Panamax MB1000 Reset Factory Settings, Queries Identify, Outlet Status, Power Status, Voltage

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RS-232 Communications Protocol & Command Set

RESET FACTORY SETTINGS

Resets all of the custom configuration settings

Send to UPS:

!RESET_ALL<CR>

Action:

Sets all state variables to the default

values

 

Response from UPS:

$FACTORY SETTINGS

RESTORED <CR>

_________________________________________

QUERIES

IDENTIFY

Request that the unit identify itself.

Send Query to UPS:

?ID<CR>

Action:

Model number and firmware revision

will be provided.

 

Response:

$PANAMAX<CR>

 

$MB1000<CR>

$FIRMWARE revision<CR>

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OUTLET STATUS

Requests the on/off status of the outlet banks

Send Query to UPS:

?OUTLETSTAT<CR>

 

status = {ON, OFF}

Action:

On/Off status for outlets

 

will be provided.

Response:

$BANK1 = status<CR>

$BANK2 = status<CR>

_________________________________________

POWER STATUS

Requests the status of the input voltage. The responses are the same as Power Fault Status Change.

Send Query to UPS:

?POWERSTAT<CR>

Action:

Power status messages will be

 

returned

Response:

Normal operation $PWR =

NORMAL<CR>

 

Overvoltage

$PWR = OVERVOLTAGE<CR>

Undervoltage

$PWR = UNDERVOLTAGE<CR>

Lost Power

$PWR = LOST POWER<CR>

Test Mode

$PWR = TEST<CR>

_________________________________________

VOLTAGE

Requests the input and output voltages

Send Query to UPS:

?POWER<CR>

Action:

Voltage status messages will be

 

displayed

Response:

$VOLTS_IN = vvv<CR>

 

$VOLTS_OUT = vvv<CR>

 

$WATTS = xxxx<CR>

 

$VA = xxxx<CR>

xxxis expressed in decimal format. If the value is less than 100, the hundreds digit is represented with a 0. For example a line

voltage of 92VAC would be expressed as: $VOLTAGE =092

_________________________________________

LOAD LEVEL STATUS

Requests the load level, expressed as percentage of maximum.

Send Query to UPS:

?LOADSTAT<CR>

Action:

Load level will be displayed

Response:

$LOAD = xxx<CR>

xxxis the load level (percentage of maximum load) expressed in decimal format. If the value is less than 100, the hundreds digit

is represented with a 0.

_________________________________________

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Contents MB1000 Instructions FeaturesBefore You Begin Unpacking Inspect the UPS upon receipt Table of ContentsBattery replacement recommended every two years Important Safety InstructionsAC Power Installing Your UPSInput UPS OutputBasic Operation Front Panel Description Power SwitchOperating Modes Setup Mode Flowchart Advanced Operation To program IR output RS-232 Communications Protocol & Command SetRS-232 Control with Open Protocol RS-232 serial interface can be used in the following waysCommunications Protocol Controller CommandsALL on ALL OFFSET Buzzer Mode Switch Outlet BankSET Bank 2 Threshold SET Feedback Mode SET AVR ModeSET Linefeed Mode SET Display Sleep ModePower Status Reset Factory SettingsQueries Identify Outlet StatusList Configuration Battery Level StatusPower Button Status Change Condition Response Power Fault Status Change Condition ResponseFCC Notice and Warranties Limited Product WarrantyCaractéristiques Avant de commencer Table des matièresUn câble USB Ne tentez pas le remplacement de la batterie Les dispositifs fournis par PF Power ne sont pas destinésPour votre sécurité Alimentation Installation de votre onduleurAlimentation c. a Sortie onduleurInterrupteur Manœuvres de base Description DU Panneau FrontalModes de fonctionnement IR1 Test IR1 Program IR1 Sample Fail Manœuvres complexes Pour programmer les émissions infrarouges Protocole de communication et jeu de commandes RS-232Contrôle RS-232 avec protocole libre Protocole de communication Commandes de contrôleActivation Générale Désactivation GénéraleConfigurer LE Mode DE Signal D’ALARME Configurer LE Seuil Plancher DU BlocBasculer UN Bloc DE Prises Configurer LE Mode DE Réponse Configurer LE Mode DE Régulation Automatique DE LA TensionConfigurer LE Mode Saut DE Ligne Configurer LA LuminositéÉtat DES Prises Requêtes IdentificationÉtat DU Courant TensionsCharge DE LA Batterie Liste DES ConfigurationsChangement D’ÉTAT DE L’INTERRUPTEUR Condition Réponse Changement D’ÉTAT DU Courant Condition RéponseAvertissement Avis FCC et garantiesCaracterísticas MB1000 InstruccionesPágs , 9, 10, 11 Tabla de contenidoCable USB ¡IMPORTANTE Instrucciones de seguridad importantesEntrada Instalación del suministro de energía ininterrumpible UPSCorriente alterna Salida de UPSInfrarroja IR Operación básica Descripción DEL Panel FrontalModos de operación IR1 Test IR1 Program IR1 Sample Fail Operación avanzada Para programar la salida IR Protocolo de comunicaciones RS-232 y conjunto de comandosComandos del controlador Protocolo de comunicacionesEncender Todo Apagar TodoConfigurar Modo DE Zumbador Configurar Umbral DE RegletaConmutar Regleta Configurar Modo DE Realimentación Configurar Modo AVRConfigurar Modo DE Salto DE Línea Configurar Brillo DEL MedidorEstado DE Regletas Consultas IdentificaciónEstado DE Alimentación VoltajeEstado DE Nivel DE Batería Listar ConfiguraciónCambio DE Estado DE Regleta Condition ResponseNotificación de la FCC Notificación de la FCC y garantíasGarantía de dos años de la batería

MB1000 specifications

The Panamax MB1000 is a prominent addition to the maritime industry, recognized for its advanced features and capabilities that cater specifically to the transportation and cargo handling sectors. Designed with a focus on efficiency and performance, this vessel has become a preferred choice among shipping companies looking to optimize their operations.

One of the main characteristics of the MB1000 is its impressive cargo capacity. With a deadweight tonnage exceeding 60,000 tons, the vessel is engineered to carry a significant amount of cargo, making it an ideal solution for bulk carriers. This capacity is coupled with a well-designed hull that ensures stability and speed, allowing for quick turnarounds and efficient voyages.

The MB1000 is equipped with state-of-the-art propulsion technology. It features a powerful diesel engine that delivers high output while maintaining fuel efficiency. The combination of low fuel consumption and reduced emissions aligns with global environmental standards, making the MB1000 a more eco-friendly choice in the industry.

In terms of navigation and safety, the vessel is outfitted with advanced electronic systems. The integrated bridge system includes radar, GPS, and autopilot functions that enhance situational awareness for the crew, ensuring safer and more precise navigation across various maritime conditions. Furthermore, the vessel adheres to the latest safety regulations, equipped with life-saving equipment and fire-fighting systems to ensure the utmost safety for the crew and cargo.

The design of the MB1000 also emphasizes crew comfort and operational efficiency. The ship features spacious accommodations, including well-appointed cabins and common areas designed to provide a restful environment during long voyages. The operational areas are meticulously arranged to facilitate smooth workflows for the crew, improving overall productivity.

Additionally, the Panamax MB1000 is built for adaptability, enabling shipping companies to adjust the interior layouts and equipment based on specific cargo requirements. This flexibility, combined with cutting-edge engineering and innovative technologies, solidifies the MB1000’s reputation as a modern workhorse in the maritime sector.

Overall, the Panamax MB1000 stands out as a sophisticated vessel that encapsulates the evolution of maritime technology, combining performance, safety, and environmental consciousness, making it a valuable asset for any shipping fleet.