INSTALLATION
A. Enrolling code
1. Loosen the screw of the
i4H-
TX-3AC, open the upper case, select right position of JP1 and JP2 (default at 100A, both
jumpers have to be set for full scale of 10A or 100A) and connect the wires of AC Clamp probe (no polarity) to the
terminals. And then insert two AAA alkaline batteries..
2. Keep pressing the Clear/Enroll Button on
i4H-
LS-20 for over 3 seconds and then release it, the
i4H-
LS-20 would
keep beeping and all LEDs blink. This means the system is ready for enrolling device.
3. Within 30 seconds press the TEST button on
i4H-
TX-3AC PCB. If you hear 3 short beeps soon later then
enrolling
successes, otherwise you will hear one long beep after 30 seconds that means enrolling fails, you have
to repeat
enrolling action.
4.
Now the Base Unit has learnt one type of the two sensors (AC Meter or Temperature sensor), you need to
repeat the steps 2 &b 3 to enroll the other type sensor.
Note: Avoid activating any other sensors during the 30 seconds Device Enroll period.
Remarks: 1) In case you have to change the device‟s attribute, please do it on the cloud web directly, or refer to
HyperSecureLink software user guide to change it by computer.
2) The sensor can be set as an
Alarm Device
or a
Control Device
. (Refer to the last page)
3) The settings of the AC Meter & Temperature Limits can be done by the
i4H app
or HyperSecurLink software.
4) If the AC Meter or temperature reading is over their limits, the base unit would send control command to
control the switches or activate Special Sensor alarm.
If both high/low limits are set, the high limit should be greater than the low limit at least for 3 readings.
Note: If the sensor works in the temperature range over +50
℃
to -20
℃
for a long time, the device’s life will be
reduced and the performance maybe degraded.
B. Mounting & operation
It is recommended to attach the sensor on a flat surface of the wall by the Velcro supplied. Do not mount the transmitter
on the metal surface of the power distribution panel, since the RF transmission range will be seriously shrunk due to
radio signal attenuation.
If the transmitter is put in a closed metal box, there will be a large reduction in radio range. The user should move
the Base Unit close to the sensor or use a repeater to extend radio distance.
To measure the AC current the clamp probe can only pass ONE conductor. Normally there are two or three
conductors in a power cord, you have to separate the wires and identify the conductor that carries the current (not
grounding wire).
C. Testing
Each time when you press the TEST button on the sensor it will send the AC Meter reading (LED flashes twice) or
temperature (LED flashes once) alternatively. Check these on the cloud or HyperSecureLink.
E. Measuring data and display
To save battery power, the device sends reading automatically only when the temperature change is over 1
℃
or AC
Meter Reading change is over 2 readings.
If there is no change for a long time, the device will send the reading hourly to update the memory and display.
Note: For the selection of 10A as full scale.
1, Both JP1 and JP2 must be set to 10A position.
2, The reading has to be divided by 10. Ex. Reading=76 means 7.6 A.
Each time when you press the TEST button on the sensor it will send the current AC Meter reading (LED two
flashes) or temperature (LED one flash) alternatively.
