IC693DNM200-BD GE Equipment Network Main Module

Product Description

IC693DNM200-BD is a 90-30 series component manufactured by General Electric.This is a single location design network main module with one(1)design network terminal and one(1)RS232 service port.This module supports standard device network transmission rates such as 125K,250K,and 500K,and can accommodate 255 input data bytes and 255 output data bytes,as well as 63 device network slaves.

feature

Supports DeviceNet protocol

Provide an efficient way of data exchange

Highly flexible and scalable

IC693DNM200-BD is a device network main module that can be integrated with GE PLC systems and provides DeviceNet communication functionality.Device network is an industrial network communication protocol used to achieve information exchange between automation devices.

The main module of the device network has high flexibility and scalability,enabling it to meet the needs of various applications.It supports the DeviceNet protocol and provides an efficient way of data exchange.

IC693DNM200-BD is a device network main module.This module is a single slot communication module that is part of the Series 90-30 Programmable Logic Controller(PLC)platform,manufactured by former General Motors and now using Emerson Automation.This module provides a single device network terminal.It also has a(1)RS2329-PIND shell female port as the module service port.

IC693DNM200-BD supports all data transfer rates,especially 125K,250K,and 500K transfer rates.Each slave device can transmit up to 255 bytes of input data and 255 bytes of output data,and up to 3972 bytes of input data and 3972 bytes of output data to this main module.In addition,a total of 126 I/O connections can be established using this module,as it can communicate with up to 63 slave devices,and each slave can transfer up to two I/O stations.Module support and configurable data connections include voting,flashing,looping,or COS.Explicit messaging,unconnected message managers(UCMM),and one(1)proxy connection for each subunit are also supported by this device’s NET main module.

In addition,the module can also operate as a master slave in dual mode simultaneously.During communication loss,fault behavior can be configured to provide acceptable system response in the event of the aforementioned error.The module is also equipped with upgradable firmware,allowing module updates and error fixes to be downloaded through the RS232 service port.

The IC693DNM200-BD module is a device network master module designed and manufactured by General Motors.This unit is part of the 90-30th series and has comprehensive functions for various communication and data transmission applications.Most of these functions are automatic,and the unit operates on device NET networks including other devices and host computers.The IC693dnm200 module can be installed on the main rack of Series 90-30 or PAKS RX3I systems,but is not suitable for remote or expansion racks.The IC693DNM200-BD device network module has 32 output points and supports standard data rates such as 125K,250K,and 500K baud.The outputs are arranged in 4 groups,each containing 8 points.The rated voltage of this unit is 12-24 V DC(positive logic),and its backplane consumes 450 mA current at 5 V DC.

The output current of the IC 693dnm200 module in the General Electric 90-30 series device network is 0.5 amperes per point,while its inrush current is 5.4 amperes with a duration of 10 milliseconds.For output current,it should be noted that the final output current of each group is 4 amperes,and the output current of each group does not exceed 3 amperes.In addition,the state voltage drops to 0.3 V DC,and the switch/close response time does not exceed 0.5 milliseconds.The IC693DNM200-BD module is very reliable and operates within the temperature range of 0-60 degrees Celsius(32-140 degrees Fahrenheit).In addition,the designated storage temperature range of the device is-40 to 85 degrees Celsius(-40 to 185 degrees Fahrenheit).

application area

The IC693DNM200-BD GE equipment network main module is widely used in various automation control systems,including the manufacturing industry,including automotive,food and beverage,aviation,and defense industries.

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