• PC-controlled mains switch with Euro mains plug and socket
• plug and socket mounted on a about 0.5 m cable
• Switches 240V / 2.5 A, max 600 W using extrem reliable Finder®-Relais
• Multiple USB-Switches at a single PC controlled by unique the serial number
• Special version ATXX available which turns on when the the PC boot
• The control software ClewareControl for timed switching, USBswitch with a graphical user interface and USBswitchCmd for switching via command call is ready for download
• Any switch could be controlled by programmed timer with up to 256 switch points
• No driver installation needed with Windows® x86/x64 variants. (® Microsoft Windows is a registered trademark of the Microsoft Corporation.)
• Application Program Interface for easy integration in user applikations
• Use with LabView® possible
• Linux support now available.
• RoHS, CE & EN60950 conform/ IP20
• About 120 mA power consumption when turned on
• USB cable length see cable length option
• For indoor use only
• 4 years warranty
• Made in Germany


Description

The PC controlled power switch "USB-SwitchC Euro" turns devices operated at 240 V on and off. The maximum current is 2.5 A, maximum 600 W rated load AC1 (non inductive). The USB-Switch should be operated in inner rooms only and should be protected against humidity. The permissible operating temperature range is 10° - 60° Celsius.

The software ClewareControl may turn the USB-Switch into a time switch. Different repeat interval, start and end times may be specified. Some very interesting applications could be created with the combination of an USB-Switch with an USB-Temp sensor. The software ClewareControl will then turns the USB-Switch on and off in direct reaction of the temperature measured by the sensor. This could be used to control heating or cooling devices.

The application ClewareControl could be also used to turn the USB-Switch into a time clock. Up to 256 different time actions may be defined for each connected USB-Switch. This includes actions based on the day of the week or day in month. In addition repeat intervals form several hours down to 3 seconds may be defined.

For easy access a very simple graphical program called USBswitch controls the switch just by clicking on icons. And for integration in batch programs, a command line tool USBswitchCMD is available. The software is running with Windows® variants that support USB. (® Microsoft Windows is a registered trademark of the Microsoft Corporation.)

The size of the switch is about 96 x 63 x 50 mm and classified to IP20. At the bottom a german plug (Schuko) connects to the wall socket. In foreign countries an adapter with sufficient rating may be used. A german socket (Schuko) is located in the top of the switch. It will accept only EURO plugs. Next the socket a LED is located to indicate the switch state. The LED is red if the switch is off and it will turn to green if the switch is on.

New: The USB-Switch is now available in the ATXX version. This special switch turns on as soon as the USB controller inside the USB-Switch is powered on by the PC. This makes it possible to turn on devices with the PC the same way the pre-ATX power supplys have done. The switch capability is still available, so the power may turned off by the user at any time, e.g. to save power.

About 32 switches may be connected to a PC using several HUBs. The HUBs used must use a separate power supply. When using Cleware USB devices it is not neccessary to install device drivers. The standard USB drivers are sufficient.

The USB-Switch may also be controlled via the network using ClewareControl. The connection is established with the TCP/IP protocol. On the remote control PC the USB-Switch appears like a local device and could be handled the same way. Several devices even on different PCs could be controlled simultaniously.

An application program interface (API) to drive the USB-Switch from customer programs is part of the delivery. The API bundles some very simple functions for opening and reading the device. The complex USB device handling is hided this way.

Linux support is also available. An application program interface (API) and a simple example for turning an USB-Switch is supplied. Some more support is planned.

Every Switch own its unique serial number. This make it easy to identify the devices even when the USB plug position changes or new USB devices are connected. The serial number is accessible through the API and could therefore be used as a simple dongle.

The usage of the USB-Switch is strictly prohibited, when the failure of the switch will harm people.

Please note:
PC programs may fail or may be interfeared through other programs. Don't connect devices to the USB-Switch that may case harm if the switch turns on unexpected!

Examples

The USB-Switch could be used in several ways. Here just a few examples:

• Controlling fans or air conditioning in combination with USB-Temp.
• Ink saving through the avoidance of the intensive cleaning phase done every time the power of the printer is turned on - power on only if printing is needed (Example).
• Turning highly visible signals on and off to indicate critical situations (e.g. Police light).
• Time controlled switching of a siren to signal working hours and rest times.
• Exact controlling of a low-cost oven in combination with USB-Temp (Example).
• Exact controlling of a chest freezer in combination with USB-Temp (Example).
• ...