Spartan TE226 Series User manual

Revised Date: 2018/04/24
1
TE226 Series
Programmable Digital On-off Valve and
Modulating Fan Control Thermostats
OPERATION MANUAL
Front view Back view
#
Item
Description
1
LCD
Display temperature and working status.
2
MODE button
Access to user and engineer menu and for setting
confirmation or change ℃/℉ unit if pressed for over 3
sec.
3
FAN button
Toggle to change Fan mode: Auto or Continuous
4
UP & DOWN buttons
Increase & decrease setting or previous/next item
5
SET button
Setting for clock and programmable Schedules
6
On/Off button
Turn on/off thermostat
7
Set-point icons
Display set-point temperature while it is flashing
8
Fan icons
Indicate Fan status
9
Flake icon
Indicate working in Cooling mode
10
Hot spring icon
Indicate working in Heating mode
11
Flow icon
Indicate working in ventilating mode
12
Working icon
Indicate cooling/heating valve open
13
Clock
Not used
14
Sleep
Sleep mode is enable while it is shown
15
Moon Sign
Indicate room unoccupied
16
Outdoor icon
Indicate door/ window open
17
Cover screw
Screw to tighten back cover with front cover
18
Back plate
Plate for mounting on electric box
19
Wiring terminal blocks
Terminals for wiring
20
Mounting holes
Holes for mounting on electric box
21
small 8888
Display time
22
Schedule number
Programmable Schedule running or setting
23
Day
Current day of Sunday ~ Saturday or setting
1142-2-1-01

Revised Date: 2018/04/24
2
Installation
Mounting on electric box
1. Separate back plate from the controller by loosing the cover screw;
2. Align the mounting holes on the screw holes of the electric box(applicable to 65x65 or US standard box);
3. Fix the back plate on the electric box by tightening the back plate screws. Suggest to use Philips wider “truss head” or
“washer head” #6-32x 3/4”(20mm).
4. DO NOT let the bolt head rise above the wall of mounting holes of back plate. It might cause the short circuit of the
controller.
Mounting front cover
1. Lock front cover on the back plate by tightening the cover screw underneath with Philip screw driver.
Wiring Example
1. All wires must be inserted above the retainers of respective terminal block before tightening the captive
screws;
WIRING DIAGRAM FOR TE226 – 24Vac Thermostat
2. Select Normally Open or Normally Closed Cooling and Heating valve Option in the Engineering Mode
parameter E20 and E21
ON DEMAND OUTPUT DO1 AND DO2
Set in Engineering Mode
DO1 Cooling Output
on demand for
cooling
Parameter E20
Set To :
DO2 Heating Output
on demand for
heating
Parameter E21
Set To:
0 Vac
0
0 Vac
0
24 Vac
1
24 Vac
1
AO2
RS
ESI
ECM Fan-0~10VDC
Remote Temperature
Sensor(NTC10K)
Occupancy

Revised Date: 2018/04/24
3
Operation
User Mode Operation
The first tier of operation includes the following settings as Figure 2. To operate:
1. Power switch “ON” or “OFF” to start/ stop the System;
2. After the switching “ON”, press any button to start the User Mode operation.
i. Press “MODE” button to switch over different working modes. When MODE is pressed for more than
3 seconds, the unit of temperature will toggle to change to Fº or Cº.
ii. Press UP/ DOWN button to increase/ decrease or rotate the values of setting.
iii. Press “FAN” button to toggle over different fan modes.
iv. Press “SET” button to set current date/time. When SET is pressed for more than 3 seconds, users can
set the temperature for programmable schedules.
3. It will return to normal display with the latest setting if there’s no button pressed for 10 seconds.
#
Item
Description
Remarks
1
Normal Display
Display Current Room or Set-Point
Temperature and Current Time-Day.
Setting “-SP- “Parameter in
Engineer Table to Choose Current
Room or Set-Point Temperature.
2
Temperature Setting
Set The Required Temperature
3
Mode Select
1. Select The Working Mode:
(1) Run/ Halt/ Stop for Schedule
2. When MODE Is Pressed For More
Than 3 Seconds, The Unit Temperature
Will Toggle To Change between
℉ Or ℃.
RUN: Run Schedules.
HALT: Pause “Current” Schedule
and Use Manual SP.
STOP: Stop Using All Schedules
and Use Manual SP.
4
Fan Auto/ Continuous
1. Change Fan Mode for Auto or
Continuous Mode.
2. Auto Mode Will Stop Fan Output
During Dead Band
3. Continuous Mode Will Output Low
Speed During Dead Band
Low Speed Can Be Set Via
FanL(E17) parameter in Engineer
Table
5
Time/ Date/ Schedule
Setting
SET
1. Set Current Time in 12- Or 24- Hour
Format;
2. Set Calendar and Day of Week;
3. When SET Is Pressed for More Than
3 Seconds, Users Can Set
Temperature Set Points for
programmable Schedules
Press SET to Continue Settings.
Press MODE, FAN, Or POWER
Button to Escape Any Time During
Setting.

Revised Date: 2018/04/24
4
Fig. 2 User Mode operation sequence

Revised Date: 2018/04/24
5
Overview for the settings of Clock and Programmable Schedules
& Press MODE, FAN, or POWER button to escape any time during setting.

Revised Date: 2018/04/24
6
1. Detailed State Diagram for Clock Setting

Revised Date: 2018/04/24
7
2. Detailed State Diagram for Schedule Setting
Press “Mode” button to select
(day shows steadily)/ deselect
(day flash).
Press MODE button to
toggle Cooling/ Heating
Set points
Press MODE button to
toggle Cooling/ Heating
Set points
Press MODE button to
toggle Cooling/ Heating
Set points

Revised Date: 2018/04/24
8
Default Set Point for Programmable Schedules
COOL
Sun
Mon
Tue
Wed
Thu
Fri
Sat
Sch. 1
6:00
26.0℃
6:00
26.0℃
6:00
26.0℃
6:00
26.0℃
6:00
26.0℃
6:00
26.0℃
6:00
26.0℃
Sch. 2
8:00
29.5℃
8:00
29.5℃
8:00
29.5℃
8:00
29.5℃
8:00
29.5℃
8:00
29.5℃
8:00
29.5℃
Sch. 3
18:00
26.0℃
18:00
26.0℃
18:00
26.0℃
18:00
26.0℃
18:00
26.0℃
18:00
26.0℃
18:00
26.0℃
Sch. 4
22:00
26.0℃
22:00
26.0℃
22:00
26.0℃
22:00
26.0℃
22:00
26.0℃
22:00
26.0℃
22:00
26.0℃
HEAT
Sun
Mon
Tue
Wed
Thu
Fri
Sat
Sch. 1
6:00
21.0℃
6:00
21.0℃
6:00
21.0℃
6:00
21.0℃
6:00
21.0℃
6:00
21.0℃
6:00
21.0℃
Sch. 2
8:00
16.0℃
8:00
16.0℃
8:00
16.0℃
8:00
16.0℃
8:00
16.0℃
8:00
16.0℃
8:00
16.0℃
Sch. 3
18:00
21.0℃
18:00
21.0℃
18:00
21.0℃
18:00
21.0℃
18:00
21.0℃
18:00
21.0℃
18:00
21.0℃
Sch. 4
22:00
16.0℃
22:00
16.0℃
22:00
16.0℃
22:00
16.0℃
22:00
16.0℃
22:00
16.0℃
22:00
16.0℃
l Unoccupied Set Points: activated by occupancy contact; Cooling: 28.0℃/ Heating: 15.0℃for
factory defaults. And These two can be re-set by ESIC(E2) and ESIH(E3) parameters in
Engineer Mode table.
l When schedules are activated, refer to cooling/ heating set points according to current
schedule.
l When pause or stop schedules, refer to manual set point or latest set point as cooling set
point and dead band for heating set point deviation.
l Programmable Cooling Set Point range: 10.0℃~37.0℃; Programmable Heating Set Point
range: 4.5℃~32.0℃; make sure to set heating lower than cooling set point to have proper
controls.

Revised Date: 2018/04/24
9
Control Actions
1. On-off Valve Controls:
When Cooling or Heating is on, a “Running ( Gear) ( )” icon will be shown on the LCD.
Stage On
Current
Temperature
Cooling
Stage
Differential
Dead Band
Heating
Stage
Differential
SP
Cooling and Heating Control, Auto Changeover, Dead band
Option = 0
OFF
Stage On
Current
Temperature
Cooling
Stage
Differential
Dead Band
Heating
Stage
Differential
SP
OFF
Cooling and Heating Control, Auto Changeover, Dead band
Option = 1

Revised Date: 2018/04/24
10
2. Fan Controls:
(1) Fan Output Adjustment: Fan output can be set to minimum adjustment (AO2 Low(E7)) from 0-5 Vdc and to
maximum adjustment (AO2 High(E8)) from 5 to 10 Vdc
These two values are adjusted by balancing contractor that will measure minimum and maximum CFM the fan will
supply and set this two values.
(2) Fan Control: Fan should have option to run continuously at low speed (Fan Low(E17)) (say 25-30% of max
design airflow) during occupied and dead band for delivery outside air from suite HRV or OA vent duct
If there is a call for heating or cooling the fan would ramp up to maximum design airflow for the FCU on the project.
(3) Fan Mode: By pressing FAN button to toggle AUTO icon on and off to represent Auto Mode (“AUTO” show on
screen) and Continuous Mode. Continuous Mode will keep fan running at pre-set minimum speed all time while
Auto Mode will run from 0%. During dead band, Auto Mode will stop the fan while Continuous Mode will run the fan
at low speed as set in (Fan Low(E17)).
By pressing POWER button it will switch on/ off fan and heating/ cooling outputs to there default positions.
VDC
AO2 High
AO2 Low
10
0
100%
Fan Low
Fan Med

Revised Date: 2018/04/24
11
3. Special note:
1. Fan bar will be shown according to the fan output when reaches low speed, medium speed or 100% of max
output.
2. ESI (Energy Saving Input) Contact status -- When the contact is activated (Vacation or Room unoccupied),
a “Moon ( )” icon will be shown on the LCD and the thermostat will change the set-point temperatures to
Cooling & Heating to be ESIC & ESIH (refer to Engineer table for details.). When the contact is deactivated
( Open) (Room will be back to be occupied), it will set the set-point values back to normal.
3. The icon , , , or will be shown on LCD while the programmable Schedule 1,2,3, or 4 is
running.
4. If “MODE” button is pressed, there are three Schedule modes “RUN, HALT, and STOP” for selection:
a.) RUN mode means Running on Schedules. And at the same time an icon ( ) will be steadily
shown on the LCD.
b.) HALT mode means temporarily using manual S.P instead of “current” Schedule. And the icon ( )
will be flashing on the LCD.
c.) STOP mode means using manual S.P instead of “all” Schedules. i.e. Temporarily disable all
programmable Schedules. And the icon ( ) will be NOT shown on the LCD.
Examples of Engineering Mode:
5. E19 There is an adjustable time delay between heating and cooling from 0 to 5 minutes. This delay time can be
adjusted by the dLAy parameter in the Engineer table. The default is set to 0 minute. This feature can be used in
addition to dead band for thermoelectric (Wax) control valve actuators that have long 3 minute travel time to prevent
overlapping.
6. Proportional band “Pb” or ( Stage Width ) set in E12 , Integral Time “I-t” set in E4 , Dead band offset “db” set in E1,
7. E22 Dead Band option “dbOP” parameter set to 0 will offset Heating from set point by db setting example 2Cº and starts
Cooling at the set point
Parameter set to 1 will offset heating and cooling from the set point equally in total db set example 2Cº ( 1º heating and
1º cooling)
8. E20 “dirC” Cooling set to 0 for Normally Open Valve set to 1 for Normally Closed valve.
9. E21 “dirH” Heating set to 0 for Normally Open Valve set to 1 for Normally Closed valve. T
and other parameter

Revised Date: 2018/04/24
12
Engineer Mode Operation
This mode is highly suggested to be operated by trained engineers because it is related to system parameters that
will affect the control results. To operate:
1. Press “Up” and “Down” buttons for over 5 seconds to enter into engineer mode;
2. Press UP or DOWN button to rotate the menu item and press MODE button to enter into the item;
3. Press UP or DOWN button to change the setting and press MODE button to confirm the setting and return to
menu item selection. For no button pressed for 10 seconds, it will go back to menu item selection. The setting won’t
be changed then.
4. To leave Engineer Mode, rotate till “End” and press MODE button or leave the button intact for 10 seconds.
Engineer mode operation flow chart:
Fig. 3 Engineer Mode operation sequence
E01
E02
+
End
MODE
E01 Setting
_
+
MODE
_
User Mode
+
_
+
MODE
E02 Setting
MODE
MODE
_
Previous
No button pressed for
10s under menu item
selection
+
_
+
Press Up/down
for over 5s

Revised Date: 2018/04/24
13
6. Engineer mode menu item descriptions:
Item
Mnemonic
Description
°C Type
°F Type
Step
Default
Range
Default
Range
E1
db
Deadband offset
2.0
0~10.0
7.0
0~18.0
0.5 (°C/°F)
E2
ESIC
Unoccupied(ESI) Cooling Set
Point
28.0
25.0~35.0
82.0
77.0~95.0
1.0 (°C/°F)
E3
ESIH
Unoccupied(ESI) Heating Set
Point
15.0
10.0~22.0
59.0
50.0~72.0
1.0 (°C/°F)
E4
I-t
Integral Time and Output Cycle
Time
90
10~500
90
10-500
10 (Sec.)
E5
AO1L
Not used
E6
AO1H
Not used
E7
AO2L
Analog Output 2 Low Adjustment
(for FAN control)
0
0~125
0
0~125
1(~0.044V)
E8
AO2H
Analog Output 2 High
Adjustment (for FAN control)
-25
-150~0
-25
-150~0
1(~0.044V)
E9
SP-L
Low Limit for Temperature Set
Point
10.0
0~50.0
50.0
32.0~122.0
1.0 (°C/°F)
E10
SP-H
High Limit for Temperature Set
Point
35.0
0~50.0
95.0
32.0~122.0
1.0 (°C/°F)
E11
OFSt
Current Temperature Offset
0.0
-10.0~10.0
0.0
-18.0~18.0
0.1 (°C/°F)
E12
Pb
Proportional Band or Stage
Width
2.0
0~10.0
3.6
0~18.0
0.1 (°C/°F)
E13
LOC
Bit Definition ---
Bit 0: Mode Button
1: Down Buttons
2: Up Button
3: Fan Button
4: Power Button
5: Set Button
6: ESI Contact Detection
7: Reserved
*Bit Value
0: Unlock / enable
1: Lock / disable
Examples:
0- Unlock/enable all
1- Lock MODE Button
2- Lock Down Button
…
8-Lock Fan Button
…
15-Lock MODE & Down & Up &
Fan SPEED Buttons
16-Lock Power Button
…
64-Disable ESI contact detection
…
…
255- Lock/disable all
0
0-255
0
0-255
1

Revised Date: 2018/04/24
14
E14
ESI
ESI Contact Definition
0
0~1
0
0~1
0: N.O.
1: N.C.
E15
rS
Present Temperature Is Getting
from Built-In Temperature
Sensor, or Remote Temperature
Sensor.
0
0~1
0
0~1
0: built-in
1: remote
E16
-SP-
Display Present Value of
Temperature or Set-Point for
Normal Displaying
0
0-1
0
0-1
0: display PV
1: display SP
E17
FAnL
Lowest Fan Speed in Continuous
Fan Mode
25
0~100
25
0~100
1(%)
E18
Fan2
Medium Fan Speed
60
20~100
60
20~100
1(%)
E19
dLAy
Minimum delay time between
cooling and heating
0
0~5
0
0~5
1 (minute)
E20
dirC
Cooling Valve N.C./ N.O. Setting
1
0~1
1
0~1
0: N.O.
1: N.C.
E21
dirH
Heating Valve N.C./ N.O. Setting
1
0~1
0
0~1
0: N.O.
1: N.C.
E22
dbOP
Deadband Options
1
0~1
1
0~1
0: DB is
aligned to
Cooling SP
1: SP is in the
middle of DB
E23
tESt
Self-Diagnostic
E24
rSt
Reset All Parameters to Factory
Defaults
E25
End
Exit Engineer Mode
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