heat-timer DiGi-SPAN Elite Series Installation And Operation Instructions Manual page 6

Rotation
(Not Available in Consecutive or Change-Over Modes)
Options: on, off
: MENU/<Settings>/Rotation.
SET
• I f Off was selected, the TSC Elite will have a fixed lead stage and no rotation will take effect.
• I f On was selected, the TSC Elite will rotate the lead stage every 24 hours. When the TSC's power is turned on, the first rotation
will take place in 12 hours. The 24-hour rotation will take effect after the first rotation.
System Trim
Options: Varies based on Sensor type
: MENU/<Maintenance>/SysTrm
SET
The System Trim value adjusts the sensor reading using positive or negative values. It allows you to
calibrate the sensor by the number of units selected.
Sensor Type Settings and Terminals
STANDARD SENSOR TYPE
English Temperature 250˚F
English Pressure 30 PSI
English Pressure 100 PSI
English Pressure 200 PSI
English Pressure 300 PSI
English Vacuum 30 Hg
Metric Temperature 120˚C
Metric Pressure 0.250 MPa
Metric Pressure 0.600 MPa
Metric Pressure 1.000 MPa
Metric Pressure 1.600 MPa
Metric Vacuum 760 mm
English / Humidity %RH
Metric
Heating, Cooling, and Change-Over (Heat/Cool) Operation
The TSC Elite can operate in either heating or cooling applications. Select the proper application from the Startup menu.
• I n heating applications, the TSC Elite control will use the Set Point less the Differential as a starting point when sensor reading is
dropping. Then, it will keep the relay energized as long as the sensor is below the Set Point (Target).
• W hen the system value increases in heating applications, the relay will remain energized until the Set Point (Target) is reached.
Then, it will de-energize.
SP1 = 120
SP2 = 100
DIF = 5
Off
SP1
120
Diff
Off
115
Off
SP2
100
Diff
Off
95
Both Outputs
are ON
TSC Independent
Heating
SP1 = 60
SET POINT
Range Default
-30˚F to 250˚F 70˚F
0.0 to 30.0 PSI 10.0 PSI
0 to 100 PSI 30 PSI
0 to 200 PSI 60 PSI
0 to 300 PSI 80 PSI
0.0 to 30.0 Hg 10.0 Hg
-34˚C to 121˚C 21˚C
0.0 to 0.25 MPa 0.10 MPa
0.0 to 0.6 MPa 0.2 MPa
0.0 to 1.0 MPa 0.3 MPa
0.0 to 1.6 MPa 0.5 MPa
0 to 760 mm 250 mm
0 to 100%RH 60 %RH
SP1 = 120
SP2 = 100
DIF = 5
Off
SP1
120
Diff
Off
115
Off
SP2
100
Diff
Off
95
Off
Only Output 2
is ON
TSC Consecutive
Heating
SP1 = 60
6
DIFFERENTIAL
Range Default
1˚F to 40˚F 5˚F
0.5 to 10.0 PSI 2.0 PSI
1 to 30 PSI 7 PSI
1 to 60 PSI 10 PSI
1 to 90 PSI 20 PSI
SP1 = 120
0.5 to 10.0 Hg 2 Hg
SP2 = 100
1˚C to 22˚C 3˚C
DIF = 5
0.001 to 0.100 MPa 0.02 MP
Off
120
0.002 to 0.200 MPa 0.03 MPa
Diff
Off
115
0.005 to 0.300 MPa 0.05 MPa
0.005 to 0.500 MPa 0.10 MPa
Off
10 to 250 mm 50 mm
SP2
100
Diff
1 to 30 %RH 7 %RH
95
Both Outputs
are ON
TSC Independent
Heating
SP1 = 60
SP2 = 80
DIF = 5
Both
Outputs
are ON
85
Diff
80
65
Diff
60
Off
TSC Independent
Cooling
ROTATION:
On
Off
System Trim:
+0 F -1 F
TRIM (Default=0)
Range
-20˚F to +20˚F
-3.0 to +3.0 PSI
-10 to 10 PSI
-20 to +20 PSI
-30 to +30 PSI
SP1
-3.0 to +3.0 Hg
SP2
-11˚C to +11˚C
DIF
-0.025 to +0.025 MPa
Off
SP1
120
-0.06 to +0.06 MPa
Diff
115
-0.1 to +0.1 MPa
-0.16 to +0.16 MPa
Off
-80 to +80 mm
100
Off Diff
+10 to -10%RH
95
Only Output 2
TSC Consecutive
Heating
SP1
SP2
DIF
Only Output 2
Off
85
SP2 80
Off
65
Diff
SP1 60
TSC Consecutive
Cooling
SP1
SP2
SENSOR
TERMINALS
T1, COM
P+, P-
P+, P-
P+, P-
P+, P-
= 120
P+, P-
= 100
T1, COM
= 5
P+, P-
SP1
P+, P-
Off
P+, P-
P+, P-
P+, P-
SP2
Off
P+, P-
Off
is ON
= 60
= 80
= 5
is ON
Diff
SP2
Off
SP1
Off
= 60
= 50