netvox R718N1 User Manual page 12

1.The single-phase current detector (R718N1) has a built-in
magnet (see Figure 1 below). It can be attached to the
surface of an object with iron during installation, which is
convenient and quick.
To make the installation more secure, please use screws
(purchased separately) to fix the device to the wall or other
objects (such as the installation diagram).
Note: Do not install the device in a metal shielded box or in
an environment surrounded by other electrical equipment to
avoid affecting the wireless transmission of the device.
4. The single-phase current detector (R718N1) takes 15
seconds to sample the current, that is, the device starts
sampling 15 minutes before the arrival of MinTime. If the
current value of the sample is relatively compared with the
current value reported last time, it exceeds the set value
(default value 100mA), when the MinTime is reached, the
current value of the current sample is immediately reported.
If the current change does not exceed the default value, the
data will be reported regularly according to Maxtime.
Short press the [Key] of the device to start sampling data
and report the data about 15 seconds after pressing the key.
Note: MinTme cannot be set less than 30 seconds. MaxTime
must be set greater than Min Time.
2. Open the split current transformer, and then pass the live wire
through the current transformer according to the installation.
Note:
"L←K" is marked on the bottom of the CT.
3. Precautions:
 Before using, user must check whether the appearance is
deformed; otherwise, the test accuracy will be affected.
 The using environment should be kept away from strong
magnetic fields, so as not to affect the test accuracy. It is
strictly forbidden to use in humid and corrosive gas
environments.
 Before installation, please confirm the current value of the
load. If the current value of the load is higher than the
measurement range, select a model with a higher
measurement range.
The single-phase current detector (R718N1) is suitable for the
following scenarios:
 School
 Factory
 The mall
 Office building
 Smart building
Where the electrical data of the equipment needs to be detected.
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