Honeywell Netaxs 4 Manual

							Configuring via WIN-PAK
Adding a New NetAXS™ Panel
NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A71
8. Click the Advanced button to display the Advanced Options screen, and select the desired 
advanced options. Note that the Advanced U option is not supported for the NetAXS™ panel.
9. Display and complete the Inputs tab. If you are using the NetAXS™ inputs to monitor the door 
status or activate a request to exit, then you must reassign the interlocks as indicated below. If 
you are not using panel inputs for door status or egress, you only need to dissolve the 
interlocks. Note that if you do not dissolve the default N-1000-IV interlocks, an error will occur 
during NetAXS™ panel initializations.
All Inputs tab functions are available to NetAXS™ configuration. However, not all inputs are 
available and their default functions have changed. NetAXS™ supports inputs 1-14. The 
default functions are listed below. Their default values are assumed to be zero, unless otherwise 
noted. You must change the interlocking. 
						

							72www.honeywell.com Configuring via WIN-PAK
Adding a New NetAXS™ Panel
10. Use the following procedure to reassign the interlocks:
a. Display the Readers tab, and then display the first input’s configuration window. Select 
None, and click OK. This dissolves all input interlocks and changes the Shunt Time to 0. 
This allows the input to be properly redefined for use with NetAXS.
b. Repeat the preceding step for each input for each reader on this tab.
c. After all interlocks on all inputs for each reader have been dissolved, reassign the 
interlocks according to Ta b l e 3 - 1 below:
Table 3-1:  Interlock Reassignments for NetAXS™
Interlock Function
1 Door egress for Door 1
2 Door status switch for Door 1. Shunt time is 15 seconds.
3 Door egress for Door 2.
4 Door status switch for Door 2. Shunt time is 15 seconds.
5 Door egress for Door 3.
6 Door status switch for Door 3. Shunt time is 15 seconds.
7 Door egress for Door 4.
8 Door status switch for Door 4. Shunt time is 15 seconds.
9 Reader 1 tamper/auxiliary.
10 Reader 2 tamper/auxiliary.
11 Reader 3 tamper/auxiliary. 
						

							Configuring via WIN-PAK
Adding a New NetAXS™ Panel
NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A73
The screen captures shown below show the configuration for the default interlocking for a single 
door:
12 Reader 4 tamper/auxiliary.
13 Primary power status - external (or General input). There is 
also a system primary power alarm 17 that reports through 
the ADV and is not a wired port.
14 Tamper (or General input).
Table 3-1:  Interlock Reassignments for NetAXS™ (continued)
Interlock Function 
						

							74www.honeywell.com Configuring via WIN-PAK
Adding a New NetAXS™ Panel
11. The configuration of a NetAXS™ panel via WIN-PAK is now complete. Configuration is 
optional on the Outputs and Groups tabs. 
						

							NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A 75
4
Monitoring NetAXS™ Status
In this chapter...
4.1  Overview
This chapter is written for the NetAXS™ operator who will monitor the following 
NetAXS™ status:
• Alarms – Alarms are events, or system transactions, that have been assigned 
alarm status. These often include events such as an invalid card read or a 
forced door.
• Events – Events are the recorded transactions of the NetAXS™ system. For 
example, an event card found, number of users logged in.
• Inputs – Inputs are terminals located on the NetAXS™ panel; the inputs are 
wired to input devices, such as a door-position switch.
• Outputs – Output relays are relays located on the NetAXS™ panel that are 
connected to output devices, such as a door lock.
• System – This includes current capacities and limits. Overview 75
Monitoring Alarms 76
Monitoring Events 79
Monitoring Inputs 82
Monitoring Outputs 85
Monitoring System Status 87 
						

							76www.honeywell.com Monitoring NetAXS™ Status
Monitoring Alarms
4.2  Monitoring Alarms
Alarms are viewed as system-generated messages that may indicate the need for user attention. 
Note:  From the drop down menu at the upper-right corner of each Alarms tab, you can configure the 
tab to display alarms in groups of 10, 25, 50, or 75.
Click 
Status > Alarms to display the Unacknowledged Alarms tab:
Figure 4-1:   Status > Alarms > Unacknowledged Tab
Notes:
• You can display the oldest alarms first by clicking Oldest, or display the newest alarms first by 
clicking 
Newest. Click Older to scroll through the list by displaying the next oldest tab display 
of alarms.
• The Alarms screen dynamically refreshes when new alarms are generated. 
						

							Monitoring NetAXS™ Status
Monitoring Alarms
NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A77
Click the Acknowledged tab to display the acknowledged alarms:
Figure 4-2:   Status > Alarms > Acknowledged Tab
The following table describes the information displayed on both the Unacknowledged alarms tab and 
Acknowledged alarms tab:
Table 4-1:  Status > Alarms Field Descriptions
Column Head Description
Ack 
(Unacknowledged 
tab only)Enables you to select any or all of the alarms that you want to 
acknowledge. Note that acknowledging an alarm simply means that 
you acknowledge that the alarm exists; an acknowledgement does 
not mean action has been taken. To acknowledge an alarm, select the 
check box and click the 
Acknowledge Selected Alarms button. 
Note that you can select or de-select all of the alarms by selecting or 
de-selecting the Select/De-select All Displayed check box.
Date/Time [ID] Provides the date and exact time the alarm was generated according 
to the panel’s time. 
						

							78www.honeywell.com Monitoring NetAXS™ Status
Monitoring Alarms
Date/Time (ID) Identifies the date and time the alarm was generated.
Device Name [ID] Identifies the device that generated the alarm. 
LN
Logical device number – the unique name or number given to the 
alarm-generating device when the device was configured in 
Configuration > Doors.
PN
Physical device number – the unique number assigned to the device 
on the NetAXS™ board.
Code Identifies the current state of the device that generated the alarm. For 
example, the possible states could include:
• Normal State
•Alarm State
•Ajar State
•Card Found
• Card Not Found?
Cred-PIN/Site Identifies the card.
Card Holder Name Identifies the last name of the card holder who energized the input 
device when the alarm was generated.
Table 4-1:  Status > Alarms Field Descriptions (continued)
Column Head Description 
						

							Monitoring NetAXS™ Status
Monitoring Events
NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A79
4.3  Monitoring Events
The Events page monitors both panel- and web-generated events. For example, a panel event is the 
reading of a card by a reader. A web event example is a user logon.
Click 
Status > Events to display the Panel event tab:
Figure 4-3:   Status > Events > Panel Tab
Notes:
• You can display the oldest events first by clicking Oldest at the bottom of the tab, or display the 
newest events first by clicking 
Newest. Click Older to scroll through the list by displaying the 
next oldest tab display of events.
• The Events screen dynamically refreshes when new events are generated. 
						

							80www.honeywell.com Monitoring NetAXS™ Status
Monitoring Events
The following table describes the information displayed on the Panel events tab:
Table 4-2:  Status > Events > Panel Tab Field Descriptions
Column Head Description
Date/Time [ID] Provides the date and exact time the event was generated, according 
to the panel’s name.
Device Name [ID] Identifies the device that generated the event. 
LN
Logical device number – the unique name or number given to the 
event-generating device when the device was configured in 
Configuration > Doors.
PN
Physical device number – the unique number assigned to the device 
on the NetAXS™ board.
Code Briefly describes the event.
Cred-PIN/Site Identifies the card.
Card Holder Name Identifies the last name of the card holder who energized the input 
device when the alarm was generated.