Difference between revisions of "Differences Between the TM751 and RR501"
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Both Transceivers receive RF commands from a Remote, Motion Sensor, or Firecracker Interface and transmit the command on the powerline. | Both Transceivers receive RF commands from a Remote, Motion Sensor, or Firecracker Interface and transmit the command on the powerline. | ||
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| + | The RR501 '''will''' respond to powerline commands. The TM751 '''will not'''. | ||
The RR501 has a 1-or-9 switch, which designates which Unit Code the Transceiver will respond to (activating its relay). The TM751 is hardwired to Unit Code 1 and cannot be changed. | The RR501 has a 1-or-9 switch, which designates which Unit Code the Transceiver will respond to (activating its relay). The TM751 is hardwired to Unit Code 1 and cannot be changed. | ||
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The RR501 does not lock up if it hears its own signal from another transceiver; this is occasionally a problem with multiple TM751s. | The RR501 does not lock up if it hears its own signal from another transceiver; this is occasionally a problem with multiple TM751s. | ||
Revision as of 01:32, 29 March 2007
Question
What is the difference between the RR501 and the TM751?
Answer
Both Transceivers receive RF commands from a Remote, Motion Sensor, or Firecracker Interface and transmit the command on the powerline.
The RR501 will respond to powerline commands. The TM751 will not.
The RR501 has a 1-or-9 switch, which designates which Unit Code the Transceiver will respond to (activating its relay). The TM751 is hardwired to Unit Code 1 and cannot be changed.
The RR501 does not lock up if it hears its own signal from another transceiver; this is occasionally a problem with multiple TM751s.