FUNCTIONAL DESCRIPTION: One of the basic features of a modern office is effective energy saving, which not only complies with pro-ecological trends, but also gives measurable financial savings. The greatest energy losses in offices are generated by non-disconnected computer peripherals, such as monitors, printers, speakers, external drives, shredders, etc. In response to the market demand related to energy audits and general ecological trends, we created products that allow the automatic disconnection of devices from the power supply, which, after leaving the position, are most often left on or in "standby" mode. Disabling unnecessary peripherals can take place not only after the end of work on a given day, but also during a temporary absence, which makes it possible to increase the protection of currently displayed sensitive data. The shutdown cycle control is automatic, synchronized with the switching on / off of the job computer at the beginning and end of the working day. Switching on and off during a temporary absence at the station is controlled by a motion sensor, by detecting a phone with Bluetooth system, an identifier or an RFID chip. Products of this type are used in the offices, administrative and supervision workstations, especially those that use multiple monitors simultaneously, which do not have to be turned on all the time. They are also a very good solution in conference rooms, where they will allow you to automatically turn off the sound system, projector or monitors. The ability to dynamically turn off monitors during a temporary absence will ensure data protection in open space, call center or hot desking work systems.

MASTER-SLAVE STRIP - A CLASSICAL VERSION

The device supplied from the "master" socket acts as a control element for switching the power on or off in "slave" sockets.
Starting the "master" device will turn on the power supply in the "slave" sockets and vice versa, i.e. turning off the "master" device will turn off also "slave" sockets.
The most common situation is a desktop computer powered from the "master" socket and all peripherals such as monitor, printer, speakers, etc. are powered from the "slave" sockets. Finishing work on the computer will effectively disconnect all peripheral devices from the power supply.

MASTER-SLAVE STRIP WITH BLUETOOTH SIGNAL DETECTION

The control element for switching the power on or off in "slave" sockets is a GSM phone with software paired with the power strip using the Bluetooth protocol.
Detection of a Bluetooth signal near the strip will turn on the power in "slave" sockets and vice versa, i.e. moving away from the strip of the GSM telephone will turn off the "slave" sockets.
The most common situation is a desktop computer powered from an "independent" socket and all peripherals such as monitor, printer, speakers, etc. are powered from "slave" sockets. In addition to saving energy, dynamic monitor shutdown can protect sensitive data when user is absent from his workplace.

MASTER-SLAVE STRIP WITH MOTION DETECTOR

The element that controls the activation or deactivation of power in "slave" sockets is a motion detector that reacts to the presence of a user at the monitored workstation.
Detection of motion will turn on the power supply in "slave" sockets and vice versa, i.e. long-term lack of movement within the detector's range will switch off the "slave" sockets.
The most common situation is a desktop computer powered from an "independent" socket and all peripherals such as a monitor, printer, speakers, etc. are powered from "slave" sockets. Dynamic power off of peripheral devices reduces power consumption both during and after working hours.

MASTER-SLAVE STRIP WITH RFID READER

The controlling element for switching the power on or off in "slave" sockets is touching the RFID card or chip to the reader.
The presence of an RFID card or chip in the reader will turn on the power in "slave" sockets and vice versa, i.e. the lack of a card or chip will turn off the "slave" sockets.
The most common situation is a desktop computer powered from an "independent" socket and all peripherals such as monitor, printer, speakers, etc. are powered from "slave" sockets. In addition to saving energy, dynamic monitor shutdown can protect sensitive data when the user is absent from his workplace.

Structure of the strip:

Type of power sockets:
Number of "slave" sockets:
Number of "independent" sockets:
Power plug type:
Power cord length:
Dimensions of the strip WxHxD:

UTE, “Schuko”, UK, SEV, IEC320C13 or C19
according to customer's requirements
optional (according to customer's requirements)
unischuko, Wieland, IEC320C14 or C20
max. 10m
width depending on equipment, height 44mm, depth 44mm

Electrical parameters:

Current:
Slave sockets on / off delay:
Minimum threshold difference
(Master Work - Master Standby):
Master socket maximum current:

16A for resistive load
~ 2 sec.

~ 12%
12 A for resistive load