ADEMCO TS300 - Page 2

Table 1. Programmable Parameters
Parameter Display Default Min Max
Fahrenheit or Centigrade
)& ) ) &
Remote Probe Enable
5(1 12 12 <(6
Display Local or Remote
temperature
'63 /&/ /&/ 535
Set Local Sensor Low Limit
//2   
Set Local Sensor High Limit
/+,   
Set Remote Probe Low Limit
5/2   
Set Remote Probe High Limit
5+,   
Select Output Mode (both
relays)
1
2XW 1& 1& 12
Set Output Map for Output 1
2
2X, , ,
B
B
,
,

Set Output Map for Output 2
2
2X B 



Set Alarm Delay for Output 1
'/   
Set Alarm Delay for Output 2
'/   
Enable Alarm Audible
Annunciator
$X' <(6 12 <(6
Audible Alarm Silence
Timeout
6,/   
Hysteresis Degrees of
3,
+<6   ,
NOTES:
If programmed for Normally Closed (NC) it is supervised, if Normally Open (NO) it is unsupervised.
1
The Output map is a graphical representation of the possible choices.
2
The left character indicates which relay you are mapping, 1 or 2.
The middle character is the local sensor map and the right character is the remote probe map. See Table 2 for map
designations.
Hysteresis provides a buffer so that temperature that is shifting back and forth around the alarm limit point will not
3
create multiple alarms. You set the # of degrees that the temperature will have to rise
above
the temperature low
limit set point or drop
below
the high limit set point for the alarm to turn off. For example, if you set the HYS at 3
degrees and your low limit is 40 degrees, you will go into an alarm condition when the temperature hits 39 degrees
and restore from alarm would not occur until the temperature rose to 43 degrees. Hysteresis is limited to ½ the
difference in degrees between the low temperature limit and high temperature limit
or
the programmed HYS setting
(max of 10
°
) whichever is least.
The setup will
NOT
be lost in the event that power is lost at the panel
.
4
Options that relate to the remote probe will only appear if you have enabled the remote probe in selection 2 of
5
the table parameters.
High/Low limits shown in table are degrees Fahrenheit. Equivalent Centigrade temperatures apply when
6
Centigrade has been selected.
Hysteresis is always programmed in degrees Fahrenheit, even if Centigrade has been selected to set limits.
7
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