Cumberland Evolution 1200 Series User manual

Part No. 4801-5331 Rev 2-2015 Owners Manual Evolution 1200
CUMBERLAND Assumption, IL 62510 • Phone [phone] • Fax [phone]
Evolution 1200
Environmental Controller
Cumberland
Date: 05-18-15 1004 E. Illinois St.
Assumption, IL 62510
Controller Software Version V0.37

Part No. 4801-5331 Rev 2-2015 Evolution 1200 Table of Contents
Table of Contents
Section Title Page
1. Warranty........................................................................................................................................................4
2. Warnings........................................................................................................................................................5
3. Ratings and Specifications.............................................................................................................................5
4. Introduction ...................................................................................................................................................6
5. Evolution Front Panel....................................................................................................................................6
5.1 Navigator Panel ......................................................................................................................................7
5.2 Editor Panel............................................................................................................................................7
5.3 Main Display Contrast............................................................................................................................8
5.4 Inlet Stages .............................................................................................................................................8
5.5 Status Display.........................................................................................................................................9
5.6 Stage Switch ...........................................................................................................................................9
5.7 Locks ....................................................................................................................................................10
6. Viewing Navigator Status Screens...............................................................................................................10
6.1 Current Conditions................................................................................................................................10
6.2 Target Conditions .................................................................................................................................11
6.2.1 Target Conditions - Standard Screen With Optimum Mode OFF.................................................11
6.2.2 Target Conditions - Optimum Screen With Optimum Mode ON .................................................12
6.3 Minimum Vent......................................................................................................................................13
6.4 Stage Conditions...................................................................................................................................14
6.4.1 Inlet Conditions ............................................................................................................................14
6.4.2 Onboard Stages.............................................................................................................................15
6.4.3 Natural Ventilation Stages............................................................................................................15
6.4.4 Variable Stages.............................................................................................................................16
6.5 Historical Data......................................................................................................................................16
6.5.1 Room Temperature.......................................................................................................................16
6.5.2 Humidity Sensor ...........................................................................................................................17
6.5.3 Water Usage (#1 or #2) ................................................................................................................17
6.5.4 Ventilation Mode..........................................................................................................................17
6.5.5 Feed History .................................................................................................................................18
6.5.6 Stage Run Times...........................................................................................................................18
6.5.7 Power Track Run Times ...............................................................................................................18
6.5.8 Alarm Log.....................................................................................................................................19
6.6 Back-Up Status.....................................................................................................................................19
6.7 Alarm Status .........................................................................................................................................20
6.7.1 High Temperature Alarm Details..................................................................................................21
6.7.2 Low Temperature Alarm Details ..................................................................................................21
6.7.3 Tunnel Vent Alarm Details...........................................................................................................22
6.8 Network Status......................................................................................................................................23
6.9 Program Set-Up....................................................................................................................................23
7. Setting Programming Functions...................................................................................................................24
7.1 General Settings....................................................................................................................................24
7.2 Temperature Sensors ............................................................................................................................24
7.3 Feed Level Sensors...............................................................................................................................25
7.4 Ventilation Inlets ..................................................................................................................................25
7.5 Natural Ventilation ...............................................................................................................................26
7.6 Growout Curve .....................................................................................................................................27
7.6.1 Growout Curve with Optimum Mode Off.....................................................................................27
7.6.2 Growout Curve With Optimum Mode ON ...................................................................................29
7.7 Tunnel Ventilation................................................................................................................................32
7.8 Onboard ON/OFF Stages......................................................................................................................33
7.8.1 On/Off Stage Details.....................................................................................................................34
7.9 Variable Stage Outputs.........................................................................................................................34

Part No. 4801-5331 Rev 2-2015 Evolution 1200 Table of Contents
7.10 Stage Properties....................................................................................................................................35
7.10.1 Heat Properties .............................................................................................................................35
7.10.2 Cool Stir Properties ......................................................................................................................35
7.10.3 Cool Negative Properties..............................................................................................................35
7.10.4 Cool Negative Tunnel Properties..................................................................................................36
7.10.5 Cool Tunnel Properties.................................................................................................................36
7.10.6 Cool Evaporative Properties.........................................................................................................37
7.10.7 Natural Ventilation Properties ......................................................................................................37
7.11 Feed Clock Setup..................................................................................................................................38
7.11.1 Feed Clock Schedules...................................................................................................................38
7.12 Light Clock Setup.................................................................................................................................39
7.12.1 Light Clock Details.......................................................................................................................39
7.13 Seasonal Programs & Password Setup..................................................................................................39
7.14 Diagnostics ...........................................................................................................................................40
8. Wiring Diagrams .........................................................................................................................................42
8.1 Inside the Evolution 1200 Enclosure....................................................................................................42
8.2 Setting Stage & Inlet Option Switches on EV1200 PCB 186 Board ....................................................43
8.3 Connecting Temperature Sensor to Evolution 1200 .............................................................................44
8.4 Connecting Remote Static Pressure Monitor to Evolution 1200 ..........................................................45
8.5 Connecting Humidity Sensor to Evolution 1200 ..................................................................................45
8.6 Connecting PC Network to Evolution 1200..........................................................................................46
8.7 Connecting Alarm Device to Evolution 1200.......................................................................................46
8.8 Connecting Water Meter to Evolution 1200.........................................................................................47
8.9 Connecting the PowerTrak to the Evolution 1200................................................................................48
8.10 Connecting the PowerTrak and EV S3to the Evolution 1200 ..............................................................49
8.11 Connecting the PowerTrak Power Auxiliary Switches to Evolution 1200 ...........................................50
8.12 Connecting PowerTrak Natural Auxiliary Switches to Evolution 1200................................................51
8.13 Power Supply Connection.....................................................................................................................52
8.14 Evolution 1200 Power Connection.......................................................................................................53
8.15 Connecting Local Network & Backup to the Evolution 1200 ..............................................................54
9. Temperature vs. Sensor Resistance Table ...................................................................................................55
10. Parts List......................................................................................................................................................56
1. House Specification.....................................................................................................................................59
2. Stage Programming .....................................................................................................................................60
3. Temperature Curve......................................................................................................................................61
4. Static Pressure Settings................................................................................................................................61
5. Minimum Vent.............................................................................................................................................61
6. Tunnel Settings............................................................................................................................................61
7. Lighting Program.........................................................................................................................................62
8. Feed Program...............................................................................................................................................62
9. Back-up Specifications................................................................................................................................63
10. Alarm Specifications ...................................................................................................................................63
11. Notes............................................................................................................................................................64

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Limited Warranty
1. Warranty
The GSI Group, LLC. (“GSI”) warrants products which it manufactures to be free of defects in materials and
workmanship under normal usage and conditions for a period of 12 months after sale to the original end-user or if
a foreign sale, 14 months from arrival at port of discharge, whichever is earlier. The end-user’s sole remedy (and
GSI’s only obligation) is to repair or replace, at GSI’s option and expense, products that in GSI’s judgment,
contain a material defect in materials or workmanship. Expenses incurred by or on behalf of the end-user without
prior written authorization from the GSI Warranty Group shall be the sole responsibility of the end-user.
Warranty Extensions:The Limited Warranty period is extended for the following products:
Product
Warranty Period
AP Fans and
Flooring
Performer Series Direct Drive
Fan Motor
3 Years
All Fiberglass Housings
Lifetime
All Fiberglass Propellers
Lifetime
AP/Cumberland
Flex-Flo/Pan Feeding Systems
2 Years
Cumberland
Feeding/Watering
Systems
Feeder System Pan Assemblies
5 Years **
Feed Tubes (1.75" & 2.00")
10 Years *
Centerless Augers
10 Years *
Watering Nipples
10 Years *
Grain Systems
Grain Bin Structural Design
5 Years
Grain Systems
Farm Fans
Zimmerman
Portable & Tower Dryers
2 Years
Portable & Tower Dryer Frames
and Internal Infrastructure †
5 Years
GSI further warrants that the frame, basket and excluding all auger and auger drive components of the portable and
tower dyer shall be free from defects in materials for a period of time beginning on the twelth (12th) month from the
date of purchase and continuing until the sixtieth (60th) month from the date of purchase (extended warranty period).
During the extended warranty period, GSI will replace the frame or basket components that prove to be defective
under normal conditions of use without charge, excluding the labor, transportation, and/or shipping costs incurred in
the performance of this extended warranty.
Conditions and Limitations:
THERE ARE NO WARRANTIES THAT EXTEND BEYOND THE LIMITED WARRANTY DESCRIPTION SET FORTH
ABOVE. SPECIFICALLY, GSI MAKES NO FURTHER WARRANTY OF ANY KIND, EXPRESS OR IMPLIED,
INCLUDING, WITHOUT LIMITATION, WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR
PURPOSE OR USE IN CONNECTION WITH: (i) PRODUCT MANUFACTURED OR SOLD BY GSI OR (ii) ANY
ADVICE, INSTRUCTION, RECOMMENDATION OR SUGGESTION PROVIDED BY AN AGENT, REPRESENTATIVE
OR EMPLOYEE OF GSI REGARDING OR RELATED TO THE CONFIGURATION, INSTALLATION, LAYOUT,
SUITABILITY FOR A PARTICULAR PURPOSE, OR DESIGN OF SUCH PRODUCTS.
GSI shall not be liable for any direct, indirect, incidental or consequential damages, including, without limitation, loss
of anticipated profits or benefits. The sole and exclusive remedy is set forth in the Limited Warranty, which shall not
exceed the amount paid for the product purchased. This warranty is not transferable and applies only to the original
end-user. GSI shall have no obligation or responsibility for any representations or warranties made by or on behalf
of any dealer, agent or distributor.
GSI assumes no responsibility for claims resulting from construction defects or unauthorized modifications to
products which it manufactured. Modifications to products not specifically delineated in the manual accompanying
the equipment at initial sale will void the Limited Warranty.
This Limited Warranty shall not extend to products or parts which have been damaged by negligent use, misuse,
alteration, accident or which have been improperly/inadequately maintained. This Limited Warranty extends solely
to products manufactured by GSI.
Prior to installation, the end-user has the responsibility to comply with federal, state and local codes which apply to
the location and installation of products manufactured or sold by GSI.
* Warranty prorated from list price:
0 to 3 years –no cost to end-user
3 to 5 years –end-user pays 25%
5 to 7 years –end-user pays 50%
7 to 10 years –end user pays 75%
** Warranty prorated from list price:
0 to 3 years –no cost to end-user
3 to 5 years –end-user pays 50%
†Motors, burner components and
moving parts not included. Portable
Dryer screens included. Tower Dryer
screens not included.

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2. Warnings
Warning!
Before connecting power to the controller, be sure to check the position of the
voltage selector switch located next to the transformer on the EVI/O board.
Improper positioning of this switch will cause system failure.
Warning!
Maximum operating temperature of controller is 50C (122F).
Use adequate ventilation to reduce the risk of overheating of controller!
Warning!
When this controller is used in a life support heating and ventilation system
where failure could result in loss or injury, the user should provide adequate
back-up, or accept the risk of such loss or injury!
3. Ratings and Specifications
HHI Part
Number
Model
Power Supply
Curtain Output
Stage Output
6607-8040
EV-1200-08-00
120/230 VAC 50/60 Hz
½ HP @ 120 VAC
1 HP @ 240 VAC
½ HP @ 120 VAC
1 HP @ 240 VAC
6607-8041
EV-1200-08-01
(Including four
Temperature Sensors)
120/230 VAC 50/60 Hz
½ HP @ 120 VAC
1 HP @ 240 VAC
½ HP @ 120 VAC
1 HP @ 240 VAC
6607-8042
EV-1200-08-02
(Including Static
Pressure Module)
120/230 VAC 50/60 Hz
½ HP @ 120 VAC
1 HP @ 240 VAC
½ HP @ 120 VAC
1 HP @ 240 VAC
NOTE: Room Temperature Must Be Kept Between 32F/0C and 122F/50C.
EV1200 DIMENSIONS

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4. Introduction
The Evolution 1200 Controller is the latest member of Cumberland's new environmental controller line.
The Evolution 1200 Controller has most of the same operational features as the Evolution 3000 except the
1200 has a smaller size and overall cost. The Evolution 1200 Controller has 8 stages standard plus two
inlet stages. The Evolution 1200 Controller can be expanded up to 64 stages. (i.e. 16, 32, 48 and 64
stages).
Features:
Input Device Options
8 inside temperature sensors
1 outside temperature sensor
1 humidity sensor
2 Current Sensors
2 digital water meter input
2 Feed Level Inputs
6 PowerTrak auxiliary switch inputs
1 static pressure transducer (Optional)
HHNet connection for PC compatibility
Output Devices (Standard)
8 On/Off output stages with manual override switches
2 sets of Open/Off/Close Inlet PowerTrak stages with manual override
1 Alarm relay with both N.O. and N.C. contacts
2 Variable speed output drive
Output Devices: (Optional)
Patented integrated Evolution Back-up
5. Evolution Front Panel
The Evolution 1200 Controller is divided into two main areas. On the top is the Main Control Panel
containing the Main Display, Editor, Navigator Controls. On the bottom are the Stage Switches and the
Inlet Stage Controls. The Navigator is used to select the information to be displayed in the Main Display.
Once the desired information is selected in the Navigator, the Editor is used to scan and modify the data.

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5.1 Navigator Panel
The Navigator buttons are used to select a controller function. Press up or down button to toggle between
functions. LED (light emitting diode) lights when a function is selected and the associated data is displayed
in the Main Display.
5.2 Editor Panel
The Editor buttons are used to select functions that appear in the Main Display screen. The arrow buttons
are used to scroll to variables that appear within the current screen of the Main Display. The plus (+) and
minus (-) buttons are used to change or modify a variable's value. The Enter button is used to link to a new
display screen of a selected variable. NOTE: To return to the main function screen, press either Up () or
Down () Navigator button.
Minus button
(Use to decrease
value of variable)
Enter Button
(Links to other
screens)
Plus button
(Use to increase
value of variable)
Scroll Buttons
Function Modes
Up Select Button
Down Select
Button
Light Emitting
Diode Indicator

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5.3 Main Display Contrast
The main display contrast can be adjusted to adapt to various lighting conditions. The Contrast Control is
located on the opposite side of the front panel. Use the Contrast Control potentiometer and a small flat-
head screw-driver to manually darken or lighten the screen. Turn clockwise to darken the display;
Counter-clockwise to lighten the display.
CAUTION: DO NOT CONTACT OTHER COMPONENTS OR WIRES.
5.4 Inlet Stages
Optional inlet stages may be added to control vents & curtains. Up to 2 inlet stages may be added per
controller unit. When Auto/Manual toggle switch is placed in Auto position, inlet opens and closes
according to programmed instructions. Use the Open/Close toggle switch to manually open or close inlet
when Auto/Manual toggle switch is placed in Manual position. The Notation area is for labeling the inlet.
Under normal circumstances the machines should be left in automatic (Auto) as shown above.
Notation Area
Manually opens or
closes inlet
Toggle switch
(Auto or Manual
operation)
Controller opens or
closes inlet
Contrast Control

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5.5 Status Display
The following is an example of Main Display screen displaying the standard Target Conditions status
screen. The Main Display screen displays both status and programming screens.
5.6 Stage Switch
The stage LED indicator lights when a stage is active. The stage switch is used to select Auto operation,
On, or Off. If switch is in Auto position, the stage operation is controlled by the controller. That is, the
stage may turn on and off according to settings selected from the Main Display screen. If switch is in the
On position, a stage is On continuously. If switch is in the Off position, a stage is Off with the exception of
Back-Up conditions.
The white space is used to affix a Stage Description label indicating stage function (i.e. brooder, fan, light,
cool, etc.).
NOTE: Stages 1 thru 8 are marked on the front panel. For optional Variable Stages 7 & 8, use stick-on
V1/V2 label placed over stages 7 & 8 numbers.
Stage number
(Use V1-V2 label over
Stages 7 & 8 if Stages 7
& 8 are used for
Variable Output).
AUTO, OFF, ON
Switch positions
Stick Stage
Description label onto
white area or use for
notation.
LED Indicator (lights
when stage is ON)
Stage Description labels
are provided to affix to
white area of stage
control. Stage
Description labels are
shown at right.
The Scroll Symbol is a
flashing down arrow () that
indicates more text outside
of display screen. Use
up/down editor arrow keys
 to scroll text.
The Link Symbol () is a right
pointing arrow and indicates a
link to another display screen.
To change
parameter:
Select parameter
using editor
arrow keys. Use
+ and - keys to
change value.

(1)Target Temp =
77.5°
(2)Ramping:
On
(3)Target Press =
0.04 wc
(4)Ramping:
Off
(5)Tunnel Press =
0.00 wc
(6)Target Humidity
< 60%
(7)Light Schedule
(8)Feed
Schedule
77.5°
NOTE: If Optimum Mode is turned On, the Target Conditions screen
will have differences from the standard screen shown above.

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** PASSWORD PROTECTED **
You must enter the current controller
Password to continue.
Press the ENTER button to proceed.
Password: XXXX
NOTE: In this manual, Reference
numbers refer to descriptions given in
text. These numbers do not appear
on display.
Mon 14 Jun 2007 5:00 p
(1) Vent Mode:
Minimum
(6) Growout Day:
40
(2) Room Temp:
71.4°
(7) Water Consumption
Target:
70.0°
1. 240
(10/hr)
(3) Outside:
77.0°
2. 280
(10/hr)
(4) Pressure:
0.00 wc
(8) Feed Levels
Target:
0.04 wc
1. 11.2ft
( 60%)
(5) Humidity:
0%
2. 5.0ft
( 23%)
(9)
* Sensor 1: 71.6°
* Sensor 2: 71.2°
* Sensor 3: 71.4°
Sensor 4:---.-°
Sensor 5:---.-°
Sensor 6:---.-°
Sensor 7:---.-°
Sensor 8:---.-°
Sensor is enabled
* Sensor used in Room Temp Calculation
5.7 Locks
A lock feature is included for additional security to
the Evolution 1200 settings. This feature locks the
Program Setup screens to prevent changes. Locked
screens are noted by a lock symbol ( ) in the
upper right of the screen. The Target Conditions
and Minimum Vent screens are not lockable. When
the lock feature is disabled ( ), all screens will
show unlocked until the password is changed. See
Section 7.13.
NOTE: The Diagnostics screen can only be unlocked using the HHI Service Code; Contact your local
dealer for assistance.
6. Viewing Navigator Status Screens
The following nine screens are available: Current Conditions, Target Conditions, Minimum Vent, Stage
Conditions, Historical Data, Back-Up Status, Alarm Status, Network Status, Program Setup. The Navigator
selects the desired status screen by pressing the up and down SELECT arrows. The first eight screens
display status information and various setup options. The last screen is the Program Screen. To change
program parameters the Program Setup Screen must be selected.
6.1 Current Conditions
The current environmental conditions of the building are shown here. Below is a table describing the
variables that can appear in the Current Conditions status screen.
The numbers in brackets e.g. (1) refer to the descriptions below the sample screen displays.
(1) Vent Mode –Indicates the current ventilation mode: either Minimum, Natural, Power, Transition or
Tunnel.
(2) Room Temp –The average temperature of the sensors for display. Target-–Target Temperature.
(3) Outside (Temperature) –The outside temperature as indicated by the outside sensor.
(4) Pressure –The current atmospheric pressure internal to the building. Target-–Target Pressure.
(5) Humidity –The percent of water vapor of the air inside the building.

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(1)Target Temp =
77.5°
(2)Ramping:
On
(3)Target Press =
0.04 wc
(4)Ramping:
Off
(5)Tunnel Press =
0.00 wc
(6)Target Humidity
< 60%
(7)Light Schedule
(8)Feed Schedule
VENT MODE
Definition
Minimum
Heat stages or timer fans operating. None of the negative stages are on because
of temperature.
Natural
The main curtains are open.
Power
The curtains are up and there are negative fans on because of temperature.
Transition
The control is transitioning into tunnel ventilation from either power or natural
ventilation. The control is making the adjustments needed to go into tunnel.
Tunnel
The tunnel signal has been activated and the system has entered into tunnel.
(6) Growout Day –The current day in the growout period. The Current Conditions LED on the Navigator
panel will blink if the growout day is later then the current date.
(7) Water Consumption –Water consumed for the current day; The total for the day is listed first then the
units per hour is shown inside ( ). Two water meters may be monitored (Water Meter
1 & Meter 2).
(8) Feed Level –The Feed level is shown in number of feet from the bottom first then the percentage of
feed remaining in the feed bin is shown inside ( ). Two feed bins may be monitored
(Bin #1 & Bin #2).
(9) Sensor 1 through 8 –The current temperature read by each sensor.
6.2 Target Conditions
The current target environmental conditions of the building are shown below. The specific Target
Conditions screen features and setting options will depend on whether Optimum Mode is ON or OFF.
Examples and details for both the Standard screen and Optimum screen are shown in the following two
subsections.
6.2.1 Target Conditions - Standard Screen With Optimum Mode OFF
(1) Target Temp - This is the desired temperature of
the building.
(2) Ramping –Indicates if ramping of the Target
Temperature is turned On or Off. You are also
allowed to turn the temperature ramping on or off
in the program set up screen. You use the
Navigator to reach the Program Setup screen and
then navigate down to "Temperature Ramp" and
press enter. See Section 7.6.
(3) Target Press - This is the desired negative
pressure in the building. See Section 7.4.
(4) Ramping –Indicates if ramping for the Target
Pressure is turned on: On or Off. You are also
allowed to turn the pressure ramping on or off in
the program setup screen. See Section 7.4.
(5) Tunnel Pressure –Indicates the desired negative
pressure in the building while in the Tunnel
Mode. See Section 7.4.
(6) Target Humidity –The desired humidity inside
the building (PCB186-J14 Humidity Sensor) is
less than this set number. For every percentage
increase in humidity over the set %, the timer
percentage will increase.
EXAMPLE:
Target Humidity < 65%
Timer Percentage is set to 20% of 5 minutes.
If Humidity in building is at 70%, the timer
percentage will be at 25%.
NOTE: This only affects the variable timer %.
Min1% and Min2% are unaffected.
(7) Light Schedule –View Light Clock Setup. See
Section 7.12.
(8) Feed Schedule –View Feed Clock Setup. See
Section 7.11.

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Optimum Settings
Adjustments
(1)Target Temp =
77.5°
(2)Adjust =
+0.0°
(3)Optimum Run%:
10%
(4)Adjust =
+00%
(5)Target Press =
0.04 wc
(6)Tunnel =
0.00 wc
(7)Opt. Timer:
--6-4---
(8)Humidity <
60%
(9)Light Schedule
(10)Feed Schedule
6.2.2 Target Conditions - Optimum Screen With Optimum Mode ON
The target conditions screen shown below represents the display and options when the Optimum Mode is
turned On. Refer to Section 7.1 for turning the Optimum Mode On or Off and Section 7.6.2 for the
Optimum Mode Growout Curve.
(1) Target Temp –Displays the desired temperature of the building for the current growout day.
(2) Adjust –Adjusts the programmed Target Temperature by this amount until set otherwise. The displayed Target
Temp to the left will increase or decrease as this number is adjusted.
(3) Optimum Run% –Displays the minimum vent run % for the current growout day. The Run % is the percentage
of the Minimum Timer Cycle that the stage will run.
(4) Adjust –Adjusts the programmed Optimum Run% by this amount until set otherwise. The displayed Optimum
Run% to the left will increase or decrease as this number is adjusted.
(5) Target Press - This is the desired negative pressure in the building. See Section 7.4.
(6) Tunnel Pressure –Indicates the desired negative pressure in the building while in the Tunnel Mode. See
Section 7.4.
(7) Opt. Timer –Displays the current optimum timer active determined by the growout curve.
(8) Humidity –The desired target humidity inside the building (PCB186-J14 Humidity Sensor) is less than this set
number. For every percentage increase in humidity over the set %, the timer percentage will increase.
EXAMPLE:
Target Humidity < 65%
Timer Percentage is set to 20% of 5 minutes.
If Humidity in building is at 70%, the timer percentage will be at 25%.
NOTE: This only affects the variable timer %. Min1% and Min2% are unaffected.
(9) Light Schedule –View Light Clock Setup. See Section 7.12.
(10) Feed Schedule –View Feed Clock Setup. See Section 7.11.

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(1) MINIMUM TIMERS:

(2)Cycle = 5 m ( 300s)
(6)VARIABLE SPEED:
(3)Min1 % = 40% ( 215s)
(7)V1 Minimum % = 50%(55%)
(4)Min2 % = 20% ( 108s)
(8)V2 Minimum % = 40%(100%)
(5)Var % = 20% ( 108s)
(9)VARIABLE TIMER:
(10)Sensors = Outside
(11)Max Run % = 65%
(12)Max Temp = 85.0°
(13)Min Run % = 20%
(14)Min Temp = 70.0°
(15)COOL TIMER:
(16)Max Run % = 100%
(17)Cycle = 10 m ( 600s)
(18)Min Run % = 55%
NOTE: Cycle in seconds
NOTE: Run Time in seconds
6.3 Minimum Vent
The Minimum Vent status screen display:
(1) Minimum Timer 1 - The Minimum timer one and
two both share the same cycle time. Different
timer percentages may be set for minimum 1 vs.
minimum 2. If the vent anticipation is being used,
the vents will start opening before a negative
ventilation stage turns on and will adjust until the
vent opening necessary for the desired target
pressure is achieved.
(2) Cycle - The length of Timer 1 cycle. Cycle = 1 to
20 minutes.
(3) Min1 % - The percentage of the Timer 1 cycle
that the stage will run.
(4) Min2 % - The percentage of the Timer 2 cycle
that the stage will run.
(5) Var % - The percentage of time a stage is
currently running using the variable timer based
off the temperature.
NOTE: The Minimum timer one and two both share
the same cycle time. Different timer percentages
may be set for Minimum 1 and Minimum 2. If the
vent anticipation is being used, both Minimum 1
and Variable will start the vents open before a
stage comes on.
(6) Variable Speed: These settings are used to set up
variable speed fan operation.
(7) V1 Minimum - The minimum speed or minimum
percentage of light intensity for V1; The value
inside the parenthesis shows the current
percentage.
(8) V2 Minimum -The minimum speed or minimum
percentage of light intensity for V2; The value
inside the parenthesis shows the current
percentage.
(9) Variable Timer - The variable timer is similar to
the expanded timer found in the System 2000 PC-
8. The variable timer will vary the timer based on
temperature. See chart shown below.
(10) Sensors - The sensors used to determine the run
time. Active sensors will be indicated by a
number starting with #1 from right to left. Inactive
sensors will be indicated by a - or hyphen. When
"outside-" is displayed, outside sensor is active.
For example, If sensors 1, 2 and 3 are being used,
"-----321" will be displayed. When “outside” is
displayed, the outside sensor is active.
NOTE: When any of the temperature sensors #1-8
are selected, the “Max Temp” and “Min Temp”
settings will float with the Target Temperature.
When “outside” is selected, the variable timer
strictly uses the “Max Temp” and “Min Temp”
values selected and are not associated with the
Target Temperature (will not float with Target).
(11) Max Run % - The maximum Run Time
percentage.
(12) Max Temp - The temperature at which the timer
will run Maximum Run time % percentage.
(13) Min Run % - The minimum Run Time
percentage.
(14) Min Temp - The minimum temperature. The
timer will be at minimum Run %.

Part No. 4801-5331 Rev 2-2015 Evolution 1200 14 of 65
Inlet Conditions

#
STATUS
MODE
PRESS
OPENED
CLOSED
U1
Close
Vent
0.00
No
No
U2
Close
Tun
0.00
No
No
#
STATUS
MODE
RTEMP
ON
OFF
TIME
-----------
TARGET
70°
---------
V1
0%
CTUN
79.4°
89.4
89.0
Ramp
V2
0%
Cstir
79.6°
89.4
89.0
None
1
On
Light
Ramp
2
On
Cstir
79.6°
76°
95°
None
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16
On
Cstir
79.6°
76°
95°
Min1
Inlet Conditions

(1)#
(2)STATUS
(3)MODE
(4)PRESS
(5)OPENED
(6)CLOSED
U1
Open
Vent
0.04
No
No
U2
Close
Tun
0.04
No
Yes
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(15) Cool Timer: Cool timer is also allowed a
different timer cycle if needed. This can be used
for foggers or cool cell systems.
(16) Max Run - The Cool Timer Maximum Run
Time percentage.
(17) Cycle - Cycle Time in Minutes. Cool timer is
also allowed a different timer cycle if needed.
This will be used for foggers or cool cell
systems.
(18) Min Run - The Cool Timer Minimum Run Time
percentage.
6.4 Stage Conditions
When the Stage Conditions screen is selected by using the Navigator Select arrows, the following menu
screen is shown. Use the up and down arrows in the Editor to view the desired information. Notice that the
Light Clock and Feed Clock Stages are listed after the Inlet Conditions section. The Heat Stages are then
displayed in order of increasing ON Temperatures. The Cool stages, including the Variable Output stages,
are listed below the Target Line in order of increasing ON Temperatures.
6.4.1 Inlet Conditions
The Inlet Conditions part of the Stage Conditions screen is used to control Power Trak operation for power
ventilation. U1 is normally for baffle boards and U2 controls tunnel inlets.
(1) #- The stage bank either U1 or U2.
(2) Status - Indicates if the Stage is Off, Opening or Closing.
(3) Mode –The mode column tells you how the machine will be operating. If it will be a vent machine
"VENT" or a tunnel machine "TUN" machine.
(4) Pressure –Indicates the pressure in the building.
(5) Opened –Indicates if the machine is fully open (Yes or No). When the machine is fully open on the
open auxiliary switch, this column will indicate a “Yes”.
(6) Closed –Indicates if the machine is fully closed (Yes or No). When the machine is fully closed on the
closed auxiliary switch, this column will indicate a “Yes”.

Part No. 4801-5331 Rev 2-2015 Evolution 1200 15 of 65

(1)#
(2)STATUS
(3)MODE
(4)RTEMP
(5)ON
(6)OFF
(7)TIME
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U1
On
NAT
CLOSE
73.0°
72.0°
CLOSED: NO
U2
On
N&T
CLOSE
73.0°
72.0°
CLOSED: NO
Min1
U1
Off
NAT
OPEN
73.0°
74.0°
CLOSED: NO
U2
Off
N&T
OPEN
73.0°
74.0°
CLOSED: NO
.
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
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(1)#
(2)STATUS
(3)MODE
(4)RTEMP
(5)ON
(6)OFF
(7)TIME
TUN
OFF
CTUN
79.4°
85°
80°
1
On
Light
Ramp
2
On
Cstir
79.6°
76°
95°
None
.
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-----------
(8)TARGET
70°
---------
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16
On
Cstir
79.6°
76°
95°
Min1
6.4.2 Onboard Stages
The Onboard On/Off stages 1 thru 6 are used for devices that do not need a variable speed capability.
Stages 7 & 8 are user selectable to be either Variable Speed Fan Outputs or regular On/Off Stages. Refer to
Section 8.2 for Stages 7 & 8 mode selection diagrams and details. This On/Off Stages screen shows you
how onboard stages 1 thru 8 and also the variable stages V1 & V2 are set. For expansion stages, refer to
Sections 6.9 and 7.8.
(1) # - Identifies the On\Off stage number, variable stage number, or Tunnel and lists them in the order of
priority. Tunnel is not a stage like the Stage Master and Vent Master. This parameter is set in the
tunnel ventilation of Program Setup screen. See Section 7.7, Tunnel Ventilation.
(2) Status - Indicates if the stage is currently
Timed, On, or Off.
(3) Mode - This column indicates how the
stage is programmed. Any stage
can be set to any of these modes.
The available stage options are:
Off, Heat, CSTIR, CNEG, CNEGT,
CTUN, LIGHT, FEED or CEVAP.
(4) Rtemp - The Rtemp column will
indicate the current temperature
from which the stage is operating.
(5) On –The current temperature setting for the on
point temperature of the stage.
(6) Off - The current temperature setting for the off
point temperature of the stage.
(7) Time - This column indicates if a stage is on a
timer and shows the different timers you are
allowed to put a stage on. The timer options
are: None, Min1, Min2, Var, Cool, or Opt
xx.
(8) Target –Target Temperature.
6.4.3 Natural Ventilation Stages
Natural Ventilation stages are used to open and close side curtains to allow natural ventilation.
(1) #- The stage bank either U1 or U2.
(2) Status - This column will indicate whether the machine is Off, Opening or Closing.
(3) Mode –The mode column indicates how the machine will be operating. It will be a natural curtain
"NAT" or a natural and tunnel "N&T" machine (U2 only). OPEN or CLOSE will be shown beside
the mode to show whether the specific line refers to the Open or Close function.
(4) Rtemp –The Rtemp column will indicate the current temperature the curtain machine is operating from.
(5) ON –The temperature at which the stage operates.
(6) OFF and (7) TIME –This column indicates if the machine is fully closed. When the machine is on the
closed auxiliary switch, this column will display “Yes”.

Part No. 4801-5331 Rev 2-2015 Evolution 1200 16 of 65
Select and Press ‘Enter’:
Room TemperatureStage 1 –16 RunTimes
HumidityStage 17 –32 RunTimes
Water Usage #1Stage 33 - 48 RunTimes
Water Usage #2Stage 49 –64 RunTimes
Ventilation ModePowerTrack RunTimes
Feed HistoryAlarm Log

(1)#
(2)STATUS
(3)MODE
(4)RTEMP
(5)ON
(6)OFF
(7)TIME
.
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V1
50%
Light
Ramp
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V2
75%
CStir
88.7°
76.4°
74.0°
None
Min1
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
(1)DAY (2)HIGH TEMP (3)AVE (4)LOW TEMP
21 71.0°-12:34p 66.3° 61.6°–12:34a
20 71.0°-12:34p 66.3° 61.6°–12:34a
. . . . . .
. . . . . .
1 71.0°-12:34p 66.3° 61.6°–12:34a
6.4.4 Variable Stages
The Variable stages are used to control devices (i.e. fans & lights) with a variable capability. The same V1
& V2 settings shown in this screen are also shown in the top portion of the Onboard On/Off Stages screen.
(1) # - The Stage bank either V1 or V2.
(2) Status - This is the current run percentage that the device is operating.
(3) Mode –Indicates how the stage is programmed: CSTIR, CNEG, CNEGT, CTUN or LIGHT.
(4) Rtemp –The Rtemp column indicates the current temperature from which the stage is operating.
(5) ON –The ON column indicates the maximum ON temperature at which the variable speed fan will reach
full speed.
(6) OFF -The OFF column indicates the minimum ON temperature at which the fan will run at minimum
speed.
(7) Time –None, Min1, Min2, Var or Always ON (ON). Always ON when Rtemp is below MIN ON.
6.5 Historical Data
This screen provides access to historical data. Highlight the selection and press the ENTER button on the
EDITOR panel.
NOTE: The Historical Data for Onboard Stages 1 thru 8 will be found in “Stage 1-16 Runtimes”.
6.5.1 Room Temperature
This screen shows the highest and lowest
room temperature for each day for up to 99
days. The last day reported will appear at the
top of the list. The list can contain data up
to 99 days. After displaying 99 days, oldest
data will be deleted.
(1) Day –The specific day in the growout
period. Values = 1 day to 99 days.
(2) High Temp –The high recorded temperature and the time of day that it occurred.
(3) AVE –The average recorded temperature for the day.
(4) Low Temp - The low recorded temperature and the time of day low temperature occurred.
NOTE: The High and Low temperature readings are taken from the Sensors for Display in "Sensor Setup"
of the Program Setup Screen.

Part No. 4801-5331 Rev 2-2015 Evolution 1200 17 of 65
Water Meter 1 
(1)DAY (2)HIGH RATE (3)DAILY TOTALS
41 24/hr-12:00p 240
40 20/hr-12:34p 210
. . . .
35 10/hr-11:15p 200
. . . .
. . . .
24 15/hr-12:05p 130
. . . .
. . . .
1 5/hr-1:00p 50
6.5.2 Humidity Sensor
This screen shows the highest room humidity
for each day for up to 99 days. The last day
reported will appear at the top of the list. The
list can contain data up to 99 days. After
displaying 99 days, oldest data will be deleted.
(1) Day –The specific day in the growout
period. Values = 1 day to 99 days.
(2) High Humidity –The highest recorded
room humidity (PCB186-J14 Humidity
Sensor) and the time of day that it
occurred.
6.5.3 Water Usage (#1 or #2)
This screen gives the Water Usage of the
building per day of growout, high rate, and
water total. The screen display format is
the same for either water usage #1 or #2.
(1) Day–The specific day in the growout
period. Values = 1 day to 99 days.
(2) High Rate –The highest recorded
water rate and the time of day that
it occurred.
(3) Total For Each Day –The total water
usage for each day of growout.
6.5.4 Ventilation Mode
This screen shows the length of time in
hours and minutes that the Control is in
different ventilation modes. NOTE:
Natural mode is when the system is in
natural ventilation and the main curtains are
open.
Transition mode is when the control is
between power and tunnel ventilation. The
control is making the adjustments needed to
go into tunnel. Tunnel mode is when the
tunnel signal has been activated and the
system has entered into tunnel.
(1) Minimum Ventilation –The time spent in minimum mode. Heaters & timer fans running.
(2) Power Ventilation –The time spent in the Power Ventilation mode.
(3) Natural Ventilation –The time the side wall curtains are open.
(4) Transition to Tunnel –The time required to transit to tunnel mode. (3 minutes per transition)
(5) Tunnel Ventilation –The time spent in the Tunnel mode.

(1)DAY (2)High Humidity
21 70%-12:34p
20 70%-12:34p
. . .
. . .
1 70%-12:34p
Today Yesterday
(1)Minimum Ventilation 6:07 10:31
(2)Power Ventilation 1:10 6:29
(3)Natural Ventilation 2:00 1:00
(4)Transition to Tunnel 0:03 0:09
(5)Tunnel Ventilation 0:45 4:51

Part No. 4801-5331 Rev 2-2015 Evolution 1200 18 of 65
(1)Stage (2)Current Day (3)Previous Day 
1 2:24 2:24
2 2:24 2:24
. . .
. . .
16 2:24 2:24
6.5.5 Feed History
This screen shows the estimated
daily amount of feed used and the
total time that the feed line motors
have been running.
(1) Day –The specific day in the
growout period. Values =
1 to 99 days.
(2) Usage –The amount of feed
used from Bin #1 and Bin
#2 combined for each day
of growout. Measurements
= pounds (lb.).
(3) Run 1 –The total amount of run-time feed line #1 was running for each day of growout. Measurements
= Hours and minutes.
(4) Run 2 –The total amount of run-time feed line #2 was running for each day of growout. Measurements
= Hours and minutes.
(5) Status –The status of the auger current sensor whether the sensor is On or Off. ON indicates the motor
is running and OFF indicates the motor is not running.
6.5.6 Stage Run Times
This screen shows the length of time in hours and
minutes that the individual stages have run, on the
current day and previous day.
(1) Stage –Identifies the stage number.
(2) Current Day –The length of time in hours
and minutes that the stage has run on the
current day.
(3) Previous Day - The length of time in hours and minutes that the stage has run on the previous day.
6.5.7 Power Track Run Times
This screen shows the length of
time that the Power Track
equipment has been running.
(1) Inlet #1 and #2 - The length
of time in hours and minutes
that the inlets have run on the
current and previous days.
(2) Natural #1 and #2 - The
length of time in hours and
minutes that the natural inlets
have run on the current and
previous days.
(1)Day (2)Usage (3)Auger1 (4)Auger2
(5)Status On On
41 2100 lb 4:10 9:10
40 2000 lb 3:00 8:00
. . . .
35 1500 lb 3:00 8:00
. . . .
. . . .
24 1000 lb 1:30 6:30
. . . .
. . . .
1 150 lb 1:10 6:10
Stage Current Day Previous Day 
(1)Inlet #1
Open 8:00 8:00
Close 10:00 10:00
(1)Inlet #2
Open 10:00 10:00
Close 10:00 10:00
(2)Nat #1
Open 1:00 1:00
Close 23:00 23:00
(2)Nat #2
Open 1:00 1:00
Close 23:00 23:00

Part No. 4801-5331 Rev 2-2015 Evolution 1200 19 of 65
** Alarm Log ** 
1 (1)Tunnel Vent (2)Corrected @ (3)2/ 5 (4)1:26p
2 Low Press Failure @ 2/ 5 1:09p
3 Lo Water Rate Corrected @ 2/ 3 3:39p
4 Cycle Press Failure @ 2/ 1 4:15a
5 Low Temp Corrected @ 1/ 30 3:09p
6 Lo Water Rate Corrected @ 1/ 27 12:38a
7 Lo Water Rate Corrected @ 1/ 21 7:45a
8 Lo Water Rate Corrected @ 1/ 17 9:52p
9 Low Pressure Failure @ 1/ 15 5:21p
10 Max Runtime1 Corrected @ 1/ 10 8:27a
6.5.8 Alarm Log
This screen shows the list of the past 20 alarms and status information starting with the most recent
occurrence.
(1) Alarm Description –The
alarm problem area.
(2) Alarm Status –The
alarm status (Failure
or Correted).
(3) Date of Alarm –The date
the alarm occurred
or was corrected.
(4) Time of Alarm –The
time the alarm
occurred or was
corrected.
6.6 Back-Up Status
The Back-Up status shows the status information concerning back-up operation.
NOTE: This is the high and low limit of the Evolution Back-Up system. These setting are set in the Back-Up
system.
(1) Back-up High Limit –The high temperature
limit at which the Back-up stages will start
turning on cool stages.
(2)Target Temperature –Backup target
temperature.
(3) Back-Up Low Limit - The low temperature limit
at which the Back-up will turn on the heat stage.
(4) Back-Up Run % The Back-up timer percentage.
NOTE: This is the timer percentage of the
Evolution Back-Up system. This setting is set in
the Back-Up system. This setting is automatically
calculated based on the controller target
temperature. If the Back-Up fails to communicate
with the Evolution 1200 control the Back-Up will
display an LnE. At this point the Back-Up will
take over minimum ventilation by running all
Cool 1 circuits on this timer. This percentage is
how long the fan will run out of five minutes.
(5) Cycle 5 Minutes –The cycle time of the back-up
stages is 5 minutes.
(6) Warning if Back-Up –If Backup settings are set
that far away from target, Back-up status light
will flash.
(7) Alarm if Back-Up -Same as above but will also
set off auxiliary alarm contact.
(1)Back-Up High Limit: 86°
(2)Target Temperature: 70°
(3)Back-Up Low Limit: 60°
(4)Back-Up Run %: 0% (5)Cycle: 5 minutes
(6)Warning if Back-Up +/- 11° from Target
(7)Alarm if Back-Up +/- 12° from Target

Part No. 4801-5331 Rev 2-2015 Evolution 1200 20 of 65
6.7 Alarm Status
The ALARM column lists the elements and sensors that are available. For the High and Low temperatures
and High and Low pressure, the Cycle Pressure the current Alarm Limits are shown. For all entries the
STATUS and the LAST REPORTED alarm are indicated. To change the ALARM LIMIT use the Editor
arrows to highlight the desired entry and the Plus (+) and Minus (-) buttons to increase or decrease the
desired limit.
(1) High Temperature Limit & Status - The high temperature setting at which the alarm relay will activate.
See Section 6.7.1.
(2) Low Temperature Limit & Status - The low temperature setting at which the alarm relay will activate. See
Section 6.7.2.
(3) Cycle Pressure Limit & Status - The pressure setting at which the alarm relay will activate provided the
pressure differential is not seen during the timer period.
(4) High Pressure Limit & Status - The High Pressure alarm will send a signal to your existing alarm system
when the pressure exceeds the High Pressure Setpoint for greater than 45 seconds. (High Negative Pressure)
This alarm warns if the vents did not open for some reason (Automatically enabled during Tunnel).
(5) Low Pressure Limit & Status –When the Low Pressure alarm is enabled, it becomes a constant pressure
alarm. It will send a signal when pressure drops below the Low Pressure setpoint at any time for greater than
45 seconds. Setting the Low Pressure alarm setpoint to "OFF" prevents the alarm from sounding.
(6) High Rate - High water usage rate. Alarm if units per hour exceed. One or two water meters (#1 or #2) can
be monitored.
(7) Low Rate - Low water usage rate. Alarm if units per hour drop below. One or two water meters (#1 or #2)
can be monitored.
NOTE: Low Alarm is disabled when lights are off.
(8) Auger Run1 - Alarm if continuous runtime of feed line #1 exceeds selected time limit.
(9) Auger Run2 - Alarm if continuous runtime of feed line #2 exceed selected time limit.
NOTE: The High and Low
temperature reading is taken from
the Sensors for Display in "Sensor
Setup" of the Program Setup Screen.
Proceed
to Detail
Screens

TEMPERATURE LIMIT STATUS LAST ALARM
(1)High Temp85.0° OK 08/15-10:36p
(2)Low Temp65.0°OK 08/10-03:36p
PRESSURE LIMIT STATUS LAST ALARM
(3)Cycle Press 0.04 Off 08/09-07:36p
(4)High Press 0.15 Off 07/22-01:36p
(5)Low Press 0.03 Off 07/13-06:36p
WATER ALARMS LIMIT STATUS LAST ALARM
(6)High Rate #1 100/hr OK 01/01-12:00a
(7)Low Rate #1 25/hr OFF 01/01-12:00a
(6)High Rate #2 100/hr OK 01/01-12:00a
(7)Low Rate #2 25/hr OFF 01/01-12:00a
FEED ALARMS LIMIT STATUS LAST ALARM
(8)Auger Run1 10min OFF 01/01-12:00a
(9)Auger Run2 10min OFF 01/01-12:00a
SYSTEM STATUS STATUS LAST ERROR
(10)Tunnel Vent---- OK 07/12-02:36p
(11)Growout Day ---- OK 07/31-05:36p
(12)Local Network---- OK 07/27-05:36p
(13)Back-Up Limits -- OK 07/31-05:36p
(14)Sensor 1 ---- OK 07/27-05:36p
(14)Sensor 2 ---- OK 06/10-09:36p
(14)Sensor 3 ---- OK 06/11-01:36p
(14)Sensor 4 ---- OK 06/13-06:36p
(14)Sensor 5 ---- OK 06/13-03:36p
(14)Sensor 6 ---- OK 06/21-03:36p
(14)Sensor 7 ---- OK 06/17-02:36p
(14)Sensor 8 ---- OK 06/13-10:36p
(15)Outside ---- OK 07/13-02:31p