Siemens M101, RS232 operating instructions Technical data, Temperature and ambient conditions

Page 21

21.4.99

gigam101.fm5

Gigaset V.24 Adapter dt/eng:A30853-X400-B104-3-74D1

What happens if...

Temperature and ambient conditions

The Gigaset M101 Data is designed for operation in protected rooms with a temperature range from +5°C to +45°C.

Do not set up the Gigaset M101 Data in damp environments, such as a bathroom or laundry room. Do not expose it to direct sunlight or other heat sources, such as radiators.

Technical data

Standard:

DECT = Digital Enhanced Cordless Telecommunications

Number of channels:

120 duplex channels

Radio frequency range:

1880 MHz to 1900 MHz

Duplex system:

Time division multiplex, 10 ms frame length

Channel spacing:

1728 kHz

Modulation:

GFSK

Voice coding:

32 kbit/s

Transmitted power:

10 mW, average rating per channel

Range:

up to 300 m outdoors,

 

up to 50 m indoors

Power supply:

Base station 220/230 V ~/ 50 Hz (plug-type AC adapter)

Power consumption (base station):

Stand-by mode: approx. 3 W

 

Data transfer mode: approx. 5 W

Permissible ambient conditions for

+5 °C to +45 °C

operation:

20% to 75% relative humidity

AC power plug:

TSV 6/6 (housing), Euro plug (plug-type AC adapter)

V.24/RS232 port:

9-pin Sub-D male/female

Standards complied with:

DECT in accordance with CTR 6

 

Electrical safety in accordance with EN 60950

21

Page 20 Page 22
Image 21
Page 20 Page 22
Contents Gigaset M101 Data Registering a Gigaset M101 Data Setting the operating mode Back Overview FrontContents Contents Approval and conformity Safety precautions Introduction What is a Gigaset M101 Data?Putting into service Putting into serviceChecking the contents of the package Prerequisites for installation Putting into service Installing the program packageInstallation Check installation is successfulPutting into service Connecting stations Initial configuration Initial configurationConfiguration program options Configuration program optionsStarting the configuration program GeneralConfiguration program options Connection tab Upper section connecting to the PCLower section radio connection Setting the operating mode Configuration program options Operating mode tabSpecial settings for Direct connection mode Local station tabChanging a name Changing a station type Click Register Registering an Teilnehmer stationDe-registering a Teilnehmer station Partner station tabChanging the name Changing the PINLEDs and buttons LEDs and buttonsBoth button functions LED 1 Gigaset M101 Data statusPlace of installation What happens ifWhat happens if Temperature and ambient conditions Technical dataV.24 interface Signals toName Based on Ccitt Meaning Std. Pin Assign Pin plug based on Ccitt Pole SubD socketWhy set a mode? Technical background Tips & tricks, settings Tips & tricks, settingsOperating from a local station with two remote stations TeilnehmerPC PC direct cable connection via RS232/V.24 interface Setting the direct connection to the correct baud rate Set direct cable connection parameters Activate Hardware under Use flow control in the Settings Tips & tricks, settings Tips & tricks, settings Tips & tricks, settings Sharing files MAC and other operating systems PC PC direct cable connection problems examplesMeaning of lokale Station and Partnerstation Meaning of Basis and TeilnehmerSupport Updates and news on the InternetProblems with application programs Fault Cause Configuration management Fault CauseHardware problems PC, modem, Isdn TA Fault Cause Solution Fault Cause SolutionElsa TagGo2000 / Isdn con Acer Isdn T30 terminalWith Elsa Microlink 56k Miscellaneous Fault Cause Solution

M101, RS232 specifications

The Siemens RS232 M101 is a notable communication interface device that is widely utilized in industrial applications for data transfer between machines and control systems. Its introduction marked a significant advancement in serial communication technology, allowing for efficient and reliable connectivity in a variety of environments.

One of the primary features of the Siemens RS232 M101 is its adherence to the RS232 standard, which defines the protocols for serial communication. This standard ensures compatibility with a wide range of devices, making it versatile for use in various applications. The M101 facilitates point-to-point communication, enabling direct data exchange between two devices, such as computers, programmable logic controllers (PLCs), and sensors, which is crucial for real-time monitoring and control processes.

The technology behind the M101 includes its ability to support baud rates of up to 115,200 bps, enabling high-speed data transfer. This capability is essential in environments where timely data exchange is critical, such as manufacturing and automation sectors. The device also features a robust design that ensures reliable operation even in challenging industrial conditions, including temperature variations and electromagnetic interference.

Additionally, the Siemens RS232 M101 supports flow control mechanisms such as RTS/CTS (Request to Send/Clear to Send) and XON/XOFF (software flow control), which help manage data transmission effectively. By preventing data loss due to buffer overruns, these technologies enhance the integrity of data being transmitted, providing users with confidence in the reliability of their systems.

The M101 interface is compatible with a variety of operating systems, which simplifies integration into existing setups. Furthermore, it includes diagnostic LEDs that indicate communication status, making troubleshooting straightforward and user-friendly.

In summary, the Siemens RS232 M101 is a pivotal component in industrial communication, characterized by its adherence to RS232 standards, high-speed data transfer capabilities, robust build, and effective flow control mechanisms. Its widespread compatibility and user-friendly features make it a valuable tool for ensuring seamless communication between different systems in industrial applications. By facilitating reliable data exchange, the M101 enhances operational efficiency and contributes to the overall effectiveness of automated processes.
Top Page Image Contents