Specifications

40-7170 Revision 2B July 6, 2012
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U: TCP/IP Socket Timeout is the time that the unit waits for an ACK for a sent TCP/IP
packet. Default is 12. Setting this to greater that 12 seconds will invalidate UL
switch over to Backup Modem of 30 seconds. Contact AES Technical support before
attempting to modify this value. The modem feature has not been evaluated by UL.
L: Set the Linklayer (Link Layer / Level). If the IP-Link Transceiver is one of the two
Local or Remote IP-Links installed to act as the main Primary and Backup units in a
radio cloud of Subscribers, set the Link Layer to 1. If it is in the same radio cloud
with the two IP-Link Transceiver that are set to 1, you may set the Link Layer to 1 or
higher. You must have in an RF region, at least two IP-Links set to Linklayer 1.
None can be set to 0. None should be set higher than 4.
A NetCon 6 or Higher is reported to the Alarm Monitoring System when the
MultiNet Receiver is using Ademco 685 emulation as an “E354 00 C915”
C: This sets the system Cypher (Cipher) Code. This code is also passed to the attached
RF Board and is used to authenticate transmissions by other IntelliNet devices that
must use the came cipher code.
A: Set the RF Acknowledgement / Ack Mode. Use 0 for Quick ACK and 1 for Normal
ACK. Only one IP-Link Transceiver in a radio cloud should be set to 0 for Quick
ACK. Quick ACK means that the IP-Link Transceiver is sending a Packet
Acknowledged Packet on the heels of a reception without listening for a clear
frequency.
Having two IP-Links in the Quick ACK mode could cause Packet Acknowledgments
to be jammed or blocked.
G: PinG - This option when enabled (On), will instruct the IP-Link Transceiver to
Monitor RF traffic and report to the MultiNet receiver if it appears to be lost or silent.
This must be set to Yes for UL installations and NFPA 72 compliance.
Less than 200 seconds after the frequency goes silent (≈150 Seconds), an RF Test is
initiated by the IP-Link to verify its RF operation. This test verifies the RF, IP-Link,
Radio, Coaxial Cable, connectors, surge protectors, Antenna and anything else in the
transmission line, by transmitting a Poll Test. The test is directed to the ID of the last
device for which a transmission was received. A failure to receive an
Acknowledgement Packet for the transmitted Test, results in the reporting of an RF
failure.
The MultiNet Receiver will generate a code to send to the Alarm Monitoring System
or annunciate the RF Failure. The Ademco 685 emulation code will be “E355 00
C906”. The message indicating that the RF may be lost will be annunciated at the
MultiNet Receiver or transmitted to the Alarm Monitoring System less than 200
seconds after the frequency goes silent.
Q: To Quit menu and return to normal operation.