About ATC-1000M Serial To Ethernet Embedded Module
ATC-1000M
- AddsEthernetconnectivityforRS-232/422/485devices
- 10/100MbpsEthernet;230,400bpsserialdatarate
- SupportsTCP/Server,TCP/ClientandUDPmode
- ProvidessixTTL-levelprogrammabledigitalI/Os
- Web/Telnet/Serialconsolesfordeviceconfiguration
- Windowsutilityincludedfordevicemanagement
FormFactor
- Type :30-pindual-inlinedrop-inmodule
- Pitch :1.27mm
- Dimensions :37x27x12mm
NetworkInterface
- Type :10/100BaseT,auto-detect
- Protocols :TCP,UDP,HTTP,Telnet,IP,ICMP,ARP
- IPaddressing :DHCP,StaticIP
OperationModes
- TCP/Server,TCP/ClientandUDPmode
- SerialInterface(TTL-level)
- Signals :TxD,RxD,RTS,CTS,DTR,DSR,DCD,GND
- Baud :300to230,400bps
- Parity :None,Even,Odd
- Databits :7,8
- Stopbit :1,2
- Flowcontrol :None,RTS/CTS,XON/OFF
- ProgrammableDigitalI/O
- PIO0PIO6 :TTLlevelcompatible
- ConfigurationMethods
- Webconsole,TelnetConsoleandSerialConsole
- Windowsutility(includedinCD)
General
- Powerinput:3.3VDC
- Powerconsumption:350mA@+3.3VDC
- Operationtemp.:070C,595%RH
- Storagetemp.:-2085C,595%RH
- Regulation:CE/FCCcompliant
Versatile Serial Interface and ConfigurationThe ATC-1000M offers adaptable serial communication with either RS232/TTL or RS485 (user-configurable) for maximum flexibility. Settings such as baud rate, data bits, stop bits, and parity can be tailored to your application needs. Multiple configuration methodsincluding via web server, AT commands, serial, or networkstreamline the setup process for rapid deployment.
Robust Network Protocol and ProtectionSupporting a wide array of network protocols such as TCP, UDP, DHCP, HTTP, and more, this module assures seamless integration into diverse networking environments. Its built-in EMC protection circuits, metal shell, and industrial-grade design offer durable and safe performance even in demanding conditions.
Compact Design with Effortless MonitoringThe modules petite dimensions (53 mm 30 mm 13 mm) allow it to be embedded directly onto PCBs, facilitating efficient use of space in industrial enclosures. Integrated LED indicators provide real-time status for power, data transmission, and network link, aiding troubleshooting and maintenance.
FAQs of ATC-1000M Serial To Ethernet Embedded Module:
Q: How do I configure the ATC-1000M module for my application?
A: Configuration can be carried out through the built-in web server, using AT commands, via serial port, or over the network. This enables adaptation to different system requirements and simplifies both initial setup and subsequent adjustments.
Q: What serial interfaces does the ATC-1000M support and how can these be selected?
A: The module supports RS232/TTL and RS485 interfaces, which are selectable through configuration. This allows you to connect to a variety of serial devices depending on your applications specific communication protocol.
Q: When is a remote firmware upgrade possible for the ATC-1000M?
A: Remote firmware upgrades are supported at any time, providing the module maintains network connectivity. This feature helps you keep the device updated without physically accessing the hardware.
Q: Where can the ATC-1000M be mounted and what are the environmental limits?
A: The module is designed for PCB embedding and compact enclosures. It operates reliably between -40C to +85C and in humidity environments of 5% to 95% RH (non-condensing), making it suitable for harsh industrial settings.
Q: What process should be followed to connect a device to Ethernet using the ATC-1000M?
A: Connect your serial device to the modules serial port and link the Ethernet interface to your network. Configure the communication parameters and network settings using the provided methods. Once setup, the module enables network data exchange for your serial device.
Q: What are the main benefits of using the ATC-1000M Serial To Ethernet Embedded Module?
A: This module simplifies serial device networking with robust protocol support, flexible configuration, secure operation, and compact size. Its industrial-grade durability and remote management capabilities deliver reliability and facilitate long-term maintenance efficiency.