Features Connects a PC to CAN bus via USB Supports CAN 2.0A and CAN 2.0B CAN High Speed up to 1 MBit/s Remote Frame support, Listen only mode Supports Windows 2000 to Server 2008 R2, CE Supports Linux kernel 2.4.32+ Supports C/C++, C#, VB.NET, Delphi and LabVIEW CANopen supported by CANFestival USB 2.0 Full Speed, powered by USB Driver emulates serial port for easy access Library (DLL) for standard access ASCII conversion protocol via serial port Metal case VScom USB-CAN More Pictures Overview The VScom USB-CAN is an adapter from USB to CAN. It connects a PC via the USB interface to the CAN bus. Since current computers all have several USB ports, the installation is simple. Even the previous standard of USB 1.1 with 12 Mbit/s max. speed is sufficient to connect the VScom USB-CAN to a computer. CAN bus is widely used in industrial applications as well as in automotive monitoring and control. The VScom USB- CAN can be used to monitor the data traffic in such installations, as well as sending control information. The performance of VScom USB-CAN is among the best available in the market of CAN-on-USB products. Since hardware-based automatic flow control is implemented at the interface between the CAN controller and the PC, the data reliability is very high. The ASCII conversion protocol is useful in developing and testing any configuration. Users just open the serial port via a Terminal Program, and have a simple way to talk to the CAN controller. The same way they can also transmit and receive CAN frames. Applications programmed by users load the library (DLL), which transparently handles the ASCII conversion. Programmers handle only the CAN frames and status, they do not have to care about the ASCII conversion in their applications. This API is supported in C/C++, C#, VB.NET, Delphi and LabVIEW. USB-CAN also supports CANFestival, an Open Source CANopen Framework. CANopen is a CAN-based higher layer protocol that is used in various application fields, such as medical equipment, offroad vehicles, maritime electronics, railway applications or building automation. CANopen unburdens the developer from dealing with CANspecific details such as bit-timing and implementation-specific functions. It provides standardized communication objects for real-time data, configuration data as well as network management data. CANHacker, a tool for analyzing and transmitting frames on the CAN BUS, is included in the product package.
A set of Mapper DLLs simulates CAN hardware from other manufacturers. Users configure their system for those products or the USB-CAN adapter as a replacement. So existing software will use the USB-CAN without replacing the application or modifying it. Application Industrial / Factory / Laboratory automation SCADA system CAN Speed Signals Controller Transceiver LED Connector Wafer fabrication system Automotive test equipment CAN High Speed (20kbit/s up to 1Mbit/s) for transmit/receive CAN_H, CAN_L, CAN_GND, CAN_V+, GND SJA1000 (Philips) TJA1050 (Philips) CAN Activity (Data) CAN Error DB9 male USB Interface Power Driver Operating Systems LED Connector USB 2.0 Full Speed USB bus powered, max. 200 ma Emulated serial port, 3 Mbit/s Windows 2000 up to Server 2008 R2 Linux kernel 2.4.32+ Mac OS X support available CAN Data, CAN Error USB Type B socket Driver and software Library Compatibility CANFestival Speed Transfer CAN Modes Unified API for simple access on all Vscom CAN products. Supports Windows, CE, Linux (x86, x86-64, ARM) targets. Supports C/C++, C#, VB.NET, Delphi and LabVIEW. Mapper DLLs can simulate software interfaces of CAN adapters from other manufacturers. At the moment some adapters from PEAK- System are emulated. CANopen examples showing Master/slave communication CAN Speed selectable up to 1 Mbit/s ASCII coding mode Standard Mode Normal operation on CAN bus Listen Mode Passive receive of CAN Frames, neither ACK bits nor Error Frames are sent Self Reception (Echo Mode) For testing: Transmitted Frames are also received by the adapter Monitoring Tool VScom USB-CAN is supported by CANHacker
Power and Environment Power max. 1W Power supply max. 200mA via USB port Dimensions 50 58 23 mm³ (W L H) Operating Temp. 0 C - 60 C Storage Temp. -20 C - 85 C Case SECC sheet metal (1mm) Weight 50 g Ordering Information Name Packing list VScom USB-CAN VScom USB-CAN High-Speed USB cable English Documentation
Features Connects a PC to CAN bus via serial port Supports CAN 2.0A and CAN 2.0B CAN High Speed up to 1 MBit/s Remote Frame support, Listen only mode Supports Windows 2000 to Server 2008 R2, CE Supports Linux kernel 2.4.32+ Supports C/C++, C#, VB.NET, Delphi and LabVIEW CANopen supported by CANFestival Library (DLL) for standard access ASCII conversion protocol via serial port Metal case VScom SER-CAN More Pictures Overview The VScom SER-CAN is an adapter from serial port to CAN. It connects a PC via any serial port to the CAN bus. Many computers still have a serial port, the installation is simple. CAN bus is widely used in industrial applications as well as in automotive monitoring and control. The VScom SER- CAN can be used to monitor the data traffic in such installations, as well as sending control information. Hardware flow control is used to increase the data reliability. Even on RS232 the SER-CAN can handle High Speed CAN transfers. The ASCII conversion protocol is useful in developing and testing any configuration. Users just open the serial port via a Terminal Program, and have a simple way to talk to the CAN controller. The same way they can also transmit and receive CAN frames. Applications programmed by users load the library (DLL), which transparently handles the ASCII conversion. Programmers handle only the CAN frames and status, they do not have to care about the ASCII conversion in their applications. This API is supported in C/C++, C#, VB.NET, Delphi and LabVIEW. SER-CAN also supports CANFestival, an Open Source CANopen Framework. CANopen is a CAN-based higher layer protocol that is used in various application fields, such as medical equipment, offroad vehicles, maritime electronics, railway applications or building automation. CANopen unburdens the developer from dealing with CANspecific details such as bit-timing and implementation-specific functions. It provides standardized communication objects for real-time data, configuration data as well as network management data. CANHacker, a tool for analyzing and transmitting frames on the CAN BUS, is included in the product package. A set of Mapper DLLs simulates CAN hardware from other manufacturers. Users configure their system for those
products or the SER-CAN adapter as a replacement. So existing software will use the SER-CAN without replacing the application or modifying it. Application Industrial / Factory / Laboratory automation SCADA system CAN Speed Signals Controller Transceiver LED Connector Wafer fabrication system Automotive test equipment CAN High Speed (20kbit/s up to 1Mbit/s) for transmit/receive CAN_H, CAN_L, CAN_GND, CAN_V+, GND SJA1000 (Philips) TJA1050 (Philips) CAN Activity (Data) CAN Error DB9 male Serial port Interface Operating Systems LED Connector RS232, 115 kbps Windows 2000 up to Server 2008 R2 Linux kernel 2.4.32+ any system capable of 115200/8N1 with RTS/CTS CAN Data, CAN Error DB9 female Driver and software Library Compatibility CANFestival Speed Transfer CAN Modes Unified API for simple access on all Vscom CAN products. Supports Windows, CE, Linux (x86, x86-64, ARM) targets. Supports C/C++, C#, VB.NET, Delphi and LabVIEW. Mapper DLLs can simulate software interfaces of CAN adapters from other manufacturers. At the moment some adapters from PEAK- System are emulated. CANopen examples showing Master/slave communication CAN Speed selectable up to 1 Mbit/s ASCII coding mode Standard Mode Normal operation on CAN bus Listen Mode Passive receive of CAN Frames, neither ACK bits nor Error Frames are sent Self Reception (Echo Mode) For testing: Transmitted Frames are also received by the adapter Monitoring Tool VScom SER-CAN is supported by CANHacker Power and Environment Power max. 1.25W Power supply 5VDC, max. 250mA via power adapter
Dimensions 52 66 23 mm³ (W L H) Operating Temp. 0 C - 60 C Storage Temp. -20 C - 85 C Case SECC sheet metal (1mm) Weight 120 g Ordering Information Name Packing list VScom SER-CAN VScom SER-CAN Power adapter 5V DC Straight serial cable English Documentation
Features Connects a PC to CAN bus via USB Supports CAN 2.0A and CAN 2.0B CAN High Speed up to 1MBit/s USB 2.0 Full Speed Powered by USB Driver emulates serial port for easy access Remote Frame support Listen only mode Library (DLL) for standard access ASCII conversion protocol via serial port Support in Windows 2000 to Server 2008 R2 Support in Linux kernel 2.4.32+ Plastic case CANopen supported by CANFestival VScom USB-CAN P More Pictures Overview The VScom USB-CAN P is an adapter from USB to CAN. It connects a PC via the USB interface to the CAN bus. Since current computers all have several USB ports, the installation is simple. Even the previous standard of USB 1.1 with 12 Mbit/s max. speed is sufficient to connect the VScom USB-CAN P to a computer. CAN bus is widely used in industrial applications as well as in automotive monitoring and control. The VScom USB- CAN P can be used to monitor the data traffic in such installations, as well as sending control information. The performance of VScom USB-CAN P is among the best available in the market of CAN-on-USB products. Since hardware-based automatic flow control is implemented at the interface between the CAN controller and the PC, the data reliability is very high. The ASCII conversion protocol is useful in developing and testing any configuration. Users just open the serial port via a Terminal Program, and have a simple way to talk to the CAN controller. The same way they can also transmit and receive CAN frames. Applications programmed by users load the library (DLL), which transparently handles the ASCII conversion. Programmers handle only the CAN frames and status, they do not have to care about the ASCII conversion in their applications. USB-CAN P also supports CANFestival, an Open Source CANopen Framework. CANopen is a CAN-based higher layer protocol that is used in various application fields, such as medical equipment, offroad vehicles, maritime electronics, railway applications or building automation. CANopen unburdens the developer from dealing with CANspecific details such as bit-timing and implementation-specific functions. It provides standardized communication objects for real-time data, configuration data as well as network management data.
CANHacker, a tool for analyzing and transmitting frames on the CAN BUS, is included in the product package. A set of Mapper DLLs simulates CAN hardware from other manufacturers. Users configure their system for those products or the USB-CAN P adapter as a replacement. So existing software will use the USB-CAN P without replacing the application or modifying it. Application Industrial / Factory / Laboratory automation SCADA system CAN Speed Signals Controller Transceiver LED Connector Wafer fabrication system Automotive test equipment CAN High Speed (20kbit/s up to 1Mbit/s) for transmit/receive CAN_H, CAN_L, CAN_GND, CAN_V+, GND SJA1000 (Philips) TJA1050 (Philips) CAN Activity (Data) CAN Error DB9 male USB Interface Power Driver Operating Systems LED Connector USB 2.0 Full Speed USB bus powered, max. 200 ma Emulated serial port, 3 Mbit/s Windows 2000 up to Server 2008 R2 Linux kernel 2.4.32+ Mac OS X support available CAN Data, CAN Error USB Type B socket Driver and software Library Compatibility CANFestival Speed Transfer CAN Modes Unified API for simple access on all Vscom CAN products. Supports Windows, CE, Linux (x86, x86-64, ARM) targets Mapper DLLs can simulate software interfaces of CAN adapters from other manufacturers. At the moment some adapters from PEAK- System are emulated. CANopen examples showing Master/slave communication CAN Speed selectable up to 1 Mbit/s ASCII coding mode Standard Mode Normal operation on CAN bus Listen Mode Passive receive of CAN Frames, neither ACK bits nor Error Frames are sent Self Reception (Echo Mode) For testing: Transmitted Frames are also received by the adapter Monitoring Tool VScom USB-CAN P is supported by CANHacker
Power and Environment Power max. 1W Power supply max. 250mA via USB port Dimensions 45 85 26 mm³ (W L H) Operating Temp. 0 C - 60 C Storage Temp. -20 C - 85 C Case Molded Plastic Weight 40 g Ordering Information Name Packing list VScom USB-CAN P VScom USB-CAN P High-Speed USB cable English Documentation
Features Connects a PC to isolated CAN bus via USB Isolation 2kV for surges Supports CAN 2.0A and CAN 2.0B CAN High Speed up to 1 MBit/s Remote Frame support, Listen only mode Supports Windows 2000 to Server 2008 R2, CE Supports Linux kernel 2.4.32+ Supports C/C++, C#, VB.NET, Delphi and LabVIEW CANopen supported by CANFestival USB 2.0 Full Speed, powered by USB Driver emulates serial port for easy access Library (DLL) for standard access ASCII conversion protocol via serial port Metal case VScom USB-CAN ISO More Pictures Overview The VScom USB-CAN ISO is an adapter from USB to CAN, with galvanically isolation. It connects a PC via the USB interface to the CAN bus, while protecting the PC from high voltage problems on CAN bus signals. Since current computers all have several USB ports, the installation is simple. Even the previous standard of USB 1.1 with 12 Mbit/s max. speed is sufficient to connect the VScom USB-CAN to a computer. CAN bus is widely used in industrial applications as well as in automotive monitoring and control. The VScom USB- CAN can be used to monitor the data traffic in such installations, as well as sending control information. The performance of VScom USB-CAN is among the best available in the market of CAN-on-USB products. Since hardware-based automatic flow control is implemented at the interface between the CAN controller and the PC, the data reliability is very high. The ASCII conversion protocol is useful in developing and testing any configuration. Users just open the serial port via a Terminal Program, and have a simple way to talk to the CAN controller. The same way they can also transmit and receive CAN frames. Applications programmed by users load the library (DLL), which transparently handles the ASCII conversion. Programmers handle only the CAN frames and status, they do not have to care about the ASCII conversion in their applications. This API is supported in C/C++, C#, VB.NET, Delphi and LabVIEW. USB-CAN also supports CANFestival, an Open Source CANopen Framework. CANopen is a CAN-based higher layer protocol that is used in various application fields, such as medical equipment, offroad vehicles, maritime electronics, railway applications or building automation. CANopen unburdens the developer from dealing with CANspecific details such as bit-timing and implementation-specific functions. It provides standardized communication
objects for real-time data, configuration data as well as network management data. CANHacker, a tool for analyzing and transmitting frames on the CAN BUS, is included in the product package. A set of Mapper DLLs simulates CAN hardware from other manufacturers. Users configure their system for those products or the USB-CAN adapter as a replacement. So existing software will use the USB-CAN without replacing the application or modifying it. Application Industrial / Factory / Laboratory automation SCADA system CAN Speed Signals Controller Transceiver LED Connector Wafer fabrication system Automotive test equipment CAN High Speed (20kbit/s up to 1Mbit/s) for transmit/receive CAN_H, CAN_L, CAN_GND (isolated from PC port 2kV) SJA1000 (Philips) ISO1050 (Texas Instruments) CAN Activity (Data) CAN Error DB9 male USB Interface Power Driver Operating Systems LED Connector USB 2.0 Full Speed USB bus powered, max. 300 ma Emulated serial port, 3 Mbit/s Windows 2000 up to Server 2008 R2 Linux kernel 2.4.32+ Mac OS X support available CAN Data, CAN Error USB Type B socket Driver and software Library Compatibility CANFestival Speed Transfer CAN Modes Unified API for simple access on all Vscom CAN products. Supports Windows, CE, Linux (x86, x86-64, ARM) targets. Supports C/C++, C#, VB.NET, Delphi and LabVIEW. Mapper DLLs can simulate software interfaces of CAN adapters from other manufacturers. At the moment some adapters from PEAK- System are emulated. CANopen examples showing Master/slave communication CAN Speed selectable up to 1 Mbit/s ASCII coding mode Standard Mode Normal operation on CAN bus Listen Mode Passive receive of CAN Frames, neither ACK bits nor Error Frames are sent Self Reception (Echo Mode) For testing: Transmitted Frames are also received by the adapter
Monitoring Tool VScom USB-CAN is supported by CANHacker Power and Environment Power max. 1W Power supply max. 200mA via USB port Dimensions 50 58 23 mm³ (W L H) Operating Temp. 0 C - 60 C Storage Temp. -20 C - 85 C Case SECC sheet metal (1mm) Weight 50 g Ordering Information Name Packing list VScom USB-CAN ISO VScom USB-CAN ISO High-Speed USB cable English Documentation
Features Connects a PC to CAN bus via WLAN and Network Supports CAN 2.0A and CAN 2.0B CAN High Speed up to 1 MBit/s Remote Frame support, Listen only mode Supports Windows 2000 to Server 2008 R2, CE Supports Linux kernel 2.4.32+ Supports C/C++, C#, VB.NET, Delphi and LabVIEW CANopen supported by CANFestival Driver emulates serial port for easy access Library (DLL) for standard access ASCII conversion protocol via serial port or TCP Supports Windows, CE and Linux Metal case VScom NET-CAN 120 WLAN More Pictures Overview The VScom NET-CAN 120 WLAN provides CAN-BUS communication over WLAN and Ethernet. It provides completely secured communication for both data transfer and configuration to the attached CAN devices. CAN BUS is widely used in industrial applications as well as in automotive monitoring and control. The VScom NET- CAN can be used to monitor the data traffic as well as sending control information. NET-CAN supports two operating modes: Driver Mode and TCP Raw Server. The Driver Mode basically requires the installation of a virtual com-port driver, which makes the network fully transparent for the application. The TCP Raw Server Mode doesn't require the virtual com-port driver installation, so the communication will be handled directly via IP address and port number. NET-CAN provides different software tools to interface the user application: The ASCII conversion protocol is useful in developing and testing any CAN-BUS configuration. Users just open the serial port via a Terminal Program or connect directly via Telnet, and have a simple way to talk to the CAN controller. It can also be used to manually transmit and receive CAN frames. Applications programmed by users should use the VScan API library (DLL), which transparently handles the ASCII conversion for the CAN frames. Programmers have to handle only the CAN frames and status information, they do not have to care more about the ASCII conversion in their applications. This API is supported in C/C++, C#, VB.NET, Delphi and LabVIEW. The NET-CAN also supports CANFestival, an Open Source CANopen Framework. CANopen is a CAN-based higher layer protocol that is used in various application fields, such as medical equipment, offroad vehicles, maritime electronics, railway applications or building automation. CANopen unburdens the developer from dealing with CANspecific details such as bit-timing and implementation-specific functions. It provides standardized communication objects for real-time data, configuration data as well as network management data.
CANHacker, a tool for analyzing and transmitting frames on the CAN BUS, is included in the product package. A set of Mapper DLLs simulates CAN hardware from other manufacturers. Users configure their system for those products or the NET-CAN 120 WLAN adapter as a replacement. So existing software will use the NET-CAN 120 WLAN without replacing the application or modifying it. Application Industrial / Factory / Laboratory automation SCADA system Railway applications Maritime electronics CAN Speed Signals Controller Transceiver LED Connector Wafer fabrication system Automotive test equipment Medical equipment off-road vehicles CAN High Speed (20kbit/s up to 1Mbit/s) for transmit/receive CAN_H, CAN_L, CAN_GND, CAN_V+, GND SJA1000 Philips TJA1050 (Philips) CAN activity (Data), CAN Error DB9 male Network WLAN interface Connector type Ethernet interface Protocols Connector Wireless LAN IEEE 802.11b/g, max. 54 Mb/s Encryption WPA2-AES, WPA-PSK/TKIP, WEP-128, WEP-64 Infrastructure mode (uses an Access Point) Ad-hoc mode (direct connection to a PC/Laptop) SMA-Reverse for WLAN antenna Auto-detecting 10BaseT/100BaseTx TCP/IP, Telnet, DHCP, ICMP, HTTP, SNMP v1/2c/3, DNS RJ45 Hardware Processor Memory LED ARM 9, 166MHz 16MB SDRAM, 2MB Flash Power Operating Modes Driver Mode TCP Raw Server CAN Bridge VScom Driver for Windows NT 4.0, 2000, XP, 2003 and Vista. Driver Mode creates a virtual Com port. Raw Data transfer over TCP/IP. Accepts multiple incoming connections. CAN networks are connected via TCP/IP (WLAN or Ethernet). A client connects to a Server, CAN frames received on one network are repeated on the other network. Special Features Installation Configuration utility automatically finds NET-CAN devices in the network
Operating Mode Configuration SNMP DNS Firewall Firmware Automatic Mode switching between Driver and TCP Raw Server Mode. Over Driver Panels, NetCOM Manager, WEB Browser, serial Console, Telnet, SNMP special VScom MIB included Domain Name Server support special precautions for Firewall environments Firmware update over WEB Browser, Telnet Security Password access Secure communication Every capabilities of configuration use the same password including SNMP V3 OpenVPN tunnel provides security on WLAN and Ethernet. The tunnel protects the configuration as well as all serial data. It is also usable across the Internet. Strong encryption by AES up to 256 bit keys Driver and Software Library Compatibility CANFestival Speed Transfer CAN Modes Unified API for simple access on all Vscom CAN products. Supports Windows, CE, Linux (x86, x86-64, ARM) targets. Supports C/C++, C#, VB.NET, Delphi and LabVIEW. Mapper DLLs can simulate software interfaces of CAN adapters from other manufacturers. At the moment some adapters from PEAK- System are emulated. CANopen examples showing Master/slave communication CAN Speed selectable up to 1 Mbit/s ASCII coding mode Standard Mode Normal operation on CAN bus Listen Mode Passive receive of CAN Frames, neither ACK bits nor Error Frames are sent Self Reception (Echo Mode) For testing: Transmitted Frames are also received by the adapter Monitoring Tool VScom NET-CAN is supported by CANHacker Power and Environment Power requirments Power supply adapter Dimension Operating Temp 0 C - 60 C 9-30V DC, 500mA, 12V Storage Temp 20 C - 85 C Case Weight 12V DC, 1A connected by terminal Block 73 115 27 mm³ (W L H) 101 121 27 mm³ with DB9 connector and DIN rail mounting kit SECC sheet metal 1mm 0.2kg Ordering Information
Product Name Packing list NET-CAN 120 WLAN NET-CAN 120 WLAN Power supply adapter 12V, 1000mA CD-ROM with Driver and configuration software Printed Quick Installation Guide