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USB DO - Digital output module

USB DO - Digital output module

USB DO - Digital output module

USB DO - Digital output module

 
Art.no.: 24575

Unit price:

Link-Symbolupon Request



The USB DO module is designed for potential-free switching of loads on a 230V power line with a low power.

The module features 16 digital outputs. These are created using PhotoMOS. The maximum steady output current is 150 mA at 250 VAC. It is controlled via a USB full speed interface. The module's power supply comes completely from a USB bus. No other power supply is necessary.

LEDs indicate operating status, error status and output status. The outputs are galvanically separated from the USB interface and from each other. The module is installed on a top-hat rail NS35. Screw coupling terminals or spring clip couplings can be used.
The USB DO module is designed for potential-free switching of loads on a 230V power line with a low power.

The module features 16 digital outputs. These are created using PhotoMOS. The maximum steady output current is 150 mA at 250 VAC. It is controlled via a USB full speed interface. The module's power supply comes completely from a USB bus. No other power supply is necessary.

LEDs indicate operating status, error status and output status. The outputs are galvanically separated from the USB interface and from each other. The module is installed on a top-hat rail NS35. Screw coupling terminals or spring clip couplings can be used.
Technical data
DimensionsW x H x D 45 x 99 x 114.4 mm
AssemblyTop-hat rail NS 35
Weight201.5 g
Operating temperature-20°C ... + 55°C without condensation (4K4H)
Storage temperature-25°C ... + 70°C (2K3)
IP protectionIP20
Power supplyUSB bus powered (4.5 VDC, <100 mA)
Outputs16 x digital outputs (PhotoMOS)
InterfacesScrew coupling terminals 0.2 .. 2.5 mm
Spring clip couplings 0.2 .. 2.5 mm
EMCAccording to DIN EN 61326-1:2006
Electrical equipment for measurement, control and laboratory use - EMC requirements - Part 1: General requirements
USBUSB 2.0 Full Speed
CertificationCE mark