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Embedded Logic Solutions | Embedded Systems Development Embedded Logic Solutions is a distributor for leading suppliers in the fields of PCB Prototyping & Design, Embedded Development Tools, Single Board Computers, Model Driven Development Tools, CAN Tools and USB/PCI Device Driver Development Tools.
Some of the suppliers that we work together with are Keil, LPKF, Coverity, Mechatronic Systems, Number One, Phytec, Peak System, ... Customers: Dept of Defence, Sydney University
ICP Electronics | Industrial & Embedded Computers ICP Electronics Australia Pty Ltd are the Master Distributors for IEI Technology Inc. and ICP DAS Co. Ltd. ICP Electronics Australia is a wholly Australian owned company and provides the Australian market with a high standard of industrial computer, networking and data acquisition and control products, customer service and technical support at a competitive price.
ICP Electronics ...
Fieldbus Specialists | Automation & Process Control Fieldbus Specialists, a subsidiary of OSItech Pty Ltd, was established to fulfil a demand in the process and automation industry for an impartial supplier of products, services and solutions specialising in the Industrial Communications and Networking market for open (non-proprietary) Fieldbus protocols.
Fieldbus Specialists supply and services the process control and automation ...
Applied Measurement Australia | Sensors & Instrumentation for Test & Measurement Since 1976, Applied Measurement Australia has employed a total systems approach to engineered measurement and control applications. Applied Measurement’s product portfolio includes an enviable range of international brands, as well as in-house manufactured product which is both sold locally, and exported.
As an engineering company, Applied Measurement designs and manufactures ...
CAN Automotion | Distributed Control Systems CAN-Connect is designed as the preferred online store for professional users of CAN Bus products, products for distributed field-bus based control system components such as controllers, joysticks, displays, sensors and wiring harness. CAN-Connect also brings to you the software tools to realise your applications, solutions.
We aim to provide you great products at competitive ...
What is a CAN Network Device and how does it work?
A CAN (Controller Area Network) network device is a type of communication protocol used in vehicles and industrial automation systems to connect various electronic components such as sensors, actuators, controllers, and other devices. The CAN bus is a two-wire serial bus that enables communication between devices without a host computer.
The devices in a CAN network are connected in a parallel configuration, allowing them to communicate with each other simultaneously. Each device has a unique identifier that is used to distinguish it from other devices on the network. The CAN protocol ensures reliable communication by allowing devices to transmit messages with error detection and correction mechanisms.
CAN network devices can be configured to operate in different modes such as standard mode, extended mode, and flexible data rate mode, depending on the specific requirements of the application. The devices can also be programmed to perform specific tasks, such as monitoring and controlling temperature, pressure, and other parameters.
Overall, CAN network devices provide a reliable and efficient way to connect and communicate with various electronic components in a vehicle or industrial automation system, enabling seamless integration and greater control over system performance.
What are the different types of CAN Network Devices available?
There are several types of CAN network devices available, including:
CAN Controllers: These devices are responsible for managing the communication between the different nodes on a CAN network. They typically include a microcontroller and a CAN interface.
CAN Transceivers: These devices are responsible for translating the digital signals from the CAN controller into the physical signals that are transmitted over the CAN bus.
CAN Analyzers: These devices are used to monitor and analyze the traffic on a CAN bus. They typically include software that allows engineers to view and analyze the data being transmitted.
CAN Bridges: These devices are used to connect two or more CAN networks together, allowing them to communicate with each other.
CAN Gateways: These devices are used to convert CAN messages into other protocols or vice versa. For example, a CAN gateway might be used to convert CAN messages into Ethernet messages so that they can be transmitted over a network.
CAN Nodes: These are the individual devices on a CAN network that communicate with each other. They can be anything from sensors and actuators to complex control systems.
What is the maximum distance for CAN Network Devices to communicate?
The maximum distance for CAN Network Devices to communicate depends on several factors, including the baud rate, cable length, and signal quality. In general, the maximum distance for a CAN network is around 1 kilometer, but it can be extended up to 5 kilometers with the use of repeaters or other signal amplification devices. However, it is recommended to keep the distance between CAN devices below 500 meters to ensure reliable communication and minimize signal interference.
What are the important factors to consider when buying a CAN Network Device?
Is an essential component in modern automotive and industrial applications. It allows for communication between various electronic devices and sensors in a network. When buying a CAN Network Device, there are several key factors to consider:
Compatibility: Ensure that the device is compatible with your existing CAN network and the devices you want to connect to it.
Speed: The speed of the device is an important factor, especially if you're dealing with high-speed applications.
Functionality: Consider the functionality of the device and make sure it meets your specific needs. Some devices have additional features like diagnostic functions, while others may have more basic functions.
Durability: The device should be durable enough to withstand the conditions in which it will be used. Look for devices with good build quality and robustness.
Cost: Consider the cost of the device and ensure that it fits within your budget. However, don't compromise on quality for the sake of saving money.
Support: Look for devices that come with good customer support and technical assistance, as this can be crucial in the event of any issues or problems.
Overall, when buying a CAN Network Device, it's essential to consider compatibility, speed, functionality, durability, cost, and support to ensure that you get the right device for your needs.
What is the typical price range for CAN Network Devices in Australia?
Prices in Australia can range from around $50 to $500, depending on the specific device, features, and brand. Some of the most popular brands for CAN Network Devices in Australia include Bosch, Peak System, and Kvaser. The price range may also vary depending on the type of CAN Network Device, such as a CAN bus analyzer, CAN bus repeater, or CAN bus interface. It is recommended to research and compare prices from different sellers and brands to find the best option for your needs and budget.
Can CAN Network Devices be used with other networking technologies?
S are designed to work within the CAN bus protocol and are not directly compatible with other networking technologies. However, there are devices that can bridge between CAN and other networking protocols such as Ethernet, WiFi or Bluetooth, allowing CAN devices to communicate with devices on other networks. These devices are typically called gateways or bridges and they can provide a seamless way to integrate CAN devices into larger networks.
What are the different applications of CAN Network Devices?
S find their use in various industries, including automotive, aerospace, industrial automation, medical equipment, and more. These devices are used for communication between different electronic control units (ECUs) within a system.
In the automotive industry, CAN Network Devices are extensively used for communication between different systems such as the engine, transmission, brakes, and more. It allows for real-time monitoring and control of these systems, leading to improved performance, safety, and fuel efficiency.
In the aerospace industry, CAN Network Devices are used for communication between different systems within an aircraft, such as avionics, flight control, and power management. This enables efficient and safe operation of the aircraft.
In industrial automation, CAN Network Devices are used for communication between different machines and sensors within a manufacturing plant. This allows for efficient monitoring and control of the manufacturing process, leading to increased productivity and reduced downtime.
In medical equipment, CAN Network Devices are used for communication between different medical devices, such as imaging equipment and patient monitors. This enables accurate and real-time monitoring of a patient's condition, leading to improved healthcare outcomes.
Overall, CAN Network Devices are used in various applications where communication between different systems is critical for efficient and safe operation.
How easy is it to install and set up a CAN Network Device?
Installation and setup can be easy or challenging depending on the user's technical skills and familiarity with CAN protocols. The process typically involves connecting the device to the CAN bus, configuring the device settings, and programming it to communicate with other devices on the network. It may also require the use of specialized software and tools for troubleshooting and testing. Some manufacturers offer plug-and-play devices with pre-configured settings to simplify the installation process. Overall, proper installation and setup of a CAN network device require careful planning, attention to detail, and technical expertise.
What kind of maintenance and support is required for CAN Network Devices?
Maintenance and support typically involve regular updates, troubleshooting, and repairs. Regular updates may include firmware updates, software updates, and system upgrades to ensure that the device is up-to-date and functioning properly. Troubleshooting may involve identifying and solving any issues that arise, such as connectivity problems or data transmission errors. Repairs may be necessary in the event of hardware failure or damage. Additionally, support may be required from the manufacturer or technical support team to assist with any issues or questions that arise during operation. Overall, maintaining and supporting CAN Network Devices is essential to ensure reliable and efficient communication within a network.
What are the warranty and return policies for CAN Network Devices in Australia?
It is important to note that warranty and return policies for CAN Network Devices may vary depending on the specific product and the retailer or manufacturer. However, here are some general guidelines for warranty and return policies for CAN Network Devices in Australia:
Warranty: Most CAN Network Devices come with a warranty that covers defects in materials and workmanship for a certain period of time. This warranty varies depending on the product and the manufacturer, but it typically ranges from one to three years. If a product fails due to a defect during the warranty period, the manufacturer or retailer will typically repair or replace the product free of charge.
Return policy: If you need to return a CAN Network Device in Australia, you should first check with the retailer or manufacturer to see if they have a specific return policy. In general, you may be able to return a product within a certain number of days after purchase if it is unused and in its original packaging. However, some retailers may charge a restocking fee or require you to pay for return shipping.
It is always a good idea to read the warranty and return policies carefully before purchasing a CAN Network Device, and to keep your receipt and any documentation that comes with the product in case you need to make a warranty claim or return.
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CAN Network Device Insights
The listed price of a CAN Network Device for sale ranges from $772 to $895, averaging $834.
If you are looking to a buy a CAN Network Device for sale, suppliers on IndustrySearch include Embedded Logic Solutions, ICP Electronics