Honeywell Netaxs 4 Manual

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Configuring the System
NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A 51
2.6.4  Displaying Reports
Use this function to display a report of all cards and card data. You can display the cards either by the 
cardholder’s last name or by the card number.
Click 
Cards > Reports to display the Card Reports screen.
The Card Reports screen enables you to: 
• View card records by the cardholder’s last name.
• View card records by the cards’ numbers.
Steps: 
1. Click the By Name tab to display the card records by the cardholders’ last names.
2. Click the By Number tab to display the card records by the cards’ numbers.
3. Use the descriptions given in the following table to read the card records (see “Adding New 
Cards“ on page 47 for more information about card data):
Table 2-9:  Cards > Reports Field Descriptions
Field Description
Last Shows the cardholder’s last name.
First Shows the cardholder’s first name.
Card Number Shows the card number. 
Site Shows the Site Code number. A Site Code is a user-configured name 
that identifies the site, or location, of the cardholder’s access. See 
“Site Codes Tab“ on page 21 for more information about Site Codes. 
To determine the Site Code name associated with the Site Code 
number, click 
Configuration > System > Site Codes to display the Site 
Codes tab.
PIN Shows the Personal Identification Number (PIN) for the card holder. 
The PIN number has a maximum of six digits.
Access LevelShows the access level(s) configured for the cardholder. An access 
level specifies the time zone, or time schedule, during which the card 
holder can be granted access at a specific door. See “Configuring 
Access Levels“ on page 45 for more information about access levels. 
To determine an access level’s defined hours, click 
Configuration > 
Access Levels
 to display the Access Level Configuration screen.
Type Shows the card type. The card type specifies whether the card holder 
is configured as a supervisor (Supervisor), employee (Employee), a 
VIP (VIP), or a combination of these types.
Temp Indicates (with a check mark) that the card is a temporary card. 
						

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2.7  Configuring Other I/O & Groups Tab
The NetAXS™ panel provides up to 14 inputs and eight outputs. Two of the inputs and four of the 
outputs are “other” inputs and outputs, because you can use them for other than door lock/unlock 
functions. This section explains how to configure these other inputs, outputs, and groups (for pulse and 
time zone).
2.7.1  Inputs Tab
This tab enables you to configure other input devices on inputs 13 and 14 on Terminal Block 8, and on 
the inputs on downstream NX4IN boards daisy-chained to Terminal Block 10. The downstream inputs 
are numbered 25-96. 
Note:  The NetAXS™ panel supports two downstream board types:
• NX4IN – Provides 32 inputs and no outputs.
• NX4OUT – Provides two inputs and 16 outputs. 
A NetAXS™ panel supports a maximum of six daisy-chained downstream boards—two NX4IN boards 
and four NX4OUT. An NX4IN module has 32 supervised, four-state inputs that are limited to 2.2K 
ohms resistance. The NX4OUT has two supervised inputs and 16 SPDT relay outputs; each input is 
limited to 2.2K ohms resistance. Each board is configured with a unique address in the Configuration > 
System > Downstream Devices tab (see “Downstream Devices Tab“ on page 23).
On panels with internal power supply, the Power Fail input generates an alarm when primary power is 
lost as indicated by the power supply. The Panel Tamper input generates an alarm when the NetAXS™ 
cabinet has been forced open. The Downstream inputs are available for general use.
Note:  You can also configure the Power Fail and the Panel Tamper inputs for general use, if you choose 
not to wire them for power and tamper detection.
Activation Date Shows the date the card was activated.
Expiration Date Shows the date the card expires.
Use Limit Indicates the number of times the card will be granted access.
APB State Indicates whether or not anti-passback is enabled on the card.
Note 1 Displays informational text that may have been entered in the Note 1 
field.
Note 2 Displays informational text that may have been entered in the Note 2 
field.
Table 2-9:  Cards > Reports Field Descriptions (continued)
Field Description 
						

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NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A 53
Click Inputs to display the Inputs screen:
Figure 2-20:   Configuration > Other I/O & Groups > Inputs Tab 
The Input tab enables you to: 
• Configure the mode, debounce time, and time zones for another input (input 13 and input 14).
• Configure the mode, shunt time, debounce time, time zones, and auto-relock for the 
downstream inputs provided by downstream input/output boards (NX4IN or NX4OUT). 
						

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Steps: Use the descriptions in the following table to configure other panel inputs and downstream 
inputs:
Table 2-10:  Configuration > Other I/O & Groups > Inputs Tab Field Descriptions
Setting Description
Name Enter a unique name to identify the device.
Mode
Normally Closed – Specifies that the door’s normal state is 
closed.
Normally Open – Specifies that the door’s normal state is open.
Unsupervised – Specifies that the door’s electrical circuit is 
wired in one path without alternative paths supervised by 
resistors.
Supervised – Specifies that the door’s electrical circuit is wired 
with alternative paths supervised by resistors.
Shunt Time Specifies the amount of time for which the inputs will be 
shunted, or de-activated. The maximum number of hours is 1. 
When the hour field is blank, the maximum number of minutes 
is 59. When 1 is entered in the hour field, the maximum number 
of minutes is 45. The sum of all three units comprises the shunt 
time. Note that you can express seconds in tenths of a second.
Debounce Time Specifies the period of time the input must remain in a new state 
before generating an alarm. For example, if a Normal state is 
changed to Alarm, the state must remain in Alarm for five 
seconds before an alarm is generated.
Time Zones
Shunt – Specifies the time period during which the input will be 
shunted.
Disable Interlock – Specifies the time period during which the 
programmed action on this input from another point will be 
disabled.
Disable Alarm Msgs – Specifies the time period during which 
the input will generate no alarms.
Auto-Relock Causes the door to re-lock immediately when the door status 
switch closes after entry. The output relay that controls the door 
strike de-energizes when the associated input returns to normal 
state instead of remaining energized for the duration of the pulse 
time. To enable Auto-Relock, de-select the 
Disable checkbox, 
and select the associated output from the drop down list. 
						

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NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A 55
2.7.2  Outputs Tab
This tab enables you to configure the four NetAXS™ auxiliary outputs (outputs 5-8) that are 
physically located on the panel board, and the outputs on downstream NX4OUT boards daisy-chained 
to Terminal Block 10. A NetAXS™ panel supports a maximum of four NX4OUT boards, and each 
board provides two inputs and 16 outputs. The downstream outputs are numbered 17-80.
Click 
Outputs to display the Auxiliary Output screen for the on-board outputs: 
Figure 2-21:   Configuration > Other I/O & Groups > Outputs Tab
The Outputs tab enables you to: 
• Configure the following for each of the auxiliary outputs -- on board the panel as well as 
downstream:
–Name
– Pulse time 
						

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Steps: Use the descriptions in the following table to configure each output device:
Table 2-11:  Configuration > Other I/O & Groups > Outputs Tab > Fields
Setting Description
Name Enter a unique name to identify the device.
Pulse Time Specifies the duration for which the device will assume 
abnormal status. For example, it specifies how long a horn will 
sound or a door strike will remain released. The maximum 
number of hours is 1. When the hour field is blank, the 
maximum number of minutes is 59. When 1 is entered in the 
hour field, the maximum number of minutes is 45. The sum of 
all three units comprises the pulse time. Note that you can 
express seconds in tenths of a second.
Time Zones Defines the period of time during which inputs, outputs, groups, 
readers, access levels, and cards will either be energized or 
de-energized, enabled or disabled.
Latching When selected, this toggles a relay with either a valid card, 
interlock, or manual pulse.
Interlock Enables you to disable the interlock, or programmed interaction 
between two points. 
						

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NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A 57
2.7.3  Groups Tab
This tab enables you to configure outputs in groups. For example, you might want a group of horns in 
your facility to sound for the same duration or to be enabled or disabled according to the same 
schedule, or time zone. You might want a group of doors to be energized or de-energized during the 
same time zone. A NetAXS™ web server supports up to 64 output groups.
Click 
Groups to display the Groups screen:
Figure 2-22:   Configuration > Other I/O & Groups > Groups Tab
The Groups tab enables you to: 
• Associate any of the panel’s eight output relays in one or more groups.
• Configure the following for each group:
–Pulse Time
– Energized TZ (Time Zone)
– Interlock Disabled TZ (Time Zone)
– Latch 
						

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Steps: Use the descriptions in the following table to configure each group:
Table 2-12:  Configuration > Other I/O & Groups > Groups Tab Field Descriptions
Setting Description
Name Enter a unique name to identify the group.
Pulse Time Specifies the duration for which the device will assume 
abnormal status. For example, it specifies how long a horn will 
blow or a door strike will remain released. The maximum 
number of hours is 1. When the hour field is blank, the 
maximum number of minutes is 59. When 1 is entered in the 
hour field, the maximum number of minutes is 45. The sum of 
all three units comprises the pulse time. Note that you can 
express seconds in tenths of a second.
Energized TZ Specifies the period during which the group of output relays are 
automatically energized.
Interlock Disabled 
TZSpecifies the period during which the interlocks that control the 
group’s outputs will be disabled.
Latch Toggles the state of the outputs between energized and 
de-energized status upon every activation (code use, interlock, 
or manual pulse). 
						

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NetAXS™ Access Control Unit User’s Guide, Document 800-04410, Revision A 59
2.8  Configuring Interlocks
An interlock is a programmed connection between two points. The interlock causes an input point, 
output point, or group of output points to act in a specified manner when another input point, output 
point, or group of output points changes its state. An action on one point cause a reaction from a 
second point on the same panel or attached downstream board. For example, when a motion detector 
(input) detects movement, it causes a horn (output) to sound.
Click 
Interlocks to display the Interlocks Configuration screen:
Figure 2-23:   Configuration > Interlocks
The Interlocks screen enables you to: 
• Create, modify, and delete interlocks.
• Enable or disable existing interlocks. 
						

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Steps to create an interlock: 
1. Click the 
New Interlock button to display the screen.
2. Use the descriptions in the following table to configure the interlock:
3. Click the 
Add Interlock button to create the interlock.
Steps to modify an interlock: 
1. In the Int Lk column, click the number of the interlock you want to modify.
2. Click the 
New Interlock button.
3. Use the descriptions in the table above to make the desired modifications in the empty Trigger, 
Reacting Component, and Reacting Component’s Action fields for the selected interlock.
4. Click the 
Add Interlock button to complete the modification.
Steps to delete an interlock: 
1. In the Int Lk column, click the number of the interlock you want to delete.
2. Click the 
Delete Interlock button to display the Delete Interlock screen, and click OK to 
complete the deletion.Table 2-13:  Configuration > Interlocks > Field Descriptions
Interlock element Description
Trigger Specifies the input, output, or output group for 
which a change of state will cause a reaction from 
another input, output, or group. Also, use the drop 
down list to specify the number of the input, 
output, or group. 
Reacting Component Specifies the input, output, or output group that 
will react to a change of state from the trigger 
point. Also, use the drop down list to specify the 
number of the input, output, or group. 
Reacting Component’s 
Action
Upon Trigger Alarm – Specifies the reacting 
component’s action when the trigger’s change of 
state occurs. Select the action from the Upon 
Trigger Alarm drop down list.
Upon Trigger Normal – Specifies the reacting 
component’s action when the trigger’s change of 
state occurs. Select the action from the Upon 
Trigger Normal drop down list.