Mitsubishi Electronics MIM-G01 manual Configuration, MIM and Mitsubishi Alpha XL, Project Settings

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Configuration

MIM and Mitsubishi ALPHA XL

 

 

6 Configuration

6.1MIM and Mitsubishi ALPHA XL

Configuration of the Industrial Modems is done via the Mitsubishi Alpha Programming Software (SW0D5-ALVLS-EUL). Detailed information on selecting the modem and setting parameters is to be found within the Mitsubishi Alpha XL manuals at http://www.mitsubishi-automation.com

Alpha XL - Communication Manual

Art. No. 146564

Alpha Software - Software Manual

Art. No. 126017

This AT init string is to be used when connecting an "Alpha XL" to the "MIM-G01":

ATE0S0=2&S0;+IFC=0,0;+CMEE=1;+IPR=9600;+CICB=0;&W

This AT init string is to be used when connecting an "Alpha XL" to the "MIM-A01":

ATE0S0=2Q1+D0\Q0\J0&W

The following chapters will show the most important settings.

6.1.1Project Settings

Load the PLC project into the Alpha Programming Software and adjust some basic settings. Therefore, in the menu bar click

Options > GSM and serial communication

Fig. 6-1:

GSM and serial communication

 

 

 

 

 

In the area Modem, select either GSM (for MIM-G01) or Modem (MIM-A01) and choose the

 

 

 

 

 

name of the modem in use from the list provided on the right (see figure above).

 

 

 

 

 

 

 

 

 

NOTE

 

 

 

If this modem type is not present within the list, you may add it by yourself; detailed informa-

 

 

 

 

 

 

 

 

 

 

tion on that is to be found within chapter 6.1.3.

 

 

 

 

 

If you use a MIM-A01 Modem, click on OK to exit configuration.

 

 

 

 

 

If you use a MIM-G01 Modem, enter the SIM PIN into the appropriate input field and enable the

 

 

 

 

 

„Remote Access“ checkbox, in case you want to remotely access the PLC. The Data format

 

 

 

 

 

should be 8 bits, no parity and 1 stop bit (8N1) with a speed of 9600 baud. Click on OK to exit con-

 

 

 

 

 

figuration.

Mitsubishi Industrial Modem

6 - 1

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Contents Draft Page About this Manual Page Version Changes / Additions / Corrections Industrial Modems MIM-A01 and MIM-G0Art-No Mitsubishi Electric Proper use Security AdviceSafety instructions Intended Target AudienceMitsubishi Electric Equipment Versions Mounting and InstallationPower supply Operation Mitsubishi Industrial Modems at a glanceAppendix ConfigurationTechnical Data Mitsubishi Super Modem 56k MIM-A01 Mitsubishi Industrial Modems at a glanceMitsubishi Normal Modem GSM MIM-G01 Tab -1Mitsubishi Industrial Modems at a glance Teleservice via PCEquipment Versions Modem TypTab -2Description of the connectors of the modems Mounting and InstallationInterfaces and Connectors Overview of all connectors of the Normal Modem GSMTab -3Two LEDs are used to show the state of the modem Meaning of the LEDsPush down the button until the card holder is released Connecting the GSM antennaInserting the SIM card 027954 Super Modem 56k MIM-A01 Overview of all connectors of the Super Modems 56kTab -4Description of the connectors of the Modems Line Tab -5Five LEDs are used to show the state of the modemMitsubishi Super Modem 56k supports the a/b leads 3 Testing the Telephone ConnectionConnection to the Telephone Network Telephone Exchange SystemMounting Power supply LEDs on MIM-A01 OperationMIM-G01 MIM-A01Options GSM and serial communication ConfigurationProject Settings MIM and Mitsubishi Alpha XLFunction Block SMS send GSM SMS Short Message ServiceSMS Setting SMS Service CenterRecipient Initialisation of a GSM Modem PLC ConnectionMIM-G01 and FX Messenger MIM for FX Remote AccessMIM and Mitsubishi Melsec FX Connection to other Mitsubishi ProductsRS 232-Transparent-Mode TransMode Time delays during modem transmissionsExample TransMode CommandTransMode Login Command AT+T SEND=TransModeLogin with password and parameters Login without parametersSystem Architecture Technical DataMain Features TabTab -5General Data FirmwareTab -4 Firmware General DataMIM-G01 DimensionsSuper Modem 56k MIM-A01Appendix AT Commands MIM-G01Important AT Commands +CSQ Signal QualityTypex AlphaxNumberx DCEbyDTE DTEbyDCE +ICF Data FormatFormat Parity +IFC Flow Control+CMGS Send SMS Mode Format+COPS GSM Network StatV24-V35 Commands Overview of AT-CommandsService Commands Tab -10 Service CommandsTab -15 Security Tab -14 NetworkPhonebook SMS CommandsData Commands Special AT Commands Fax Commands CLASS1Fax Commands CLASS2 Tab -22Overview of AT Commands AT Commands MIM-A01Overview of AT Commands Select Serial Port Flow Control AT Command Descriptions+TFORMAT Sets the data format +TBAUD Set the baudrateResult Code Display Control Dial CommandCommand Mode Echo Switch Hook ControlTab -24Overview of S-Registers +VCID Caller ID SettingsOverview of S-Registers Store Active ProfileOverview of the Commands Message CommandsAT+T Send=Fax Setting General Message ParametersAT+T Send=All Sending a FaxAT+T Send=SMS Sending an SMS MessageSubject Sending an Express E-MailAT+T Send=Express SenderAT+T Send=Email Sending Internet E-Mail SmtpSize of messages received Retrieving Internet E-Mail POP3AT+T Send=POP3 Size of detected messagesAT+T Delete=Number AT+TList Displaying Received MessagesAT+T List = type AT+T Delete Deleting a Stored MessageParameterList AT+T Read Reading a Stored MessageAT+T Read=Number +T Read Number, type, time ParameterList MessageAT+T Time=time Modem CommandsAT+T Answer=OnOff AT+T Answer?AT+T Verbose=OnOff AT+T Time?AT+T Echo=OnOff AT+T Echo?AT+T Redial AT+T Mode=ModeAT+T Help AT+T EraseAT+T DialRules? AT+T RedialDelayAT+T RedialDelay? AT+T DialRules=DialMethod,DialToneAT+T Speaker? AT+ T Speaker Adjusting the Modem Speaker VolumeAT+T Speaker=Volume MIM G01 MIM-A01 IndexPage Headquarters

MIM-G01, MIM-A01 specifications

Mitsubishi Electronics has long been a frontrunner in the realm of advanced technology, particularly in the development and optimization of automation solutions. Two of their standout offerings in the field of air conditioning technology are the MIM-A01 and MIM-G01 systems, which cater to both residential and commercial applications.

The MIM-A01 is an indoor unit featuring a sleek design that blends seamlessly with modern interior aesthetics. This unit is engineered for energy efficiency, boasting an impressive seasonal energy efficiency ratio (SEER) that significantly reduces electricity consumption. One of its key features is the V-Flow design technology, which allows for enhanced airflow distribution, ensuring that every corner of the room receives adequate cooling or heating. The MIM-A01 also comes with advanced filtration systems, including a high-performance filter that captures dust and allergens, promoting a healthier indoor environment.

On the other hand, the MIM-G01 represents Mitsubishi's commitment to high-quality outdoor units. This model is known for its compact size and robust design, making it suitable for a variety of installation spaces. With its advanced inverter technology, the MIM-G01 can adjust its cooling or heating output according to the changing conditions, thereby optimizing energy usage. One of its hallmark technologies is the Hyper Heating feature, which allows the unit to maintain its performance even at extremely low outdoor temperatures, making it ideal for colder climates.

Both units share a common thread of smart technology integration. They are equipped with wireless control capabilities, allowing users to adjust settings remotely via smartphone apps or smart home systems. This feature not only enhances user convenience but also facilitates better energy management by allowing users to monitor and control energy use from anywhere.

In summary, the Mitsubishi Electronics MIM-A01 and MIM-G01 systems epitomize modern air conditioning technology with their focus on energy efficiency, innovative airflow design, and advanced smart features. Whether for a small residential space or a larger commercial application, these units align with the evolving demands of energy-conscious consumers while delivering optimal performance and comfort. Their commitment to quality and advanced technology solidifies Mitsubishi's position as a leader in the HVAC industry.
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