Outlet 1 Efficiency Threshold: 100, Power Threshold: 10
Power/VA Power Factor Threshold....1
Minimum Power Threshold............2
Enter Request :
Minimum power required to generate an SNMP power factor trap if power factor is below threshold.
Enter threshold value:
AllCircuits/OutletsPowerFactorThreshold
This option allows user to set all circuits and outlets to the same Power Factor Threshold levels. (MMX) refers to the metered-outlet modular- series. Default Value = (0%)
The unit responds with message stating the Thresholds were set to the new value and displays the Menu.
Power/VA ratio threshold asa percent, between 0 and 100, inclusive. Power factors below this value will generate an SNMP trap, if enabled and power is above minimum power threshold. A value of 0 disables threshold.
Value will be applied to all circuits and outlets (MMX units).
Enter threshold value:
Setting all Power/VA Efficiency Thresholds to 80%
Power Factor Threshold Menu
Parameters to control generation of SNMP traps based on circuit Power/VA power factor and minimum power level
Sel M/P Identifier Cks #Outs 1 2/1 MRP-27 6 24 2 All 3 All Circuits/Outlets - Power Threshold
Enter Request :
Circuits/Outlets - Power Factor Threshold
AllCircuits/OutletsPowerThreshold
This option allows user to set all circuits and outlets to the same Power Threshold levels. (MMX) refers to the metered-outlet modular series. Default Value = (50w)
Minimum power required to generate an SNMP power factor trap if power factor is below threshold.
Value will be applied to all circuits and outlets (MMX units).
Enter threshold value:
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The unit responds with message stating the Thresholds were set to the new value and displays the Menu.
Setting all minimum Power Threshold levels to 10 Watts
Power Factor Threshold Menu
Parameters to control generation of SNMP traps based on circuit
Sel M/P Identifier Cks #Outs 1 2/1 MRP-27 6 24 2 All Circuits/Outlets - Power Factor Threshold 3 All Circuits/Outlets - Power Threshold
Enter Request :
Firmware/ConfigDownload
Power
/VA power factor and minimum power level
Menu 13: Network Firmware/Config Download
Select 11), from the Network Configuration Menu, upgrades the firmware
for IP Network, Outlet controller, Uploaded SSL Certificates, and Configuration file.
nable Firmware Upgrade...........1
Enable SSL Cert Upload............2
Enable Configuration File Upload..3
Restore Configuration Defaults....4
Get Current Configuration File....5
Display Configuration Error Log...6 Enable Rel Ctl. Firmware Upgrade..7
xit..............................X,C
EnableFirmwareUpgrade
Select 1), enables the upgrade of the firmware via FTP. The unit will display the following, Default is Disabled:
Enabling this will allow the firmware to be updated via ftp Enable Firmware Upgrade ? (Y/N)
IMPORTANT: Do not type “Y” unless you have received the instructions and firmware from
Baytech’s Technical Support. If you typed “Y” and see the following below, turn power off than back on to the unit to close the firmware upgrade.
Selecting “Y” for yes the unit will display the following as it waits for the firmware file,
Waiting to receive compressed image file
------------------------------------------------
----------------------------
At this point follow the FTP program instruction to transfer the firmware into the unit.
EnableSSLCertUpload
Select 2), allows the admin to upload an SSL Certificate to the unit via FTP. The filename of the certificate must be (ssl.pem). An SSL certificate is used by the unit to create secure web connections. The unit is shipped with a default SSL certificate. This certificate should be replaced with one that better suits the user’s environment. The file format is checked after download to insure that the certificate is valid.
The unit will display the following:
Enabling this will allow the SSL Certificate to be updated via ftp Enable SSL Certificate Upload? (Y/N)
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IMPORTANT: If you type “Y”, the unit will display the following. To stop this function power-cycle the unit to close the SSL Certification Upload.
Selecting “Y” for yes the unit will display the following as it waits for the certificate.
Waiting to receive ssl.pem SSL certificate file
--------------
At this point follow the FTP instruction to transfer the ssl.pem file into the module.
EnableConfigurationFileUpload
Select 3), allows the admin to upload a configuration file from a computer to the power unit. The unit will display the following:
Enabling this will allow the system configuration to be updated via ftp THE UNIT WILL RESET AFTER CONFIGURATION IS COMPLETE Enable Configuration File Upload? (Y/N)
IMPORTANT: If you type “Y”, the unit displays the following below. To stop this function
power-cycle the unit to close the Configuration File Upload.
Waiting to receive configuration file
----------------------------------------------------------------------------
----------------------------------------------------------------
At this point FTP the file into the unit. A successful file upload and the unit will display:
Unsuccessful file upload and the unit will display:
***error in config upload file or transfer operation***
onfiguration file valid
updating ds62 configuration *** ds62 host configuration complete polling rpcs Found RPC at mod 2 port 1 rpc polling complete configuring rpcs
NOTE: This part of the program is derived from the DS62 module program, thus the DS62 reference.
RestoreConfigurationDefaults
Select 4), allows the admin to restore the unit configuration to factory defaults.
NOTE: The network default IP Address, Subnet, and Gateway is
0.0.0.0
The unit will display the following:
NABLING THIS WILL ERASE ALL CONFIGURATION BACK TO FACTORY DEFAULTS AND RESET THE UNIT Set Configuration to Factory Defaults? (Y/N)
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A YES response and the unit will display:
GetCurrentConfigurationFile
ETTING DEFAULT CONFIGURATION set default password file USING DEFAULT SSL CERTIFICATE
System reset in progress...
This board is a Universal RPC Controller
..........Uncompressing...done.
Select 5), allows the admin to get a copy of the current unit configuration file from the unit and FTP’s it to a computer. The configuration file to be uploaded is named “confupload”. The file may be opened with any ASCII or text file editor.
Select Get Current Configuration File and the unit will display.
A YES response and the unit will display the following:
At this point FTP the file to your computer. A Successful file retrieval and the unit displays:
Unsuccessful file retrieval and the unit displays:
NOTE: Save a copy of the “confupload” file under a different name, just in case a mistake is made that prevents the unit from operating properly. If the unit appears to not respond, power-cycle the unit and type semi-colon five times. If it appears the unit is still not responding, follow the reset procedures to reset the module.
Enabling this will allow the system configuration file to be retrieved via ftp Enable Configuration File Retrieval? (Y/N)
/var/confupload file created and ready for ftp retrieval
Waiting to send configuration file
-----------------------------------------------------
-----------------------------------
et of configuration file complete
***error in config upload file or transfer operation***
DisplayConfigurationErrorLog
Select 6), lists any errors in uploading or downloading the configuration file, the unit will display either:
o errors
Press CR to continue
or
1. No communication with rpc at mod 3 port 1 (MRP:5) Press CR to continue
EnableRelCtl.FirmwareUpgrade
Select 7), upgrades the outlet controller firmware, the unit will display the available controllers:
PC Firmware Upgrade Menu
MRP105 (2 ,1).........1
MRP105 (2 ,2).........2
Enter Request :
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Select the controller to be upgraded and the unit will ask if this is the correct controller to enable firmware upgrade. It will also tell you which port you are connected which will determine which method to upload the firmware.
If the unit displays the following, type “Y” at the prompt. The unit will wait for the ASCII file to be transfer. An error will occur if the terminal program
Upgrading RC fir
Enable update of Relay Controller firmware via Console (RS232) port. Enabling will reset Ethernet Module when Configuration is exited
Enable Firmware Upgrade ? (Y/N) y
Send RC firmware file using ASCIIfile transfer option on your Terminal program.
Waiting for RC firmware.
-------------------------------
re on RPC at module 2, port 1.
CAUTION: The unit may not read the data correctly if the terminal program tries to upload the file as a modem file, i.e. ZModem. Verify the file transfer is ASCII.
If the unit displays the following, type “Y” at the prompt. The unit will wait for the ASCII file to be transfer via FTP.
Upgrading RC fir
Enable update of Relay Controller firmware via Console FTP. Enabling will reset Ethernet Module when Configuration is exited
Enable Firmware Upgrade ? (Y/N) y
Send file in ASCII file mode.
Waiting for RC firmware.
-------------------------------
re on RPC at module 2, port 1.
UNITRESET
Select RU), resets the unit to the current configurations, the unit will display:
Reset Unit? (Y/N)
NOTE: A Unit Reset takes approximately 20 seconds for the unit to reset. It will not affect the state the energized outlets. It will not reset the unit to “Factory Default”, but it will terminate
all external communications.
LOGOUT
Select T), will close the session to the unit, but may not close the terminal emulator session.
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BAYTECHPRODUCTWARRANTY
Bay Technical Associates (BayTech) warrants that its products will be free from defects in materials and workmanship under normal use for a period of two years from date of purchase (or from date of shipment from BayTech if proof of purchase is not provided).
During this warranty period, BayTech shall, at its discretion, either repair or exchange any defective product at no charge for labor and materials, or refund the amount paid for the product, less shipping and handling charges. Any replacement and/or repaired products are warranted for the remainder of the original warranty.
The customer is responsible for properly packaging the product and for shipping costs for returns. The customer is liable for loss or damage to the product during shipping, as well as any other fees or charges associated with transporting the product back to BayTech. BayTech will pay return costs for delivery within the Continental United States.
All repair and return shipments must be approved by BayTech and must be accompanied by an RA (return authorization) number. Please refer to our Repair and Return Policy below.
For the initial 30 days from the original date of shipment, any unopened product may be returned to BayTech, accompanied by an RA number. Full purchase price will be refunded, provided that the product is in excellent condition. A product may not be returned after 30 days from the original date of shipment unless approved by BayTech management.
For additional information or more specific warranty issues, contact BayTech’s Technical Support or Customer Service Departments at (800) 523-2702 or (228) 563-7334.
Exceptions
This warranty does not cover misuse or minor imperfections that fall within design specifications or that do not materially alter functionality. BayTech does not warrant and is not responsible for damages incurred in shipping and handling or caused by disasters (such as fire, flood, wind, earthquake, lightning, power surges or water).
The warranty will be voided regarding products that have been neglected, altered, abused, misused, or used for purposes other than those for which it was designed.
Under no circumstances shall BayTech be liable for any special, incidental, or consequential damages based upon breach of warranty, breach of contract, negligence, strict liability, or any other legal theory. Such damages include (but are not limited to) loss of profits, loss of the product or associated equipment, cost of capital, cost of substitute or replacement equipment, facilities or services, down time, purchaser’s time, the claims of third parties, including customers, and injury to property.
BayTechExtendedWarranty
Extended warranties and but only at the time of product purchase. The extended warranty cost will not exceed 7% per year of the product list price unless otherwise stated in the customer contract or approved by BayTech management. Contact BayTech for further details on this.
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TechnicalSupport
BayTech offers Tech Support for the lifetime of the product. A staff of Applications Engineers is on duty to assist with installation, set up or operation issues. Support is available from 8:00 a.m. to 5 p.m. (CST or CDT), Monday through Friday at the phone numbers or website provided below.
Please have the following information available to help the Applications Engineers answer questions efficiently:
BayTech model type Unit serial number Firmware version (if accessible)
A list of devices connected to the BayTech unit
A general description of the application being used and the intended outcome Information about cables and adapters being used (type, length, place of purchase) The name of the software emulation program being used Printout of the configuration status (if possible)
Bay Technical Associates, Inc. 5239 A Avenue Long Beach Industrial Park Long Beach, MS 39560
Telephone: 800-523-2702 or 228.563.7334 FAX: 228.563.7335 Email: support@baytech.net Website: www.baytech.net
RepairPolicy
(Return policy refers to BayTech products purchased and returned for credit or repair.)
A Return Authorization (RA) number must be obtained in all cases before returning the BayTech product. Have the serial number and reason for the return or description of the problem handy. Customers in the Continental U.S. can call 1-800-523-2702 or international customers can call
228.563.7334 to obtain an RA number.
Before dismantling equipment or returning the unit for any reason, always contact BayTech. Attempting to repair a product without BayTech authorization may result in voiding the warranty.
Cost and Time: The cost of repair for units no longer under warranty will be $50.00 per hour plus cost of materials and shipping. Typical turnaround times for repairs are 3 days for domestic requests and 5 days for international.
Follow the instructions below for repackaging and shipping. NOTE: Power should be disconnected
from the power source before servicing or dismantling.
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ReturnAuthorizationProcess:
a. Contact BayTech via Phone, Fax, or Email to get a Return Authorization (RA) Number.
IMPORTANT: BayTech will not accept any returns without an RA number.
b. Package the unit carefully in its original packaging or similar packaging. The warranty does not
cover damage sustained during shipment. Enclose a letter with name, address, RA number, daytime phone number and description of the problem.
c. Mark the RA number clearly on the outside of the package. d. Ship the unit by insured, prepaid carrier to the following address:
Bay Technical Associates 5239 A Avenue Long Beach Industrial Park Long Beach, MS 39560 RA #: 140-xxxxx
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APPENDIX:TACACSCONNECTIONSCENERIOS
Parameters to determine if user should be able to log in:
TACACS enabled/disabled Good/Bad TACACS connection “Enable URPC usernames as backup” enabled/disabled Username/password on TACACS and power strip are same/different
Same username and password in TACATCS+ and URPC
Case 1: TACACS+ enabled, TACACS contact good, “Enable URPC usernames as backup” = enabled,
user Log in OK. Log in is validated by the TACACS server.
Case 2: TACACS+ enabled, TACACS contact good, “Enable URPC usernames as backup” = disabled,
user Log in OK. Log in is validated by the TACACS server.
Case 3: TACACS+ disabled, or TACACS+ contact loss, “Enable URPC usernames as backup” = enabled,
user Log in OK. URPC validates the user.
Case 4: TACACS+ disabled, or TACACS+ contact loss, “Enable URPC usernames as backup” = disabled,
user Log in FAIL. Neither TACACS+ nor the URPC can validate the user.
Different username and password in TACACS+ and power strip: TACACS+ username Login
Case 1: TACACS+ enabled, TACACS+ contact good, “Enable URPC usernames as backup” = disabled,
TACACS username Log in OK. Log in validated by the TACACS+ server.
Case 2: TACACS+ enabled, TACACS contact good, “Enable URPC usernames as backup” = enabled,
TACACS username Log in OK. Log in validated by the TACACS+ server.
Case 3: TACACS+ disabled or TACACS+ contact lost, “Enable URPC usernames as backup” = disabled,
TACACS username Log in FAIL. TACACS+ not validate the user.
Case 4: TACACS+ disabled or TACACS+ contact loss, “Enable URPC usernames as backup” = enabled,
TACACS username Log in FAIL. TACACS+ not validate the user.
Different username and password in TACACS+ and power strip: Power Strip username Login
Case 1: TACACS+ enabled, TACACS+ contact good, “Enable URPC usernames as backup” = enabled,
Power Strip username Log in OK. Power strip validates the user.
Case 2: TACACS+ disabled or TACACS+ contact loss, “Enable URPC usernames as backup” = enabled,
Power Strip username Log in OK. Power strip validates the user.
Case 3: TACACS+ enabled, TACACS+ contact good, “Enable URPC usernames as backup” = disabled,
Power Strip username Log in FAIL. Power strip not validate the user.
Case 4: TACACS+ disabled or TACACS+ contact loss, “Enable URPC usernames as backup” = disabled,
Power Strip username Log in FAIL. Power strip not validate the user.
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APPENDIX:LCDDISPLAYDESCRIPTION
PWR 1 W = Power for circuit #1 in Watts, Units with multiple circuit breakers will display PWR 2W, PWR 3W, PWR 4W, PWR 5W, PWR
=========================================================================
=========================================================================
=========================================================================
=========================================================================
=========================================================================
The Power LED, PURPLE arrow, is lighted when power is applied to unit. Current Alarm LED, ORANGE arrow, lights when breaker current exceeds set threshold. Default is 12 amps. B/C switch set for “B” to function with Baytech supplied cable and adaptor. “C” works with Cisco console cable.
6W
VAC 1 V = Voltage AC for circuit #1 in Volts, Units with multiple circuit breakers will display VAC 2V, VAC 3V,VAC 4V, VAC 5V, VAC 6V
Int T1 ºF 77.0 = 77.0 Degree Internal Temperature Ext T1 & T2 ºF will be displayed if external probes connected to unit. Ext T1 67.0 ºF: 30.2% RH, Celsius and Fahrenheit is selectable. ºC = Celsius Degree; ºF = Fahrenheit Degree; %RH = Relative Humidity.
Tot kW-h = Total kilo-Watts - hour for the unit as a whole. This is a running total since the last factory defaulted, kilowatt - hour is unit of measurement
CUR 1 A = Current for circuit #1 in Amps, Units with multiple circuit breakers will display CUR 2A, CUR 3A, CUR 4A, CUR 5A, CUR 6A
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APPENDIX:LEDDISPLAYDESCRIPTION
Basic (3) LED display controller, CM03 and CM04 will display the current. The number of circuit breakers and outlet phase connections will determine the artwork on the module to identify what the readings are measuring.
The above picture displays the following: When the first LED, RED arrow, is lit, the (3) LEDs display the load current for breakers 1, 2, & 3. When the second LED, BLUE arrow, is lit, the (3) LEDs display the load current for breakers 4, 5, & 6. When the third LED, GREEN arrow, is lit, the (3) LEDs display the total current of each input phase.
The Power LED, PURPLE arrow, is lighted when power is applied to unit. The Current Alarm LED, ORANGE arrow, lights when the current exceeds the breaker set threshold. Default is 12 amps. CM03 = RS232 serial port only CM04 = RS232 serial port and Ethernet port
APPENDIX:TROUBLESHOOTING
SCROLLING MENU: This may occur in a Master/Slave setup, due to the Master unit being power-up after the Slave unit and the 8” data cable connecting the serial ports of the Master and Slave together.
CORRECTIVE ACTION: Type “Ctrl+C” then press ’Enter’ to refresh the menu. The keyboard “Alt+Break” may also work in some programs. The terminal program may have a break command that may also stop the scrolling. The three break commands work in MS-Hyper-Terminal, Putty, and Reflections.
SMILEY FACE and HEART Symbols (☻♥): Connecting to the EAI232 serial port, the cursor is jumping back and forth from the Face to the space to the right of the Heart. If these two symbols are displayed, the Master unit has the Cascade feature enabled and the Ethernet cable is connected. Some terminal programs will have the cursor do a line-feed and the program appears not to respond.
CORRECTIVE ACTION: Disconnect the Ethernet cable and wait about 10 seconds for the serial port to revert back to the normal operations with the menu.
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