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‪In order to remove the device from the suitcase, by pressing the push button, the handle of the device should be placed in a 45 degree angle and taken out of the box

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‪To change the status of handle of the device, it is necessary to press the side buttons of the device simultaneously and then the status should be changed

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‪Once the device is positioned on the intended surface, the handle of the device can be put on the device by pressing the push button

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‪Also, it is possible for the handle to be positioned beneath the device so it could be used as a stand for the device

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‪Moreover, the stands located under the device can be used for this purpose too

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‪At the bottom of the device are the air conditioning grooves and it is crucial to consider that, while positioning the device,

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these grooves must not be blocked under any circumstances

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The front panel of the device consists of the outputs, inputs, device status lights, and power off/on button

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‪If the green light of the main relay is on, it means that all main switches of the device are on

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‪If the green light of connected is on, it means that the device is correctly connected to the software via PC or mobile phone

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‪If the red light of error is on, it means that there is a problem with the device and it has stopped working

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As long as the problem is not resolved, this light will remain on and the device will not work

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‫The two voltage groups A and B allow the user to receive up to 150V AC and 212V DC in all four phases simultaneously with a precision of 10mV

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‪with a maximum current of 0.4A AC and 0.6A DC as well as up to 2A in transient mode

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‪By changing the wiring, it is possible to receive up to 450V single-phase AC from the device

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‪Also, it is possible to increase the output voltage and provide the user with a 150V AC with a maximum current of

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 0.8A by changing the wiring and paralleling the two current sources

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‪The two current groups A and B allow the user to receive up to 32A in all six phases simultaneously or 64A three-phase

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‪Moreover, by changing the wiring, it is possible to receive up to 128 single-phase amperes from the device

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‪At the “Auxiliary DC” output, a DC voltage as high as 0 to 210V is permanently adjustable

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‪This is where the integrated cable is connected.

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The amount of the current and the output voltage of this port are the same as the amounts of the current and voltage ports that have been described earlier

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‪Four binary outputs can be used as a key or for generating digital signals. There are 10amperes relays behind these binaries

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‪The analog inputs of the device are capable of receiving both analog and digital signals. All 8 inputs can be active simultaneously

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‪Other than reading them, these inputs can show the waveform of voltage in three voltage levels of 4.5, 30 and 188V with the precision of 4, 10 and 100mV

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‪The analog DC input section is capable of measuring voltages up to 200mV with a precision of 50µV and current up to 500µA with a precision of 50µA

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‪This port is used to protect the earth connection and the earth cable of the device is connected to this port

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‪In this section, in order to protect the device, a 15A and 250V fuse is used

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‪The power supply port is located here. The power cord of the device is plugged to this port

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‪The RS232 port is mainly used for resetting the IP and updating the firmware

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‪To do this, the RS232 dongle, which is a part of the equipment of the device, needs to be connected to this port.

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Then, the necessary operation, described in the animations, needs to be performed.

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‪In this section, by using the switch, the communication protocol between the device and laptop is selected.

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 If the switch is up, the connection is via Wi-Fi and if the switch is down, the connection is via LAN

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‪The LAN port located under this switch is used for the mentioned communication.

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The laptop settings for connecting a laptop to the device are described in the following animations

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‪The GPS antenna, which is used for time synchronization of two devices for performing a longitudinal test, is connected to this part

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‪This glass box includes: one-side-socket one-side-wire lug wire, crocodile clip, 30cm test wire, 10cm test wire, 4mm test socket and cable tie

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‪Other pieces of equipment that come with the device are communication cables which are used for communicating with the relay and injecting voltage or current.

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LAN cable:
The blue cable, visible in the image, is used to connect the device to a laptop.

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‪Earth cable:
The yellow cable is the ground (earth) wire whose place of connection to the device was shown earlier

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‪While one side of this cable is connected to the device, the other side, where the crocodile clip is attached, is connected to the location of the ground connection

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‪The black cable on the right is the power cable and the one on the left is the GPS antenna cable

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‪This antenna is used for End to End tests. The GPS antenna is used for time synchronization of two devices for performing a longitudinal test

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‪Serial dongle
This dongle is used to reset the device

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‪The 2nd and 3rd pins of this dongle are interconnected, so if the dongle cannot be accessed,

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 the device can be reset by connecting the 2nd and 3rd pins to the RS232 port located on the back of the device

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‪Capacitor box
In this capacitor set, there are 3 1000μF capacitors which are used as a filter in equipment tests

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‪Integrated or Neutrik cable
This cable has 8 output wires on one end and a single part on the other which connects to the device

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‪To plug this cable, first insert the tab of the Neutrik cable as it is shown in the image.

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 Then, after the Neutrik cable is inserted, spin it to the right until the metal pin is fit into its place

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‪To unplug the Neutrik cable, pull the tab and spin it to the left. After the spin is complete, it can be removed

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‪There are several labels attached to the sides of the device. The first label includes the serial number and technical information of the device

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And ‪The second label includes contact information for device support

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‪Trolley:
This case is designed for convenient transportation of the device

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‪To place it inside the case, the device must be standing perpendicular to the surface. Then it can be placed in the case and after that the case can be closed

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‪At the front and back of the case there are pockets where the equipment of the device can be placed

