Kanmor Zone Control 369e User manual

- Data Brochure
Zone Control 369e
D 369e
06/03
1 of 32 © 2003 D 369e - 06/03
The Zone Control 369e is designed to control the temperature in up to six heating zones using Room Temperature Units (RTUs)
or indoor sensors. The 369e allows one stage heating zones, two stage heating zones, or a combination of one stage and two
stage heating zones. PID zoning logic allows for a staggering and synchronization of multiple zones in order to minimize boiler
short cycling. The 369e is capable of operating a single cooling output and can provide automatic or manual heat / cool change
over. When the 369e is used with a kanmor Integrated System Control, the 369e provides indoor temperature feedback that
automatically adjusts the supply water temperature in order to satisfy the zone with the highest heat load. A large Liquid Crystal
Display (LCD) is incorporated in order to view system status and operating information. The LCD and user key pad are used to set
the control’s adjustments and to monitor zone running times, outdoor high and low temperatures, minimum zone temperatures,
and many other useful items.
Additional features include:
• Control Schedule
• Individual Zone Schedules
• Optimum Start / Stop
• Cooling Control or Cooling Enable
• Manual Override
• Slab Minimum and Slab Maximum Temperature Control
• Remote Display and Adjustment Capabilities
• Test Sequence to Ensure Proper Component Operation
• 230 V (ac) Power Supply
• CE Approved
Output
Zone Pumps or Zone Valves
Output
System
Pump
Output
Cooling
Input
Indoor
Sensor
Input
Indoor
Sensor
or
Input
Room
Temperature
Unit (RTU)
Input
Room
Temperature
Unit (RTU)
Input
Remote
Display
Module
Input
Indoor
Sensor
Input
Room
Temperature
Unit (RTU)
Input
Room
Temperature
Unit (RTU)
Input
230 V (ac)
Power
Supply
Input
Timer
Optional
Input
Outdoor
Sensor
Included
Input
Zone
Control
Output
Integrated
System
Control
Do not apply power Do not apply power
OutSw In 122 344 566
Out Com tN1 tN1
2
Zn
3
Zn
1
Zn
1-2
Com
3-4
Com
4
Zn
5
Zn Indr Com tN1 tN1
1 3 52 4 8967 10 20 21 22 23 24 25 26
Indr
27
Com
28
tN1/2
29
tN1
30
Indr
31
UnO Zo Zo Com
H12XXA
5-6 6
Com Zn
Pmp L N
Sys
13 1411 12 15 16 17 18 19
Cooling Power
Zone Control 369e
Six Zones
Menu Item
View
°C
Made in Canada
Power
Relays
Signal wiring must be rated at least 300 V.
not testing
testing
testing paused
WARNING: battery may explode
or cause burns if disassembled,
recharged or exposed to fire or
high temperatures.
Lithium Battery CR1620
POS (+) up
Press here
on battery to
remove it.
INSTALLATION CATEGORY II
Test
None
Setback
off
red
red
230 V ±10% 50/60 Hz 1200 VA
230 V (ac) 5 A 1/4 hp, pilot duty 240 VA
Input
Room
Temperature
Unit (RTU)
Input
Room
Temperature
Unit (RTU)
M
OR
M
OR
M
OR
M
OR
M
OR
M
OR

© 2003 D 369e - 06/03 2 of 32
This brochure is organized into four main sections. They are: 1) Sequence of Operation, 2) Installation, 3) Control Settings, and
4) Troubleshooting. The Sequence of Operation has four subsections. We recommend reading each subsection of the Sequence
of Operation, as each one contains important information on the overall operation of the control.
The Control Settings section (starting at the DIP Switch Settings) of this brochure describes the various items that are adjusted
and displayed by the control. The control functions of each adjustable item are described in the Sequence of Operation.
The 369e uses a Liquid Crystal Display (LCD) as the method of supplying information. You can use the LCD in order to setup and
monitor the operation of your system. The 369e has four push buttons (Menu, Item, ▲, ▼) for selecting and adjusting settings. As
you program your control, record your settings in the Adjust Menu table which is found in the second half of this brochure.
Menu
All of the items displayed by the control are organized into various menus. These
menus are listed on the left hand side of the display (Menu Field). To select a menu,
use the Menu button. By pressing and releasing the Menu button, the display will
advance to the next available menu. Once a menu is selected, there will be a group
of items that can be viewed within that menu.
Item
The abbreviated name of the selected item will be displayed in the item field of the
display. To view the next available item, press and release the Item button. Once
you have reached the last available item in a menu, pressing and releasing the Item
button will return the display to the first item in the selected menu.
Adjust
To make an adjustment to a setting in the control, begin by selecting the appropriate
menu using the Menu button. Then select the desired item using the Item button.
Finally, use the ▲and / or ▼button to make the adjustment.
Additional information can be gained by observing the Status field of the LCD. The status field will indicate which of the control’s
outputs are currently active. Most symbols in the status field are only visible when the View Menu is selected.
How To Use The Data Brochure
User Interface
Table of Contents
User Interface..................................................Pg 2
Description of Display Elements ..................Pg 4
Sequence of Operation..................................Pg 5
Section A: Heating.................................Pg 5
Section B: Cooling ................................Pg 7
Section C: Setback (UnOccupied).......Pg 9
Section D: tN 1 / 2 Devices ...................Pg 10
Installation.......................................................Pg 12
Electrical Connections..........................Pg 13
Testing The Wiring.................................Pg 15
DIP Switch Settings........................................Pg 17
Access Levels .................................................Pg 17
Control Settings..............................................Pg 18
View Menu ..............................................Pg 18
Adjust Menu ...........................................Pg 18
Monitor Menu .........................................Pg 20
Time Menu ..............................................Pg 21
Schedule Menu ......................................Pg 22
Miscellaneous Menu .............................Pg 23
RTU Menu ...............................................Pg 23
Testing and Troubleshooting ........................Pg 27
Error Messages......................................Pg 29
Technical Data ................................................Pg 32
Limited Warranty ............................................Pg 32
Menu Item
Menu Item
Menu Item

3 of 32 © 2003 D 369e - 06/03
MENU FIELD
The 369e has a number of menus used to monitor system status and adjust settings in the control. The current menu will be
displayed in the left hand side of the display.
View Menu
The View menu is used to view the outdoor temperature and zone temperatures.
Adjust Menu
There are seven separate menus used to make adjustments to the control settings
and the zone settings. There is an Adjust menu for the control, and an Adjust menu
for each zone.
Control Adjust Menu
The Control Adjust menu is used to make adjustments to the control settings.
The control settings affect every zone. To access the control settings, select the
Adjust menu by using the Menu button. Adjust will be displayed in the left hand
side of the display.
Zone Adjust Menu
The Zone Adjust menu is used to make adjustments to the zone settings. There
is a Zone Adjust menu for each zone that an RTU or indoor sensor is connected
to. To access the zone settings for a particular zone, select the Zone Adjust menu
for that zone by using the Menu button. Adjust will be displayed in the left hand
side of the display, and Zone followed by the zone number will be displayed in the
bottom of the display.
Note: The Zone Adjust menu in the control is different than the Adjust menu in a
display RTU.
Monitor Menu
The Monitor menu is used to monitor the system over a period of time. It is possible
to track system pump and zone running hours, and high and low zone temperatures.
Time Menu
The Time menu is used for setback purposes, and displays the time of day and the
day of the week. In order to access the Time menu, the Setback / None DIP switch
must be in the Setback position. Refer to the Settings section on how to set the clock.
Schedule (Schd) Menu
The Schd menu is used to set the control schedules. In order to access the control
schedules in the Schd menu, the Setback / None DIP switch must be in the Setback
position. Schedule overrides are also available in the Schd menu. Refer to the Set-
tings section on how to set a schedule.
Miscellaneous (Misc) Menu
The Misc menu is used to select units, access levels, and backlite operation
View
°C
Adjust
Adjust
Zone 1
Monitor °C
Time AM
Schd
Misc
°C

© 2003 D 369e - 06/03 4 of 32
Symbol Description
Display
Definitions
The following defined terms and symbols are used throughout this manual to bring attention to the presence of hazards of various
risk levels, or to important information concerning the life of the product.
- Warning Symbol: Indicates presence of hazards which can cause severe personal injury, death or
substantial property damage if ignored.
- Double insulated
- Local level, appliances
INSTALLATION
CATEGORY II
Occ
°F, °C
Optimum Start
Displays when a zone is in optimum start.
Unoccupied Schedule
Displays when the control is in unoccupied
(Night) mode.
Occupied Schedule
Displays when the control is in occupied
(Day) mode.
Lock / UnLock
Displays whether control is locked or
unlocked.
°F, °C
Displays the unit of measure that all of the
temperatures are to be displayed.
Time
Displays the unit of measure that all of the
times are to be displayed.
UnOcc
Optimum Stop
Displays when a zone is in optimum stop.
Zone
Displays when a zone is in operation.
Pump
Displays when the system pump is in
operation.
AM, PM, sec,
Min, hr
Warning
Displays when an error exists or when a
limit has been reached.
Cooling
Displays when the Cooling relay is on.
Override
Displays when the control is in override
mode.
Ovr
Cool
Number Field
Buttons
Menu Field
Status Field
Item Field
Menu
Item
{
Cool
2
View
Adjust
Monitor
Time
Schd
Misc 1
sec
min hrAM
PM
Ovr
°C
°F
Zone 561234
UnOcc
Displays the
current menu
Displays an abbreviated name
of the selected item
Displays the current value of
the selected item
Selects Menu, Items
and adjusts settings
Displays the current
status of the control's
inputs, outputs and
operation
Zone 5
6
1234

5 of 32 © 2003 D 369e - 06/03
Sequence of Operation
Section A
Heating
Operation
Page 5 - 7
Section B
Cooling
Operation
Page 7 - 8
Section C
Setback
(UnOccupied)
Page 9 - 10
Section A1: General Heating
POWERING UP THE CONTROL
When the Zone Control 369e is powered up, the control displays the control type number in the LCD for 2 seconds. Next, the
software version is displayed for 2 seconds. Finally, the control enters into the normal operating mode and the LCD defaults to
displaying the current outdoor temperature.
ZONING OPERATION
The 369e can directly control the temperature in up to six one stage heating zones, three two stage heating zones, or a com-
bination of one stage and two stage heating zones. In order to measure the indoor temperature, each zone requires either an
indoor sensor or an RTU. With RTUs, the desired zone temperature is set using the HEATING adjustment in the Adjust menu
of the RTU. If an indoor sensor is used, the desired zone temperature is set using the HEATING adjustment in the Zone Adjust
menu of the control.
HEATING CYCLE (HEAT CYC)
The 369e operation is based on a cycle length which is adjustable
through the HEAT CYC setting in the Control Adjust menu of the
control. During every cycle, the control turns on each zone relay for
a specific on time. The required on time is calculated based on the
PID response of the zone during the previous cycle period. If the
zone requires more heat, the on time is increased, and if the zone
requires less heat, the on time is reduced. In order to prevent short
cycling, the 369e ensures that the zone relays remain on or off for a
minimum amount of time.
PID Zoning Logic
Proportional (P)
Proportional control logic compares the actual zone temperature to the desired zone temperature. Zone relay on time is
based on the difference between the actual temperature and the desired temperature. As the zone temperature drops, the
relay on time increases, and as the zone temperature rises, the relay on time decreases.
Integral (I)
Integral control logic compares the actual zone temperature to the desired zone temperature over a period of time. The
longer the actual temperature is below the desired temperature, the longer the on time for the zone relay will be.
Derivative (D)
Determines how fast or how slow the actual temperature is changing.
P + I + D = PID
If proportional, integral and derivative (PID) control logic is used, the control is more able to prevent excessive temperature
swings and provide a stable room temperature under all conditions. It not only takes into account how much the room
temperature has dropped, but also how long there has been a droop and how fast the temperature is changing.
ZONE CONTROL LOAD STAGGERING AND SYNCHRONIZATION
The 369e staggers the operation of the zones in order to achieve a steady load on the boiler while preventing boiler short
cycling. Multiple Zone Controls can be daisy chained together to increase the number of zones. Each of the Zone Controls
synchronizes its zone operating cycles based on the input from the other Zone Controls. This results in a more stable system
flow rate and improved boiler operation. In order for Zone Control synchronization to work properly, the cycle length on each
Zone Control must be equal.
ZONE CONTROL OPERATION WITH A KANMOR INTEGRATED SYSTEM CONTROL
The 369e can provide indoor temperature feedback to a kanmor Integrated System Control. When multiple Zone Controls are
used, each zone control uses its Zo Out output to sequentially pass the information to the kanmor Integrated System Control.
The ZO OUT item displayed in the view menu represents the target from the zone with the highest heat requirement. The
kanmor Integrated System Control uses this target to determine the water temperature required to satisfy the zone with the
highest heat requirement.
Cycle Length
Relay On Time
Relay On Time
Relay On Time
Less Heat
More Heat
Section D
tN 1/2
Devices
Page 10 - 11

© 2003 D 369e - 06/03 6 of 32
ZONE OUTPUT (ZN OUTP)
The ZN OUTP adjustment in the Zone Adjust menu of the control selects the zoning device used for each zone, and affects the
operation of the system pump.
When PUMP is selected, the control assumes the device used to control the heat deliv-
ery is a pump. When the zone turns on, the control does not operate the system pump.
When VLV is selected, the control assumes the device used to control the heat delivery
is a fast acting spring return valve. When the zone turns on, the control turns on the
system pump.
When THRM is selected, the control assumes the device used to control the heat delivery is a slow acting zone valve with a
thermal actuating motor. When the zone turns on, the system pump is held off for a period of time to allow the thermal motor zone
valve to fully open. This time is adjustable through the thermal open (THRM OPEN) setting in the Control Adjust menu of the
control. The thermal close (THRM CLS) setting in the Control Adjust menu of the control sets the time required for the thermal
motor zone valve to close.
SYSTEM PUMP OPERATION
The system pump (Sys Pmp) contact is operated based on the zoning device(s) selected. Refer to the ZONE OUTPUT section
for system pump operation. The system pump is also operated based on the purge and exercise functions.
EXERCISING (EXERCISE)
The 369e has a built-in exercising function. The exercising period is adjustable and comes factory set at 70 hours. If the zoning
devices or the system pump has not been operated at least once during every exercising period, the control turns on the output
for 10 seconds. This minimizes the possibility of a pump or valve seizing during a long period of inactivity. The Test LED flashes
anytime the control is exercising.
Note: The zone relay exercising time is increased to the THRM OPEN setting if THRM is selected as the zoning device.
PURGING (PURGE)
The 369e includes a purging function which allows for any excess heat available in the boiler to be purged into the zones. The
369e removes the call for heat from the Integrated System Control some time before the zones are turned off. The purging time
is adjustable based on the PURGE setting in the Control Adjust menu of the control.
ONE STAGE HEATING
A one stage heating zone has one RTU or indoor sensor controlling a
single heating terminal. One RTU or indoor sensor therefore controls
one output relay. If an RTU is used to control a one stage heating
zone, the RTU must be connected to a tN1 terminal. If an RTU is
connected to an even numbered tN1 terminal (i.e. tN1 2, tN1 4 or
tN1 6), ONE must be selected through the STG NUM adjustment in
the Zone Adjust menu of the control. If an indoor sensor is used to
control a one stage heating zone, the sensor can only be connected
to an Indr terminal (i.e. Indr 2, Indr 4 or Indr 6), and ONE must be
selected through the STG NUM adjustment in the Zone Adjust menu
of the control.
Example: An RTU connected between Com and tN1 1
terminals (20 and 21) is used to control the output relay Zn
1, and an RTU connected between Com and tN1 2 terminals
(20 and 22) is used to control the output relay Zn 2.
Section A2: One Stage Heating
Adjust
Zone 1
20 21
Com tN 1
1
tN 1
2
22
23
Indr
2
6
Zn
1Com
1-2 Zn
2
78
L
N
M
M

7 of 32 © 2003 D 369e - 06/03
TWO STAGE HEATING
In cases where a one stage heating system can not provide sufficient heat, a second stage of heat
from an additional heating terminal can be provided to supplement the first stage. A two stage heating
system therefore has one RTU or indoor sensor controlling two output relays: a Lo stage relay and a
Hi stage relay. If an RTU is used to control a two stage heating zone, the RTU must be connected to
an even tN1 terminal (i.e. tN1 2, tN1 4 or tN1 6), and TWO must be selected through the STG NUM
adjustment in the Zone Adjust menu of the control. If an indoor sensor is used to control a two stage
heating zone, the sensor must be connected to an Indr terminal (i.e. Indr 2, Indr 4 or Indr 6), and
TWO must be selected through the STG NUM adjustment in the Zone Adjust menu of the control.
The odd numbered zone relay becomes the Lo Stage and the even numbered zone relay
becomes the Hi Stage.
Example: An RTU connected between
Com and tN1 2 terminals (20 and 22)
is used to control the output relays Zn
1and Zn 2. Relay Zn 1 is the Lo stage
output relay and relay Zn 2 is the Hi
stage output relay.
PID Staging Logic
The temperature within each two stage zone is controlled by vary-
ing the on time of the output relays over a cycle length. During light
loads, the 369e cycles the Lo Stage relay on and off. As the load
increases, the Lo stage relay on time increases until it reaches the
maximum of the cycle length. The Hi stage relay is then turned
on and its on time is increased as the load increases. When the
heating load decreases again, the on time of the Hi stage relay
is reduced until the Hi stage relay is turned off completely. The
control then starts to reduce the on time of the Lo stage relay.
Section A3: Two Stage Heating
Section B1
General
Cooling
Section B2
Cooling
Enable
Section B3
Cooling
Control
Section B: Cooling Operation
Section B1: General Cooling
Adjust
Zone 2
6
Zn
1
Com
1-2 Zn
2
78
L
N
Lo Stage
Hi Stage
M
M
20 21
Com tN 1
1
tN 1
2
22
23
Indr
2
Cycle Length
On
Off
OffHi Stage
Hi Stage
Hi Stage
Lo Stage
Lo Stage
Lo Stage
Off
On
On
GENERAL COOLING
The Zone Control 369e is capable of operating a single cooling group to provide either
cooling enable (ENBL) or cooling control (CTRL). This is an adjustable item through the
COOL MOD setting in the Control Adjust menu of the control. In order to prevent short
cycling of the mechanical cooling unit, the 369e ensures the Cooling relay is operated
for a minimum amount of time. The minimum run time (MIN RUN) and minimum off
time (MIN OFF) are adjustable settings in the Control Adjust menu of the control.
COOLING GROUP (CG)
A cooling group is a group of heating zones that are a part of a cooling zone. This
function allows zones which are assigned to the cooling group to be doing cooling,
while zones which are not assigned to the cooling group are heating. A heating
zone can be assigned to the cooling group by selecting CG through the ZN COOL
adjustment in the Zone Adjust menu of the control. Zone 6 (tN1 6 or Indr 6) is always a
member of the cooling group; therefore, there is no option for removing this zone from
the cooling group.
COOLING INTERLOCK (INTRLOCK)
In order to prevent simultaneous heating and cooling, the 369e provides a cooling interlock. Once all the heating zones assigned
to the cooling group have been satisfied for a period of time, the control will allow cooling operation to occur. This time is
adjustable through the INTRLOCK setting in the Control Adjust menu of the control. Once any zone assigned to the cooling group
requires heat, cooling operation is terminated.
Adjust
Adjust
Zone 1

© 2003 D 369e - 06/03 8 of 32
Section B2: Cooling Control
HEAT / COOL CHANGEOVER
The changeover between heating and cooling is based on whether or not a display RTU is connected to zone 6 (tN1 6). If a
display RTU is connected to zone 6 (tN1 6), the changeover between heating and cooling is selected at RTU 6. A pointer in the
lower right hand display of the RTU indicates that this RTU is the designated heat / cool RTU. Heat / cool changeover can be
achieved automatically or manually through the RTU. The MODE adjustment in the Adjust menu of RTU 6 allows the selection
between HEAT, COOL, AUTO or OFF. When HEAT is selected at RTU 6, the cooling system is locked out and only heating is
allowed as required. When COOL is selected at RTU 6, the heating system is locked out and all the heating zones assigned to
the cooling group shut off. Cooling is then allowed to operate as required. When AUTO is selected at RTU 6, the changeover
between heating and cooling occurs based on the Cooling Interlock function. Cooling is then allowed to operate as required.
When OFF is selected at RTU 6, zone 6 becomes inactive and cooling operation is disabled. If a display RTU is not connected
to zone 6 (tN1 6), the changeover between heating and cooling is automatic.
COOLING WHILE FLOOR WARMING
The 369e can use a 063e display RTU to provide floor (slab) and air temperature control. The 063e RTU has a built-in air
sensor which is used to control the heating and cooling air temperature, while a slab sensor connected to the 063e RTU con-
trols the floor (slab) temperature. During mild conditions the floor (slab) is maintained at a minimum temperature, and as the
outdoor temperature drops the floor (slab) will rise above the minimum setting and the air sensor takes over. As the outdoor
temperature rises and cooling is required, the control targets the cooling setpoint and the floor (slab) is still maintained at a
minimum temperature.
Note: During mild conditions, it is possible to overheat the space if the floor (slab ) is maintained at a minimum temperature.
COOLING ENABLE (ENBL)
The Cooling relay can be use d t o e na b le a cooling system, which can
be controlled by a cooling thermostat. The changeover between heat-
ing and cooling is described in the Heat / Cool Changeover section.
COOLING CONTROL (CTRL)
A display RTU connected to zone 6 (tN1 6) can be used to control a heating zone as well as the cooling group. This RTU
is designated as the controlling device for the cooling system. The actual cooling “room” temperature is an average of the
room temperature of all the zones assigned to the cooling group. The desired cooling temperature is set using the COOLING
adjustment in the Adjust menu of RTU 6. When cooling, the 369e varies the on time of the Cooling relay based on a cycle length.
The cooling cycle length is adjustable through the COOL CYC setting in the Control Adjust menu of the control. If COOL CYC
is set to AUTO, the control automatically calculates a cooling cycle length. During every cycle, the control turns on the Cooling
relay for a specific on time. The required on time is calculated based on the PID response of the cooling group during the previous
cycle period. If the cooling group requires more cooling, the on time is increased, and if the cooling group requires less cooling,
the on time is reduced. The changeover between heating and cooling is described in the Heat / Cool Changeover section.
Note: If a non-display RTU is connected to tN1 6 or if an indoor sensor is connected to Indr 6, cooling control (CTRL) can not
be selected.
Cooling Unit
15 16
Cooling
Cooling
Thermostat
Cooling Unit
15 16
Cooling
28 29
Com
tN1/2
5
tN 1
6
30
31
Indr
6
Display RTU

9 of 32 © 2003 D 369e - 06/03
Section C: UnOccupied
SETBACK (UNOCCUPIED)
To provide greater energy savings, the 369e can lower the building temperature at night or when the building is unoccupied.
The 369e has a built-in clock which allows for heating and cooling setback capabilities. As an option, an external timer may
be connected to provide a separate setback signal. When in the unoccupied mode, the UnOcc segment is displayed in the
appropriate LCD. The 369e operates the zones based on the UnOcc settings made in the control and / or display RTUs. With
display RTUs, the desired zone temperature is set using the HEATING UnOcc adjustment in the Adjust menu of the RTU. With
non-display RTUs or indoor sensors, the desired zone temperature is set using the HEATING UnOcc adjustment in the Zone
Adjust menu of the control. If cooling control (CTRL) is selected, the desired cooling temperature is set using the COOLING
UnOcc adjustment in the Adjust menu of RTU 6. The setback feature is enabled by setting the Setback / None DIP switch to
the Setback position, and selecting a desirable schedule. As well, a schedule override or an external unoccupied override can
enable the setback feature.
Clock
The clock in the 369e is used for setback purposes. In order to set the clock, the Setback / None DIP switch must be in the
Setback position. The clock is accessed in the Time menu of the control. The clock displays the time of day and the day of
the week. Setting of the clock is described in the Settings section of this brochure.
SCHEDULE
The 369e provides a control schedule and a zone schedule. Indoor sensors may only
select the control schedule, while display RTUs have the option to select either the
control schedule or its own zone schedule. Each schedule allows two occupied and
two unoccupied events each day. During the first event, the 1segment is displayed in
the appropriate LCD, and during the second event, the 2segment is displayed. Setting
of a schedule is described in the Settings section of this brochure.
Zone Schedule (ZONE)
The zone schedule allows each zone to have its own independent schedule. A
zone schedule is only available for zones using display RTUs. The ZONE schedule
is accessed through the HEAT SCHD adjustment in the schedule (Schd) menu of
the RTU.
Control Schedule (CTRL)
The control schedule allows each zone to be on the same schedule. When using
display RTUs, the CTRL schedule is accessed through the HEAT SCH adjustment
in the schedule (Schd) menu of the RTU. When using indoor sensors, the CTRL
schedule is accessed through the HT SCHD adjustment in the Zone Adjust menu
of the control.
Cooling Schedule
The 369e allows the heat / cool RTU (tN1 6) to select a schedule for cooling. The COOL SCH adjustment in the schedule
(Schd) menu of the RTU may be set to CTRL to use the control schedule, or ZONE to use the zone schedule.
Note: If cooling enable (ENBL) is selected and the control is in unoccupied mode, the control does not operate the Cool-
ing relay.
OPTIMUM START / STOP
The Optimum Start / Stop feature is used during transitions
between the unoccupied mode and the occupied mode. If Optimum
Stop is selected, the control turns off the zone valve or pump before
the start of the setback period. Therefore, the zone starts to cool
down at the beginning of the UnOccupied period. If Optimum Start
is selected, the 369e raises the zone temperature during the final
stages of the unoccupied period. This ensures the zone is at the
occupied temperature as soon as the occupied period begins.
The Optimum Start / Stop function may be selected for each zone
to provide optimum start (STRT), optimum stop (STOP), or optimum
start and stop (BOTH). For display RTUs this setting is selected
through the OPT STRT adjustment in the schedule (Schd) menu
of the RTU. For non-display RTUs or indoor sensors, the Optimum
Start / Stop setting is selected through the HEAT OPT adjustment in
the Zone Adjust menu of the control.
If cooling control (CTRL) is selected, Optimum Start may be selected for cooling. If Optimum Start is selected, the control oper-
ates the Cooling relay to ensure the cooling group is at the occupied temperature as soon as the occupied period begins. This
function is enabled by selecting STRT through the COOL OPT adjustment in the Control Adjust menu of the control.
Adjust
Zone 2
Zone 1
Zone 2
Zone 3
Zone 4
Setback Period
10 PM 12 AM 2 AM 4 AM 6 AM
Optimum Stop Optimum Start

© 2003 D 369e - 06/03 10 of 32
SCHEDULE OVERRIDES
The 369e has a number of setback overrides that are selected through the schedule (Schd) menu. A system override and a
zone override are available. Any time an override is in effect, the Ovr segment is displayed in the appropriate LCD.
System Override (OVERRIDE)
The system overrides affect every zone and are selected in the schedule (Schd)
menu of the control, remote display module (RDM), or display RTU. These setback
overrides have priority over any external setback signal.
Zone Override (ZONE OVR)
Zone overrides are only available for zones using display RTUs. The zone overrides
only affect the respective zone, and are selected in the schedule (Schd) menu of the
RTU or remote display module (RDM).
Temporary (TMPY)
If a temporary occupied or temporary unoccupied override is selected, the 369e operates the zone(s) in the selected over-
ride mode for 3 hours from the time the selection is made. Once completed, the control reverts to the currently scheduled
operation.
Permanent (PERM)
If a permanent occupied or permanent unoccupied override is selected, the 369e operates the zone(s) in the selected over-
ride mode until a new override is selected.
Holiday (HOL)
If the HOL override is selected, the 369e reduces all the heating setpoints to a maxi-
mum of 17°C (62°F), and increases the cooling setpoint to at least 28°C (82°F). Also,
slab minimum settings and all existing schedules are ignored.
External UnOccupied Override
An external signal can place the 369e into unoccupied mode. Any time the UnO
Sw (1) and the Com (4) terminals are shorted together, the control overrides the
occupied mode and operates in the unoccupied mode. The UnOcc Ovr segment is
displayed in the appropriate LCD. The control remains in the unoccupied mode as
long as the signal is present or until a system override is selected.
Schd
OvrUnOcc
Schd
Schd
Ovr
Occ
1
UnO
Sw
23
Zo
Out
Zo
In
4
Com
Timer Switch
Section D: tN 1 / 2 Devices
ROOM TEMPERATURE UNIT (RTU) 062e
This RTU consists of an air temperature sensor, a liquid crystal display (LCD) and four
buttons. These buttons and the LCD are used to set and view the desired room tem-
perature, and for setback overrides. The RTU’s LCD displays the current room temper-
ature, the outdoor air temperature and a number of other items.
In cases where a restricted temperature range is required, the RTU’s range can be
limited by changing the access level of the RTU.

© 2003 D 369e - 06/03 11 of 32
ROOM TEMPERATURE UNIT (RTU) 063e
This RTU consists of one internal air sensor, three remote temperature sensor inputs,
a liquid crystal display (LCD) and four buttons. These buttons and the LCD are used
to set and view the desired room temperature, and for setback overrides. The RTU’s
LCD displays the current room temperature, the outdoor air temperature, temperature
at the slab sensor, and a number of other items. In cases where a restricted tempera-
ture range is required, the RTU’s range can be limited by changing the access level
of the RTU.
Remote indoor sensors can be connected to the 063e to average the air temperature reading. Typically, multiple remote sen-
sors are used in large open areas in a building to get an average indoor air temperature. Any type of 10K sensor can be con-
nected to the input(s) on the 063e.
Room or Slab Temperature Control using a Floor (Slab) Sensor
The RTU 063e can be configured for floor (slab) and air temperature control using a floor (slab) sensor connected to the Rs3
and Com terminals (3 & 5) and the air sensor in the RTU. The minimum and maximum floor (slab) temperature and air tem-
perature settings are adjusted at the RTU. The minimum and maximum slab setpoints have priority over the air temperature
setpoint. Once the slab setpoint(s) has been satisfied, the air temperature setpoint can then be satisfied.
If the air temperature sensor at the RTU is turned off, the air temperature is ignored.
REMOTE DISPLAY MODULE (RDM) 040e
This module provides the user with a remote interface to the 369e. The RDM can be
used to remotely monitor and adjust settings on the control and display RTUs. The
RDM can display any of the system and status indicators visible on the control and
display RTU. It also has a built in alarm contact that can be used to trigger an external
alarm if either a control or sensor error occurs, or if a limit has been reached.
To access the control’s user interface, select CTRL through the DEVICE item in the
Misc menu. To access a display RTU’s user interface, select RTUi(where icorre-
sponds to the appropriate zone) through the DEVICE item in the Misc menu.

12 of 32 © 2003 D 369e - 06/03
Installation
Press down at the fingertip
grips on top of the front cover
and pull out and down.
Lift the front cover up and
away from the control.
Loosen the screws at the
front of the wiring cover.
The wiring cover pulls
straight out from the
wiring chamber.
Remove the safety dividers
from the wiring chamber by
pulling them straight out of
their grooves.
Press the control release
clip on the base inside the
wiring chamber and slide
the control upwards.
The control lifts up and away
from the base.
The base is ready for
mounting. There are 10
conduit knock-outs at
the back and bottom of
the wiring chamber.
Release Clip
13 mounting holes
The control can be mounted
on a standard DIN rail. This
will be a popular option for
those who prefer to mount
the control inside a larger
electrical panel.
The wiring can enter the bottom
or the back of the enclosure.
Knock-outs provided in the base
allow the wiring to be run in con-
duit up to the enclosure. The
base also has holes that line up
with the mounting holes of most
common electrical boxes.
CAUTION
Improper installation and operation of this control could result in damage to the equipment and possibly even personal injury.
It is your responsibility to ensure that this control is safely installed according to all applicable codes and standards. This
electronic control is not intended for use as a primary limit control. Other controls that are intended and certified as safety
limits must be placed into the control circuit. Do not open control. Refer to qualified personnel for servicing. Opening voids
warranty and could result in damage to the equipment and possibly even personal injury.
STEP ONE GETTING READY
Check the contents of this package. If any of the contents listed are missing or damaged, please contact your wholesaler or
kanmor sales representative for assistance.
Typ e 3 6 9 e includes: One Zone Control 369e, One Outdoor Sensor 070e, Data Brochures D 369e, D 070e,
User Brochure U 369e.
Note:Carefully read the details of the Sequence of Operation to ensure that you have chosen the proper control for your application.
STEP TWO MOUNTING THE BASE

13 of 32 © 2003 D 369e - 06/03
STEP THREE ROUGH-IN WIRING
All electrical wiring terminates in the control base wiring chamber. The base has standard 22 mm knockouts which accept
common wiring hardware and conduit fittings. Before removing the knockouts, check the wiring diagram and select those sec-
tions of the chamber with common voltages. Do not allow the wiring to cross between sections, as the wires will interfere with
safety dividers which should be installed at a later time.
Power must not be applied to any of the wires during the rough-in wiring stage.
•All wires are to be stripped to a length of 3/8” (9 mm) to ensure proper connection to the control.
•Install the Outdoor Sensor 070e according to the instructions in the Data Brochure D 070e, and run the wiring back to
the control.
•If an Indoor Sensor 076e is used, install the indoor sensor(s) according to the instructions in the Data Brochure D 070e,
and run the wiring back to the control.
•If a Room Temperature Unit (RTU) 062e or 063e is used, install the RTUs according to the instructions in Data Brochure
D 062e, and run the wiring back to the control.
•If a Remote Display Module (RDM) 040e is used, install the module according to the instructions in the Data Brochure
D 040e, and run the wiring back to the control.
•If multiple zone controls are used, run two wires from one zone control to the next to create a chain.
•Run wiring from the system pump to the control.
•Run wires from each zone valve / pump to the control.
•Run wires from the 230 V (ac) power to the control. Use a clean power source with a 15 A circuit to ensure proper opera-
tion. The circuit breaker should be located near the control.
•Multi-strand 16 AWG wire is recommended for all 230 V (ac) wiring due to its superior flexibility and ease of installation
into the terminals.
STEP FOUR ELECTRICAL CONNECTIONS TO THE CONTROL
The installer should test to confirm that no voltage is present at any of the wires. Push the control into the base and slide it down
until it snaps firmly into place.
Powered Input Connections
230 V (ac) Power
Connect the 230 V (ac) power supply to the PowerLand PowerNterminals (18
and 19). This connection provides power to the microprocessor and display of the
control. As well, this connection provides power to the Sys Pmp terminal (17) from
the Power L terminal (18).
Output Connections
Cooling Contact
If a cooling system is used, connect the wires from the cooling unit to the Cooling
terminals (15 and 16) on the control. The 369e closes a dry contact between these
terminals when cooling is required.
System Pump Contact (Sys Pmp)
The Sys Pmp output terminal (17) on the 369e is a powered output. When the
relay in the 369e closes, 230 V (ac) is provided to the Sys Pmp terminal (17) from
the Power L terminal (18). To operate the system pump, connect one side of the
system pump circuit to the Sys Pmp terminal (17), and the second side of the
pump circuit to the neutral (N) side of the 230 V (ac) power supply.
Zone Pumps and Zone Valves
Note: The zoning outputs are isolated terminals in the 369e. There is no power
available on these terminals from the control. Do not connect a zone pump and zone
valve circuit to the same Com terminal unless the devices use the same voltage.
If zone 1 is used, connect the zone pump or zone valve circuit to the Com 1-2 and
Zn 1 (7 and 6) terminals on the control.
If zone 2 is used, connect the zone pump or zone valve circuit to the Com 1-2 and
Zn 2 (7 and 8) terminals on the control.
If zone 3 is used, connect the zone pump or zone valve circuit to the Com 3-4 and
Zn 3 (10 and 9) terminals on the control.
19
Power
N
18
L
230 V (ac)
Cooling Unit
15 16
Cooling
19
18
17
Power
Sys
Pmp
L
N
L
N
230 V (ac)
8
7
6
Zn
1
24 to 230 V (ac)
Com
1-2
Zn
2
M
OR
L
N

© 2003 D 369e - 06/03 14 of 32
If zone 4 is used, connect the zone pump or zone valve circuit to the Com 3-4 and Zn 4 (10 and 11) terminals on the control.
If zone 5 is used, connect the zone pump or zone valve circuit to the Com 5-6 and Zn 5 (13 and 12) terminals on the control.
If zone 6 is used, connect the zone pump or zone valve circuit to the Com 5-6 and Zn 6 (13 and 14) terminals on the control.
Sensor and Unpowered Input Connections
Do not apply power to these terminals as this will damage
the control.
Outdoor Sensor
Connect the two wires from the Outdoor Sensor 070e to the
Com and Out terminals (4 and 5). The outdoor sensor is used
by the 369e to measure the outdoor air temperature.
Remote Display Module (RDM) 040e (Optional)
A Remote Display Module (RDM) 040e can be connected to
the tN1/2 input. Connect the Com terminal from the RDM to
the Com terminal (28) on the 369e. Connect the tN2 terminal
from the RDM to the tN1/2 5 terminal (29) on the 369e. If an
RDM is connected, the 369e is only capable of operating up to
5 zones.
Note: The wires from the RDM are polarity sensitive. The tN2
device does not operate properly if the wires are reversed.
Zone Control Input and Output
Connect a wire between the Com (4) terminals on each 369e.
Connect the Zo Out terminal on the first 369e to the Zo In ter-
minal on the second 369e. With several zone controls, connect
the Zo Out terminal on the second 369e to the Zo In terminal
on the third 369e and continue this process for each additional
369e. The Zo Out terminal on the last 369e in the chain can be
connected to the Zo In terminal on a kanmor Integrated System
Control.
Note: The wires from the zone control are polarity sensitive.
The system will not operate if the wires are reversed.
UnOccupied Switch
If an external timer or switch is used, connect the two wires from the external dry
contact switch to the Com and UnO Sw (4 and 1) terminals. When these terminals
short together, the control registers an UnOccupied signal.
One Stage RTUs and Indoor Sensors
RTUs and indoor sensors provide indoor temperature feedback
to the control. An indoor sensor can only be used for the even
numbered zones (i.e. zones 2, 4 and 6).
Note: The wires form the RTU are polarity sensitive. The RTU
does not operate properly if the wires are reversed.
Zone 1 (tN1 1)
Connect the Com terminal from the RTU to the Com terminal
(20) on the 369e. Connect the tN1 terminal from the RTU to
the tN1 1 terminal (21) on the 369e.
Zone 2 (tN1 2 or Indr 2)
Connect the Com terminal from the RTU to the Com terminal (20) on the 369e. Connect the tN1 terminal from the RTU
to the tN1 2 terminal (22) on the 369e. If an indoor sensor is used, connect the two wires from the sensor to the Com and
Indr 2 terminals (20 and 23).
Note: If an RTU is connected to tN1 2, an indoor sensor can not be connected to Indr 2.
4
5
Com
Out
Integrated System
Control
Com
10K
Zo
In
Zo
Out
Com
Zone Control
From additional
zone controls
234
28
29
Com
tN1/2
5
1
UnO
Sw
23
Zo
Out
Zo
In
4
Com
Timer Switch
20
Com
21 22
tN1
2
Indr
2
tN1
1
23

15 of 32 © 2003 D 369e - 06/03
Zone 3 (tN1 3)
Connect the Com terminal from the RTU to the Com terminal (24) on the 369e. Connect the tN1 terminal from the RTU
to the tN1 3 terminal (25) on the 369e.
Zone 4 (tN1 4 or Indr 4)
Connect the Com terminal from the RTU to the Com terminal (24) on the 369e. Connect the tN1 terminal from the RTU
to the tN1 4 terminal (26) on the 369e. If an indoor sensor is used, connect the two wires from the sensor to the Com and
Indr 4 terminals (24 and 27).
Note: If an RTU is connected to tN1 4, an indoor sensor can not be connected to Indr 4.
Zone 5 (tN1/2 5)
Connect the Com terminal from the RTU to the Com terminal (28) on the 369e. Connect the tN1 terminal from the RTU to
the tN1/2 5 terminal (29) on the 369e.
Zone 6 (tN1 6 or Indr 6)
Connect the Com terminal from the RTU to the Com terminal (28) on the 369e. Connect the tN1 terminal from the RTU
to the tN1 6 terminal (30) on the 369e. If an indoor sensor is used, connect the two wires from the sensor to the Com and
Indr 6 terminals (28 and 31).
Note: If an RTU is connected to tN1 6, an indoor sensor can not be connected to Indr 6.
Two Stage RTUs and Indoor Sensors
RTUs and indoor sensors provide indoor temperature feedback to the control. An indoor sensor can only be used for the
even numbered zones (i.e. zones 2, 4 and 6).
Note: The wires form the RTU are polarity sensitive. The RTU does not operate properly if the wires are reversed.
Zone 2 (tN1 2 or Indr 2)
Connect the Com terminal from the RTU to the Com terminal
(20) on the 369e. Connect the tN1 terminal from the RTU to
the tN1 2 terminal (22) on the 369e. If an indoor sensor is
used, connect the two wires from the sensor to the Com and
Indr 2 terminals (20 and 23).
Note: If an RTU is connected to tN1 2, an indoor sensor can
not be connected to Indr 2.
Zone 4 (tN1 4 or Indr 4)
Connect the Com terminal from the RTU to the Com terminal (24) on the 369e. Connect the tN1 terminal from the RTU
to the tN1 4 terminal (26) on the 369e. If an indoor sensor is used, connect the two wires from the sensor to the Com and
Indr 4 terminals (24 and 27).
Note: If an RTU is connected to tN1 4, an indoor sensor can not be connected to Indr 4.
Zone 6 (tN1 6 or Indr 6)
Connect the Com terminal from the RTU to the Com terminal (28) on the 369e. Connect the tN1 terminal from the RTU
to the tN1 6 terminal (30) on the 369e. If an indoor sensor is used, connect the two wires from the sensor to the Com and
Indr 6 terminals (28 and 31).
Note: If an RTU is connected to tN1 6, an indoor sensor can not be connected to Indr 6.
STEP FIVE TESTING THE WIRING
Each terminal block must be unplugged from its header on the control before power is applied for testing. To remove a termi-
nal block, pull it straight down from the control.
The following tests are to be performed using standard testing practices and procedures, and should only be carried out by
properly trained and experienced persons.
A good quality electrical test meter, capable of reading from at least 0 - 300 V (ac) and at least 0 - 2,000,000 Ohms, is essential
to properly test the wiring and sensors.
Test The Sensors
In order to test the sensors, the actual temperature at each sensor
location must be measured. A good quality digital thermometer
with a surface temperature probe is recommended for ease of
use and accuracy. Where a digital thermometer is not available,
a spare sensor can be placed alongside the one to be tested and
the readings compared. Test the sensors according to the instruc-
tions in the Data Brochure D 070e.
22
21
20
Com tN1 tN1
1
2
5
Out
4
Com

© 2003 D 369e - 06/03 16 of 32
Test The Power Supply
Make sure exposed wires and bare terminals are not in contact
with other wires or grounded surfaces. Turn on the power and
measure the voltage between the Power L and Power N termi-
nals (18 and 19) using an AC voltmeter. The reading should be
between 207 and 253 V (ac).
Test The Outputs
System Pump
If a system pump is connected to the Sys Pmp terminal (17), make sure power to
the terminal block is off and install a jumper between the PowerLand Sys Pmp
terminals (18 and 17). When power is applied to the PowerLand Power N ter-
minals (18 and 19), the system pump should start. If the pump does not turn on,
check the wiring between the terminal block and pump and refer to any installa-
tion or troubleshooting information supplied with the pump. If the pump operates
properly, disconnect the power and remove the jumper.
Cooling
If a cooling system is connected to the Cooling terminals (15 and 16), make sure power to the terminal block is off and
install a jumper between the terminals. When the cooling circuit is powered up, the cooling unit should operate. If the cool-
ing unit does not turn on, refer to any installation or troubleshooting information supplied with the cooling unit. If the cooling
unit operates properly, disconnect the power and remove the jumper.
Zone Pump or Valve
If a zone pump or valve is connected to the Com 1-2 and Zn 1 terminals (7 and 6),
make sure power to the pump or valve circuit is off and install a jumper between
the Com 1-2 and Zn 1 terminals (7 and 6). When the zone circuit is powered up,
the zone pump should turn on or the valve should open completely. If no response
occurs, check the wiring between the terminal and the pump or valve and refer to
any installation or troubleshooting information supplied with these devices.
If a zone pump or valve is connected to the Com 1-2 and Zn 2 terminals (7 and 8), follow a similar procedure as described
for the zone 1 relay.
If a zone pump or valve is connected to the Com 3-4 and Zn 3 terminals (10 and 9), follow a similar procedure as described
for the zone 1 relay.
If a zone pump or valve is connected to the Com 3-4 and Zn 4 terminals (10 and 11), follow a similar procedure as described
for the zone 1 relay.
If a zone pump or valve is connected to the Com 5-6 and Zn 5 terminals (13 and 12), follow a similar procedure as
described for the zone 1 relay.
If a zone pump or valve is connected to the Com 5-6 and Zn 6 terminals (13 and 14), follow a similar procedure as
described for the zone 1 relay.
Connecting The Control
Make sure all power to the devices and terminal blocks is off, and remove
any remaining jumpers from the terminals.
Reconnect the terminal blocks to the control by carefully aligning them with their
respective headers on the control, and then pushing the terminal blocks into the
headers. The terminal blocks should snap firmly into place.
Install the supplied safety dividers between the unpowered sensor inputs and the
powered 230 V (ac) or 24 V (ac) wiring chambers.
Apply power to the control. The operation of the control on power up is described in
the Sequence of Operation section of this brochure.
L
N
19
Power
V
207 to 253 V (ac)
18
17
18 19
Sys
Pmp
Power
N
L
N
L
230 V (ac)
6
78
Zn
1
Com
1-2
Zn
2
24 to 230 V (ac)
M
or
1
Zo
Out
UnO
Sw
Zo
In
Com
Out
2345

17 of 32 © 2003 D 369e - 06/03
LOCK / UNLOCK
The Lock / Unlock DIP switch is used to lock and unlock the access level of the control and tN1 / tN2 device(s). Once locked,
access levels cannot be changed. To determine if the control is currently locked or unlocked, a small segment representing a
padlock is viewed in the bottom right hand corner of the display. When the padlock is closed, the access level cannot be changed.
To change the access level, set the DIP switch to the unlocked or down position. The current access level of the control or tN1/2
device is viewed in its Miscellaneous (Misc) menu. While viewing the access level, use the up and down keys to select between
the Limited (LTD), User (USER), Installer (INST), or Advanced (ADV) access levels.
To lock the ac c ess level, select the appropriate access level in the Miscellaneous (Misc) menu and move the DIP switch from
the unlocked position to the locked position. As long as the DIP switch is in the locked position, the access level of the control
or tN1 / tN2 device can no longer be viewed or adjusted in its Miscellaneous (Misc) menu.
SETBACK / NONE
The Setback / None DIP switch enables and disables the setback functions of the control. When the DIP switch is set to the
None or down position, the control ignores any external setback signal, and its user interface does not display the Unoccupied
adjustments.
When the DIP switch is set to the Setback position, the internal clock in the control is enabled. The control also responds to an
external setback signal generated on the UnO Sw terminal.
The kanmor Zone Control 369e comes with four Access Level settings. These Access Levels restrict the number of Menus,
Items, and Adjustments that can be accessed by the user. The four access levels are Limited (LTD), User (USER), Installer
(INST) and Advanced (ADV).
The access level of the control is found in the Miscellaneous (Misc) menu when the
Lock/Unlock DIP switch is set to the unlocked position. In the Advanced access level,
all of the control settings are available to the user. In the User access level, only a few
of the menus and items are available. The Limited access level is the most restricted of
them all. The control’s factory setting is Installer (INST). This access level is sufficient
for the normal set up of the control. Once the control is set up, the appropriate access
level should be selected for the people that deal with the control on a regular basis.
Cleaning
The control’s exterior can be cleaned using a damp cloth. Moisten cloth with water and wring out prior to wiping control. Do not
use solvents or cleaning solutions.
DIP Switch Settings
The DIP Switch settings on the control are very important and should be set to the
appropriate settings prior to making any adjustments to the control through the user
interface. The DIP switch settings change the items that are available to be viewed
and / or adjusted in the user interface.
Setbac
k
None
Access Levels

© 2003 D 369e - 06/03 18 of 32
View Menu (1 of 1)
– – –, -67 to 149°F
(– – –, -55 to 65°C)
– – –, -58 to 167°F
(– – –, -50 to 75°C)
– – –, -58 to 167°F
(– – –, -50 to 75°C)
– – –, -58 to 167°F
(– – –, -50 to 75°C)
– – –, -58 to 167°F
(– – –, -50 to 75°C)
– – –, -58 to 167°F
(– – –, -50 to 75°C)
– – –, -58 to 167°F
(– – –, -50 to 75°C)
OFF, 30 to 110°F
(OFF, -1 to 43°C)
OFF, 30 to 110°F
(OFF, -1 to 43°C)
Section
LTD
INST
ADV
USER
A1
A1
A1
A1
A1
A1
A1
A1
A1
Item Field Description
Access
Level Range
Current outdoor temperature as measured by the outdoor
sensor.
Current room air temperature of zone 1.
Current room air temperature of zone 2.
Current room air temperature of zone 3.
Current room air temperature of zone 4.
Current room air temperature of zone 5.
Current room air temperature of zone 6.
This is the signal that is being received from a zone control.
This is the signal that is being sent to an Integrated
System Control or additional zone control.
Control Adjust Menu (1 of 2)
NONE, ENBL, CTRL
Default = NONE
0:30 to 5:00 min
Default = 2:00 min
0:30 to 10:00 min
Default = 5:00 min
AUTO,
5:00 to 30:00 min
Default = 15:00 min
Section
LTD
INST
ADV
USER
B1
B1
B3
B1
Item Field Description
Access
Level Range Actual
Setting
The operating mode for the Cooling relay.
If COOL MOD = CTRL, a display RTU must be
connected to tN 6.
The minimum run time for the Cooling relay.
COOL MOD ≠NONE
The minimum off time for the Cooling relay.
COOL MOD ≠NONE
The cycle length used for cooling operation.
COOL MOD = CTRL

19 of 32 © 2003 D 369e - 06/03
Control Adjust Menu (2 of 2)
NONE, STRT
Default = NONE
0:10 to 3:00 hr
Default = 0:30 hr
0:30 to 4:00 min
Default = 3:00 min
0:10 to 2:00 min
Default = 0:30 min
Section
LTD
INST
ADV
USER
B3
A1
A1
B1
Item Field Description
Access
Level Range Actual
Setting
The time the heating zones assigned to the
cooling group must be off before cooling
operation is allowed.
COOL MOD ≠NONE
Enables or disables the Optimum Start feature
for the cooling system.
COOL MOD = CTRL
The time required for a thermal zone valve to
open.
any ZNi OUTP = THRM (i = 1. . . . . 6)
The time required for a thermal zone valve to
close.
any ZNi OUTP = THRM (i = 1. . . . . 6)
OFF, 0:10 to 4:00 min
Default = 0:30 min
5:00 to 30:00 min
Default = 15:00 min
30 to 240 hr, OFF
Default = 70 hr
A1
A1
A1
The maximum length of time that a zone device
and the system pump continues to operate
after a heat demand is removed.
The cycle length used for heating operation.
The frequency with which the control exercises
the pumps and valves that are operated by the
control.
Zone Adjust Menu (1 of 2)
PUMP, VLV, THRM
Default = VLV
ONE, TWO
Default = ONE
NONE, CG
Default = CG
NONE, CTRL
Default = NONE
Section
LTD
INST
ADV
USER
A2
A3
B1
C
A1
Item Field Description
Access
Level Range Actual
Setting
The type of zoning device that is to be used.
(RTU or indoor sensor is present)
Selects single stage or two stage operation.
(RTU or indoor sensor is present in even zone,
and RTU is not present in the preceding odd zone)
Selects if this zone is part of the cooling group.
(RTU or indoor sensor present, Zone 1 to Zone 5)
COOL MOD ≠NONE
Selects if this zone is operated on the control
schedule. (Indoor sensor present)
DIP switch = Setback
Note: The Zone Adjust menu is repeated for each zone that an RTU or indoor sensor is connected to. The Zone Adjust menu is
indicated by Adjust in the left hand side oaf the display, and Zone followed by the zone number in the bottom of the display.

© 2003 D 369e - 06/03 20 of 32
Zone Adjust Menu (2 of 2)
35 to 100°F
(2 to 38°C)
Default = 70°F (21°C)
35 to 100°F
(2 to 38°C)
Default = 65°F (18°C)
NONE, STRT, STOP,
BOTH
Default = BOTH
Section
LTD
INST
ADV
USER
C
C
A1
Item Field Description
Access
Level Range Actual
Setting
Desired room air temperature during an
occupied perid.
(Indoor sensor is present)
Desired room air temperature during an
unoccupied perid. (Indoor sensor is present)
DIP switch = Setback
Enables or disables the Optimum Start / Stop
feature for this zone.
(Indoor sensor present)
DIP switch = Setback
Occ
UnOcc
Monitor Menu (1 of 2)
Note: To clear the recorded information in the specific item field, press and hold ▲and ▼.
-67 to 149°F
(-55 to 65°C)
-67 to 149°F
(-55 to 65°C)
0 to 9999 hr
0 to 9999 hr
0 to 9999 hr
0 to 9999 hr
0 to 9999 hr
0 to 9999 hr
0 to 9999 hr
LTD
INST
ADV
USER
Item Field Description
Access
Level Range
The highest recorded outdoor air temperature since this item
was last cleared. This can be used to diagnose if the Outdoor
Sensor 070e has been located correctly. If this reading is too
high the 070e may be located in a location that receives
direct sun light or is influenced by an exhaust vent.
The lowest recorded outdoor air temperature since this item
was last cleared. This can be used to diagnose if the Outdoor
Sensor 070e has been located correctly. If this reading is too
high there may not be adequate insulation behind the 070e,
or it may be influenced by an exhaust vent.
The total number of system pump (Sys Pmp) running hours
since this item was last cleared.
The total number of Cooling relay running hours since this
item was last cleared.
The total number of Zn 1 relay running hours since this item
was last cleared.
The total number of Zn 2 relay running hours since this item
was last cleared.
The total number of Zn 3 relay running hours since this item
was last cleared.
The total number of Zn 4 relay running hours since this item
was last cleared.
The total number of Zn 5 relay running hours since this item
was last cleared.