4
Temperature properties
•
Temperature Scale:
Sets which scale is used to
calculate the temperature used in the
Local
and
Remote
Temperature
properties described below, and affects only
the
Properties
tab’s settings. Options include
Fahrenheit
and
Celsius
. Default is
Fahrenheit
.
•
Local Temperature:
(Read only) Shows the most recent
reported temperature recorded by the internal thermistor.
The scale of the temperature is determined by the
Temperature Scale
property.
•
Local Temperature Offset
—Modifies the reported local
temperature to account for environmental variances. The
temperature can be changed downward or upward by a
maximum of 20 degrees. The default is
0
(no correction).
•
Remote Temperature:
(Read only) Shows the most recent
reported temperature recorded by the remote thermistor.
The scale of the temperature is determined by the
Temperature Scale
property.
•
Remote Temperature Offset
—Modifies the reported
remote temperature (the temperature recorded by
an external thermistor) to account for environmental
variances. (When multiple temperature sensors are
located in the same room, you may notice each sensor
shows a slightly different reading. This results from normal
manufacturing variances in temperature sensors and the
device’s position/location in the room.) The temperature
can be changed downward or upward by a maximum of
20 degrees. The default is
0
(no correction).
Contacts properties
•
Contact Internal Status:
(Read only) Shows the status of
the static connection for the internal contact.
•
Contact 1-4 Status:
(Read only) Represents the status of
the wired contacts.
Checkin properties
•
Checkin Interval:
Defines how often the device checks
with the controller to see if the controller is requesting
information from the device, such as version information,
or if the controller is trying to update any settings on
the device, such as the check in interval. A check in can
also be manually triggered by pressing the button on the
Z2C. The check-in interval can be configured to check in
with the controller between 10 minutes and 4 hours. The
default is 10 minutes. Increasing the check-in interval will
increase the battery life of the device.
•
Last Checkin Time:
(Read only) Shows the most recent
time the device checked in with the controller.
•
Missed Checkin Limit:
Sets the number of times the
checkin is missed before triggering the “Missed Checkin”
programming event.
Actions tab
Buttons located on the
Actions
tab allow you to view version
and diagnostic information.
•
Version Information:
This action button will display the
versions of the driver’s Base Template and Template, as
well as the Boot Loader to the
Lua Output
window of the
Lua
tab. The
Log Mode
property does not have to be set
to Print to display this information to the window.
•
Diagnostic Information:
This action button will display the
following information to the
Lua Output
window of the
Lua
tab (the
Log Mode
property does not have to be set
to Print to display this information to the window): device
ZigBee MAC address, ZigBee mesh PAN id, Template
Version, Base Template Version, Boot Loader Version,
ZigBee Node ID.
Troubleshooting
If the device is not working:
• Reboot the device by disconnecting power, then re-
connecting power.
• Check for proper wiring. See the “Wiring Configuration”
diagrams.
• Review the log in the driver’s Lua tab.
• Restore factory defaults (13 button presses).
Note:
Un-identifying a device off the ZigBee mesh will cause it
to do a factory reset. The settings are preserved, however, after a
power cycle or reboot.
LED diagnostics
The indicated statuses appear during device identification and
when the ID button is pressed once.
LED
Description
[Green] On
Offline/Waiting for Director
[Yellow] Slow flashing
Scanning
[Blue] On
Join success
[Green] Fast flashing
Join success signal strength=good
[Yellow] Fast flashing
Join success signal strength=adequate
[Red] Fast flashing
Join success signal strength=risk/low
[Red] Medium flashing
Join failed (then returns to offline)
[Green] Slow flashing
Signal strength=good (from Network Tools)
[Yellow] Slow flashing
Signal strength=adequate (from Network Tools)
[Red] Slow flashing
Signal strength=risk/low (from Network Tools)
Button sequences
Functions
# of button presses
Identify
4
Reboot/Reset
15
Reset application defaults
9
Leave mesh, restore factory defaults
13
Signal strength flash LEDs
1
Restoring to previous firmware version
1
Power off the device (disconnect power).
2
While holding down the
ID
button, reconnect power, and
continue to press the
ID
button until the LED changes from
red to white (about five seconds).
3
Release the button. The device will reboot to its previous
firmware version in about one minute.