6 The transmitter will sound continuous alarms when received the scanning
report.
7 The binding is completed
The third and fourth steps can be reversed
Note:
The bound receiver is unique ( the same as the TS4047 system), that is, if
re-bound with other receivers, the previously bound receiver will be automatically
blocked. Because during the binding process, different EMI scanning results may be
detected, which causes the different hopping frequency lists of each bound receiver,
while the same frequency hopping list between the receiver and the transmitter is
needed by the normal frequency hopping control.
WARNING: If you want to control two receivers A and B, you need to bind A
receiver and then copy to B receiver. If you don’t use the copy function, the receiver
A will be automatically blocked when the receiver B is bound, because of the existing
of 3 bit scrolling mask (the former TS4047 system does not have this scrolling mask).
Binding with B receiver for 8 times and then used with A receiver but didn’t re-bind
A, the A receiver is likely to be come out of control and very unreliable.
The Receiver Data Copy (Second Receiver Binding)
This function is the upgrading and refining of the former TS4047 system. If you
need to use two or more receivers at the same time, the data copy function is
necessary. The principle of this function is to copy the frequency hopping data in the
first bound receiver to the second receiver (there are the same frequency hopping data
backups in the transmitter), which avoids the frequency hopping data discrepancies
when receivers are bound separately.
The operation is as followed:
1 Press the BIND button on the receiver and then power up the receiver.
2 Press the copy button on the transmitter and then power up the transmitter.
3 If the receiver receives the frequency hopping data, the OK light will blink.
4 The copy is complete.
The first and the second step can be reversed.
Note: The transmitter doesn’t alarm once the data copying is complete.
Warning: The receiver that has been copied can only work orderly in the same
electromagnetic environment. If any onboard device is replaced, please use the
DEBUG mode or the SCAN EMI mode for testing to avoid disturbance.