cimuka CT Series User manual

CiMUKA EGG INCUBATORS
USER MANUAL
CT Series Models ….................................2
Parts of Models ……………………….….3-4
Quick Guide…………………………….......5
Placement of Models………………….…..6
Ventilation……………………………….….6
Egg Handling……………………………….7
Temperature/ Humidity Controller …... 7-10
USB connection/ Room sensor……….…11
Humisonic
TM
Auto-humidity control ..…. 12
Humidity tray…………………………....…13
Egg Turning / Conturn
TM
30………..…..14-17
Active Periodic Cooling (APC)…….…18-21
Setting and Hatching ……………..…..22-23
Incubation Records……………………...24
Factors Affecting Hatchability…………..24
Cleaning up and Service………………..25
Safety Labeling………………………..…25
Product Information……………………...26
Recommended Incubation values….…..27
Please read the following instruction manual carefully before use.
IMPORTANT! Keep this user manual safe for future reference.
CT
SERIES
CT60
/
CT120
/
CT180

2
CT
SERIES
CT Series Models
Setter Models (S types)
CT60 S
Hatcher Models (H types)
CT120 S CT180 S CT60 H
CT120 H CT180 H
•
SH coded models include all turning and hatchery accessories.

CT
SERIES
Parts of Models
1
Water reservoir - 4lt ( 1 Gallon)
2
Humisonic
TM
Adapter
3
Control Panel
4
Temperature/Humidity sensor
5
ack Door for cleaning and service
6
Conturn
TM
30 ( SH and S types)
CS30 Hatchery asket ( SH and H types)
7
Humisonic
TM
reservoir
8
Humidity tray
9
Conturn
TM
Adapter
10
Adjustable Air-out holes
11
Observation windows
12
Adjustable air-in hole
13
Power inlet module ( on/off button)
14
Protection fuse ( F type)
15
Spare fuse (F type)
16
US connection
17
Room sensor chip
18
Room sensor cover
1
2
3
4
5
6
7
8
3
1
2
3
4
5
6
7
9
8
10
11
1
2
13
14
16
17
18
Showing CT120 Model
10
11
2
15
Showing CT120 Model

4
CT
SERIES
Accessories
CT60 CT120 CT180
SH S H SH S H SH S H
Conturn
TM
30 2 pc 2 pc - pc pc - 6 pc 6 pc -
Conturn
TM
Adapter 1 pc 1 pc - 1 pc 1 pc - 1 pc 1 pc -
Distribution cable 1 pc 1 pc - 1 pc 1 pc - 1 pc 1 pc -
CS30 2 pc - 2 pc pc - pc 6 pc - 6 pc
Humisonic
TM
System 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc
Power Cable 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc
Water tray WT01 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc 1 pc
QT13- Quail Rack optional optional optional optional optional optional optional optional optional
GT03- Goose Rack optional optional optional optional optional optional optional optional optional
CS15 optional optional optional optional optional optional optional optional optional
Conturn
TM
30 CS30
Conturn
TM
Adapter
Humisonic
TM
Unit
Power Cable
Humidity Tray WT01 CS15
Distribution cables
QT13- Quail Rack GT03-Goose Rack
CAUTION! Any damaged part must not be used.

5
CT
SERIES
Quick Guide
- Remove all packing material carefully.
- Please identify and check all parts of model. (see page 2-4 )
- Install Humisonic
TM
unit onto cabinet. (see page 12 )
- Fill humidity tray with water (1 channel). Picture 1
- Insert Conturn
TM
30 units and connect them to distribution cable.
Picture 2
Note: If your eggs are bigger than chicken eggs, Conturn30 racks should
be adjusted for your egg type. (see page 14-17)
- Plug your Conturn
TM
30 / Humisonic
TM
adapters to control the panel
and plug your machine to electric supply. Picture 3
CAUTION! Do not use the equipments with high electric consumption in the
same electrical line as your egg incubator.
CAUTION! Always use a grounded power line for your incubator.
- Press power button than set temperature and humidity. Picture 4
(see page 8)
- The incubator must be worked for 3 - 4 hours to check all parts and
functions before first setting.
Conturn
TM
Adapter
Humisonic
TM
Adapter
Power
Cable
12
3
4

6
CT
SERIES
Placement of Model
Ventilation
Your incubator must be located in an indoor area. The area must be clean
and ventilated. Ideal distance from walls are 50 cm (1,5 ft). Do not place
machine close to the walls of incubation room. The incubator should not be
exposed to direct sunlight and not subject to splashes of water or high
humid conditions.
Place your incubator to a flat surface far from doors and windows.
Ideal incubation room temperature is 20–25 °
°°
°C ( 68 – 77 F). Wide
temperature variations in the room affect your incubation results. If your
area is very cold or hot, use an air condition system in the room.
Embryo needs proper oxygen levels and produce carbon dioxide during incubation.
To supply oxygen in proper level and remove carbon dioxide, ventilation is
essential.
Ventilation is supplied automatically with fan and adjustable air-in / out holes.
Air in/out can be adjusted by left/right turn to decrease air in/out by considering egg
amount in your incubator.
Caution! Never close air- in/out holes.
Caution! Always keep air- in/out holes fully open during hatching period.
Caution! Never make animals breeding in incubation room.
Caution! Be sure that the incubation room has adequate air intake.
Caution! Don’t let room temperature below 15 °
°°
°C ( 59 F) and above 30 °
°°
°C ( 86 F)
Caution! Don’t let reaching of animals and insects to the incubator.
Caution! Don’t let accessing of children or person that has physically or mentally
problems to the incubator.
Air out
Air in
50cm (1,5ft)
50cm (1,5ft)
50cm (1,5ft)

7
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SERIES
Egg Handling
Temperature / Humidity Controller
Eggs should be collected carefully and stored in good conditions up to setting. Quality of eggs is very important for hatchery results. Sanitizing
eggs before storage is an effective method for killing or decreasing the amount of microorganisms in egg surface. You must know that
sanitation processes does not only kill the bacteria, but it can also kill the chick embryo in the egg. Use proper sanitary procedures.
Ideal egg storage temperature is 12–13 °
°°
°C ( 53 -55 F). Store eggs in cool condition between 10 – 20 °
°°
°C ( 50 - 68 F) and never let them be
exposed to sunlight. Daily turning of eggs is suggested during storage to maintain hatchability.
CAUTION! Eggs never be stored in refrigerator. 4 °
°°
° C ( 39 F) is too low.
CAUTION! Improper storage of eggs and higher than 7 day storage decrease the egg quality and hatchability.
CAUTION! Eggs must be stored 1 day minimum before setting.
CAUTION! For dirty eggs, never use cloths to clean and improper washing procedures.
In egg incubation, the most important factor is temperature. Temperature control is provided by electronic controller which manages heater
unit with high precise electronic control system.
Embryos tolerate short term temperature drops, however higher temperatures than ideal affect embryos detrimentally. Be sure that your
temperature setting is true and don’t concern about short term cooling of eggs when open cover for water adding or inspections.
Hu
midity RH%
Temperature
0
C/F
50
37.7
T
H
Heater active led
U - Up
D – Down
T- Temperature Set
H - Humidity Set
U
D
Humidi ier active led
Main Screen

8
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SERIES
Recommended Temperature and Humidity values for different species
are given at page 27
50
%
T
H
U
D
37.7
37.7
%
T
H
U
D
(f)tSEt
50
%
T
H
U
D
37.7
>37.7<
%
T
H
U
D
donE
%
T
H
U
D
50
%
T
H
U
D
37.7
50
%
T
H
U
D
hSEt
50
%
T
H
U
D
37.7
>50<
%
T
H
U
D
hSEt
donE
%
T
H
U
D
SAVE
When main screen is active,
Press T button and release
(f)tSEt – Temperature Set Screen
will appear 2 s and turn back to main
screen.
Down value is temperature set point.
To change temperature set point
When main screen is active,
Hold T button for 2 seconds
While temperature set value blinks
Press U / D buttons to adjust
temperature set point
When finished adjusting,
Press T button to “save” set value.
When main screen is active,
Hold H button for 2 seconds
While humidity Set value blinks
Use U / D buttons to adjust
humidity set point
When finished adjusting,
Press H button to “save” set value.
When main screen is active,
Press H button and release
hSEt– Humidity Set Screen
will appear 2 s and turn back to main
screen.
Down value is humidity set point.
To check humidity set point
To change humidity set point
(f)tSEt
SAVE
To check temperature set point

9
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SERIES
Turn Light On
When main screen is active,
Press D button to light on and off.
Note: If you forget light on, controller will
off bulb automatically after 3 minute.
50
%
T
H
U
D
37.7
To Lock Screen on/off
When main screen is active,
Hold H+D buttons together for 3
seconds to lock and unlock screen
on/oFF
)
T
H
U
D
loc
Alarm delay
dlY
%
T
H
U
D
Alr
When main screen is active,
Hold U button for 3 seconds
Voice alarm will be delayed
15 minutes.
50
%
T
H
U
D
37.7
When main screen is active,
Press U button and release to check second
sensor values and remaining time until next
cooling.
Note: Second sensor value will appear if second
sensor activated
(pls check user menu parameters. (See page10)
SnS2 will appear
Then, second sensor temperature and
humidity values will appear.
Then remaining time until next periodic
cooling appear.
Note: remaining time until next cooling will appear
if periodic cooling function on
( pls check APC menu. (See page 19)
Then, screen turns back to main screen.
%
T
H
U
D
SnS2
Second sensor / Remaining time until next cooling
33
%
T
H
U
D
22
.7
11.27
%
T
H
U
D
clt
50
%
T
H
U
D
37.7

10
CT
SERIES
User Menu Parameters
50
%
T
H
U
D
37.7
10
%
T
H
U
D
hhı
-10
%
T
H
U
D
hlo
0,8
%
T
H
U
D
-2.0
%
T
H
U
D
Hold T + H together for 3 seconds to enter menu.
-Use T /H buttons to choose parameter
-Use U/D buttons to change parameter values
-Hold T + H together for 3 seconds to save changes
hhi: high humidity alarm.
Started : set value +10
Delay time: 20 minutes
Notification: Alr 5
Voice alarm : continuous
hlo: low humidity alarm
Started : set value -10
Delay time: 20 minutes
Notification: Alr 6
Voice alarm : intermittently
(f)thi: high temperature alarm
Started : set value + 0,8
Delay time: 2 minutes
Notification: Alr 1/3
Voice alarm : continuous
(f)tlo: low temperature alarm
Started : set value - 2 0
Delay time: 30 minutes
Notification: Alr 2/4
Voice alarm : intermittently
tco: temperature calibration value
CAUTION! tCo is a critical parameter . Changing this can
results in chick looses. Plsease use qualified and
calibrated glass or electronic thermometers for
calibration purpose. Check temperature values regularly.
hco: humidity calibration value.
CAUTION! hCo is a critical parameter. Changing this can
results in chick looses. Please use qualified and
calibrated glass or electronic thermometers for
calibration purpose. Check humidity values regularly.
(f)thi
(f)tlo
th
%
T
H
U
D
uS2
18
%
T
H
U
D
(f)rtl
28
%
T
H
U
D
(f)rth
10
%
T
H
U
D
rhl
85
T
H
U
D
off
%
T
H
U
D
rhh
rAt
off
%
T
H
U
D
rAh
0.0
%
T
H
U
D
hco
0.0
%
T
H
U
D
(f)tco
US2: USB connected device
no : no connected device
th : second sensor connected ( room/calibration)
ıot: iot module connected
Notification: Alr 15 (usb connection error)
below parameters active if Us2 is selected “th”
(f)rtl: second sensor low temperature alarm
Started : below 18 C / 65 F
Delay time: no
Notification: Alr 10
Voice alarm : intermittently
(f)rth: second sensor high temperature alarm
Started : over 28 C / 83 F
Delay time: no
Notification: Alr 9
Voice alarm : intermittently
rhl: second sensor low humidity alarm
Started : below 10 RH
Delay time: no
Notification: Alr 14
Voice alarm : intermittently
rhh: second sensor high humidity alarm
Started : over 85 RH
Delay time: no
Notification: Alr 13
Voice alarm : intermittently
rAt: second sensor temperature alarm activation
On: alarms activated
Off: alarms deactivated
rAt: second sensor humidity alarm activation
On: alarms activated
Off: alarms deactivated

11
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SERIES
USB Connection / Room sensor
Your model is equipped with a USB connection at the back
side of the control panel. It is connected to the main
controller.
A second room sensor is installed to it with sensor
protective cover. Room sensor measures the temperature
and humidity conditions of the room.
Cimuka advanced temperature/ humidity controller provides
best control of cabinet for room conditions and it has
second sensor voice alarm function for high/low
temperature/ humidity with user adjustable parameters.
(see page 10)
Room sensor chip is identical to the main sensor chip of the
egg incubator. It can also be used as a spare sensor for
emergency situations.
Usb connection can also be used for calibration sensors
and Iot module connections.
Connection device should be selected from user menu.
Please check user menu parameters. (see page 10)
Contact with your vendor for optional devices and
accessories that can be connected to USB connector
CAUTION! Always power of the incubator during any
sensor or Iot module installation.
USB connection
Room sensor chip
Sensor protective cover

12
CT
SERIES
Humisonic
TM
Automatic Humidity Control
Humidity adjustment in incubators is for
providing
adequate water loss from egg
s
. Eggs need to lose between 13-16 % water depending
on the species during incubation period. Weighing your eggs during incubation is the most reliable way to find proper humidity level for
particular poultry species.
Different from temperature, short term humidity changes during incubation are not important. Keeping an average humidity (See Page 27)
during all incubation period is enough to achieve good results. However, high humidity levels during hatching period (last 2-3 day) are
very important. When the chicks start to hatch, inner membrane of egg dries quickly. This makes membranes harden and chick can stick to
shell. To prevent drying of membranes, humidity must be adjusted to high levels depending on species for last 2-3 day of incubation.
Installation
- Connect Humisonic
TM
reservoir right side of the incubator.
- Place stainless steel Humisonic
TM
unit into the bottom of the reservoir.
- Use flexible hose to connect Water tank and Humisonic
TM
reservoir
- Connect Humisonic
TM
cable to Humisonic
TM
adapter. Connect adapter to the control panel.
•
The float valve
will keep water
level 1
-
2 cm
(.39
-
.79”)
above water level sensor.
Humisonic
TM
Adapter
1-2 cm
level sensor
Humisonic
TM
unit
Humisonic
TM
reservoir
Humisonic
TM
cable
Flexible hose
Float valve
Reservoir
4 lt
(1
Gallon)
CAUTION! Don’t use hard and lime-enriched water for humidifier system and for humidity tray. Change humidifier disks
regularly. Humisonic
TM
humidifier units designed for on – off use. Leaving the unit on for prolonged periods of time will decrease
service life of unit and power adapter. Never attempt to close air-in hole on Humisonic
TM
reservoir cover.
Cover Air-in hole

13
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Lowest humidity
Highest humidity
Don’t forget that humidity values depend on temperature values, always check humidity values at temperature set point.
You could not decrease humidity below a point and could not increase above a point. This low and up limits depend on humidity level of
your incubation room.
CAUTION! Never fill humidity trays with cold water. Use warm water close to incubator set point. Ideally 25-30
0
C (77-86
0
F)
CAUTION! Humidity tray is part of the incubator. Always keep it in bottom, even empty. Advisable to fill one section of humidity tray
during setting period and keep full for hatching period last 2-3 day.
Humidity Tray
Keeping water in humidity tray gives many advantages to user and decrease the risk of incubation,
- Humidity tray is backup water supply in case your external water tank runs out of water or in case of unexpected system malfunction
- Humisonic
TM
Unit life will increase with low working and less power consumption with low energy costs.

14
CT
SERIES
1
Conturn
TM
30 Base
2
Conturn
TM
Egg Rack
3
Rack Fixing Bar
4
Rack Fixing Pins
5
Main Turner Bar
6
Conturn
TM
Motor
7
Conturn
TM
Adapter
Egg Turning / Conturn
TM
30
Adjustment
Conturn
TM
30 Adjustment
Conturn
TM
motor provides
continuous turning,
(1 turn per 4 hour) – 50 Hz Models
(1 turn per 3.2 hour) – 60 Hz Models
1
3
4 5 6 7
Conturn
TM
30 comes with 6 pre-installed racks,
if you have bigger eggs than chicken eggs, racks must be adjusted.
•Remove the rack fixing bar(3) and pins(4).
•Remove main turner bar(5) from motor
•Adjust the egg racks(2) for your egg size .
•Fix main turning bar(5) to motor arm and racks.
•Fix the rack fixing bar(3) and pins(4).
CAUTION! Disconnect from power prior to adjusting egg racks.
CAUTION! Conturn
TM
30 trays should be settled truly. Before
connecting Conturn
TM
30 to power, be sure that the racks are in
same angle.
2
4 hours

15
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5 pc- Standard Rack
Big Duck / Turkey
Hole #’s: 1-4-7-10 -13
6 pc- Standard Rack
Chicken or smaller eggs
Hole #’s: 1-3-6-8-11-13
9 quail egg x 6 rack
5 chicken/duck egg x 6 rack
4 turkey/big duck egg x 5 rack
7 partridge egg x 6 rack
6 pheasant egg x 6 rack
EGG CAPACITIES
Conturn
TM
30 base and main turner bar have holes for adjustments of racks. The standard unit includes 6 racks.
The standard racks can be used for hens and smaller eggs without any change.
C
onturn
TM
30 has 13 holes shown below.
Use hole numbers given above to adjust tray for your egg size.
CAUTION ! Racks must be adjusted for biggest size egg that you will set.
Never set big eggs that can fall down during turning.
1
2
13
4 5
6
8
9
7
11
10 12
3
1
3
6
8 11 13
1
4
7
10
13

16
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Standard Egg Rack
QT13
-
Quail Egg Tray
(sold separately)
Standard egg rack holds 9 pc quail egg, QT13 quail rack is placed directly onto the
standard rack and can hold 13 quail eggs This can also be used for eggs smaller
than an average quail egg. Each rack sold separately.
QT13
CAUTION ! Never position eggs with the small end top. Eggs must be set small end down or horizontal.

17
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SERIES
2
5
9
12
GT03
–
Goose Egg Rack
(sold separately)
The Goose Egg Rack is designed for large goose and peacock eggs. Goose eggs must
be set in a horizontal position with the small end a bit lower (10 degrees). Periodic
cooling of goose eggs is advised.
GT03
4 pc- Goose Egg Rack
Goose-peacock
Hole no: 2-5-9-12
CS15
CS15
–
Hatchery Basket
(sold separately)
CS15 hatchery baskets allow you to separate different species for hatching.
2 units of the CS15 can be used in one shelf instead of CS30 hatchery basket.
CS30
CS30
–
Hatchery Basket
Transfer eggs to CS30 hatchery baskets for last 2 -3 day of incubation

18
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CAUTION! Active periodic cooling function is for professional users. If needed, please seek assistance from your vendor. Results
can change for a variety of reasons including poultry species, egg size, and room conditions. Improper cooling can result in late
hatching and chick loss.
In natural incubation, most birds leave the nest for a period of time at least one time after first week of the incubation. Eggs cool and dehumidify
during this period. Active periodic cooling (APC) lets you mimic this natural behavior.
Researches show that periodic cooling of goose, duck and even chicken eggs during incubation has positive effects in hatch rates and chick quality.
Periodic cooling is very important for most of goose types. Without periodic cooling, goose egg hatch rates can decrease up to 20-30%. Many
breeders manually cool the eggs by taking them out of the incubator and letting them cool in hatchery room conditions and sprays eggs with warm
water, then place eggs in the incubator again.
To automate the process, Cimuka uses Active Periodic Cooling (APC) with 2 different modes to simulate natural behavior. All alarms for
temperature and humidity will be off during this time. After APC is complete, temperature and humidity will return to preset standards.
1. (clt) Cooling for a time mode
•System turns off heat and humidity (for models with humidifier) for an adjusted time.
2. (clS) Cooling for a set mode
•System turns off heat and humidity (for models with humidifier) and drops temperature up to an adjusted temperature set point and
keeps the temperature at this point for an adjusted time.
Models include 2 more modes:
1. Humidification mode (for models with humidifier) – before cooling period ends, high humidity is applied
2. Fan assistant cooling mode (for models with cooling fan) - reaches desired cooling temperature faster
Cimuka ‘s advanced incubator controller lets user to change all parameters with Active Periodic Cooling (APC) menu to try and achieve best hatch
rates for different poultry specie’s eggs.
Active Periodic Cooling (APC)

19
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Active Periodic Cooling (APC) Menu
50
%
T
H
U
D
37.7
oFF
%
T
H
U
D
cIF
coF
%
T
H
U
D
cb
2
%
T
H
U
D
-
8.0
%
T
H
U
D
-Hold U + D together 3 seconds to enter menu
-Use T /H buttons to choose parameter.
-Use U/D buttons to change parameter values.
cIF: Active Periodic cooling(APC) function activation
oFF: Active Periodic Cooling is deactivated.
cLt: “cooling for a time” mode. Stops heater and humidifier
for “hct” time. ( check hct parameter)
cLS: “cooling for a set ”mode. Stops heaters and humidifier up
to a adjusted temperature set point and keep temperature at
this point for an adjusted time. (check cSt/FSt)
cb: Active Periodic cooling Starting
con: first cooling starts immediately after save the menu.
coF: first cooling starts after periodic cooling cycle (cPr)
cPr: Periodic cooling cycle time( hours)
6-8-12-2 - 8-72 hours selectable.
System repeats cooling in this cycle.
cSt: cooling set point ( for C display models)
cooling set value: temperature set point – cst ( - 8 C)
note: cSt is only active in clS mode on C display models
Example: for a system working on 37.7 C, system
cools up to 29,7 C (37,7 – 8.0)
FSt: cooling set point( for F display models)
cooling set value: temperature set point – FSt (-15 C)
note: FSt is only active in clS mode on C display models
Example: for a system working on 99.8 F, system
cools up to 8 ,8 F (99,8 – 15.0)
cth: waiting time in cooling set point ( minute)
Waiting time of system in cooling set point
cth is only active in clS mode
cPr
cSt
-15.0
%
T
H
U
D
FSt
30
%
T
H
U
D
cth
180
%
T
H
U
D
hct
on
%
T
H
U
D
chu
10
%
T
H
U
D
80
%
T
H
U
D
hct: max cooling time ( minute)
Heater /humidifier cut off time for clt mode.
Maximum cooling time for clS mode.
chu: humidification activation during cooling
( only for models equipped with humidifier)
on: humidification activated
oFF: humidification deactivated
cht :Humidification time in cooling ( minute)
( only for models equipped with humidifier)
Humidification will start before cooling finished for cht
time.
Example. If cooling will finish within 30 minutes.
Humidification starts after 20 minute(30-10). (see page 21)
chh : max humidification set in cooling( RH%)
( only for models equipped with humidifier)
Humidifier works up to this set and keeps incubator in this
point during humidification period.
cFn : cooling fan activation
( only for models equipped with cooling fan)
On: cooling fan is activated during cooling.
OFF: cooling fan is deactivated during cooling.
Hold T+ H together for 3 seconds to save changes
During cooling, “cool” blinks on screen,
CAUTION! don’t cut the power of incubator
during cooling. Power cut will terminate cooling but
the time for cooling period will continue.
cht
chh
on
%
T
H
U
D
cFn
donE
%
T
H
U
D
SAVE
2
%
T
H
U
D
>Cool<

20
CT
SERIES
The best hatch rates can be reached with which parameter combination is not known for different species yet. Cimuka Research Team is collecting
data from our research center and customers for different APC applications. The table below outlines the recommended parameters for
cooling for a set (clS) mode.
Note: Cooling by a time (clt) mode is highly dependent on hatchery room conditions and the number of eggs in the model. It is only advisable to use
for temperature controlled hatchery rooms to reach same hatching results.
Active Periodic Cooling (APC) Parameters
Display
Factory settings
Chicken
Duck
Goose
Cooling mode
clF
oFF
cIS
On at 8th day
Off at 19th day
cIS
On at 8th day
Off at 25th day
cIS
On at 8th day
Off at 27th day
Cooling start time
cb
cof
con
con
con
Cooling cycle time
cPr
24
h
24
24
24
Cooling set point C ( set
–
adjusted data)
cSt
-
8.0
C
-
8.0
-
8.0
-
8.0
Cooling set point F ( set
–
adjusted data)
FSt
-
15
.0 F
-
15.0
-
15.0
-
15.0
Waiting time in cooling set point
cth
20
min
10 min tes 8th to 13th
20 min tes 14th to 18th
10 min tes 8th to 15th
25 min tes 16th to 25th
10 min. 8th to 14th
20 min tes 15th to 21th
40 min tes 22th to 27th
Max
cooling time
hct
120
min
120 min tes
150 min tes
180 min tes
Humidification*
ch
on
-
/on
on
on
Humidification Time*
cht
10
min.
10
15
15
Max humidity during humidification*
chh
80
RH%
80
80
80
Cooling fan
activation**
cFn
on
on
on
on
* only for models equipped with humidifier
**only for models equipped with cooling fan
CAUTION! Turn off Active Periodic Cooling (APC) function during hatching period - Last 2-3 days of incubation. Cooling in last 2-3
days of incubation results in bad hatching rates and chick loss.
CAUTION! Changing cooling mode (cIF) or cooling cycle time (cPr) parameters in APC menu resets periodic cooling cycle time (cPr).
CAUTION! In clS mode, time to reach cooling set point cSt (Fst) is highly dependent on room temperature. For very low set points,
system may not be able to reach cooling set point. For such situations, system finalizes cooling at max cooling time (hct).