图文展示

CAN总线采集器

 

imc BUSLOG

This affordable module is designed with permanently configured basic functions for standard, clearly defined data logging tasks. Its low power consumption, its signal-driven Sleep Mode and its capacity for rapid resumption of measurement by means of "Wake up on CAN", in only 200 ms, destines imc BUSLOG particularly for vehicle and fleet test applications. In such settings, the module’s high degree of data integrity, its self-activation mode, and its remote monitoring capability via Internet are great assets.

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imc BUSLOG   imc BUSLOG
     
Dimensions (W x H x D): 185 mm x 30 mm x 110 mm;
Weight: ca. 650 g;
Operating temperature: -40°C to +85°C
  Power supply: 10 - 50 VDC;
CAN-Bus Interface with 2 nodes;
Vector database import

 

imc BUSDAQ-2

imc BUSDAQ-2 with its two nodes and expanded functions such as online functions, modem, Display, and direct GPS connection is the standard module for measurement networks with decentralized CAN subscribers such as sensors, control units or imc CANSAS measurement modules.
Any imc BUSDAQ can easily be expanded for the measurement of additional analog signals. Using measuring modules from the imc CANSAS-family, you can create complex, distributed and synchronized data acquisition systems with several hundred channels.

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imc BUSDAQ-2   imc BUSDAQ-2
     
Dimensions (W x H x D): 185 mm x 51 mm x 110 mm;
Weight: ca. 650 g;
Operating temperature: -40°C to +85°C
  Power supply: 10 - 50 VDC;
CAN-Bus Interface with 2 nodes;
Opt. vector database import;
Modem connection;
Display terminal connection;
GPS-connection

 

imc BUSDAQ-X

imc BUSDAQ-X is the universal, configurable system module which can be expanded with additional multi-bus interfaces to up to 8 nodes. With the extended functions, such as online-functions, WLAN, modem, Display, digital in- and outputs, as well as directly connectible GPS, even complex measurement networks are no problem. 

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imc BUSDAQ-X   imc BUSDAQ-X
     
Dimensions (W x H x D): 185 mm x 110 mm x 110 mm;
Weight: ca. 2 kg (with 8 nodes);
Operating temperature: -40°C to +85°C;
4 digital inputs;
4 digital Outputs
  Power supply: 10 - 50 VDC;
CAN-Bus Interface with 2 nodes;
Expandable to 8 nodes;
Available with LIN-Bus and J1587-interface;
Opt. vector datbase import;
Modem connection;
Display terminal connection;
GPS-connection

 

应用案例:《中国机械工程》 2002年11期

 

    基于CAN总线技术的IMC在驱动系统中的运用与实现
                     王红蕾  
【摘要】:依托一种智能分布式系统 ,基于 CAN总线技术来实现增益内模控制 ,在上位机与各控制节点之间实现了控制通信 ,并进行了驱动系统闭环实验。实控结果表明较好地解决了因通信周期较长而导致实时控制不好的难题。
【作者单位】: 贵州工业大学研究生部 
【关键词】: 现场总线 内模控制 节点通信 直流驱动 
【基金】:贵州省基金资助项目 (黔基合计字 ( 1998) 30 10号 ) 
【分类号】:TP273
【正文快照】:

1 CAN简介 [1 ]控制器局部网 (controller area network,CAN)是一种具有很高可靠性 ,支持分布式控制、实时控制的串行通信网络。 CAN有如下特性 :1采用总线供电 ,具有本质安全性 ,适合在复杂的现场环境中使用 ;2多主机方式 ,允许 CAN网络上任意 1个节点作为主节点发送信息 …… 

 

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