I-9124

1 Port High Performance DeviceNet Master Module
I-9124
I-9124
I-9124
I-9124

Features

  • DeviceNet Version: Volume I & II, Release 2.0
  • Programmable master MAC ID and baud rate.
  • Baud Rate: 125k, 250k, 500k bps
  • Support Group 2 and UCMM connection
  • I/O Operating Modes: Poll, Bit-Strobe, Change of State / Cyclic  
  • I/O Length: max 512 input bytes and 512 output bytes per slave  
  • Slave Node : 63 nodes max.
  • Auto-reconnect when the connection is broken
CE UKCA RoHS WEEE

Introduction

CAN (Controller Area Network) is a serial communication protocol that supports distributed real-time control and has high security features. CAN is particularly suitable for networked "intelligent" devices and systems, or sensors and actuators in subsystems. In a CAN network, generally, there is no addressing of users or stations, but rather the sending of priority messages. 

I-9124 is a DeviceNet master module that supports both Group 2 and UCMM functions, offering a high-performance DeviceNet master solution. Combined with the expansibility and flexibility of the WinPAC-9000-CE7 series host, I-9124 can be used in applications with higher real-time requirements. I-9124's firmware includes a complete set of DeviceNet communication protocol encoding and decoding functions. Application developers can use simple "Read" or "Write" commands to control the I/O data of remote DeviceNet slave devices. Thus, I-9124 not only expands the WinPAC-9000-CE7 series host with a DeviceNet communication interface but also assists users in efficiently monitoring remote DeviceNet slave devices without being familiar with the complex DeviceNet communication protocols.

Applications

Ordering Information

PRODUCT SERIES DESCRIPTION QNT. INQUIRY
PRODUCT SERIES I-9124     CR DESCRIPTION1 Port DeviceNet Master Module (Paralle Bus Type) (RoHS)
This combination include other products.

Similar Products

Software
Driver WP-9000-CE7
SDK For CE7: C#.Net, VC 2008 (with .Net Framework 3.5 or upper)
LED Indicators
Status NS LED, RUN LED, MS LED
DeviceNet
Controller NXP SJA1000T
Ports 1
Baud Rate 125 k, 250 k, 500 k
Isolation 3000 VDC for DC-to-DC, 2500 Vrms for photo-couple
Terminal Resistor Switch for 120 Ω terminal resistor
Protocol DeviceNet Volumn I ver2.0, Volumn II ver2.0
CAN Specification ISO-11898-2, CAN 2.0A and CAN 2.0B
Power
Consumption 1.5 W
Mechanical
Dimensions (mm) 31 x 133 x 145 (W x L x H)
Environment
Operating Temperature -25 ~ +75 ℃
Storage Temperature -30 ~ +80 ℃
Humidity 10 ~ 90% RH, Non-condensing

Diagnosis

This utility supports to search all devices and specific devices in the network. These functions help the users to configure the connection of the slave devices. Anymore, the software also can diagnose the remote slave devices when building the DeviceNet network.

 
Configuration

This software supports the users to configure the I/O connection of the devices by searching devices or manual setting. After configuring the I/O connection, the information would be saved into the EEPROM. The users can export the data from the EEPROM easily. Correspondingly, the users can import the data into the EEPROM.

 
Remote I/O access

The software utility can easily to access the I/O data of all the slave devices. The users can monitor the input data of the specific slave device and change the output data to the remote slave device with this utility.


Memory map of Remote I/O

There exist two memory areas, “Input Area” and “Output Area”. The input data of all DeviceNet slaves would be stored in the “Input Area” by DeviceNet master scan engine. Oppositely, the output data of those DeviceNet slaves would be in the “Output Area”. Please refer to the following figure.

Users can read a bulk data from “Input Area” in the DeviceNet Master module, like I-9124. This bulk data contains multiple devices’ input statuses. If one of the input status of the remote DeviceNet slave changes, the corresponding data located in the “Input Area” would change immediately. Oppositely, the “Output Area” contains multiple devices’ output data. Users may change the output value of a certain device by changing the corresponding data located in the “Output Area”.