EMKO EPC-1, EPC-3, EPC-4, EPC-4A, EPC-1A Instruction Manual

EMKO ELEKTRONIK A.S.
Demirtas Org. San. Bolg.
Karanfil Sk. No: 6 TR
16369 Bursa / TURKEY

Phone: [phone]
Fax: [phone]
Url: www.emkoelektronik.com.tr
e-mail: [e-mail]

Instruction Manual. ENG EPC_X 02 V03 07/13

EPC-1, EPC-3 & EPC-4

EPC-1A, EPC-3A & EPC-4A

POULTRY CONTROLLER MANUAL

Instruction manual of EPC consists of three main sections. Explanation of these sections are below. Also,

there is another section which include technical specifications of the device. All titles and page numbers in
instruction manual are in “CONTENTS” section. User can reach to any title with section number.

Installation:

In this section, physical dimensions of the device, panel mounting, electrical wiring, physical and

electrical installation of the device to the system are explained.

User Section:

In this section, user interface of the device, how to access to the user parameters, description of the

parameters are explained.

Also in these sections, there are warnings to prevent serious injury while doing the physical and electrical

mounting or using the device.

Technician Section

In this section, how to access to the technician parameters, description of the parameters and functions

are explained.

Explanation of the symbols which are used in these sections are given below.

This symbol is used to determine the dangerous situations as a result of an electric shock. User
must pay attention to these warnings definitely.

a

c

This symbol is used for safety warnings. User must pay attention to these warnings.

This symbol is used to determine the important notes about functions and usage of the device.

i

This symbol is used for VDC

Z

ABOUT INSTRUCTION MANUAL

This symbol is used for VAC

V

2

CONTENTS

3

1. INTRODUCTION.................................................................................................................................

1.1 GENERAL SPECIFICATIONS.....................................................................................................

1.2 WARRANTY.................................................................................................................................

1.3 MAINTENANCE..........................................................................................................................

2. INSTALLATION...................................................................................................................................

2.1 GENERAL DESCRIPTION..........................................................................................................

2.2 DIEMENSIONS...........................................................................................................................

2.3 RIGHT SIDE VIEW......................................................................................................................

2.4 PANEL CUT-OUT.........................................................................................................................

2.5 ENVIRONMENTAL RATINGS.....................................................................................................

2.6 PANEL MOUNTING.....................................................................................................................

2.7 INSTALLATION FIXING SCREWS..............................................................................................

2.8 REMOVING FROM THE PANEL.................................................................................................

3. INPUTS AND OUTPUT CONNECTIONS...........................................................................................

4. RS-232 SERIAL INTERFACE, PROGRAMMING THE DEVICE OVER PC ......................................

4.1 CABLE CONNECTION BETWEEN RS-232 TERMINAL OF THE DEVICE AND PC..................

4.2 PC INTERFACE..........................................................................................................................

4.2.1 TECHNICIAL SPECIFICATIONS........................................................................................

5. USER SECTION..................................................................................................................................

5.1 EASY ACCESS DIAGRAM FOR PAGES....................................................................................

5.2 SHORTCUT BUTTONS...............................................................................................................

5.3 EDITING A PARAMETER............................................................................................................

5.4 SCREENS, PARAMETERS AND FUNCTIONS..........................................................................

5.4.1 PROCESS VALUES...........................................................................................................

5.4.2 SYSTEM MONITORING.....................................................................................................

5.4.3 FEEDING CONSUMPTION (EPC 3&4) .............................................................................

5.4.4 WEIGHING LOG (EPC 4) ..................................................................................................

5.4.5 ELECTRICITY ENERGY CONSUMPTION (EPC 4) ..........................................................

5.4.6 WATER CONSUMPTION (EPC 4) .....................................................................................

5.4.7 SET VALUES......................................................................................................................

5.4.8 SHUTTER...........................................................................................................................

5.4.8.1 SHUTTER PARAMETERS..................................................................................

5.4.8.2 SHUTTER FUNCTION........................................................................................

5.4.9 FEEDING PARAMETERS (EPC 3&4) ...............................................................................

5.4.9.1 FEEDING FUNCTION (EPC 3&4) ......................................................................

5.4.10 LIGHTING PARAMETERS (EPC 3&4) ............................................................................

5.4.11 ALARMS...........................................................................................................................

5.4.11.1 ALARM SET VALUES........................................................................................

5.4.11.2 ALARM TYPES..................................................................................................

5.4.12 PROCESS OUTPUTS......................................................................................................

5.4.13 MAX & MIN VALUES........................................................................................................

5.4.14 ALARM STATUS...............................................................................................................

5.4.15 EVENTS...........................................................................................................................

5.4.16 INFLUENCES...................................................................................................................

5.4.16.1 INFLUENCE PARAMETERS.............................................................................

5.4.16.2 INFLUENCE FUNCTIONS.................................................................................

5.4.17 DATE SETUP....................................................................................................................

5.4.18 CURVE.............................................................................................................................

5.4.18.1 CURVE SETUP..................................................................................................

5.4.18.2 CURVE FEEDING PARAMETERS (EPC 3&4) .................................................

5.4.18.3 CURVE LIGHTING PARAMETERS (EPC 3&4) ................................................

5.4.18.4 CURVE FUNCTION...........................................................................................

6. TECHNICIAN SECTION...............................................................................................................

6.1 FRONT PANEL...........................................................................................................................

6.1.1 BUTTONS EXPLANATIONS..............................................................................................

6.1.2 LEDS EXPLANATIONS......................................................................................................

6.2 EASY ACCESSING DIAGRAM FOR PAGES.............................................................................

6.3 EDITING A PARAMETER. AND CHANGING A PAGE................................................................

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CONTENTS

4

6.4 SCREENS PARAMETERS AND FUNCTIONS..........................................................................

6.4.1 TECHNICIAN PASSWORD...............................................................................................

6.4.2 HEATER1..........................................................................................................................

6.4.2.1 HEATING1 PARAMETERS................................................................................

6.4.2.2 HEATER1 FUNCTION........................................................................................

6.4.3 HEATER2..........................................................................................................................

6.4.3.1 HEATING2 PARAMETERS................................................................................

6.4.3.2 HEATER2 FUNCTION........................................................................................

6.4.4 COOLING..........................................................................................................................

6.4.4.1 COOLING PARAMETERS..................................................................................

6.4.4.2 COOLING FUNCTION........................................................................................

6.4.5 HUMIDITY..........................................................................................................................

6.4.5.1 HUMIDITY PARAMETERS.................................................................................

6.4.5.2 HUMIDITY.FUNCTION.......................................................................................

6.4.6 VENTILATION...................................................................................................................

6.4.6.1 VENTILATION PARAMETERS...........................................................................

6.4.6.2 SET VENTILATION<°C>....................................................................................

6.4.6.3 VENTILATION FUNCTION(TUNNEL)................................................................

6.4.6.4 VENTILATION FUNCTION(BASIC&TUN.).........................................................

6.4.6.5 TECHNICIAN VENTILATION PARAMETERS....................................................

6.4.7 SHUTTER CALIBRATION.................................................................................................

6.4.8 TEMPERATURE SETTINGS.............................................................................................

6.4.9 CONTROL FUNC PAGE 1.................................................................................................

6.4.10 CONTROL FUNC PAGE 2...............................................................................................

6.4.11 LIGHTING FUNCTION (EPC 3&4) ..................................................................................

6.4.11.1 LIGHTING(ON/OFF MODE) FUNCTION (EPC 3&4) .......................................

6.4.11.2 LIGHTING(MODULATE MODE) FUNCTION (EPC 3&4) .................................

6.4.12 FEEDING (EPC 3&4) ......................................................................................................

6.4.12.1 FEED UNIT PARAMETERS (EPC 3&4) ...........................................................

6.4.12.2 FEEDING WEIGH ADJUSTMENT (EPC 3&4) .................................................

6.4.12.3 FEEDING SYSTEM (EPC 3&4) .......................................................................

6.4.12.4 FEEDING FLOW CHARTS (EPC 3&4) ............................................................

6.4.12.5 FEEDING (WITH LOADCELL) GRAPHICS (EPC 3&4) ...................................

6.4.12.6 FEEDING (WITHOUT LOADCELL) GRAPHICS (EPC 3&4) ............................

6.4.12.7 FEEDING EXAMPLES (EPC 3&4) ...................................................................

6.4.13 WEIGHT (EPC 4) .............................................................................................................

6.4.13.1 WEIGHT1 ADJUSTMENT (EPC 4) ...................................................................

6.4.13.2 WEIGHT2 ADJUSTMENT (EPC 4) ...................................................................

6.4.13.3 WEIGHT3 ADJUSTMENT (EPC 4) ...................................................................

6.4.13.4 AVERAGE WEIGH1 (EPC 4) ............................................................................

6.4.13.5 AVERAGE WEIGH2 (EPC 4) ............................................................................

6.4.13.6 AVERAGE WEIGH3 (EPC 4) ............................................................................

6.4.13.7 WEIGHING PARAMETERS (EPC 4) ................................................................

6.4.13.8 WEIGHING ADJUSTMENT (EPC 4) .................................................................

6.4.13.9 WEIGHING (EPC 4) ..........................................................................................

6.4.14 WATER AND ELECTRICITY CONSUMPTION (EPC 4) ..................................................

6.4.14.1 WATER AND ELECTRICITY CONSUMPTION PER PULSE (EPC 4) ..............

6.4.14.2 ELECTRICITY CONSUMPTION (EPC 4) .........................................................

6.4.14.3 WATER CONSUMPTION (EPC 4) ....................................................................

6.4.15 NH3/CO2 .........................................................................................................................

6.4.15.1 NH3 CALIBRATION ...........................................................................................

6.4.15.2 CO2 CALIBRATION ...........................................................................................

6.4.15.3 NH3/CO2 SET VALUES ....................................................................................

6.4.16 SMS PARAMETERS .......................................................................................................

6.4.17 MODBUS .........................................................................................................................

6.4.18 EDIT PASSWORDS..........................................................................................................

6.4.19 ENTER CAL PASSWORD PAGE......................................................................................

7. SPECIFICATIONS...............................................................................................................................

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5

5

Manufacturer’s Name : EMKO ELEKTRONIK A.S.
Manufacturer’s Address : DOSAB, Karanfil Sk., No:6,

16369 Bursa, TURKEY

The manufacturer hereby declares that the product:

Product Name : Poultry Controller Unit

Type Number : EPC

Product Category : Electrical equipment for measurement, control and

laboratory use

Conforms to the following directives :

2006 / 95 / EC The Low Voltage Directive

2004 / 108 / EC The Electromagnetic Compatibility Directive

has been designed and manufactured to the following specifications:

EN 61000-6-4:2001 EMC Generic Emission Standard for the Industrial Environment

EN 61000-6-2:2001 EMC Generic Immunity Standard for the Industrial Environment

EN 61010-1:2001 Safety Requirements for electrical equipment for measurement, control

and laboratory use

When and Where Issued Authorized Signature

th

10 May 2010 Name : Serpil YAKIN

Bursa-TURKEY Position : Quality Manager

EU DECLARATION OF CONFORMITY

1. INTRODUCTION

Beside of all these features EPC is developed controller with modbus communication and easy to use menu.

Feaures

- Two zones house temperature measurement and control,

- Heating, cooling and humidity control,

- Outside temperature measurement and intelligent influence on controls,

- Ventilation control with stages’ relay outputs and analog output,

- Shutter open / close control with relay outputs and analog output,

- Shutter Feedback input,

- Feeding control from age curves, feeding storage silo weight measurement and control,

- Food consumption data recording and logging,

- Lighting control from age curves, lighting control with analog output,

- Water consumption measurement, data recording and logging,

- Electricity Consumption measurement, data recording and logging,

- Animal weight measurement from up to 3 scales placed in house, animal weighings data.

5

6

Pt-100 input -1, Room Temperature Measurement

Pt-100 input -2, Room Temperature Measurement

Pt-100 input -3, Outside Temperature Measurement

8 Relay Outputs for Fans

0-10 V Analog Output for Fans

Heater-1 and Heater-2 Relay Outputs

Cooling Relay Output

Alarm Relay Output and 2 Alarm Signal Inputs

Shutter Open/Close Relay outputs

0-10V Analog Output for Shutter Control

Humidity Control Relay Output & %RH measurement

Feeding Relay Output & Feeding weight measurement

0-10V Analog Output for Lighting control

Water & Electricity Consumption measurement input (pulse) & Log

Weight-1, Weight-2, Weight-3 measurement inputs & weight logging

Feeding Consumption log

Lighting curves & Lighting Relay Output

EPC3EPC1 EPC4FUNCTIONS

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

YES

NO

NO

NO

NO

NO

NO NO

NO

Shutter Feedback input YESYESYES

CO and NH meauserement input & control YESYESYES

2

3

MICROCONTROLLER

SUPPLY

VOLTAGE

24VZ +/-15%

PUSH BUTTONS

HUMIDITY
(0-10VZ)

ANALOG INPUT

ROOM TEMP1

Pt100 INPUT

ROOM TEMP2

Pt100 INPUT

OUTSIDE TEMP

Pt100 INPUT

FEEDING

(0-10VZ)

ANALOG INPUT

WEIGHT 1
(0-10VZ)

ANALOG INPUT

WEIGHT 2
(0-10VZ)

ANALOG INPUT

SHUTTER FEED.

(0-10VZ)

ANALOG INPUT

ALARM 1

DIGITAL INPUT

NEGATIVE

PRESSURE

DIGITAL INPUT

FEEDING

DIGITAL INPUT

ELECTRICITY

CONSUMPTION

DIGITAL INPUT

WATER

CONSUMPTION

DIGITAL INPUT

RS-232

PC COMM.

RS-485

COMMUNICATION

SHUTTER

OPEN

RELAY OUTPUT

ALARM 1

RELAY OUTPUT

FAN RELAY

OUTPUTS

COOLING

RELAY OUTPUT

HEATER 2

RELAY OUTPUT

HEATER 1

RELAY OUTPUT

SHUTTER

CLOSE

RELAY OUTPUT

HUMIDITY

RELAY OUTPUT

FEEDING

RELAY OUTPUT

LIGHTING

RELAY OUTPUT

SHUTTER

(0-10VZ)

ANALOG OUT.

FANS

(0-10VZ)

ANALOG OUT.

LIGHTING

(0-10VZ)

ANALOG OUT.

STATUS

INDICATORS

1.1 GENERAL SPECIFICATIONS

5

7

(EPC 3&4)

(EPC 4)

(EPC 4)

(EPC 3&4)

(EPC 4)

(EPC 4)

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

(NOTE-1)

NOTE-1: If the device is EPC-1A, EPC-3A or EPC-4A, then this analog input is shutter feedback input.
If the device is EPC-1 or EPC-3, there is no analog input. If the device is EPC-4, then this analog input
is WEIGH-3 Analog input(0-10V).

EMKO Elektronik warrants that the equipment delivered is free from defects in material and workmanship. This
warranty is provided for a period of two years. The warranty period starts from the delivery date. This warranty is in
force if duty and responsibilities which are determined in warranty document and instruction manual performs by
the customer completely.

Repairs should only be performed by trained and specialized personnel. Cut power to the device before
accessing internal parts.
Do not clean the case with hydrocarbon-based solvents (Petrol, Trichlorethylene etc.). Use of these solvents can
reduce the mechanical reliability of the device. Use a cloth dampened in ethyl alcohol or water to clean the
external plastic case.

1.2 WARRANTY

1.3 MAINTENANCE

Carefully unpack the unit and check for damage to the unit or to the cables supplied. Retain the packing
in case of future need, e.g. returning the unit for adjustment.
Check the contents, as follows:

• One EPC unit.

• Operating Manual.

• Screw fixings.

• RS-232 Cable.

Before commencing installation:

• Disconnect all electrical power to the machine.

• Make sure the machine cannot operate during installation.

• Follow all of the machine manufacturer’s safety warnings.

• Read and follow all installation instructions.

Report any shortage or damage to your local sales office as soon as possible.

A visual inspection of this product for possible damage occured during shipment is recommended
before installation. It is your responsibility to ensure that qualified mechanical and electrical technicians
install this product.

Be sure to use the rated power supply voltage to protect the unit against damage and to prevent failure.

Keep the power off until all of the wiring is completed so that electric shock and trouble with the unit can
be prevented.

Never attempt to disassemble, modify or repair this unit. Tampering with the unit may results in
malfunction, electric shock or fire.

Do not use the unit in combustible or explosive gaseous atmospheres.

During the equipment is putted in hole on the metal panel while mechanical installation some metal burrs
can cause injury on hands, you must be careful.
Montage of the product on a system must be done with it’s own fixing screws. Do not do the montage of
the device with inappropriate fixing screws. Be sure that device will not fall while doing the montage.
It is your responsibility if this equipment is used in a manner not specified in this instruction manual.

Before beginning installation of this product, please read the instruction manual and warnings
below carefully.

c

2. INSTALLATION

8

Mounting

Holes

Electrical

Connection

Front Panel

IP65 protection

NEMA 4X

Label

Pocket

mm1
44

204mm

2.1 GENERAL DESCRIPTION

2.2 DIMENSIONS

Electrical

Connection

COOLING

ALARM

MAN

AUTO

PROCESS

VALUES

PROCESS

OUTPUTS

SET

VALUES

ALARM SET

VALUES

EVENTS

MAX & MIN

SHUTTER

FANS

FANS

FANS

FANS

HEATERS

1 2

3 4

5 6

7 8

1 2

PRG
ESC

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5 CURVE

Label

Pocket

9

7mm

16.5mm 34.5mm

89.5mm29mm

144mm

2.3 RIGHT SIDE VIEW

10

Operating Temperature : -25°C to 70°C

Max. Operating Humidity : 90% Rh (non-condensing)

Altitude : Up to 2000m.

Operating Conditions

Forbidden Conditions:
Corrosive atmosphere
Explosive atmosphere
Home applications (The unit is only for industrial applications)

c

2.4 PANEL CUT-OUT

2.5 ENVIRONMENTAL RATINGS

7
1

.25m

m

R

=

4.

5m

m

R=

4.5m

m

7 2

5m

m

1

.

5

m

m

5mm

R=4.5mm

R=4.5mm

186 mm

1

5

m

03

.

m

196 mm

1

3

m8

m

11

During installation into a metal panel, care should be taken to avoid injury from metal burrs
which might be present. The equipment can loosen from vibration and become dislodged if
installation parts are not properly tightened. These precautions for the safety of the person
who does the panel mounting.

1. Before mounting the device in your panel, make sure that the cut-out is of the right size

2. Make sure that the diameter of the holes are of the right size and coordinate of the holes are true.

3. Check front panel gasket position

4. Insert the device through the cut-out. If the mounting screws are on the unit, put out them before inserting the

unit to the panel.

c

1

3

2

22

2

4

The unit is designed for panel mounting.

1. Insert the unit in the panel cut-out from the front
side.

2. Insert the fixings through the mounting holes and
tighten the fixing screws to secure the unit against
the panel.

Fixing is

done by four screw fixings.

Montage of the unit to a system must be done with it’s own fixing screws. Do not do the montage of
the device with inappropriate fixing screws. Be sure that device will not fall while doing the
montage.

During mechanical installation, beware of any sharp burrs on the metal panel aperture.
Ensure that the fixings are properly tightened to prevent the fixings becoming loose due to
panel vibration.

c

2.6 PANEL MOUNTING

2.7 INSTALLATION FIXING SCREWS

12

1. Loosen the screws.

2. Pull the unit through the front side of the panel

Before starting to remove the unit from panel, power off the unit and the related system.

c

RESET

2

2.8 REMOVING FROM THE PANEL

13

3. INPUT AND OUTPUT CONNECTIONS

14

SUPPLY VOLTAGE

24 VZ +/-15%

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

EPC - 1

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON11SHUTTER

FANS

+ +-

ANALOG OUTPUTS

Z(0-10 V )

ANALOG INPUTS

ROOM
TEMP 1
PT-100

55 66 77 88 99 1010

ROOM
TEMP 2
PT-100

OUTSIDE

TEMP

PT-100

OUT

RH

-

+

HUMIDITY
(0 - 10V ) Z

22 33 1111 1212

4545 4747

4646

4848

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

DIGITAL INPUTS

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

HUMIDITY

COMMON

2222

2323

ALARM 1

NEG PRES

2121

C$

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

RS 232

PC COMM.

RS 485

EXPANSION BOARD

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

EPC - 3

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON11SHUTTER

FANS

LIGHTING

++ +-

ANALOG OUTPUTS

Z(0-10 V )

ANALOG INPUTS

ROOM
TEMP 1
PT-100

55 66 77 88 99 1010

ROOM
TEMP 2
PT-100

OUTSIDE

TEMP

PT-100

OUT

RH

-

+

HUMIDITY
(0 - 10V ) Z

22 33 44 1111 1212

4545 4747

4646

4848 4949 5050

5 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

HUMIDITY

FEEDING

LIGHTING

C$

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

DIGITAL INPUTS

FEEDING

COMMON

ALARM 1

NEG PRES

2222

2323

2424

2121

RS 232

PC COMM.

RS 485

EXPANSION BOARD

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

RS 232

PC COMM.

RS 485

EXPANSION BOARD

EPC - 4

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON11SHUTTER

FANS

LIGHTING

++ +-

ANALOG OUTPUTS

Z(0-10 V )

ANALOG INPUTS

ROOM
TEMP 1
PT-100

55 66 77 88 99 1010

ROOM
TEMP 2
PT-100

OUTSIDE

TEMP

PT-100

OUT

RH

-

+

HUMIDITY
(0 - 10V ) Z

22 33 44 1111 1212

4545 4747

4646

4848 4949 5050

5 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

DIGITAL INPUTS

-

+

FEEDING

(0 - 10V ) Z

1313 1414

-

+

1515 1616

-

+

1717 1818

-

+

1919 2020

INPUT 1

(0 - 10V ) Z

INPUT 2

(0 - 10V ) Z

INPUT 3

(0 - 10V ) Z

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

HUMIDITY

FEEDING

LIGHTING

FEEDING

COMMON

2222

2323

2424 2525

ALARM 1

NEG PRES

ELECTRICITY

2121

2626

WATER

CONSUMP.

C$

SUPPLY VOLTAGE

24 VZ +/-15%

SUPPLY VOLTAGE

24 VZ +/-15%

-

+

FEEDING

(0 - 10V ) Z

1313 1414

-

+

1515 1616

-

+

1717 1818

INPUT 1

(0 - 10V ) Z

INPUT 2

(0 - 10V ) Z

-

+

1515 1616

-

+

1717 1818

INPUT 1

(0 - 10V ) Z

INPUT 2

(0 - 10V ) Z

4141

4242

+

-

4040

I

4141

4242

+

-

4040

I

4141

4242

+

-

4040

I

15

3. INPUT AND OUTPUT CONNECTIONS

-

+

1515 1616

-

+

1717 1818

FEEDING

(0 - 10V ) Z

CONF IN 2

ORTAK

2222

2323

2424 2525

CONF IN 1

TERS BASINÇ

ELEKTRÝK

2121

2626

SU TÜKETÝMÝ

EPC - 4B

1313 141455 66 77 88 99 1010 1111 1212

C$

DÝJÝTAL GÝRÝÞLER

RS 232

PC HABER.

RS 485

GENÝÞLEME KARTI

1919 2020

-

+

NEG. PRESS.

(0 - 10V ) Z

SUPPLY VOLTAGE

24 VZ +/-15%

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

EPC - 1A

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON11SHUTTER

FANS

+ +-

ANALOG OUTPUTS

Z(0-10 V )

ANALOG INPUTS

ROOM
TEMP 1
PT-100

55 66 77 88 99 1010

ROOM
TEMP 2

PT-100

OUTSIDE

TEMP

PT-100

OUT

RH

-

+

HUMIDITY
(0 - 10V ) Z

22 33 1111 1212

4545 4747

4646

4848

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

DIGITAL INPUTS

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

HUMIDITY

COMMON

2222

2323

ALARM 1

NEG PRES

2121

C$

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

RS 232

PC COMM.

RS 485

EXPANSION BOARD

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

EPC - 3A

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON11SHUTTER

FANS

LIGHTING

++ +-

ANALOG OUTPUTS

Z(0-10 V )

ANALOG INPUTS

ROOM
TEMP 1

PT-100

55 66 77 88 99 1010

ROOM
TEMP 2
PT-100

OUTSIDE

TEMP

PT-100

OUT

RH

-

+

HUMIDITY
(0 - 10V ) Z

22 33 44 1111 1212

4545 4747

4646

4848 4949 5050

5 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

-

+

FEEDING

(0 - 10V ) Z

1313 1414

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

HUMIDITY

FEEDING

LIGHTING

C$

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

DIGITAL INPUTS

FEEDING

COMMON

ALARM 1

NEG PRES

2222

2323

2424

2121

RS 232

PC COMM.

RS 485

EXPANSION BOARD

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

RS 232

PC COMM.

RS 485

EXPANSION BOARD

EPC - 4A

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON11SHUTTER

FANS

LIGHTING

++ +-

ANALOG OUTPUTS

Z(0-10 V )

ANALOG INPUTS

ROOM
TEMP 1
PT-100

55 66 77 88 99 1010

ROOM

TEMP 2

PT-100

OUTSIDE

TEMP

PT-100

OUT

RH

-

+

HUMIDITY
(0 - 10V ) Z

22 33 44 1111 1212

4545 4747

4646

4848 4949 5050

5 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

DIGITAL INPUTS

-

+

FEEDING

(0 - 10V ) Z

1313 1414

-

+

1515 1616

INPUT 1

(0 - 10V ) Z

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

HUMIDITY

FEEDING

LIGHTING

FEEDING

COMMON

2222

2323

2424 2525

ALARM 1

NEG PRES

ELECTRICITY

2121

2626

WATER

CONSUMP.

C$

SUPPLY VOLTAGE

24 VZ +/-15%

SUPPLY VOLTAGE

24 VZ +/-15%

-

+

1717 1818 1919 2020

INPUT 2

(0 - 10V ) Z

SHUTTER

FEEDBACK

1919 2020

SHUTTER

FEEDBACK

-

+

1515 1616

INPUT 1

(0 - 10V ) Z

-

+

1717 1818

INPUT 2

(0 - 10V ) Z

1919 2020

SHUTTER

FEEDBACK

-

+

1515 1616

INPUT 1

(0 - 10V ) Z

-

+

1717 1818

INPUT 2

(0 - 10V ) Z

OUTSIDE

TEMP

PT-100

HUMIDITY
(0 - 10V ) Z

COMMON11SHUTTER

FANS

LIGHTING

++ +-

ANALOG OUTPUTS

Z(0-10 V )

22 33 44

3 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

2727 2828 2929 3030

HEATER 1

HEATER 2

COOLING

COMMON 1

ROOM
TEMP 1
PT-100

ROOM

TEMP 2

PT-100

ROOM

TEMP 3

PT-100

ROOM
TEMP 4
PT-100

4343 4444

RELAY 5A @ 250 V V
(RESISTIVE LOAD)

ALARM 1

COMMON 4

4545 4747

4646

4848 4545 5050

5 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

COMMON 3

SHUTTER

OPEN

SHUTTER

CLOSE

COOLING

OPEN

COOLING

CLOSE

LIGHTING

SUPPLY VOLTAGE

24 VZ +/-15%

1

FAN OUTPUTS

2 3 4 5 6 7

3131 3232 3333 3434 3535 3636 3737 3838 3939

8

COMMON 2

8 RELAYS 5A @ 250 V V
(RESISTIVE LOAD)

4141

4242

+

-

4040

I

4141

4242

+

-

4040

I

4141

4242

+

-

4040

I

4141

4242

+

-

4040

I

Table 3.1 Unit wiring

1.0

Description

Cable Size

Notes

Table 3.1 shows the connections and recommended cable sizes. Table 3.2 describes the functions of the
connections.

1

Pin

Analog output’s common Analog output’s common

1.0

2

Shutter analog output (EPC 3&4) Analog output

1.0

3

Fan’s analog output Analog output

1.0

4

Lighting analog output (EPC 3&4) Analog output

1.0

5

Room Temp 1 PT-100 PT-100 input

1.0

6

Room Temp 1 PT-100 PT-100 input

1.0

7

Room Temp 2 PT-100 PT-100 input

1.0

8

Room Temp 2 PT-100 PT-100 input

1.0

9

Outside Temp PT-100 PT-100 input

1.0

10

Outside Temp PT-100 PT-100 input

1.0

11

Humidity

+ line(0 - 10VZ ) input1.0

12

Humidity

- line (0 - 10VZ ) input

1.0

13

Feeding (EPC 3&4)

+ line(0 - 10VZ )1.0

14

Feeding (EPC 3&4)

- line (0 - 10VZ ) input

1.0

15

Weight 1 (EPC 4)

+ line(0 - 10VZ ) input1.0

16

Weight 1 (EPC 4)

- line (0 - 10VZ ) input

1.0

17

Weight 2 (EPC 4)

+ line(0 - 10VZ ) input1.0

18

Weight 2 (EPC 4)

- line (0 - 10VZ ) input

1.0

19

Weight 3 (EPC 4)

+ line(0 - 10VZ ) input1.0

20

Weight 3 (EPC 4)

- line (0 - 10VZ ) input

1.0

21

Digital input’s common line

Switch to 0 VZ (NO)1.0

22

Alarm 1 digital input

Switch to 0 VZ (NO)1.0

23

Negative pressure digital input

Switch to 0 VZ (NO)1.0

24

Feeding digital input (EPC 3&4)

Switch to 0 VZ (NO)1.0

25

Electricity cons. digital input (EPC 4)

Switch to 0 VZ (NO)1.0

26

Water consumption digital input (EPC 4)

1.0

27

Relay output’s Common 1

1.0

28

Heater 1

1.0

29

Heater 2

1.0

30

Cooling

Relay output (5 A @ 250 VV)
Relay output (5 A @ 250 VV)
Relay output (5 A @ 250 VV)

1.0

31

Fan output 1 Relay output (5 A @ 250 VV)

1.0

32

Fan output 2 Relay output (5 A @ 250 VV)

1.0

33

Fan output 3 Relay output (5 A @ 250 VV)

1.0

34

Fan output 4 Relay output (5 A @ 250 VV)

1.0

35

Fan output 5 Relay output (5 A @ 250 VV)

1.0

36

Fan output 6 Relay output (5 A @ 250 VV)

1.0

37

Fan output 7 Relay output (5 A @ 250 VV)

2.5

38

Fan output 8 Relay output (5 A @ 250 VV)

1.0

39

Fan Relay output’s Common 2 Fan relay output’s common line

2.5

40

Supply voltage - line (24VZ +/-15% max.350 mA)

2.5

41

Supply voltage + line (24VZ +/-15% max.350 mA)

1.0

42

Common 4 Alarm 1 relay output’s common line

1.0

43

Alarm 1 Relay output (5 A @ 250 V~)

1.0

44

Common 3

1.0

45

Shutter open Relay output (5 A @ 250 VV)

1.0

46

Shutter close Relay output (5 A @ 250 VV)

1.0

47

Humidity Relay output (5 A @ 250 VV)

1.0

48

Feeding (EPC 3&4) Relay output (5 A @ 250 VV)

1.0

49

Lighting (EPC 3&4) Relay output (5 A @ 250 VV)

(mm)

input

16

Shut.Feedb (EPC xA)
Shut.Feedb (EPC xA)

Shut.Feedb (EPC xA)

9 pin D connector
female

EPC

Standard communication cable

Brown

White

Green

Note: For 9600 baud rate, cable length must be maximum 10 meters.

PC

9 pin D connector
male

4.RS-232 SERIAL INTERFACE, PROGRAMMING THE DEVICE OVER PC

4.1 CABLE CONNECTION BETWEEN RS-232 TERMINAL OF THE DEVICE AND PC

The PC interface kit comprises of a 9 pin D connector/FCC68(4 pin) connection lead with 2 meters of cable and
the optional PC Software (Supplied on CD-ROM)

RS-232 non-isolated Serial interface
Modbus RTU communication protocol,
Selectable Baud Rate,
8 data bits,
Selectable Parity,
Selectable Stop Bit.

4.2 PC INTERFACE

4.2.1 TECHNICAL SPECIFICATIONS

17

5. USER SECTION

PROCESS VALUES

SYSTEM MONITORING

FEEDING CONSUMPTION

WEIGHING1 LOG

WEIGHING2 LOG

WEIGHING3 LOG

ELECTRICITY ENERGY

CONSUMPTION

WATER CONSUMPTION

SET VALUES

ALARM SET VALUES

PROCESS OUTPUTS

MAX & MIN VALUES 1

SET SHUTTER

FEEDING PARAMETERS

LIGHTING PARAMETERS

(NOTE: 7)

(NOTE: 7)

(NOTE: 7)

(NOTE: 7)

NOTES:

1: If CONTROL FUNC PAGE 2 PAGE FEEDING parameter is
enabled then this page is visible
2: If CONTROL FUNC PAGE 2 PAGE CHICKS W1 parameter is
enabled then this page is visible
3: If CONTROL FUNC PAGE 2 PAGE CHICKS W2 parameter is
enabled then this page is visible.
4: If the device is EPC-4A then this page is not visible.
If the device is EPC-4 and CONTROL FUNC PAGE 2 PAGE
CHICKS W3 parameter is enabled then this page is visible.
5: If CONTROL FUNC PAGE 1 PAGE ELECT CONSUM
parameter is enabled then this page is visible
6: If CONTROL FUNC PAGE 1 PAGE WATER CONSUM
parameter is enabled then this page is visible
7: If the last parameter is selected.
8: If CONTROL FUNC PAGE 1 PAGE CURVE parameter is
enabled then this page is visible
9: If CONTROL FUNC PAGE 2 PAGE LIGHTING parameter is
enabled then this page is visible

(NOTE: 1)

(NOTE: 2)

(NOTE: 3)

(NOTE: 4)

(NOTE: 5)

(NOTE: 6)

(NOTES:1, 8)

(NOTES:8, 9)

EVENTS

MAX & MIN VALUES 2

5.1 EASY ACCESS DIAGRAM FOR PAGES

18

(EPC 4)

(EPC 4)

(EPC 4)

(EPC 4)

(EPC 4)

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

5.2 SHORTCUT BUTTONS

and buttons are used to access to the pages, some pages can be accessed direct by

pushing their buttons. These buttons are called “shortcut buttons”.
Shortcut buttons and their pages are seen below;

PROCESS

VALUES

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

PROCESS
OUTPUTS

PROCESS OUTPUTS
HEATING1 : 0%
HEATING2 : 0%
COOLING : 0%
HUMIDITY : 0%
TUNNEL VENT. : 0%00
SHUTTER : 0%00
LIGHTING ANALOG: 0%

ALARM SET

VALUES

ALARM SET VALUES

ABSOLUTE MIN: 0.0°C
ABSOLUTE MAX: 99.0°C
DIFFERENTIAL: 0.0°C
TYPE :NONLATCH

MAX & MIN

MAX & MIN VALUES 1

HOUSE MIN : 0.0°C
TIME : 00.00
HOUSE MAX : 0.0°C
TIME : 00.00

MAX & MIN VALUES 2

OUTSIDE MIN: 0.0°C
TIME : 00.00
OUTSIDE MAX: 0.0°C
TIME : 00.00

MAX & MIN MAX & MIN

ALARM STATUS 1
ABSOLUTE MIN :OFF
ABSOLUTE MAX :OFF
DIFFERENTIAL :OFF
ALARM1 :OFF
NEGATIVE PRESSURE:OFF
HUMIDITY SENSOR :OFF
NO ENOUGH FEED :OFF

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

ALARM STATUS 2
ROOM1 OFL :OFF
ROOM2 OFL :OFF
OUTSIDE OFL :OFF

DATE SETUP
YEAR : 2007
MONTH : 1
DAY : 24
HOUR : 16
MINUTE : 31
SECOND : 36

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

INFLUENCE 1
F.L.O.T/MN.VNT: NON
T.L.O.T/MN.VNT: -25.0
MAX.VENT.COOL : 8%00
F.L.O.T/T.OFF : NON
T.L.O.T/T.OFF : -25.0

INFLUENCE 2
T.O.TMP OFFS: NON
T.RH OFFSET : 5.0
NEG PRESSURE: NON
NEG.PRE.TON : 0
NEG.PRE.TOFF: 0

Or

Or

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

EVENTS

EVENTS

EVENT 1

11.05.2006 11:07:03

DIFFERENTIAL ALARM

19

Push button to access to curve pages or exit from curve mode pages and return to PROCESS VALUES
page

19.07.07 14:30:21
HOUSE 20.2°C

OUT 12.1°C
HUMIDITY 10%

DAY 3

CURVE SETUP
CURVE STEP: 1
DAY : 1
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

FORWARD DIRECTION

BACKWARD DIRECTION

(NOTE:1)

NOTES:

1. If CONTROL FUNC PAGE 1 PAGE CURVE parameter is enabled then this page is visible.

2. If CONTROL FUNC PAGE 1 PAGE HUMIDITY parameter is enabled then CURVE SETUP PAGES
HUMIDITY parameter’s value can change.

(NOTE: 3)

...

...

...

FEEDING PARAMETERS
CURVE STEP 1

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<GR>

FEEDING PARAMETERS
CURVE STEP 9

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<GR>

FEEDING PARAMETERS
CURVE STEP 10

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<GR>

LIGHTING PARAMETERS
CURVE STEP 1

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 9

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 10

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

CURVE SETUP
CURVE STEP: 1
DAY : 1
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

CURVE SETUP
CURVE STEP: 2
DAY : 5
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

CURVE SETUP
CURVE STEP: 10
DAY : 100
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

(NOTE: 2)

(NOTE: 2)

(NOTE: 2)

...

...

...

FEEDING PARAMETERS
CURVE STEP 1
HR:MN FEED<GR>
F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

FEEDING PARAMETERS
CURVE STEP 1

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 2

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<GR>

FEEDING PARAMETERS
CURVE STEP 10

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<GR>

LIGHTING PARAMETERS
CURVE STEP 1

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 2

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 10

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

(EPC 3&4)

CURVE SETUP
CURVE STEP: 1
DAY : 1
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

CURVE SETUP
CURVE STEP: 10
DAY : 100
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

CURVE SETUP
CURVE STEP: 2
DAY : 5
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

(NOTE: 2)

(NOTE: 2)

(NOTE: 2)

(EPC 3&4) (EPC 3&4)

20

5.3 EDITING A PARAMETER

1. Sample display,

2. Push button. First parameter is selected,

3. Use or buttons to edit parameter

Password query page will be seen (once for each new page first parameter accessing),

4. Push button,

5. Use or buttons to enter password,

6. Push button to enter password and return back to the application page,

6.a. If the entered password is wrong then EPC return back to application without tab
symbol,

6.b. If the entered password is true then EPC return back to application with tab symbol,

7. Push and buttons to change the value.

8.a. Push button to save the parameter and pass to the next parameter.

8.b. Push button to cancel changing.

INFLUENCE 2
T.O.TMP OFFS: NON
T.RH OFFSET : 5.0
NEG PRESSURE: NON

INFLUENCE 2
T.O.TMP OFFS:
T.RH OFFSET : 5.0
NEG PRESSURE: NON

NON

INFLUENCE 2
T.O.TMP OFFS:
T.RH OFFSET : 5.0
NEG PRESSURE: NON

NON

INFLUENCE 2
T.O.TMP OFFS: 0.5
T.RH OFFSET :
NEG PRESSURE: NON

5.0

To understand how to edit a parameter please read following example;

ENTER USER

PASSWORD

0000

INFLUENCE 2
T.O.TMP OFFS:
T.RH OFFSET : 5.0
NEG PRESSURE: NON

0.5

INFLUENCE 2
T.O.TMP OFFS: NON
T.RH OFFSET : 5.0
NEG PRESSURE: NON

ENTER USER

PASSWORD

0000

ENTER USER

PASSWORD

3675

INFLUENCE 2
T.O.TMP OFFS: NON
T.RH OFFSET : 5.0
NEG PRESSURE: NON

PRG
ESC

21

DATE: The unit shows current date (day.month.year).
TIME: The unit shows current time (hour.minute.second).
HOUSE:
If TEMPERATURE SETTINGS PAGE SENS OPENING parameter is ROOM1;
HOUSE = ROOM1 sensor’s reading temperature value,
If TEMPERATURE SETTINGS PAGE SENS OPENING parameter is ROOM2;
HOUSE = ROOM2 sensor’s reading temperature value,
If TEMPERATURE SETTINGS PAGE SENS OPENING parameter is ROOM1&2;
HOUSE =( ROOM1 sensor’s reading temperature value + ROOM2 sensor’s reading temperature value) / 2.
ROOM1: Temperature that is reading from ROOM1 sensor.
ROOM2: Temperature that is reading from ROOM2 sensor.
OUT: Temperature that is reading from OUTSIDE sensor.
HUMIDITY: Humidity that is reading from HUMIDITY sensor.
FEEDING: Silo feed amount that is reading from FEEDING sensor.
DAY: Day number. PROCESS VALUES PAGE DAY, SET VALUES PAGE DAY are the same parameters.
PROCESS VALUES PAGE DAY parameter is a read-only parameter.
CURVE: If curve mode is enabled then “CURVE” word is seen.

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5 CURVE

5.4.1 PROCESS VALUE

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
FEEDING 0KG

DAY -5 CURVE

19.07.06 14:30:21

HOUSE 20.2°C

ROOM1 20.2°C
ROOM2 30.4°C

HUMIDITY 65%

DAY -5 CURVE

When the EPC is energized first PROCESS VALUES page is seen.
PROCESS VALUES page has four different screens. All screens are seen below;

CONTROL FUNC PAGE 1 PAGE HUMIDITY parameter is disabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is enabled.

(EPC3 and EPC4 feature)

CONTROL FUNC PAGE 1 PAGE HUMIDITY parameter is enabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is disabled.

19.07.06 14:30:21

HOUSE 20.2°C

ROOM1 22.4°C
ROOM2 20.2°C

FEEDING 0KG

DAY -5 CURVE

CONTROL FUNC PAGE 1 PAGE HUMIDITY parameter is disabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is disabled.

(EPC3 and EPC4 feature)

CONTROL FUNC PAGE 1 PAGE HUMIDITY parameter is enabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is enabled.

5.4 SCREENS, PARAMETERS AND FUNCTIONS

22

MAXVNTCURVE/MAXVNT: If curve is enabled; MAXVNTCURVE= Max. Ventilation set value from curve,
If curve is disabled; MAXVNT= SET VALUES PAGE VENT. MAX set value,
MINVNTCURVE/MINVNT: If curve is enabled; MINVNTCURVE= Min. Ventilation set value from curve,
If curve is disabled; MINVNT= SET VALUES PAGE VENT. MIN set value,
TMPSETCURVE/TMPSET: If curve is enabled; TMPSETCURVE= HOUSE TEMP set value from curve,
If curve is disabled; TMPSET= SET VALUES PAGE TEMP.HOUSE set value.

ROOM1 TEMP: ROOM1 SENSOR reading temperature value.
ROOM2 TEMP: ROOM2 SENSOR reading temperature value.
OUTSIDE TMP: OUTSIDE SENSOR reading temperature value.

5.4.2 SYSTEM MONITORING

SYSTEM MONITORING
TMPSETCURVE: 20.0°C
ROOM1 TEMP : 15.1°C
ROOM2 TEMP : 19.4°C
OUTSIDE TMP: 25.3°C
MAXVNTCURVE: 8%00
MINVNTCURVE: 0%00
TUNNEL VENT: 0%00

SYSTEM MONITORING
TMPSET: 20.0°C
ROOM1 TEMP : 15.1°C
ROOM2 TEMP : 19.4°C
OUTSIDE TMP: 25.3°C
MAXVNT : 8%00
MINVNT : 0%00
TUNNEL VENT: 0%00

SYSTEM MONITORING
TMPSETCURVE: 20.0°C
ROOM1 TEMP : 15.1°C
ROOM2 TEMP : 19.4°C
MAXVNTCURVE: 8%00
MINVNTCURVE: 0%00
TUNNEL VENT: 0%00

SYSTEM MONITORING
TMPSET: 20.0°C
ROOM1 TEMP : 15.1°C
ROOM2 TEMP : 19.4°C
MAXVNT : 8%00
MINVNT : 0%00
TUNNEL VENT: 0%00

SYSTEM MONITORING page has four different screens. All screens are seen below;

CONTROL FUNC PAGE 1 PAGE CURVE parameter is enabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is enabled.

CONTROL FUNC PAGE 1 PAGE CURVE parameter is disabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is enabled.

CONTROL FUNC PAGE 1 PAGE CURVE parameter is enabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is disabled.

CONTROL FUNC PAGE 1 PAGE CURVE parameter is disabled,
CONTROL FUNC PAGE 1 PAGE OUTSIDE TEMP parameter is disabled.

FEEDING CONSUMPTION

03.07.06 02:11:27
TARE : NO
RESET CONSUM: NO
REQUIREDFEED: 151KG
EXIST FEED : 368KG
TOTAL CONSUM: 8400KG
DAY NUMBER : 12

TARE: Tare enable parameter (Range: NO- YES / Factory Setting: NO).
RESET CONSUM: (Range: NO- YES / Factory Setting: NO).

To reset FEEDING CONSUMPTION TOTAL CONSUM parameter, please change FEEDING CONSUMPTION

RESET CONSUM parameter from NO to YES and push button, after that the

FEEDING CONSUMPTION TOTAL CONSUM parameter will reset and
FEEDING CONSUMPTION REST CONSUM parameter will change from YES to NO.
Also, curve enable event will reset FEEDING CONSUMPTION TOTAL CONSUM parameter.
REQUIREDFEED: Required feed amount to terminate step.
EXIST FEED: Feed weigh in silo.
TOTAL CONSUM: Total feed consumption at the active curve.
DAY NUMBER: Day Number.

5.4.3 FEEDING CONSUMPTION (EPC 3&4)

23

(NOTE-1)

(NOTE-1)

(NOTE-1)

(NOTE-1)

NOTE-1: If VENTIL.PARAMETERS PAGE FAN CONT. Parameter is TUNNEL, then TUNNEL VENT is shown. If the

parameter value is BASIC&TUN. and the ventilation level is basic ventilation, then BASIC VENT is shown. If the
parameter value is BASIC&TUN. and the ventilation level is tunnel ventilation, then TUNNEL VENT is shown.

WEIGHING1 LOG

03.07.06 02:11:27
TARE : NO
LOG CLEAR : NO
ACT AVERAGE : 151GR
YSTR AVERAGE: 143GR
TOTAL WEIGH : 980GR
DAY NUMBER : 12

DATE: The unit shows current date (day.month.year).
TIME: The unit shows current time (hour.minute.second).
LOG CLEAR: Clear today and yesterday log fields (Range: NO- YES / Factory Setting: NO).
ACT AVERAGE: Actual average weigh (GR).

Number Of Record: Quantitiy of recorded weigh in WEIGHING PARAMETERS PAGE AW SMPL PER time.
Number Of Record can’t be lower than WEIGHING PARAMETERS PAGE AW MIN SMP.
If Number Of Record is lower than WEIGHING PARAMETERS PAGE AW MIN SMP,
new ACTUAL AVERAGE WEIGH is not calculated and EPC keeps on using old ACTUAL AVERAGE WEIGH
till Number Of Record will reach to WEIGHING PARAMETERS PAGE AW MIN SMP.

YSTR AVERAGE: Yesterday average weigh(GR).

Number Of Yesterday’s Records: Quantitiy of recorded weigh in yesterday.

5.4.4 WEIGHING LOG (EPC 4)

3

Record No=1

Record No=Number Of Record

WEIGHT[Record No]

Number Of Record

ACTUAL AVERAGE WEIGH =

3

Record No=1

Record No=Number Of Yesterday’s Records

WEIGHT[Record No]

Number Of Record

YESTERDAY AVERAGE WEIGH =

WEIGHING3 LOG

03.07.06 02:11:27
TARE : NO
LOG CLEAR : NO
ACT AVERAGE : 351GR
YSTR AVERAGE: 348GR
TOTAL WEIGH : 3980GR
DAY NUMBER : 12

WEIGHING2 LOG

03.07.06 02:11:27
TARE : NO
LOG CLEAR : NO
ACT AVERAGE : 467GR
YSTR AVERAGE: 458GR
TOTAL WEIGH : 1400GR
DAY NUMBER : 12

24

(NOTE-1)

NOTE-1: If the device is EPC-4A then this page is not shown.

ELECTRICITY ENERGY
CONSUMPTION

03.07.06 02:11:27
RESET CONSUM: NO
DAILY CONSUM: 15KWH
TOTAL CONSUM: 5018KWH
DAY NUMBER : 12

DATE: The unit shows current date (day.month.year).
TIME: The unit shows current time (hour.minute.second).
RESET CONSUM: Reset DAILY CONSUM and TOTAL CONSUM parameters

(Range: NO- YES / Factory Setting: NO).

DAILY CONSUM: Daily electricity consumption (Kwh).
TOTAL CONSUM: Total electricity consumption (Kwh) at the active curve.
DAY NUMBER: Day Number.

Curve enable event will reset ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM and
ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM parameters.

To switch ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM to enabled from disabled and

pushing button will reset ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM and

ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM parameters.
ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM parameters is reset at each equinox.

5.4.5 ELECTRICITY ENERGY CONSUMPTION (EPC 4)

WATER CONSUMPTION

03.07.06 02:11:27
RESET CONSUM: NO
DAILY CONSUM: 430LT
TOTAL CONSUM: 15316LT
DAY NUMBER : 12

DATE: The unit shows current date (day.month.year).
TIME: The unit shows current time (hour.minute.second).
RESET CONSUM: Reset DAILY CONSUM and TOTAL CONSUM parameters

(Range: NO- YES / Factory Setting: NO).

DAILY CONSUM: Daily water consumption (Liter).
TOTAL CONSUM: Total water consumption (Liter).
DAY NUMBER: Day Number (Read only).

To reset WATER CONSUMPTION PAGE DAILY CONSUM and
WATER CONSUMPTION PAGE TOTAL CONSUM parameters, please change

WATER CONSUMPTION PAGE RESET CONSUM parameter from NO to YES and push button,

after that the WATER CONSUMPTION PAGE DAILY CONSUM and
WATER CONSUMPTION PAGE TOTAL CONSUM parameters will reset and
WATER CONSUMPTION PAGE RESET CONSUM parameter will change from YES to NO.

Also, curve enable event will reset WATER CONSUMPTION PAGE DAILY CONSUM and
WATER CONSUMPTION PAGE TOTAL CONSUM parameters.

5.4.6 WATER CONSUMPTION (EPC 4)

25

SET VALUES
TEMP.HOUSE: 20.0°C
TEMP.HEAT : -2.0°C
TEMP.COOL : 2.0°C
HUMIDITY : 20%
VENT.MIN : 0%00
VENT.MAX : 8%00
DAY : -5

TEMP.HOUSE: Temperature house set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 30.0 °C).
TEMP. HEAT: Temperature heat set value

(If HEATING1 PARAMETERS PAGE SET POINT or HEATING2 PARAMETERS PAGE SET POINT is
ABSOLUTE then; Range: 0.0 °C - 40.0 °C otherwise, Range: -9.9 °C - 0.0 °C / Factory Setting: -0.5 °C)
HEATING1 PARAMETERS PAGE SET POINT and HEATING2 PARAMETERS PAGE SET POINT
parameters are the same.
TEMP.COOL: Temperature cool set value
(If COOLING PARAMETERS PAGE SET POINT is ABSOLUTE then
Range: 0.0 °C - 40.0 °C otherwise 0.0 °C - 9.9 °C/ Factory Setting: 4.0 °C)

HUMIDITY: Humidity set value (Range: 0% RH - 100% RH / Factory Setting: 65% RH).
VENT.MIN: Minimum ventilation set value (Range: 0%00 - 8%00 / Factory Setting: 0%00).
VENT.MAX: Maximum ventilation set value (Range: 0%00 - 8%00 / Factory Setting: 8%00)
DAY: Current day set number. PROCESS VALUES PAGE DAY, SET VALUES PAGE DAY are the same

parameters.

SET VALUES PAGE DAY parameter can change. (Range: -5 - 999 / Factory Setting: -1)

5.4.7 SET VALUES

SET VALUES
TEMP.HEAT : -2.0°C
TEMP.COOL : 2.0°C
DAY : -5

CURVE is DISABLED

CURVE is ENABLED

Page I Page II

SET SHUTTER
CORRMINVENT: 0%
CORRMAXVENT: 0%
CORRPBVENT : 0.0%

CORRMINVENT: Shutter minimum set value depends on Min. Vent. set value
(Range: -20% - 20% / Factory Setting: 0%)
CORRMAXVENT: Shutter maximum set value depends on Max. Vent. set value
(Range: -20% - 20% / Factory Setting: 0%)
CORRPBVENT: Correction for Shutter set value depends on ventilation
(Range: -9% - 70 % / Factory Setting: 0.0 %)

Push button to access to ALARM SET VALUES PAGE (If no parameter is selected)

Push button to access to PROCESS VALUES PAGE (If no parameter is selected)

Push button to access to FEEDING PARAMETERS PAGE (If the last parameter is selected)

5.4.8.1 SHUTTER PARAMETERS

5.4.8 SHUTTER

SET VALUES page showing depends on curve selection.
If curve is enabled “Page II” is seen, otherwise “Page I” is seen.

26

5.4.8.2 SHUTTER FUNCTION

1. Shutter analog output:

Shutter value is related with SET SHUTTER PAGE CORRMINVENT, SET SHUTTER PAGE
CORRMAXVENT, SET SHUTTER PAGE CORRPBVENT and ventilation outputs.

Shutter analog output (SHUTTER) is between 0 VZ - 10 VZ.

Settemp

(NOTE1)

House [°C]

Shutter Analog[V]

NOTE1:

If curve is enabled;
Settemp= HOUSE TEMP from curve, Min.Vent= MIN. VENT from curve, Max.Vent=MAX. VENT from curve,
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE, Min.Vent= SET VALUES PAGE VENT. MIN,
Max.Vent= SET VALUES PAGE VENT. MAX.

NOTE2:

A: Settemp(NOTE1)+SET VENTILATION PAGE VENT3.

10.0

2. Shutter motorized control

Default control mode is AUTO.

Push button to switch between AUTO and MANUAL control modes.

Manual Control: Control the shutter by using buttons.

Auto Control: Control the shutter by using SHUTTER PARAMETERS PAGE parameters.

Control with Feedback(For EPC-1A,EPC-3A,EPC-4A): Control the shutter with shutter feedback

analog input. Shutter position is measured from shutter feedback analog input(potantiometer input).

SHUTTER PARAMETERS PAGE STROKE TIME:
It can be adjusted from 5 to 600 second. It defines after how many seconds shutter is completely opened.
For determining the parameter correctly, close the shutter manually. Be sure that shutter is closed completely,
then open it manually without stopping and measure that how many seconds have passed for opening it
completely. Parameter must be entered “measured value + 5% of measured value”.

SHUTTER PARAMETERS PAGE STEP:
It can be adjusted from 0.1 to 5.0 %. It is % of SHUTTER PARAMETERS PAGE STROKE TIME
parameter. Minimum movement steps of shutter while opening or closing are determined as % ratio.
If shutter oscillates while controlling, INCREASE this parameter value.

Min. Vent

(NOTE1)

SET SHUTTER PAGE

CORRMINVENT

SET SHUTTER

CORRMAXVENT

SHUTTER PARAMETERS
STROKE TIME: 100SEC
STEP : 1.0%

MAN

AUTO

SHUTTERSHUTTER

SET SHUTTER PAGE

CORRPBVENT

27

SHUTTER PARAMETERS
STROKE TIME: 100SEC
STEP : 1.0%
SHUT.FEEDB.: ENABLE

(For EPC-1,EPC-3,EPC-4)

(For EPC-1A,EPC-3A,EPC-4A)

If VENTIL. PARAMETERS PAGE FAN CONT.:TUNNEL If VENTIL. PARAMETERS PAGE FAN CONT.:BASIC&TUN.

A(NOTE2)

House [°C]

10.0

SET SHUTTER

CORRMAXVENT

SET SHUTTER PAGE

CORRPBVENT

Shutter Analog[V]

0.0

If VENTIL. PARAMETERS PAGE FAN CONT. parameter is BASIC&TUN.
then Shutter Analog value is 0V on basic ventilation section and Shutter
motorized control operates only tunnel ventilation section.

HR:MN (COLUMN): Step start time
(Range: 00:00 - 23:59 / Factory Setting: 00:00).
FEED <KG> (COLUMN): Feed amount for related step
(Range: 0 KG - 10000 KG / Factory Settings please look below).

Push button to access to ALARM SET VALUES PAGE (If no parameter is selected)

Push button to access to PROCESS VALUES PAGE (If no parameter is selected)

Push button to change parameter (If no parameter is selected)

Push button to access to LIGHTING PARAMETERS PAGE (If the last parameter is selected)

5.4.9 FEEDING PARAMETERS (EPC 3&4)

FEEDING PARAMETERS

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

Start Time Feed Amount

Depend on sample screen above;
EPC gives;

At 06:00: 150kg feed (F1 step)
At 10:00: 200kg feed (F2 step)
At 12:00: 100kg feed (F3 step)
At 19:00: 100kg feed (F4 step)
At 22:00: 200kg feed (F5 step)

Important :As long as a running step is not completed EPC will not run next step, even if next step’s start time
is reached. So all steps must be entered properly.

FEEDING PARAMETERS

F1: 06:00 150
F2: 10:00 200
F3: 12:00 100
F4: 19:00 100
F5: 22:00 200

HR:MN FEED<KG>

Start Time Feed Amount

FEEDING PARAMETERS

F1: 00:00 600
F2: 07:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

5.4.9.1 FEEDING FUNCTION (EPC 3&4)

28

HR:MN (START TIME COLUMN): Step start time
(Range:00:00 - 23:59 / Factory Setting: 00:00).
HR:MN (DURATION COLUMN): Step duration
(Range:00:00 - 23:59 / Factory Setting: 00:00).
OUT% (ANALOG OUTPUT COLUMN): Analog lighting output
(Range:0% - 100% / Factory Setting: 0%).

Push button to access to ALARM SET VALUES PAGE (If no parameter is selected)

Push button to access to PROCESS VALUES PAGE (If no parameter is selected)

Push button to change parameter (If no parameter is selected)

Push button to access to SET VALUES PAGE (If the last parameter is selected)

5.4.10 LIGHTING PARAMETERS (EPC 3&4)

LIGHTING PARAMETERS

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

Start Time Duration Analog

Output

Using of LIGHTING PARAMETERS PAGE is explained in details at Technician Section.

ALARM SET VALUES
ABSOLUTE MIN: 0.0°C
ABSOLUTE MAX: 99.0°C
DIFFERENTIAL: 0.0°C
TYPE :NONLATCH

ABSOLUTE MIN: Absolute minimum alarm set value
(Range: 0.0 °C - 50.0 °C / Factory Setting: 16.0 °C).
ABSOLUTE MAX: Absolute maximum alarm set value
(Range: 0.0 °C - 99.9 °C / Factory Setting: 38.0 °C).

DIFFERENTIAL: Differential alarm set value (Range: 0.0 °C - 25.0 °C / Factory Setting: 6.0 °C).
TYPE: Alarm type set value (Range: NONLATCH- LATCH- CYCLIC / Factory Setting: NONLATCH).

5.4.11.1 ALARM SET VALUES

5.4.11 ALARMS

29

5.4.11.2 ALARM TYPES

ALARM SET VALUES
ABSOLUTE MIN: 0.0°C
ABSOLUTE MAX: 99.0°C
DIFFERENTIAL: 0.0°C
TYPE :NONLATCH

ALARM STATUS 1
ABSOLUTE MIN :OFF
ABSOLUTE MAX :OFF
DIFFERENTIAL :OFF
ALARM1 :OFF
NEGATIVE PRESSURE:OFF
HUMIDITY SENSOR :OFF
NO ENOUGH FEED :OFF

1. ABSOLUTE MIN alarm:

If Temperature(NOTE1) is lower than ALARM SET VALUES ABSOLUTE MIN
value for more than a minute ALARM STATUS 1 ABSOLUTE MIN is switched ON.

EPC has 10 different alarm types. These are listed below;

1- ABSOLUTE MIN alarm,
2- ABSOLUTE MAX alarm,
3- DIFFERENTIAL alarm,
4- ALARM1,
5- NEGATIVE PRESSURE alarm,
6- HUMIDITY SENSOR alarm,
7- NO ENOUGH FEED alarm,
8- ROOM1 OFL alarm,
9- ROOM2 OFL alarm,
10- OUTSIDE OFL alarm.

NOTE1:

If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If curve is enabled;
Settemp= HOUSE TEMP from curve.
Min.Vent= MIN. VENT from curve.
Max.Vent=MAX. VENT from curve.
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE.
Min.Vent= SET VALUES PAGE VENT. MIN.
Max.Vent= SET VALUES PAGE VENT. MAX.

2. ABSOLUTE MAX alarm:

If Temperature(NOTE1) is higher than ALARM SET VALUES ABSOLUTE MAX
value for more than a minute ALARM STATUS 1 ABSOLUTE MAX is
switched ON.

3. DIFFERENTIAL alarm:

First situation;
If outside temperature is lower than Settemp(NOTE2) plus SET VENTILATION PAGE VENTILATION8
and if Temperature (NOTE1) is higher than Settemp(NOTE2) plus SET VENTILATION PAGE VENTILATION8
plus ALARM SET VALUES DIFFERENTIAL for more than a minute ALARM STATUS 1
DIFFERENTIAL alarm is switched ON.

ON

OFF

Process Value [°C]

(NOTE1)

Settemp

(NOTE2)

DIFFERENTIAL

ALARM

SET VENTILATION PAGE

VENTILATION8

ALARM SET VALUES
DIFFERENTIAL

ALARM SET VALUES
DIFFERENTIAL

Outside
temp.

ON

OFF

Process Value [°C]

(NOTE1)

Settemp

(NOTE2)

DIFFERENTIAL

ALARM

SET VENTILATION PAGE

VENTILATION8

ALARM SET VALUES

DIFFERENTIAL

ALARM SET VALUES
DIFFERENTIAL

Outside
temp.

(Outside temp.<=ALARM SET VALUES ABSOLUTE MAX and

Second situation:
If the outside temperature is lower than or equal ALARM SET VALUES PAGE ABSOLUTE MAX and
if Temperature (NOTE1) is higher than the outside temperature plus

ALARM SET VALUES PAGE DIFFERENTIAL for more than a minute
ALARM STATUS PAGE 1 DIFFERENTIAL alarm is switched ON.

(Outside temp.<=Temperature (NOTE1) + SET VENTILATION PAGE VENTILATION8)

Outside temp.>Temperature (NOTE1) + SET VENTILATION PAGE
VENTILATION8)

ALARM SET VALUES ABSOLUTE MAX

ALARM STATUS 2
ROOM1 OFL :OFF
ROOM2 OFL :OFF
OUTSIDE OFL :OFF

30

Third situation:
If Temperature(NOTE1) is higher than ALARM SET VALUES ABSOLUTE MAX plus
ALARM SET VALUES DIFFERENTIAL for more than a minute ALARM STATUS 1 DIFFERENTIAL alarm
is switched ON.

ON

OFF

Process Value [°C]

(NOTE1)

Settemp

(NOTE2)

DIFFERENTIAL

ALARM

SET VENTILATION PAGE

VENTILATION8

ALARM SET VALUES

DIFFERENTIAL

ALARM SET VALUES

DIFFERENTIAL

Outside temp.

(Outside temp.>ALARM SET VALUES ABSOLUTE MAX)

ALARM SET VALUES
ABSOLUTE MAX

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

(Outside temp.>Temperature (NOTE1) + SET VENTILATION PAGE VENTILATION8)

NOTE1:

If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If curve is enabled;
Settemp= HOUSE TEMP from curve.
Min.Vent= MIN. VENT from curve.
Max.Vent=MAX. VENT from curve.
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE.
Min.Vent= SET VALUES PAGE VENT. MIN.
Max.Vent= SET VALUES PAGE VENT. MAX.

4. ALARM1 alarm
If ALARM1 input is ON then ALARM STATUS 1 alarm is switched ON.

5. NEGATIVE PRESSURE alarm

As long as INFLUENCE 2 PAGE NEG PRESSURE parameter is different from NON, negative pressure input
is enabled. Otherwise negative pressure input is disabled.

Negative pressure
alarm is ON

INFLUENCE 2 PAGE

NEG.PRE.TOFF

INFLUENCE 2 PAGE

NEG.PRE.TON

ON

OFF

ON

OFF

Time[sec]

Time[sec]

NEG
PRESSURE
INPUT

NEG
PRESSURE
ALARM

31

6. HUMIDITY alarm

If HUMIDITY sensor is broken while EPC is working then ALARM STATUS 1 HUMIDITY alarm is switched
ON.

Fourth situation:
If Temperature(NOTE1) is lower than Settemp(NOTE2) minus ALARM SET VALUES DIFFERENTIAL
for more than a minute ALARM STATUS 1 DIFFERENTIAL alarm is switched ON.

12. ALARM STATUS PAGES

ALARM STATUS pages are used to see and clear alarms. If a new alarm is occured then alarm relay and
alarm led becomes ON. To switch OFF the alarm relay and alarm led, ALARM STATUS pages are accessed.
If an alarm is occured(for example ALARM1 is ON) then;

Push button to access to ALARM STATUS 1 page and clear ALARM1

alarm.

Push button to access to ALARM STATUS 2 page.

Push button to clear alarm output, alarm led and return to the

PROCESS VALUES page.

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

ALARM

ON

OFF

TIME[SEC]

ALARM STATUS

ON

OFF

TIME[SEC]

ALARM STATUS

ON

OFF

TIME[SEC]

11. ALARM TYPES: NONLATCH, CYCLIC and LATCH

ALARM SET VALUES TYPE = NONLATCH

ALARM SET VALUES TYPE = LATCH

9. ROOM2 OFL alarm

If ROOM2 sensor is broken while EPC is working then ALARM STATUS 2 ROOM2 OFL alarm is switched
ON.

10. OUTSIDE OFL alarm

If OUTSIDE sensor is broken while EPC is working then ALARM STATUS 2 OUTSIDE OFL alarm is switched
ON.

ALARM STATUS

ON

OFF

TIME[SEC]

ALARM SET VALUES TYPE = CYCLIC

ALARM STATUS 1
ABSOLUTE MIN :OFF
ABSOLUTE MAX :OFF
DIFFERENTIAL :OFF
ALARM1 :OFF
NEGATIVE PRESSURE:OFF
HUMIDITY SENSOR :OFF
NO ENOUGH FEED :OFF

ALARM STATUS 2
ROOM1 OFL :OFF
ROOM2 OFL :OFF
OUTSIDE OFL :OFF

32

7. NO ENOUGH FEED alarm

EPC always controls the silo just before to run a step. If FEED UNIT PARAMETERS UNIT parameter is
WEIGHT and there is not enough feed in silo to run the step then ALARM STATUS 1 NO ENOUGH FEED
alarm is switched ON.

8. ROOM1 OFL alarm

If ROOM1 sensor is broken while EPC is working then ALARM STATUS 2 ROOM1 OFL alarm is switched
ON.

PROCESS OUTPUTS
HEATING1 : 0%
HEATING2 : 0%
COOLING : 0%
HUMIDITY : 0%
TUNNEL VENT. : 0%00
SHUTTER : 0%00
LIGHTING ANALOG: 0%

HEATING1: HEATER 1 output value (Range: 0% - 100%).
HEATING2: HEATER 2 output value (Range: 0% - 100%).
COOLING: COOLING output value (Range: 0% - 100%).
HUMIDITY: HUMIDITY output value (Range: 0% - 100%).
VENTILATION: Ventilation output value (Range: 0%00 - 8%00).
SHUTTER: Shutter output value (Range: 0%00 - 8%00).

LIGHTING ANALOG: Lighting 0- 10 VZ output value (Range: 0% - 100%).

5.4.12 PROCESS OUTPUTS

MAX & MIN VALUES 1

HOUSE MIN : 0.0°C
TIME : 00.00
HOUSE MAX : 0.0°C
TIME : 00.00

HOUSE MIN: Minimum Temperature value of last 24 hours (NOTE 1).
TIME: Minimum Temperature value’s captured time (hour.minute) (NOTE 1).
HOUSE MAX: Maximum Temperature value of last 24 hours (NOTE 1).
TIME: Maximum Temperature value’s captured time (hour.minute) (NOTE 1).
OUTSIDE MIN: Minimum Temperature value of OUTSIDE of last 24 hours (NOTE 2).
TIME: Minimum Temperature value’s captured time (hour.minute) (NOTE 2).
OUTSIDE MAX: Maximum Temperature value of OUTSIDE of last 24 hours (NOTE 2).
TIME: Maximum Temperature value’s captured time (hour.minute) (NOTE 2).

5.4.13 MAX & MIN VALUES

NOTE 1: MAX & MIN VALUES 1 PAGE shows the saved minimum and maximum temperature values of

last 24 hours that was token from

ROOM1 or
ROOM2 or
(ROOM1 + ROOM2)/2

The selection depends on SELECT HOUSE SENSOR PAGE FOR MINMAX parameter.

- If sensor is broken then EPC keeps on showing last measured maximum and minimum temperatures.

- If SELECT HOUSE SENSOR PAGE FOR MINMAX parameter is ROOM1&2 and one of two sensors is
broken then EPC keeps on working by using other one.

- EPC will show nothing if using sensor or sensors are broken before energized EPC.

NOTE 2:MAX & MIN VALUES 1 PAGE shows the saved minimum and maximum temperature values of
last 24 hours that was token from OUTSIDE sensor.

- If outside sensor is broken then EPC keeps on showing last measured maximum and minimum
temperatures.

- EPC will show nothing, if outside sensor is broken before energized EPC.

MAX & MIN VALUES 2

OUTSIDE MIN: 0.0°C
TIME : 00.00
OUTSIDE MAX: 0.0°C
TIME : 00.00

33

5.4.14 ALARM STATUS

ALARM STATUS 1
ABSOLUTE MIN :OFF
ABSOLUTE MAX :OFF
DIFFERENTIAL :OFF
ALARM1 :OFF
NEGATIVE PRESSURE:OFF
HUMIDITY SENSOR :OFF
NO ENOUGH FEED :OFF

ABSOLUTE MIN: Absolute min. alarm status (Range: OFF- ON).
ABSOLUTE MAX: Absolute max. alarm status (Range: OFF- ON).
DIFFERENTIAL: Differential alarm status (Range: OFF- ON).
ALARM1: Alarm1 alarm status (Range: OFF- ON).
NEGATIVE PRESSURE: Negative pressure alarm status (Range: OFF- ON).
HUMIDITY SENSOR: Humidity sensor overflow alarm status (Range: OFF- ON).
NO ENOUGH FEED: No enough feed alarm status (Range: OFF- ON).
ROOM1 OFL: Room1 overflow alarm status (Range: OFF- ON).
ROOM2 OFL: Room2 overflow alarm status (Range: OFF- ON).
OUTSIDE OFL: Outside overflow alarm status (Range: OFF- ON).

ALARM STATUS 2
ROOM1 OFL :OFF
ROOM2 OFL :OFF
OUTSIDE OFL :OFF

EVENTS

EVENT 1

11.05.2006 11:07:03

DIFFERENTIAL ALARM

EVENT NUMBER: Number of event that is seen.
EVENT DATE: Date of event that is seen.
EVENT TIME: Time of event that is seen.
EVENT: EPC saves last 50 events.

Event Types;

1. MAX TEMP ALARM,

2. ABSOLUTE MIN ALARM,

3. ABSOLUTE MAX ALARM,

4. DIFFERENTIAL ALARM,

5. EXTERNAL ALARM1,

6. NEG PRESSURE ALARM,

7. NO ENOUGH FEED ALARM,

8. HUMIDITY OFL,

9. ROOM1 OFL,

10. ROOM2 OFL,

11. OUTSIDE OFL.

12. POWER FAILURE

13. SMS COULD NOT BE SENT

Push button to access to older event(if you are already in EVENTS PAGE)

5.4.15 EVENTS

EVENT NUMBER

EVENT DATE

EVENT TIME

EVENT

34

INFLUENCE 1
F.L.O.T/MN.VNT: NON
T.L.O.T/MN.VNT: -25.0
MAX.VENT.COOL : 8%00
F.L.O.T/T.OFF : NON
T.L.O.T/T.OFF : -25.0

F.L.O.T/MN.VNT: Influence Factor Low Outside Temperature/ Minimum Ventilation set value
(Range: NON, 0.5, 0.75, 1.0, 1.5, 2.0 / Factory Setting: NON).
T.L.O.T/MN.VNT: Trajectory Factor Low Outside Temperature/ Minimum Ventilation set value
(Range: -50.0 °C - -5.0 °C / Factory Setting: -25.0 °C)
MAX.VENT.COOL: Maximum Ventilation of Cooling set value
(Range: NON, 0%00 - 8%00 / Factory Setting: 8%00).
F.L.O.T/T.OFF: Influence Factor Low Outside Temperature/ Temperature Offset set value
(Range: NON, 0.5, 0.75, 1.0, 1.5, 2.0 / Factory Setting: NON).
T.L.O.T/T.OFF: Trajectory Factor Low Outside Temperature/ Temperature Offset set value
(Range: -50.0 °C - -5.0 °C / Factory Setting: -25.0 °C).

5.4.16.1 INFLUENCE PARAMETERS

5.4.16 INFLUENCES

INFLUENCE 2
T.O.TMP OFFS: NON
T.RH OFFSET : 5.0
NEG PRESSURE: NON
NEG.PRE.TON : 0
NEG.PRE.TOFF: 0

T.O.TMP OFFS: Influence Factor High Outside on Temperature Offsets set value
(Range: NON, 0.5, 0.75, 1.0, 1.5, 2.0 / Factory Setting: NON).
T.RH OFFSET: Trajectory Factor High Outside Temperature/ Temperature Offsets set value
(Range: 5.0 °C - 50.0 °C / Factory Setting: 5.0 °C).
NEG PRESSURE: Negative pressure influence set value
(Range: 5.0 °C - 50.0 °C / Factory Setting: 5.0 °C).
NEG.PRE.TON: Negative pressure influence Ton delay set value
(Range: 0 sec - 30 sec / Factory Setting: 0 sec).
NEG.PRE.TOFF: Negative pressure influence Toff delay set value
(Range: 0 sec - 30 sec / Factory Setting: 0 sec).

35

5.4.16.2 INFLUENCE FUNCTIONS

1. Influence cooling on maximum ventilation:

If the COOLING PARAMETERS PAGE CONTROL
parameter is ON/OFF and COOLING OUTPUT is
ON then Max. Vent value is equal to
INFLUENCE 1 PAGE MAX. VENT. COOL
parameter.
If the INFLUENCE 1 PAGE MAX. VENT. COOL parameter
is NON or COOLING OUTPUT is OFF then Max. Vent
value is defined in NOTE2.

Outside Temp. [°C] (NOTE2)

Min.Vent [%]

NOTE1:

If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1;
Max. Inf. = Min.Vent * INFLUENCE 1 PAGE T.L.O.T/MN.VNT,
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM2;
Max. Inf. = (any offset parameter from A(NOTE3) to H(NOTE3)) * INFLUENCE 1 PAGE T.L.O.T/T.OFF,
Influence factor high outside temperature on temperature offset;
Max. Inf. = (any offset parameter from A(NOTE3) to H(NOTE3)) * INFLUENCE 2 PAGE T.O.TMP OFFS.

NOTE2:

If curve is enabled;
Settemp= HOUSE TEMP from curve; Min.Vent= MIN. VENT from curve; Max.Vent=MAX. VENT from curve,
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE.
Min.Vent= SET VALUES PAGE VENT. MIN.
Max.Vent= SET VALUES PAGE VENT. MAX.

NOTE3:

A = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION1.
B = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION2.
C = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION3.
D = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION4.
E = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION5.
F = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION6.
G = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION7.
H = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION8.

2. Influence low outside temperature on minimum ventilation

If outside temperature lower than inside to avoid draughts, minimum ventilation is depended on
INFLUENCE 1 PAGE F.L.O.T/MN.VNT and INFLUENCE 1 PAGE T.L.O.T/MN.VNT parameters.
The influence starts 5 °C below the settemp.

INFLUENCE 1 PAGE

T.L.O.T/MN.VNT

Max.
Inf.

VENTILATION

OUTPUT[%]

INFLUENCE 1 PAGE

MAX. VENT. COOL

Max. Vent

(NOTE2)

COOLING

OUTPUT[%]

ON

OFF

Process Value [°C]

(NOTE1)

Process Value [°C]

(NOTE1)

0%15

0%30

Example:
Set minimum ventilation 30%
Settemp 22 °C

INFLUENCE 1 PAGE T.L.O.T/MN.VNT -15 °C
INFLUENCE 1 PAGE F.L.O.T/MN.VNT 0.5

30 * 0.5;
Max. Inf= 0%15

2217

7

36

Outside Temp. [°C]

(NOTE2)

INFLUENCE 2 PAGE

T.RH OFFSET

Max.
Inf.

4. Influence factor high outside temperature on temperature offsets
If outside temperature higher than H(NOTE3) to avoid draughts, ventilation stages are depended on

INFLUENCE 2 PAGE T.O.TMP OFFS and INFLUENCE 2 PAGE T.RH OFFSET parameters.The influence
starts 5 °C above the H(NOTE3).

Temperature

offset highest

position [°C]

Example:
SET VENTILATION PAGE VENTILATION8 10.0 °C
Set temperature offset(stage 1) 5.0 °C
Settemp 22 °C

INFLUENCE 2 PAGE T.RH OFFSET 15 °C
INFLUENCE 2 PAGE T.O.TMP OFFS 0.5

SET VENTILATION PAGE VENTILATION8 + Settemp
= 22 + 10;
SET VENTILATION PAGE VENTILATION8 + Settemp
= 32 °C
Max. Inf= 5.0 *0.5
Max. Inf= 2.5 °C

2.5

5.0

32 37 47

3. Influence factor low outside temperature on temperature offsets

If outside temperature lower than inside to avoid draughts, ventilation stages are depended on
INFLUENCE 1 PAGE F.L.O.T/T.OFF and INFLUENCE 1 PAGE T.L.O.T/T.OFF parameters. The influence
starts 5 °C below the settemp.

Temperature

offset highest

position [°C]

Max.
Inf.

Example:
Set temperature offset(stage 1) 5.0 °C
Settemp 22 °C

INFLUENCE 1 PAGE T.L.O.T/T.OFF 15 °C
INFLUENCE 1 PAGE F.L.O.T/T.OFF 1.5

Max. Inf= 5.0 *1.5
Max. Inf= 7.5 °C

7.5

INFLUENCE 1 PAGE

T.L.O.T/MN.VNT

5.0

Outside Temp. [°C] (NOTE2)

22177

NOTE1:

If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1;
Max. Inf. = Min.Vent * INFLUENCE 1 PAGE T.L.O.T/MN.VNT,
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM2;
Max. Inf. = (any offset parameter from A(NOTE3) to H(NOTE3)) * INFLUENCE 1 PAGE T.L.O.T/T.OFF,
Influence factor high outside temperature on temperature ofset;
Max. Inf. = (any offset parameter from A(NOTE3) to H(NOTE3)) * INFLUENCE 2 PAGE T.O.TMP OFFS,

NOTE2:

If curve is enabled;
Settemp= HOUSE TEMP from curve; Min.Vent= MIN. VENT from curve; Max.Vent=MAX. VENT from curve,
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE.
Min.Vent= SET VALUES PAGE VENT. MIN.
Max.Vent= SET VALUES PAGE VENT. MAX.

NOTE3:

A = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION1.
B = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION2.
C = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION3.
D = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION4.
E = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION5.
F = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION6.
G = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION7.
H = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION8.

37

5. Influence negative pressure input on ventilation and shutter:

Negative pressure influence affects to reduce ventilation up to minimum ventilation. Also it set shutter to
maximum value. As long as INFLUENCE 2 PAGE NEG PRESSURE parameter is different from NON,
negative pressure is enabled. Otherwise negative pressure influence is disabled.

Briefly(it is assumed that negative pressure is active);

- INFLUENCE 2 PAGE NEG PRESSURE is “NON”
influence is disabled,
ventilation and shutter will not change

- INFLUENCE 2 PAGE NEG PRESSURE is anything but “NON”
influence is enabled,
ventilation = ventilation - INFLUENCE 2 PAGE NEG PRESSURE
shutter = shutter’s maximum value

INFLUENCE 2 PAGE

NEG.PRE.TOFF

INFLUENCE 2 PAGE

NEG.PRE.TON

ON

OFF

ON

OFF

Time[sec]

Time[sec]

NEG
PRESSURE
INPUT

NEG
PRESSURE
INFLUENCE

DATE SETUP
YEAR : 2006
MONTH : 1
DAY : 24
HOUR : 16
MINUTE : 31
SECOND : 36

YEAR: Current year set value (Range: 0- 99 / Factory Setting: Current year).
MONTH: Current month set value (Range: 1- 12 / Factory Setting: Current month).
DAY: Current day set value (Range: 1- 31 / Factory Setting: Current day).
HOUR: Current hour set value (Range: 0- 23 / Factory Setting: Current hour).
MINUTE: Current minute set value (Range: 0- 59 / Factory Setting: Current minute).
SECOND: Current second set value (Range: 0- 59 / Factory Setting: Current second).

5.4.17 DATE SETUP

38

CURVE SETUP
CURVE STEP: X
DAY : 1
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 0%

DAY: Day set value (Range: 0- CURVE STEP2 DAY / Factory settings are below).
HOUSE TEMP: House Temperature set value (Range: 0.0 °C- 50.0 °C / Factory settings are below).
MIN. VENT: Minimum ventilation set value (Range: 0%00- 8%00 / Factory settings are below).
MAX. VENT: Maximum ventilation set value (Range: 0%00- 8%00 / Factory settings are below).
HUMIDITY: Humidity set value (Range: 0%- 100% / Factory settings are below).

5.4.18.1 CURVE SETUP

X is the number between
1 and 10

5.4.18 CURVE

CURVE SETUP
CURVE STEP: 1
DAY : 1
HOUSE TEMP: 33.0°C
MIN. VENT : 0%01
MAX. VENT : 1%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 2
DAY : 3
HOUSE TEMP: 32.0°C
MIN. VENT : 0%20
MAX. VENT : 1%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 3
DAY : 7
HOUSE TEMP: 28.0°C
MIN. VENT : 0%50
MAX. VENT : 2%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 4
DAY : 14
HOUSE TEMP: 26.0°C
MIN. VENT : 1%00
MAX. VENT : 4%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 6
DAY : 28
HOUSE TEMP: 23.0°C
MIN. VENT : 3%00
MAX. VENT : 8%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 7
DAY : 34
HOUSE TEMP: 20.0°C
MIN. VENT : 4%00
MAX. VENT : 8%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 8
DAY : 34
HOUSE TEMP: 20.0°C
MIN. VENT : 4%00
MAX. VENT : 8%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 9
DAY : 34
HOUSE TEMP: 20.0°C
MIN. VENT : 4%00
MAX. VENT : 8%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 5
DAY : 21
HOUSE TEMP: 24.0°C
MIN. VENT : 2%00
MAX. VENT : 6%00
HUMIDITY : 65%

CURVE SETUP
CURVE STEP: 10
DAY : 35
HOUSE TEMP: 20.0°C
MIN. VENT : 4%00
MAX. VENT : 8%00
HUMIDITY : 65%

FACTORY SETTINGS:

39

HR:MN COLUMN: Step start time
(Range: 00:00 - 23:59 / Factory settings are below).
FEED <KG> COLUMN: Feed amount for related step
(Range: 0 KG - 10000 KG / Factory settings are below).

5.4.18.2 CURVE FEEDING PARAMETERS (EPC 3&4)

FEEDING PARAMETERS
CURVE STEP X

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

Start Time Feed Amount

FEEDING PARAMETERS
CURVE STEP 1

F1: 07:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 2

F1: 07:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 3

F1: 07:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 4

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 5

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 6

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 7

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 8

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 9

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP 10

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FACTORY SETTINGS:

X is the number between
1 and 10

40

HR:MN (START TIME COLUMN): Step start time
(Range: 00:00 - 23:59 / Factory settings are below).
HR:MN (DURATION COLUMN): Step duration
(Range: 00:00 - 23:59 / Factory settings are below).
OUT% (ANALOG OUTPUT COLUMN): Analog lighting output
(Range: 0% - 100% / Factory settings are below).

5.4.18.3 CURVE LIGHTING PARAMETERS (EPC 3&4)

LIGHTING PARAMETERS
CURVE STEP X

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

Start Time Duration Analog

Output

X is the number between
1 and 10

LIGHTING PARAMETERS
CURVE STEP 1

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 2

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 3

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 4

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 5

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 6

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 7

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 8

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 9

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP 10

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

FACTORY SETTINGS:

41

5.4.18.4 CURVE FUNCTION

CURVE SETUP
CURVE STEP: 1
DAY : 1
HOUSE TEMP: 0.0°C
MIN. VENT : 0%00
MAX. VENT : 8%00
HUMIDITY : 80%

3. Programming a curve:

There are 10 steps for programming curve.
A CURVE SETUP PAGE DAY parameter value has to be higher than previous step’s CURVE SETUP PAGE
DAY parameter value.

If CURVE MODE CURVE parameter is DISABLE then curve is disabled. It means that even if SET VALUES
PAGE DAY is between CURVE SETUP PAGE DAY(Step1) and CURVE SETUP PAGE DAY(Step10),
curve doesn’t work.

If CURVE MODE CURVE parameter is ENABLE settemp(NOTE1), minimum and maximum ventilations,
humidity, feeding, lighting values are calculated by EPC depend on SET VALUES PAGE DAY and curve.

Example;
CURVE MODE CURVE parameter is ENABLE. The parameter values are given in graphic below;

12. day is between Step3 and Step4. So 12. day; Settemp(NOTE1) is 22 °C

2. Changing of SET VALUES PAGE DAY parameter:
SET VALUES PAGE DAY parameter can be changed in two ways.

- SET VALUES PAGE DAY increases 1 each night at 24:00 hrs.

- SET VALUES PAGE DAY can be changed from SET VALUES PAGE.

NOTE1:

If curve is enabled;
Settemp= HOUSE TEMP from curve.
Min.Vent= MIN. VENT from curve.
Max.Vent=MAX. VENT from curve.
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE.
Min.Vent= SET VALUES PAGE VENT. MIN.
Max.Vent= SET VALUES PAGE VENT. MAX.

20

Settemp[°C]

(NOTE1)

Step1 Day=1

Step2 Day=8

Step3 Day=10

Step4 Day=14

Step5 Day=20

Step6 Day=30

Step7 Day=32

Step8 Day=36

Step9 Day=38

Step10 Day=40

24

Day=12

22

Day=-5

1. What is a curve:

Optimal temperature, ventilation, humidity, feeding and lighting values change
day by day. EPC can automaticly adjust optimal values depend on entered
parameters which are in CURVE SETUP PAGES. This function is called “curve”.

CONTROL FUNC PAGE 1
CURVE : DISABLE
HUMIDITY : ENABLE
OUTSIDE TEMP: ENABLE
COMMUNICATE : ENABLE
LOAD DEFAULT: NO
WATER CONSUM: ENABLE
ELECT CONSUM: ENABLE

Day

Day=999

42

(EPC 4)

70

Day

Humidity[%]

(NOTE1)

Step1 Day=1

Step2 Day=8

Step3 Day=10

Step4 Day=14

Step5 Day=20

Step6 Day=30

Step7 Day=32

Step8 Day=36

Step9 Day=38

Step10 Day=40

80

76

Day=12

73

12. day is between Step3 and Step4. So 12. day; humidity(NOTE1) is 73%

3%00

Max.Vent

(NOTE1)

Step1 Day=1

Step2 Day=8

Step3 Day=10

Step4 Day=14

Step5 Day=20

Step6 Day=30

Step7 Day=32

Step8 Day=36

Step9 Day=38

Step10 Day=40

5%00

Day=12

4%00

12. day is between Step3 and Step4. So 12. day; Max.Vent(NOTE1) is 4%00

0%20

Min.Vent

(NOTE1)

Step1 Day=1

Step2 Day=8

Step3 Day=10

Step4 Day=14

Step5 Day=20

Step6 Day=30

Step7 Day=32

Step8 Day=36

Step9 Day=38

Step10 Day=40

0%40

Day=12

0%30

12. day is between Step3 and Step4. So 12. day; Min.Vent(NOTE1) is 0%30

NOTE1:

If working with curve;
Humidity= HUMIDITY from curve + HUMIDITY PARAMETERS PAGE OFFSET.
Min.Vent= MIN. VENT from curve.
Max.Vent=MAX. VENT from curve.
If Curve is disable;
Humidity= SET VALUES PAGE HUMIDITY + HUMIDITY PARAMETERS PAGE OFFSET.
Min.Vent= SET VALUES PAGE VENT. MIN.
Max.Vent= SET VALUES PAGE VENT. MAX.

Day=-5

Day=-5

Day=999

Day=-5

Day

Day=999

Day

Day=999

43

Feeding Parameter (EPC 3&4)

Page Step No

Step1 Day=1

Step2 Day=8

Step3 Day=10

Step4 Day=14

Step5 Day=20

Step6 Day=30

Step7 Day=32

Step8 Day=36

Step9 Day=38

Step10 Day=40

Day=12

At the graphic above, it is seen how feeding is working in curve mode.
On 12. Day FEEDING PARAMETERS CURVE STEP 3 page is used for feeding (curve mode is enabled).
The same page parameters are also used for 10, 11, 12, 13. Days. On 14. Days FEEDING PARAMETERS
CURVE STEP 4 page parameters are used.

The explanation of the graphic is below;
SET VALUES PAGE DAY parameter is the current day.

- If SET VALUES PAGE DAY parameter is lower than CURVE STEP2 DAY parameter then FEEDING
PARAMETERS CURVE STEP 1 parameters are used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP2 DAY parameter or equal to it and it is
lower than CURVE STEP3 DAY parameter then FEEDING PARAMETERS CURVE STEP 2 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP3 DAY parameter or equal to it and it is
lower than CURVE STEP4 DAY parameter then FEEDING PARAMETERS CURVE STEP 3 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP4 DAY parameter or equal to it and it is
lower than CURVE STEP5 DAY parameter then FEEDING PARAMETERS CURVE STEP 4 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP5 DAY parameter or equal to it and it is
lower than CURVE STEP6 DAY parameter then FEEDING PARAMETERS CURVE STEP 5 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP6 DAY parameter or equal to it and it is
lower than CURVE STEP7 DAY parameter then FEEDING PARAMETERS CURVE STEP 6 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP7 DAY parameter or equal to it and it is
lower than CURVE STEP8 DAY parameter then FEEDING PARAMETERS CURVE STEP 7 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP8 DAY parameter or equal to it and it is
lower than CURVE STEP9 DAY parameter then FEEDING PARAMETERS CURVE STEP 8 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP9 DAY parameter or equal to it and it is
lower than CURVE STEP10 DAY parameter then FEEDING PARAMETERS CURVE STEP 9 parameters are
used by curve.

- If SET VALUES PAGE DAY parameter is higher than CURVE STEP10 DAY parameter or equal to it then
FEEDING PARAMETERS CURVE STEP 10 parameters are used by curve.

Step1

Step2

Step3

Step4

Step5

Step6

Step7

Step8

Step9

Step10

Day=-5

Day

Day=999

44

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

LIGHTINGLIGHTING

FEEDINGFEEDING

HUMIDITYHUMIDITY

6.1.1 BUTTONS EXPLANATIONS

BUTTONS:

Used to access to technician parameters
field and escape function.

Used to access to next page and increase
the selected parameter.

Used to access to previous page and decrease
the selected parameter.

Used to edit a parameter and access to
the next parameter.

Used to check and clear the alarm.

Influences pages shortcut button.

Date page shortcut button.

Curve pages shortcut button.

Shutter manual/ automatic control selection button.

Shutter manual control up button.

Shutter manual control down button.

Process output page shortcut button.

Set values page shortcut button.

Events page shortcut button.

Alarm set values page shortcut button.

Max & min values pages shortcut button.

6.1 FRONT PANEL

6. TECHNICIAN SECTION

Process values page shortcut button

.

45

19.07.06 14:30:21

HOUSE 20.2°C
OUT 12.1°C
HUMIDITY 65%

DAY -5

LIGHTINGLIGHTING

FEEDINGFEEDING

HUMIDITYHUMIDITY

6.1.2 LEDS EXPLANATIONS

Led no Explanation

1 If technician field is accessed this led illuminates

2 If influence pages are accessed this led illuminates

3 If date setup page is accessed this led illuminates

4 If curve pages are accessed this led illuminates

5 If shutter mode is manual this led illuminates

6 If shutter up relay is on this led illuminates

7 If shutter down relay is on this led illuminates

8 These leds show which fan relays are on

9 These leds show which heat relays are on

10 This led illuminates during cooling relay is on

11 Whenever a new alarm occurs this led illuminates

12 This led illuminates during feeding relay is on(EPC3 and EPC4)

13 This led illuminates during lighting relay is on(EPC3 and EPC4)

14 This led illuminates during humidity relay is on

11

22 33 44 55 66 77

8

9
10
11
12
13

14

46

6.2 EASY ACCESSING DIAGRAM FOR PAGES

TECHNICIAN

PASSWORD

0000

How to access to technician pages?

There must be no selected parameter in current page.
The current page must be one of the following pages which are in user field;
PROCESS VALUES, SYSTEM MONITORING, FEEDING CONSUMPTION, WEIGHING1 LOG,
WEIGHING2 LOG, WEIGHING3 LOG, ELECTRICITY ENERGY CONSUMPTION, WATER CONSUMPTION,
SET VALUES, SET SHUTTER, FEEDING PARAMETERS, LIGHTING PARAMETERS, ALARM SET VALUES,
PROCESS OUTPUTS, MAX MIN VALUES 1, MAX MIN VALUES 2, EVENTS

Under these conditions, push button.

This page will be seen;

If right password is entered, then HEATING1 PARAMETERS page which is the first page of the
technician pages is accessed.

HEATING1 PARAMETERS
SENSOR : ROOM1
CONTROL :PROPORTION
SET POINT: RELATIVE
HYST : 1.0°C
PERIOD : 40SEC
OFFSET : 0.0°C
PROP RAMP: 50SEC

HEATING2 PARAMETERS
SENSOR : ROOM1
CONTROL :PROPORTION
SET POINT: RELATIVE
HYST : 1.0°C
PERIOD : 40SEC
OFFSET : 0.0°C
PROP RAMP: 50SEC

COOLING PARAMETERS
SENSOR : ROOM1
CONTROL :PROPORTION
SET POINT: RELATIVE
HYST : 1.0°C
PERIOD : 40SEC
OFFSET : 0.0°C
PROP RAMP: 50SEC

HUMIDITY
CONTROL :PROPORTION
HYST : 10%
PERIOD : 40SEC
OFFSET : 0%

PROP RAMP: 50SEC

VENTIL. PARAMETERS
SHIFTING : ON
SHIFT&PRP PER: 10MIN

DLY BTWN FANS: 5SEC
PRPRTN RAMP : 50SEC
SENSOR : ROOM1
FAN CONT.: TUNNEL

SET VENTILATION<°C>

VENT1: 0.5 VENT3: 2.5

VENT2: 1.0 VENT3: 3.0

VENT3: 1.5 VENT3: 3.5
VENT4: 2.0 VENT3: 4.0

SHUTTER PARAMETERS

STROKE TIME: 100SEC

STEP : 0.1%

TEMPERATURE SETTINGS

ROOM1 OFFSET: 0.0°C

ROOM2 OFFSET: 0.0°C

OUT. OFFSET : 0.0°C
HUM. OFFSET : 0%
SENS MINMAX : ROOM1&2
SENS OPENING: ROOM1&2

CONTROL FUNC PAGE 1

CURVE : DISABLE

HUMIDITY : ENABLE

OUTSIDE TEMP: ENABLE
COMMUNICATE : ENABLE
LOAD DEFAULT: NO
WATER CONSUM: ENABLE
ELECT CONSUM: ENABLE

CONTROL FUNC PAGE 2

FEEDING : ENABLE

CHICKS W1 : ENABLE

CHICKS W2 : ENABLE
CHICKS W3 : ENABLE
LIGHTING : ENABLE
LIGHT CONT: MODULATE

FEED UNIT PARAMETERS

UNIT : TIME

FEED PER MIN: 6.0KG

TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

WEIGHT1 CALIBRATION

TARE: NO

REF WEIGHT: 5000GR

TAKE REF WEIGHT: NO

5000GR

WEIGHT2 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT: NO

5000GR

WEIGHT3 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT: NO

5000GR

AVERAGE WEIGH1
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

AVERAGE WEIGH2
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

AVERAGE WEIGH3
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

WEIGHING PARAMETERS
SS TIME : 1.0SEC
SS LIMIT VAL: 15GR
AW MIN SMPL : 100
AW SMPL PER : 2HR

WATER AND ELECTRICITY
CONSUMPTION PER PULSE
ELECTRICITY: 1000WH/P
WATER : 0.10LT/P

MODBUS
BAUD RATE : 3
STOP BIT : 0
PARITY BIT: 0
SLAVE ID : 1

EDIT PASSWORDS

TECHNICIAN: 0000
USER : 0000

ENTER CAL

PASSWORD

0000

=
=

NOTES:

1: If CONTROL FUNC PAGE 2 PAGE FEEDING
parameter is enabled then this page is visible.
2: If CONTROL FUNC PAGE 2 PAGE CHICKS W1
parameter is enabled then this page is visible.
3: If CONTROL FUNC PAGE 2 PAGE CHICKS W2
parameter is enabled then this page is visible.
4: If CONTROL FUNC PAGE 2 PAGE CHICKS W3
parameter is enabled then this page is visible.
5: If CONTROL FUNC PAGE 2 PAGE CHICKS W1
parameter is enabled or

CONTROL FUNC PAGE 2 PAGE CHICKS W2

parameter is enabled or

CONTROL FUNC PAGE 2 PAGE CHICKS W3

parameter is enabled then this page is visible.
6: If CONTROL FUNC PAGE 1 PAGE COMMUNICATE
parameter is enabled then this page is visible.
7: If CONTROL FUNC PAGE 1 PAGE ELECT CONSUM
parameter is enabled or

CONTROL FUNC PAGE 1 PAGE WATER CONSUM

parameter is enabled then this page is visible.
8: If CONTROL FUNC PAGE 1 PAGE HUMIDITY
parameter is enabled then this page is visible.
9: If VENTIL. PARAMETERS PAGE FAN CONT.
parameter is BASIC&TUN. then this page is shown.
10: If the device is EPC-4A, then CHICKS W3
parameter is not shown.
11: If the device is EPC-1A, EPC-3A, EPC-4A then
this page is shown instead of WEIGHT3 CALIBRATION.
12: If the device is EPC-4A, then this page is not shown.

(NOTE: 1) (EPC 3&4)

(NOTE: 2) (EPC 4)

(NOTE: 3) (EPC 4)(NOTE: 4) (EPC 4)(NOTE: 2) (EPC 4)

(NOTE: 3) (EPC 4)

(NOTE: 4) (EPC 4)

(NOTE: 5) (EPC 4)

(NOTE: 7) (EPC 4)

(NOTE: 6)

(NOTE: 8)

47

CONTROL FUNC PAGE 1
CURVE : DISABLE
HUMIDITY : ENABLE
OUTSIDE TEMP: ENABLE
COMMUNICATE : ENABLE
LOAD DEFAULT: NO

EPC 4 EPC 3

CONTROL FUNC PAGE 2
FEEDING : ENABLE
LIGHTING : ENABLE
LIGHT CONT: MODULATE

EPC 4 EPC 3

SHUTTER PARAMETERS
STROKE TIME: 100SEC
STEP : 0.1%
SHUT.FEEDB.: ENABLE

EPC-1A, EPC-3A, EPC-4A

SET VENTILATION<°C>
VENT1: 0.5 VENT3: 2.5
VENT2: 1.0 VENT3: 3.0
VENT3: 1.5 VENT3: 3.5
VENT4: 2.0 VENT3: 4.0
F.HYS: 0.5 C.HYS: 1.0
FAN ANALOG: BASIC
BASIC VENT:PROPORTION

(NOTE: 9)

(NOTE: 10)

SHUTTER CALIBRATION
SHUTTER CLOSE: NO
SHUTTER OPEN: NO

1000

(NOTE: 11)

(NOTE: 12)

6.3 EDITING A PARAMETER AND CHANGING A PAGE

1. Sample display:

2. Push button. The parameter is selected.

3. Push or buttons to edit parameter.

Parameter has changed.

4.a. Push button to save the parameter and go to the next parameter.

4.b. Push button to cancel.

SHUTTER PARAMETERS
STROKE TIME: 100SEC
STEP : 0.1%

SHUTTER PARAMETERS
STROKE TIME: SEC
STEP : 0.1%

100

SHUTTER PARAMETERS
STROKE TIME: SEC
STEP : 0.1%

90

SHUTTER PARAMETERS
STROKE TIME: 90SEC
STEP : %0.1

SHUTTER PARAMETERS
STROKE TIME: 100SEC
STEP : 0.1%

Changing a page

There are two ways to pass to another page;

1. Use or button if any parameter is not selected.

2. Use button if the last parameter of the page is selected.

48

TECHNICIAN

PASSWORD

0000

TECHNICIAN PASSWORD: Password value (Range: 0 - 9999).

This page is used to access to technician parameters pages.

6.4.1 TECHNICIAN PASSWORD

6.4 SCREENS PARAMETERS AND FUNCTIONS

HEATING1 PARAMETERS
SENSOR : ROOM1
CONTROL :PROPORTION
SET POINT: RELATIVE
HYST : 1.0°C
PERIOD : 40SEC
OFFSET : 0.0°C
PROP RAMP: 50SEC

SENSOR: Sensor type set value
(Range: ROOM1, ROOM2, ROOM1&2 / Factory Setting: ROOM1).
CONTROL: Control mode set value
(Range: NONE, ON/OFF, PROPORTION / Factory Setting: ON/OFF).
SET POINT: Set point type set value
(Range: RELATIVE, ABSOLUTE / Factory Setting: RELATIVE).
HYST: Hysteresis set value
(Range: 0.0 °C - 9.9 °C / Factory Setting: 0.2 °C).
PERIOD: Period set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).
OFFSET: Offset set value
(Range: 0.0 °C - 9.9 °C / Factory Setting: 0.0 °C).
PROP RAMP: Proportional ramp set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).

6.4.2.1 HEATING1 PARAMETERS

6.4.2 HEATER1

49

HEATER 1 output can be control within HEATING1 PARAMETERS PAGE;
HEATING1 PARAMETERS PAGE CONTROL parameter is used to select control mode.
If the HEATING1 PARAMETERS PAGE CONTROL parameter is PROPORTION then control mode is
PROPORTIONAL, if the parameter is ON/OFF then control mode is ON/OFF, if the parameter is NONE then
process output will be zero.
HEATING1 PARAMETERS PAGE SET POINT and HEATING2 PARAMETERS PAGE SET POINT
parameters are the same.

1. ON- OFF CONTROL MODE

HEATER 1 output will be switched on as soon as the Temperature(NOTE1) becomes lower than
the settemp(NOTE2) minus HEATING1 PARAMETERS PAGE HYST. HEATER 1 output will be switched off
as soon as Temperature(NOTE1) is equal to or higher than settemp(NOTE2).
HEATING1 PARAMETERS PAGE PERIOD parameter is used to prevent unnecessary switched on and off.
HEATER 1 output will remain on or off minimum HEATING1 PARAMETERS PAGE PERIOD parameter value.

NOTE1:

If HEATING1 PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If HEATING1 PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If HEATING1 PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If HEATING1 PARAMETERS PAGE SET POINT is RELATIVE and if curve is enabled;
Settemp= HOUSE TEMP from curve + SET VALUES PAGE TEMP.HEAT +
HEATING1 PARAMETERS PAGE OFFSET,
If HEATING1 PARAMETERS PAGE SET POINT is RELATIVE and if curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE + SET VALUES PAGE TEMP.HEAT +
HEATING1 PARAMETERS PAGE OFFSET,
If HEATING1 PARAMETERS PAGE SET POINT is ABSOLUTE;
Settemp= SET VALUES PAGE TEMP.HEAT + HEATING1 PARAMETERS PAGE OFFSET.

HEATING1 PARAMETERS PAGE

HYST

ON

OFF

Settemp

(NOTE2)

Process Value [°C]

Process

Output

6.4.2.2 HEATER1 FUNCTION

2. PROPORTIONAL CONTROL MODE

If the Temperature(NOTE1) is lower than settemp(NOTE2) minus HEATING1 PARAMETERS PAGE HYST
control will be continuously on. If the Temperature(NOTE1) is higher than the settemp(NOTE2) then, control
will be continuously off. If the measured temperature(NOTE1) is between settemp(NOTE2) and
settemp(NOTE2) minus HEATING1 PARAMETERS PAGE HYST then, control output will be on for a portion
of the HEATING1 PARAMETERS PAGE PERIOD.

Process Output rises from 0% to 100% in
HEATING1 PARAMETERS PAGE PROP RAMP period.
This feature is called output filter.
If HEATING1 PARAMETERS PAGE PROP RAMP is zero then
output filter is off.

NOTE1:

If HEATING1 PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If HEATING1 PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If HEATING1 PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If HEATING1 PARAMETERS PAGE SET POINT is RELATIVE and if curve is enabled;
Settemp= HOUSE TEMP from curve + SET VALUES PAGE TEMP.HEAT +
HEATING1 PARAMETERS PAGE OFFSET,
If HEATING1 PARAMETERS PAGE SET POINT is RELATIVE and if curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE + SET VALUES PAGE TEMP.HEAT +
HEATING1 PARAMETERS PAGE OFFSET,
If HEATING1 PARAMETERS PAGE SET POINT is ABSOLUTE;
Settemp= SET VALUES PAGE TEMP.HEAT + HEATING1 PARAMETERS PAGE OFFSET.

50

HEATING1 PARAMETERS PAGE

PROP RAMP

Process

Output

0%

Time [sec]

100%

HEATING1 PARAMETERS PAGE

HYST

Process

Output

100%

50%

0%

Settemp

(NOTE2)

HEATING1 PARAMETERS PAGE

OFFSET

Process Value [°C]

HEATING2 PARAMETERS
SENSOR : ROOM1
CONTROL :PROPORTION
SET POINT: RELATIVE
HYST : 1.0°C
PERIOD : 40SEC
OFFSET : 0.0°C
PROP RAMP: 50SEC

SENSOR: Sensor type set value
(Range: ROOM1, ROOM2, ROOM1&2 / Factory Setting: ROOM2).
CONTROL: Control mode set value
(Range: NONE, ON/OFF, PROPORTION / Factory Setting: ON/OFF).
SET POINT: Set point type set value
(Range: RELATIVE, ABSOLUTE / Factory Setting: RELATIVE).
HYST: Hysteresis set value
(Range: 0.0 °C - 9.9 °C / Factory Setting: 0.2 °C).
PERIOD: Period set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).
OFFSET: Offset set value
(Range: 0.0 °C - 9.9 °C / Factory Setting: 0.0 °C).
PROP RAMP: Proportional ramp set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).

6.4.3.1 HEATING2 PARAMETERS

6.4.3 HEATER2

51

6.4.3.2 HEATER2 FUNCTION

HEATER 2 output can be control within HEATING2 PARAMETERS PAGE;
HEATING2 PARAMETERS PAGE CONTROL parameter is used to select control mode.
If the HEATING2 PARAMETERS PAGE CONTROL parameter is PROPORTION then control mode is
PROPORTIONAL, if the parameter is ON/OFF then control mode is ON/OFF, if the parameter is NONE then
process output will be zero.
HEATING1 PARAMETERS PAGE SET POINT and HEATING2 PARAMETERS PAGE SET POINT
parameters are the same.

1. ON- OFF CONTROL MODE

HEATER 2 output will be switched on as soon as the Temperature(NOTE1) becomes lower than
the settemp(NOTE2) minus HEATING2 PARAMETERS PAGE HYST. HEATER 2 output will be switched off
as soon as Temperature(NOTE1) is equal to or higher than settemp(NOTE2).
HEATING2 PARAMETERS PAGE PERIOD parameter is used to prevent unnecessary switched on and off.
HEATER 2 output will remain on or off minimum HEATING2 PARAMETERS PAGE PERIOD parameter value.

NOTE1:

If HEATING2 PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If HEATING2 PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If HEATING2 PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If HEATING2 PARAMETERS PAGE SET POINT is RELATIVE and if curve is enabled;
Settemp= HOUSE TEMP from curve + SET VALUES PAGE TEMP.HEAT +
HEATING2 PARAMETERS PAGE OFFSET,
If HEATING2 PARAMETERS PAGE SET POINT is RELATIVE and if curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE + SET VALUES PAGE TEMP.HEAT +
HEATING2 PARAMETERS PAGE OFFSET,
If HEATING2 PARAMETERS PAGE SET POINT is ABSOLUTE;
Settemp= SET VALUES PAGE TEMP.HEAT + HEATING2 PARAMETERS PAGE OFFSET.

HEATING2 PARAMETERS PAGE

HYST

ON

OFF

Settemp

(NOTE2)

Process Value [°C]

Process

Output

2. PROPORTIONAL CONTROL MODE

If the Temperature(NOTE1) is lower than settemp(NOTE2) minus HEATING2 PARAMETERS PAGE HYST
control will be continuously on. If the Temperature(NOTE1) is higher than the settemp(NOTE2) then, control
will be continuously off. If the measured temperature(NOTE1) is between settemp(NOTE2) and
settemp(NOTE2) minus HEATING2 PARAMETERS PAGE HYST then, control output will be on for a portion
of the HEATING2 PARAMETERS PAGE PERIOD.

Process Output rises from 0% to 100% in
HEATING2 PARAMETERS PAGE PROP RAMP period.
This feature is called output filter.
If HEATING2 PARAMETERS PAGE PROP RAMP is zero then
output filter is off.

NOTE1:

If HEATING2 PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If HEATING2 PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If HEATING2 PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If HEATING2 PARAMETERS PAGE SET POINT is RELATIVE and if curve is enabled;
Settemp= HOUSE TEMP from curve + SET VALUES PAGE TEMP.HEAT +
HEATING2 PARAMETERS PAGE OFFSET,
If HEATING2 PARAMETERS PAGE SET POINT is RELATIVE and if curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE + SET VALUES PAGE TEMP.HEAT +
HEATING2 PARAMETERS PAGE OFFSET,
If HEATING2 PARAMETERS PAGE SET POINT is ABSOLUTE;
Settemp= SET VALUES PAGE TEMP.HEAT + HEATING2 PARAMETERS PAGE OFFSET.

52

HEATING2 PARAMETERS PAGE

PROP RAMP

Process

Output

0%

Time [sec]

100%

HEATING2 PARAMETERS PAGE

HYST

Process

Output

100%

50%

0%

Settemp

(NOTE2)

HEATING2 PARAMETERS PAGE

OFFSET

Process Value [°C]

COOLING PARAMETERS
SENSOR : ROOM1
CONTROL :PROPORTION
SET POINT: RELATIVE
HYST : 1.0°C
PERIOD : 40SEC
OFFSET : 0.0°C
PROP RAMP: 50SEC

SENSOR: Sensor type set value
(Range: ROOM1, ROOM2, ROOM1&2 / Factory Setting: ROOM1&2).
CONTROL: Control mode set value
(Range: NONE, ON/OFF, PROPORTION / Factory Setting: ON/OFF).
SET POINT: Set point type set value
(Range: RELATIVE, ABSOLUTE / Factory Setting: RELATIVE).
HYST: Hysteresis set value
(Range: 0.0 °C - 9.9 °C / Factory Setting: 0.3 °C).
PERIOD: Period set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).
OFFSET: Offset set value
(Range: 0.0 °C - 9.9 °C / Factory Setting: 0.0 °C).
PROP RAMP: Proportional ramp set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).

6.4.4.1 COOLING PARAMETERS

6.4.4 COOLING

53

6.4.4.2 COOLING FUNCTION

COOLING output can be control within COOLING PARAMETERS PAGE;

COOLING PARAMETERS PAGE CONTROL parameter is used to select control mode.
If the COOLING PARAMETERS PAGE CONTROL parameter is PROPORTION then control mode is
PROPORTIONAL, if the parameter is ON/OFF then control mode is ON/OFF, if the parameter is NONE
then process output will be zero.

1. ON- OFF CONTROL MODE

COOLING output will be switched on as soon as the Temperature(NOTE1) becomes higher than the
settemp(NOTE2) plus COOLING PARAMETERS PAGE HYST. COOLING output will be switched off as soon
as Temperature(NOTE1) is equal to or lower than settemp(NOTE2). COOLING PARAMETERS PAGE
PERIOD parameter is used to prevent unnecessary switched on and off. COOLING output will remain on or
off minimum COOLING PARAMETERS PAGE PERIOD parameter value.

NOTE1:

If COOLING PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If COOLING PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If COOLING PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If COOLING PARAMETERS PAGE SET POINT is RELATIVE and if curve is enabled;
Settemp= HOUSE TEMP from curve + SET VALUES PAGE TEMP.COOL +
COOLING PARAMETERS PAGE OFFSET,
If COOLING PARAMETERS PAGE SET POINT is RELATIVE and if curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE + SET VALUES PAGE TEMP.COOL +
COOLING PARAMETERS PAGE OFFSET,
If COOLING PARAMETERS PAGE SET POINT is ABSOLUTE;
Settemp= SET VALUES PAGE TEMP.COOL + COOLING PARAMETERS PAGE OFFSET.

COOLING PARAMETERS PAGE

HYST

ON

OFF

Settemp

(NOTE2)

Process Value [°C]

Process

Output

2. PROPORTIONAL CONTROL MODE

If the Temperature(NOTE1) is higher than settemp(NOTE2) plus COOLING PARAMETERS PAGE HYST
control will be continuously on. If the Temperature(NOTE1) is lower than the settemp(NOTE2) then, control
will be continuously off. If the measured temperature(NOTE1) is between settemp(NOTE2) and
settemp(NOTE2) plus COOLING PARAMETERS PAGE HYST then, control output will be on for a portion of
the COOLING PARAMETERS PAGE PERIOD.

Process Output rises from 0% to 100% in
COOLING PARAMETERS PAGE PROP RAMP period.
This feature is called output filter.
If COOLING PARAMETERS PAGE PROP RAMP is zero then output filter
is off.

NOTE1:

If COOLING PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature,
If COOLING PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature,
If COOLING PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If COOLING PARAMETERS PAGE SET POINT is RELATIVE and if curve is enabled;
Settemp= HOUSE TEMP from curve + SET VALUES PAGE TEMP.COOL +
COOLING PARAMETERS PAGE OFFSET,
If COOLING PARAMETERS PAGE SET POINT is RELATIVE and if curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE + SET VALUES PAGE TEMP.COOL +
COOLING PARAMETERS PAGE OFFSET,
If COOLING PARAMETERS PAGE SET POINT is ABSOLUTE;
Settemp= SET VALUES PAGE TEMP.COOL + COOLING PARAMETERS PAGE OFFSET.

COOLING PARAMETERS PAGE

PROP RAMP

Process

Output

0%

Time [sec]

100%

54

COOLING PARAMETERS PAGE

HYST

Process

Output

100%

50%

0%

Settemp

(NOTE2)

COOLING PARAMETERS PAGE

OFFSET

Process Value [°C]

HUMIDITY PARAMETERS
CONTROL :PROPORTION
HYST : 10%
PERIOD : 40SEC
OFFSET : 0%
PROP RAMP: 50SEC
ALGORITHM:HUMIDIFICI

CONTROL: Control mode set value
(Range: NONE, ON/OFF, PROPORTION
/ Factory Setting: PROPORTION)
HYST: Hysteresis set value
(Range: 0% - 99% / Factory Setting: 5%)
PERIOD: Period set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC)
OFFSET: Offset set value
(Range: 0% - 99% / Factory Setting: 0%)
PROP RAMP: Proportional ramp set value
(Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC)
ALGORITHM: Humidity control algorithm. (Humiditification or Drying)
(Range: HUMIDITI - DRYING / Factory Setting: HUMIDITI)

6.4.5.1 HUMIDITY PARAMETERS

6.4.5 HUMIDITY

55

6.4.5.2 HUMIDITY FUNCTION

HUMIDITY PARAMETERS PAGE

HYST

ON

OFF

Set humidity

(NOTE1)

Process Value [RH%]

Process

Output

HUMIDITY output can be control within HUMIDITY PARAMETERS PAGE;
HUMIDITY PARAMETERS PAGE CONTROL parameter is used to select control mode.
If the HUMIDITY PARAMETERS PAGE CONTROL parameter is PROPORTION then control mode is
PROPORTIONAL, if the parameter is ON/OFF then control mode is ON/OFF, if the parameter is NONE
then process output will be zero.

1. ON- OFF CONTROL MODE

HUMIDITY output will be switched on as soon as the humidity becomes lower than the Set humidity(NOTE1)
minus HUMIDITY PARAMETERS PAGE HYST. HUMIDITY output will be switched off as soon as humidity is
equal to or higher than Set humidity(NOTE1). HUMIDITY PARAMETERS PAGE PERIOD parameter is used
to prevent unnecessary switched on and off. HUMIDITY output will remain on or off minimum HUMIDITY

PARAMETERS PAGE PERIOD parameter value.

NOTE1:

if curve is enabled;Set humidity = HUMIDITY from curve + HUMIDITY PARAMETERS PAGE OFFSET;
if curve is disabled;Set humidity = SET VALUES PAGE HUMIDITY +
HUMIDITY PARAMETERS PAGE OFFSET;

2. PROPORTIONAL CONTROL MODE

If ALGORITHM parameter is selected as HUMIDIFI:
If the humidity is lower than Set humidity(NOTE1) minus HUMIDITY PARAMETERS PAGE HYST control will
be continuously on. If the humidity is higher than the Set humidity(NOTE1) then, control will be continuously
off. If the measured humidity is between Set humidity(NOTE1) and Set humidity(NOTE1) minus

HUMIDITY PARAMETERS PAGE HYST then, control output will be on for a portion of the HUMIDITY
PARAMETERS PAGE PERIOD.

If ALGORITHM parameter is selected as DRIYING
If the humidity is higher than Set humidity(NOTE1) minus HUMIDITY PARAMETERS PAGE HYST control will
be continuously on. If the humidity is lower than the Set humidity(NOTE1) then, control will be continuously
off. If the measured humidity is between Set humidity(NOTE1) and Set humidity(NOTE1) minus

HUMIDITY PARAMETERS PAGE HYST then, control output will be on for a portion of the HUMIDITY
PARAMETERS PAGE PERIOD.

Process Output rises from 0% to 100% in
HUMIDITY PARAMETERS PAGE PROP RAMP period.
This feature is called output Filter.
If HUMIDITY PARAMETERS PAGE PROP RAMP is zero then
output filter is off.

NOTE1:

if curve is enabled;Set humidity = HUMIDITY from curve + HUMIDITY PARAMETERS PAGE OFFSET;
if curve is disabled;Set humidity = SET VALUES PAGE HUMIDITY +

HUMIDITY PARAMETERS PAGE OFFSET;

56

HUMIDITY PARAMETERS PAGE

PROP RAMP

Process

Output

0%

Time [sec]

100%

HUMIDITY PARAMETERS PAGE

HYST

Process

Output

100%

50%

0%

Set humidity

(NOTE1)

HUMIDITY PARAMETERS PAGE

OFFSET

Process Value [RH%]

VENTIL. PARAMETERS
SHIFTING : ON
SHIFT&PRP PER: 10MIN
FAN MIN TIME : 5SEC
PRPRTN RAMP : 50SEC
SENSOR : ROOM1
FAN CONT.: BASIC&TUN.
FAN COUNT BAS:1 TOT:8

SHIFTING: Shift enabled or disabled or without chimney fans. (Range: OFF - CMN / Factory Setting: ON).
SHIFT&PRP PER: Common set period value for proportion and shifting

(Range: 1 MIN - 100 MIN / Factory Setting: 2 MIN).

FAN MIN TIME: Mýnýmum on time & Minimum off time (Range: 0 SEC - 100 SEC / Factory Setting: 5 SEC).
PRPRTN RAMP: Proportion ramp set value (Range: 0 SEC - 999 SEC / Factory Setting: 0 SEC).
SENSOR: Sensor selection set value

(Range: ROOM1, ROOM2, ROOM1&2 / Factory Setting: ROOM1&2).

FAN CONT: Ventilation type selection. (Range: TUNNEL, BASIC&TUN. / Factory Setting:TUNNEL)
FAN COUNT BAS: Fan count that run at minimum ventilation. (Range: 1 - 7 / Factory Setting: 1)
FAN COUNT TOT: Total fan count. (Range: 1 - 8 / Factory Setting: 8)

6.4.6.1 VENTILATION PARAMETERS

SET VENTILATION<°C>
VENT1: 0.5 VENT5: 2.5
VENT2: 1.0 VENT6: 3.0
VENT3: 1.5 VENT7: 3.5
VENT4: 2.0 VENT8: 4.0
F.HYS: 0.2 WAIT : 1
FAN ANALOG: BASIC
VENT ALG. :PROPORTION

VENT1: Ventilation stage 1 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 0.5 °C).
VENT2: Ventilation stage 2 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 1.0 °C).
VENT3: Ventilation stage 3 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 1.5 °C).
VENT4: Ventilation stage 4 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 2.0 °C).
VENT5: Ventilation stage 5 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 2.5 °C).
VENT6: Ventilation stage 6 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 3.0 °C).
VENT7: Ventilation stage 7 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 3.5 °C).
VENT8: Ventilation stage 8 set value (Range: 0.0 °C - 50.0 °C / Factory Setting: 4.0 °C).
F.HYS: Fans hysterisis value(Range: 0.0 °C - 5.0 °C / Factory Setting: 0.2 °C).
WAIT: Delay time before fans (Range: 0.0 °C - 200 Sec. / Factory Setting: 1 Sec).
FAN ANALOG: Fan Analog output operation section

(Range: TUNNEL, BASIC&TUN. / Factory Setting:TUNNEL).
VENT ALG.: Working algorithm of fans.
(Range: ON/OFF, PROPORTION / Factory Setting:ON/OFF).

6.4.6.2 SET VENTILATION <°C>°C>

6.4.6 VENTILATION

57

6.4.6.3 VENTILATION FUNCTION(TUNNEL)

There are two different control outputs.

1. Fan linear ventilation control(TUNNEL VENT):

There are eight fan stages to control fresh air level. It can be selected how much fans will work, by
FAN COUNT : TOP parameter.

Ventilation notation: x%y
x: active fan number, y: output(%)

Settemp

(NOTE2)

Process

Output[%]

Min. Vent.

(NOTE2)

Settemp

(NOTE2)

Process Value [°C]

Fans

Analog

Output[V]

A (NOTE3)

NOTE1:

If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1; Temperature = ROOM1 sensor’s temp.
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM2;Temperature = ROOM2 sensor’s temp.
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2.

NOTE2:

If curve is enabled;
Settemp= HOUSE TEMP from curve, Min.Vent= MIN. VENT from curve, Max.Vent=MAX. VENT from curve.
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE, Min.Vent= SET VALUES PAGE VENT. MIN,
Max.Vent= SET VALUES PAGE VENT. MAX.

NOTE3:

A = Settemp(NOTE2)+ SET VENTILATION PAGE VENTILATION1.
B = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION2.
C = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION3.
D = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION4.
E = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION5.
F = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION6.
G = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION7.
H = Settemp(NOTE2) + SET VENTILATION PAGE VENTILATION8.

2. Fan Analog ventilation control:

Fan analog ventilation control
simultaneously works
with fan linear ventilation control.
(TUNNEL VENT)

10.0

B (NOTE3)

C (NOTE3)

D (NOTE3)

E (NOTE3)

F (NOTE3)

G (NOTE3)

H (NOTE3)

Process Value [°C]

Min.
Vent.

100

Number of
always active fans

Process Value [°C]

N

F A 2

FA

N

3

F

A

4

N

N

F

A 5

FA

N

6

N

F A 7

FA 8

N

F

A

N1

8(8%00)
7(7%00)
6(6%00)
5(5%00)

3(3%00)

4(4%00)

2(2%00)
1(1%00)

58

There are two different control outputs.

1. Fan ventilation control(BASIC&TUNNEL VENT):

Basic ventilation fan count is selectable by BASIC FAN COUNT parameters. Remaining fans are tunnel fans. At
this ventilation type, basic fans work only at minimum ventilation and tunnel fans work only at apart from
minimum ventilation.
If calculated ventilation value is less than Min. Vent then output will be equal to Min. Vent value.
If calculated ventilation value is higher than Max Vent then output will be equal to Max Vent value.

FAN1

Min. Vent.

(NOTE1)

House [°C]

FAN1

59

6.4.6.4 VENTILATION FUNCTION(BASIC&TUNNEL)

F.HYS

FANS

Min. Vent.

(NOTE1)

FAN1

A (NOTE2)

B (NOTE2)

C (NOTE2)

VENTILATION ALGORITHM: ON/OFF VENTILATION ALGORITHM: PROPORTIONAL

A (NOTE2)

B (NOTE2)

C (NOTE2)

D (NOTE2)

E (NOTE2)

F (NOTE2)

G (NOTE2)

H (NOTE2)

Settemp

(NOTE1)

Settemp

(NOTE1)

NOTE1:

If curve is enabled;
Settemp= HOUSE TEMP from curve,
Min.Vent= MIN. VENT from curve,
Max.Vent=MAX. VENT from curve.
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE,
Min.Vent= SET VALUES PAGE VENT. MIN,
Max.Vent= SET VALUES PAGE VENT. MAX.

NOTE2:

A = Settemp(NOTE2) + SET VENTILATION PAGE VENT1.
B = Settemp(NOTE2) + SET VENTILATION PAGE VENT2.
C = Settemp(NOTE2) + SET VENTILATION PAGE VENT3.
D = Settemp(NOTE2) + SET VENTILATION PAGE VENT4.
E = Settemp(NOTE2) + SET VENTILATION PAGE VENT5.
F = Settemp(NOTE2) + SET VENTILATION PAGE VENT6.
G = Settemp(NOTE2) + SET VENTILATION PAGE VENT7.
H = Settemp(NOTE2) + SET VENTILATION PAGE VENT8.

C.HYS

OFF

House [°C]

OFF

C.HYS

FANS

FAN3

FAN4

FAN5

FAN6

FAN7

FAN8

C.HYS

F.HYS

F.HYS

F.HYS

F.HYS

F.HYS

FAN2

FAN2

FAN ANALOG

OUTPUT(VZ)

Min. Vent.

(NOTE1)

House [°C]

5.0

F.HYS

Min. Vent.

(NOTE1)

5.0

C.HYS

0.0

House [°C]

0.0

C.HYS

10.0

10.0

FAN ANALOG

OUTPUT(VZ)

A (NOTE2)

B (NOTE2)

C (NOTE2)

Settemp

(NOTE1)

SET VENTILATION PAGE FAN ANALOG: BASIC

A (NOTE2)

B (NOTE2)

C (NOTE2)

Settemp

(NOTE1)

SET VENTILATION PAGE FAN ANALOG: BASIC

A (NOTE2)

B (NOTE2)

C (NOTE2)

Settemp

(NOTE1)

6.4.6.4 VENTILATION FUNCTION(BASIC&TUNNEL)

2. Fan Analog ventilation control:

Fan analog ventilation control
simultaneously works
with fan linear ventilation control.
(BASIC&TUNNEL VENT)

If SET VENTILATION PAGE FAN ANALOG
parameter is TUNNEL

House [°C]

Fans

Analog

Output[V]

10.0

C.HYS

0.0

F.HYS

F.HYS

F.HYS

F.HYS

F.HYS

If SET VENTILATION PAGE FAN ANALOG
parameter is BASIC&TUN. and

SET VENTILATION PAGE BASIC VENT:ON/OFF

House [°C]

Fans

Analog

Output[V]

10.0

0.0

1.25

2.50

3.75

5.00

6.25

7.50

8.75

1.66

3.32

5.00

6.66

8.32

If SET VENTILATION PAGE FAN ANALOG
parameter is BASIC&TUN. and

SET VENTILATION PAGE BASIC VENT
:PROPORTION

House [°C]

Fans

Analog

Output[V]

10.0

0.0

1.25

2.50

3.75

5.00

6.25

7.50

8.75

Settemp

(NOTE1)

A (NOTE2)

B (NOTE2)

C (NOTE2)

D (NOTE2)

E (NOTE2)

F (NOTE2)

G (NOTE2)

H (NOTE2)

MIN.VENT

MIN.VENT

NOTE1:

If curve is enabled;
Settemp= HOUSE TEMP from curve,
Min.Vent= MIN. VENT from curve,
Max.Vent=MAX. VENT from curve.
If curve is disabled;
Settemp= SET VALUES PAGE TEMP.HOUSE,
Min.Vent= SET VALUES PAGE VENT. MIN,
Max.Vent= SET VALUES PAGE VENT. MAX.

NOTE2:

A = Settemp(NOTE1) + SET VENTILATION PAGE VENT1.
B = Settemp(NOTE1) + SET VENTILATION PAGE VENT2.
C = Settemp(NOTE1) + SET VENTILATION PAGE VENT3.
D = Settemp(NOTE1) + SET VENTILATION PAGE VENT4.
E = Settemp(NOTE1) + SET VENTILATION PAGE VENT5.
F = Settemp(NOTE1) + SET VENTILATION PAGE VENT6.
G = Settemp(NOTE1) + SET VENTILATION PAGE VENT7.
H = Settemp(NOTE1) + SET VENTILATION PAGE VENT8.

60

6.4.6.5 TECHNICIAN VENTILATION PARAMETERS

1. Shifting fans (FAN CONT.:TUNNEL):

When VENTIL. PARAMETERS PAGE SHIFT&PRP PER parameter is
expired, working fan number is shifted right once.
For example; 6. and 7. Fans are active and 8. Fan operates proportional
in Figure1

3. Delay between fans
Two fans can not be switched on at the same time. Second fan switched on after VENTIL. PARAMETERS
PAGE DLY BTWN FANS time is over.

VENTIL. PARAMETERS PAGE

PRPRTN RAMP

Process

Output

0%

Time [sec]

100%

4. Output Filter

Process Output rises from 0% to 100% in VENTIL. PARAMETERS PAGE PRPRTN RAMP period.
This feature is called Output Filter.

4. Sensor Selection

If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1;
Temperature = ROOM1 sensor’s temperature
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM2;
Temperature = ROOM2 sensor’s temperature
If VENTIL. PARAMETERS PAGE SENSOR parameter is ROOM1&2;
Temperature =( ROOM1 sensor’s temperature + ROOM2 sensor’s temperature) / 2

Figure1

Figure2

When VENTIL. PARAMETERS PAGE SHIFTING&PRP PER parameter is expired, 7. and 8. Fans are active
and first fan operates proportional as in Figure2

If VENTIL. PARAMETERS PAGE SHIFTING parameter is OFF then shifting feature is disabled.
If SHIFTING parameter is CMN then minimum ventilation fans that selected by FAN COUNT BAS
parameters, never shift. Shifting operates on another fans except theese minimum vent fans.

VENTIL. PARAMETERS
SHIFTING : ON
SHIFT&PRP PER: 2MIN
DLY BTWN FANS: 5SEC
PRPRTN RAMP : 50SEC
SENSOR : ROOM1
FAN CONT.: TUNNEL
FAN COUNT BAS:1 TOT:8

61

2. Shifting fans(FAN CONT.:BASIC&TUN.):

When VENTIL. PARAMETERS PAGE SHIFT&PRP PER parameter is
expired, working fan number is shifted right once. Only tunnel fans are shifting on each other.
For example; 3. and 4. Fans are active in Figure3

Figure3

Figure4

When VENTIL. PARAMETERS PAGE SHIFTING&PRP PER parameter is expired, 4. and 5. Fans are active
in Figure4

If VENTIL. PARAMETERS PAGE SHIFTING parameter is OFF then shifting feature is disabled.

ROOM1 OFFSET: Room1 Temperature Offset set value
(Range: -10.0 °C - 10.0 °C / Factory Setting: 0.0 °C).
ROOM2 OFFSET: Room2 Temperature Offset set value
(Range: -10.0 °C - 10.0 °C / Factory Setting: 0.0 °C).
OUTSIDE OFFSET: Outside Temperature Offset set value
(Range: -10.0 °C - 10.0 °C / Factory Setting: 0.0 °C).
HUMIDITY OFFSET: Humidity Offset set value
(Range: -20% - 20% / Factory Setting: 0%).

SENS MINMAX: Sensor selection for MAX & MIN VALUES 1 PAGE
(Range: ROOM1 - ROOM2- ROOM1&2 / Factory Setting: ROOM1&2).

MAX & MIN VALUES 1 PAGE shows the saved minimum and maximum temperature values of
last 24 hours that was token from

ROOM1 or ROOM2 or (ROOM1 + ROOM2)/2

The selection depends on TEMPERATURE SETTINGS PAGE SENS MINMAX parameter.

SENS OPENING: Sensor selection for PROCESS VALUES PAGE HOUSE parameter
(Range: ROOM1 - ROOM2- ROOM1&2 / Factory Setting: ROOM1&2).

PROCESS VALUES PAGE HOUSE parameter shows temperature value from
ROOM1 or ROOM2 or (ROOM1 + ROOM2)/2

The selection depends on TEMPERATURE SETTINGS PAGE SENS OPENING parameter.

TEMPERATURE SETTINGS
ROOM1 OFFSET: 0.0°C
ROOM2 OFFSET: 0.0°C
OUT. OFFSET : 0.0°C
HUM. OFFSET : 0%
SENS MINMAX : ROOM1&2
SENS OPENING: ROOM1&2

6.4.8 TEMPERATURE SETTINGS

62

6.4.7 SHUTTER CALIBRATION(EPC1A,EPC3A,EPC4A)

SHUTTER CALIBRATION
SHUTTER CLOSE: NO
SHUTTER OPEN: NO

1000

If SHUTTER PARAMETERS PAGE SHUT.FEEDB. parameter is ENABLE this page is shown. When calibrating shutter
firstly push MAN/AUTO button to manually control the shutter. Press DOWN button to close the shutter. When the shutter
fully closed select SHUTTER CLOSE parameter and change this parameter to YES. Wait for the parameter value to
turn NO. After this press UP button to open the shutter. When the shutter fully opened select SHUTTER OPEN parameter
and change this parameter to YES. Wait for the parameter value to turn NO and 1000 value seen on the screen.

SHUTTER PARAMETERS
STROKE TIME: 100SEC
STEP : 0.1%
SHUT.FEEDB.: DISABLE

STROKE TIME: Stroke time set value (Range: 5 SEC- 600 SEC / Factory Setting: 100 SEC)
STEP: Stroke time step set value (Range: 0.1% - 5.0% / Factory Setting: 0.1% )
SHUT.FEEDB.: Shutter feedback function(disable,enable)

CURVE: Curve working activation parameter
(Range: DISABLE, ENABLE / Factory Setting: DISABLE).
HUMIDITY: Humidity input activation parameter
(Range: DISABLE, ENABLE / Factory Setting: ENABLE).
OUTSIDE TEMP: Outside sensor activation parameter
(Range: DISABLE, ENABLE / Factory Setting: ENABLE).
COMMUNICATE: Modbus communication activation parameter
(Range: DISABLE, ENABLE / Factory Setting: ENABLE).
LOAD DEFAULT: Factory default loading selection parameter
(Range: NO, YES / Factory Setting: NO).

To load factory default parameters;
Change CONTROL FUNC PAGE 1 PAGE LOAD DEFAULT parameter to YES and
change page to the other page,
EPC will change parameters to factory defaults and
EPC will change CONTROL FUNC PAGE 1 PAGE LOAD DEFAULT parameter to NO.

WATER CONSUM: Water consumption pages & features activation parameter
(Range: DISABLE, ENABLE / Factory Setting: ENABLE). (EPC 4 FEATURE)
ELECT CONSUM: Electricity consumption pages & features activation parameter
(Range: DISABLE, ENABLE / Factory Setting: ENABLE). (EPC 4 FEATURE)

CONTROL FUNC PAGE 1
CURVE : DISABLE
HUMIDITY : ENABLE
OUTSIDE TEMP: ENABLE
COMMUNICATE : ENABLE
LOAD DEFAULT: NO
WATER CONSUM: ENABLE
ELECT CONSUM: ENABLE

6.4.9 CONTROL FUNC PAGE 1

FEEDING: Feeding pages & features activation parameter

(Range: DISABLE, ENABLE / Factory Setting: DISABLE).
INPUT 1: Weigh1 activation or assigment this input as CO2 (EPC4 FEATURE) parameter
(Range: DISABLE, NH3 / Factory Setting: DISABLE).
INPUT 2: Weigh2 activation or assigment this input as CO2 (EPC4 FEATURE) parameter
(Range: DISABLE, CO2 / Factory Setting: DISABLE).
INPUT 3: Weigh3 pages & features activation parameter
(Range: DISABLE, ENABLE / Factory Setting: DISABLE). (EPC 4 FEATURE)(Not in EPC 4A)
ALARM 1: Assignment Alarm 1 input to general alarm or power cut.
(Range: ALARM - PWR / Factory Setting: ALARM).
LIGHTING: Lighting pages & features activation parameter
(Range: DISABLE, ENABLE / Factory Setting: DISABLE).
LIGHT CONT: Lighting working mode selection parameter
(Range: ON/OFF, MODULATE / Factory Setting: MODULATE).

CONTROL FUNC PAGE 2
FEEDING : ENABLE
INPUT 1 : WEIG
INPUT 2 : WEIG
INPUT 3 : WEIG
ALARM 1 : ALARM
LIGHTING : ENABLE
LIGHT CONT: MODULATE

6.4.10 CONTROL FUNC PAGE 2

63

CONTROL FUNC PAGE 1
CURVE : DISABLE
HUMIDITY : ENABLE
OUTSIDE TEMP: ENABLE
COMMUNICATE : ENABLE
LOAD DEFAULT: NO

EPC 4 EPC 3

EPC 4 EPC 3

CONTROL FUNC PAGE 2
FEEDING : ENABLE
INPUT 1 : ENABLE
INPUT 2 : ENABLE
ALARM 1 : PWR
LIGHTING : ENABLE
LIGHT CONT: MODULATE

6.4.11 LIGHTING FUNCTION (EPC 3&4)

ON

OFF

Time[HR:MN]

02:00

04:00 07:00

01:00

08:30

01:30

16:00 21:0000:00

02:00

If CONTROL FUNC PAGE 2 PAGE LIGHT CONT parameter is equal to ON/OFF then working princible is
explained below;

- First of all EPC has to capture START TIME to run a step.

- Lighting relay output will be on between START TIME and START TIME plus DURATION TIME.
Otherwise lighting relay output will be off.

- OUT% column is not in used.

- Lighting analog output is allways zero
Example;

Working without curve:

Next page parameters are used :

Working with curve:

- SET VALUES PAGE DAY < CURVE STEP2 DAY, LIGHTING PARAMETERS PAGE step1 parameters are
used,

- CURVE STEP2 DAY<=SET VALUES PAGE DAY < CURVE STEP3 DAY, LIGHTING PARAMETERS PAGE
step2 parameters are used,

- CURVE STEP3 DAY<=SET VALUES PAGE DAY < CURVE STEP4 DAY, LIGHTING PARAMETERS PAGE
step3 parameters are used,

- CURVE STEP4 DAY<=SET VALUES PAGE DAY < CURVE STEP5 DAY, LIGHTING PARAMETERS PAGE
step4 parameters are used,

- CURVE STEP5 DAY<=SET VALUES PAGE DAY < CURVE STEP6 DAY, LIGHTING PARAMETERS PAGE
step5 parameters are used,

- CURVE STEP6 DAY<=SET VALUES PAGE DAY < CURVE STEP7 DAY, LIGHTING PARAMETERS PAGE
step6 parameters are used,

- CURVE STEP7 DAY<=SET VALUES PAGE DAY < CURVE STEP8 DAY, LIGHTING PARAMETERS PAGE
step7 parameters are used,

- CURVE STEP8 DAY<=SET VALUES PAGE DAY < CURVE STEP9 DAY, LIGHTING PARAMETERS PAGE
step8 parameters are used,

- CURVE STEP9 DAY<=SET VALUES PAGE DAY < CURVE STEP10 DAY, LIGHTING PARAMETERS
PAGE step9 parameters are used,

- CURVE STEP10 DAY<=SET VALUES PAGE DAY, LIGHTING PARAMETERS PAGE step10 parameters
are used.

Process

Output

CONTROL FUNC PAGE 2
FEEDING : ENABLE
CHICKS W1 : ENABLE
CHICKS W2 : ENABLE
CHICKS W3 : ENABLE
LIGHTING : ENABLE
LIGHT CONT: ON/OFF

Start time column

Duration column

if LIGHT CONT
parameter is
ON/OFF,
OUT% does not
matter.

LIGHTING PARAMETERS

L1: 04:00 02:00 20%
L2: 07:00 01:00 40%
L3: 08:30 01:30 50%
L4: 16:00 00:00 0%
L5: 21:00 02:00 100%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS
CURVE STEP X

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

LIGHTING PARAMETERS

L1: 04:00 02:00 20%
L2: 07:00 01:00 40%
L3: 08:30 01:30 50%
L4: 16:00 00:00 0%
L5: 21:00 02:00 100%

HR:MN HR:MN OUT%

6.4.11.1 LIGHTING (ON/OFF MODE) FUNCTION

64

If CONTROL FUNC PAGE 2 PAGE LIGHT CONT parameter is equal to
MODULATE then working princible is explained below;

- First of all EPC has to capture START TIME to run a step.

- If OUT% is 0 then relay output is OFF otherwise relay output is ON
See the example;

Working without curve:

Next page parameters are used :

Working with curve:

- SET VALUES PAGE DAY < CURVE STEP2 DAY, LIGHTING PARAMETERS PAGE step1 parameters are
used,

- CURVE STEP2 DAY<=SET VALUES PAGE DAY < CURVE STEP3 DAY, LIGHTING PARAMETERS PAGE
step2 parameters are used,

- CURVE STEP3 DAY<=SET VALUES PAGE DAY < CURVE STEP4 DAY, LIGHTING PARAMETERS PAGE
step3 parameters are used,

- CURVE STEP4 DAY<=SET VALUES PAGE DAY < CURVE STEP5 DAY, LIGHTING PARAMETERS PAGE
step4 parameters are used,

- CURVE STEP5 DAY<=SET VALUES PAGE DAY < CURVE STEP6 DAY, LIGHTING PARAMETERS PAGE
step5 parameters are used,

- CURVE STEP6 DAY<=SET VALUES PAGE DAY < CURVE STEP7 DAY, LIGHTING PARAMETERS PAGE
step6 parameters are used,

- CURVE STEP7 DAY<=SET VALUES PAGE DAY < CURVE STEP8 DAY, LIGHTING PARAMETERS PAGE
step7 parameters are used,

- CURVE STEP8 DAY<=SET VALUES PAGE DAY < CURVE STEP9 DAY, LIGHTING PARAMETERS PAGE
step8 parameters are used,

- CURVE STEP9 DAY<=SET VALUES PAGE DAY < CURVE STEP10 DAY, LIGHTING PARAMETERS PAGE
step9 parameters are used,

- CURVE STEP10 DAY<=SET VALUES PAGE DAY, LIGHTING PARAMETERS PAGE step10 parameters are
used.

LIGHTING PARAMETERS
CURVE STEP X

L1: 00:00 00:00 0%
L2: 00:00 00:00 0%
L3: 00:00 00:00 0%
L4: 00:00 00:00 0%
L5: 00:00 00:00 0%

HR:MN HR:MN OUT%

100

0

Time[HR:MN]

02:00

01:00

01:30

02:00

20

40

50

LIGHTING ANALOG

OUTPUT[%]

04:00 07:00 08:30 16:00 21:0000:00

CONTROL FUNC PAGE 2
FEEDING : ENABLE
CHICKS W1 : ENABLE
CHICKS W2 : ENABLE
CHICKS W3 : ENABLE
LIGHTING : ENABLE
LIGHT CONT: MODULATE

LIGHTING PARAMETERS

L1: 04:00 02:00 20%
L2: 07:00 01:00 40%
L3: 08:30 01:30 50%
L4: 16:00 00:00 0%
L5: 21:00 02:00 100%

HR:MN HR:MN OUT%

2.0 Vdc & relay is on

4.0 Vdc & relay is on

5.0 Vdc & relay is on

0.0 Vdc & relay is off

10.0 Vdc & relay is on

Start time column

Duration column

LIGHTING PARAMETERS

L1: 04:00 02:00 20%
L2: 07:00 01:00 40%
L3: 08:30 01:30 50%
L4: 16:00 00:00 0%
L5: 21:00 02:00 100%

HR:MN HR:MN OUT%

ON

OFF

Time[HR:MN]

02:00

04:00 07:00

01:00

08:30

01:30

16:00 21:0000:00

02:00

Relay

Output

6.4.11.2 LIGHTING (MODULATE MODE) FUNCTION (EPC 3&4)

65

UNIT: WEIGHT or TIME mode is used for feeding control depend on this parameter selection
(Range: WEIGHT- TIME / Factory Setting: WEIGHT).
FEED PER MIN: Feed consumption per minute (using when UNIT parameter is selected TIME)
(Range: 0.0 KG - 100.0 KG / Factory Setting: 1.0 KG).
TARE: Tare function
(Range: NO - YES / Factory Setting: NO).
REF WEIGHT: Reference weight parameter for make weight adjustment
(Range: 0 KG - 30000 KG / Factory Setting: 250 KG).
TAKE REF WEIGHT: Reading Weigh is equal to REF WEIGHT
(Range: NO - YES / Factory Setting: NO).
FEED OFFSET: Feeding amount step values are changed as feed offset value
(Range: -100 KG - 100 KG / Factory Setting: 0 KG).

FEED UNIT PARAMETERS

UNIT : TIME
FEED PER MIN: 6.0KG
TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

6.4.12.1 FEED UNIT PARAMETERS

6.4.12 FEEDING (EPC 3&4)

66

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE : NO
REF WEIGHT : KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

500

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE :
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

NO

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE : NO
REF WEIGHT : 500KG
TAKE REF WEIGHT:
FEED OFFSET : 0KG

NO

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE :
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

YES

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE : NO
REF WEIGHT : 500KG
TAKE REF WEIGHT:
FEED OFFSET : 0KG

YES

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE : NO
REF WEIGHT : 500KG
TAKE REF WEIGHT:
FEED OFFSET : 0KG

NO

6.4.12.2 FEEDING WEIGH ADJUSTMENT (EPC 3&4)

1. Feeding adjustment steps:

FEED UNIT PARAMETERS page’s have three parameters are used to
make feeding adjustment.

1. Take tare (TARE parameter),

2. Enter reference weight (REF WEIGHT parameter),

3. Take reference weight (TAKE REF WEIGHT parameter).

Example;

Access to FEED UNIT PARAMETERS page.

Push three times button to access to TARE parameter

While the silo is empty push button to switch parameter’s value to

YES.

Almost 3 seconds later read weight is saved as tare weight and parameter’s

value will switch back to NO. Now push button and access to next

parameter. Using button enter 500 kg and push button.

Put 500 kg feed into silo (because of reference weight is 500 kg for this
example).

Wait for a little time for feed weigh reading stabilisation and

push button to switch parameter to YES.

Almost 3 seconds later feed weigh is saved as reference weight and
parameter’s value switches back to NO.

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

67

6.4.12.3 FEEDING SYSTEM (EPC 3&4)

FEEDING PARAMETERS PAGES have two different screens. These screens depend on
CONTROL FUNC PAGE 1 PAGE CURVE parameter.

At the same time only one of these pages is used by EPC. In addition this, both pages has the same feature.
If CONTROL FUNC PAGE 1 PAGE CURVE parameter is OFF all time the same parameters values which are
in the FEEDING PARAMETERS are used. Otherwise the values are calculated by EPC depend on
FEEDING PARAMETERS CURVE STEP pages.

FEEDING PARAMETERS
CURVE STEP X

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

Start Time Feed Amount

FEEDING PARAMETERS

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

Start Time Feed Amount

MONITORING FEEDING DATA

Feeding data can be monitored via FEEDING CONSUMPTION page.

This page is explained at user section.

FEEDING SYSTEM

There could be two different feeding system.

- The system with loadcell

- The system without load cell

Depend on system selection EPC uses two different calculation method, to decide what method will use,
FEED UNIT PARAMETERS PAGE UNIT parameter is used.

If there is a loadcell in the system, EPC uses FEEDING ANALOG input but if there is no loadcell in the system
then EPC uses time and FEED UNIT PARAMETERS PAGE FEED PER MIN parameter to calculate for
feeding consumption. Both system are more explained with examples in next pages.

STARTING OF THE NEW STEP

EPC captures time and compares it and step times continuously. If there is an equality between time and any
step’s time then that step will run.

FEEDING CONSUMPTION

10.08.07 13:44:45
TARE : NO
RESET CONSUM: NO
REQUIREDFEED: 0KG
EXIST FEED : 151KG
TOTAL CONSUM: 20450KG
DAY NUMBER : 1

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 1.0KG
TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

68

6.4.12.4 FEEDING FLOW CHARTS (EPC 3&4)

START

IS THERE

ENOUGH
FEED TO

RUN

STEP?

YES

NO

IS FEEDING
DIGITAL
INPUT ON?

YES

NO

FEED
CONSUMP­TION:
REQUIRED
FEED*

>=

<

FEED RELAY
IS OFF &
FEED LED
IS OFF

CHANGE THE
STEP’S FEED
CONSUMP­TION
DEPEND
ON FEED
ANALOG
INPUT

DO NOT
CHANGE
THE STEP’S
FEED
CONSUMP­TION

FEED RELAY
IS ON &
FEED LED
IS ON

With Loadcell

START

IS FEEDING
DIGITAL
INPUT ON?

YES

NO

IS TIME OVER?

FEED RELAY
IS OFF &
FEED LED
IS OFF

RUN THE
TIMER

PAUSE THE
TIMER

CALCULATE
DURATION
AND SET
TIMER USING
CURRENT STEP

YES

NO

FEED RELAY
IS ON &
FEED LED
IS ON

Without Loadcell

69

6.4.12.5 FEEDING (WITH LOADCELL) GRAPHICS (EPC 3&4)

If there is loadcell in the system then FEED UNIT PAREMETERS PAGE UNIT parameter must set to
WEIGHT.
For example;

FEEDING PARAMETERS

F1: 06:00 150
F2: 10:00 200
F3: 12:00 100
F4: 19:00 100
F5: 22:00 200

HR:MN FEED<KG>

Start Time Feed Amount

FEED UNIT PARAMETERS

UNIT : WEIGHT
FEED PER MIN: 5.0KG
TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

FEEDING CONSUMPTION PAGE TOTAL CONSUMP changes as long as feeding digital input is ON
(independent from any step and any time)

ON

OFF

Time[sec]

Feeding

relay output

Required
Feed[kg]

0

Time [sec]

150

75

ON

OFF

Time[sec]

Feeding
digital
input

Feeding
Consum.
[kg]

0

Time [sec]

20600

20525

20450

20700

70

6.4.12.6 FEEDING (WITHOUT LOADCELL) GRAPHICS (EPC 3&4)

If there is no way to weigh feed then FEED UNIT PAREMETERS PAGE UNIT parameter must set to TIME.
In this case EPC calculates the step working time by using FEED UNIT PAREMETERS PAGE
FEED PER MIN parameter and current step’s “FEED <KG> “ column.

For example;

EPC calculates each step’s working time below;
For F1 step: 30min (150/5)
For F2 step: 40min (200/5)
For F3 step: 20min (100/5)
For F4 step: 20min (100/5)
For F5 step: 40min (200/5)

For example if step F1 would work then its graphics could be below(minutes is converted to seconds);

FEEDING PARAMETERS

F1: 06:00 150
F2: 10:00 200
F3: 12:00 100
F4: 19:00 100
F5: 22:00 200

HR:MN FEED<KG>

Start Time Feed Amount

FEED UNIT PARAMETERS

UNIT : TIME
FEED PER MIN: 5.0KG
TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

FEEDING CONSUMPTION PAGE TOTAL CONSUMP changes as long as feeding digital input is ON
(independent from any step and any time)

ON

OFF

Time[sec]

Feeding

relay output

1900

Timer[sec]

0

Time [sec]

1800

900

910 1900100010

ON

OFF

Time[sec]

Feeding
digital
input

910 1900100010

71

6.4.12.7 FEEDING EXAMPLES (EPC 3&4)

Example 1;

FEED UNIT PARAMETERS PAGE UNIT parameter: WEIGHT
FEEDING CONSUMPTION PAGE TOTAL CONSUMPTION

parameter: 6500 kg
Consumption feed in last step: 1500 kg
After F1 step finished, new value of
FEEDING CONSUMPTION PAGE TOTAL CONSUMPTION
parameter is;
6500 + 1500= 8000 kg

Example 2;

FEED UNIT PARAMETERS PAGE UNIT parameter: TIME
FEED UNIT PARAMETERS PAGE FOOD PER MIN

parameter: 50.0 kg
Duration: 1500/50.0 = 30min
FEEDING CONSUMPTION PAGE TOTAL CONSUMPTION
parameter: 6500 kg
After F1 step finished, new value of
FEEDING CONSUMPTION PAGE TOTAL CONSUMPTION
parameter is;
6500+1500 = 8000 kg

FEEDING PARAMETERS

F1: 06:00 1500
F2: 10:00 6000
F3: 12:00 6000
F4: 19:00 6000
F5: 22:00 9000

HR:MN FEED<KG>

Start Time Feed Amount

Working without curve:

These paramaters are used;

Working with curve:

These paramaters are used;

- SET VALUES PAGE DAY < CURVE STEP2 DAY, FEEDING PARAMETERS PAGE step1 parameters are
used,

- CURVE STEP2 DAY<=SET VALUES PAGE DAY < CURVE STEP3 DAY, FEEDING PARAMETERS PAGE
step2 parameters are used,

- CURVE STEP3 DAY<=SET VALUES PAGE DAY < CURVE STEP4 DAY, FEEDING PARAMETERS PAGE
step3 parameters are used,

- CURVE STEP4 DAY<=SET VALUES PAGE DAY < CURVE STEP5 DAY, FEEDING PARAMETERS PAGE
step4 parameters are used,

- CURVE STEP5 DAY<=SET VALUES PAGE DAY < CURVE STEP6 DAY, FEEDING PARAMETERS PAGE
step5 parameters are used,

- CURVE STEP6 DAY<=SET VALUES PAGE DAY < CURVE STEP7 DAY, FEEDING PARAMETERS PAGE
step6 parameters are used,

- CURVE STEP7 DAY<=SET VALUES PAGE DAY < CURVE STEP8 DAY, FEEDING PARAMETERS PAGE
step7 parameters are used,

- CURVE STEP8 DAY<=SET VALUES PAGE DAY < CURVE STEP9 DAY, FEEDING PARAMETERS PAGE
step8 parameters are used,

- CURVE STEP9 DAY<=SET VALUES PAGE DAY < CURVE STEP10 DAY, FEEDING PARAMETERS PAGE
step9 parameters are used,

- CURVE STEP10 DAY<=SET VALUES PAGE DAY, FEEDING PARAMETERS PAGE step10 parameters
are used.

FEEDING PARAMETERS

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEEDING PARAMETERS
CURVE STEP X

F1: 00:00 0
F2: 00:00 0
F3: 00:00 0
F4: 00:00 0
F5: 00:00 0

HR:MN FEED<KG>

FEED UNIT PARAMETERS

UNIT : TIME
FEED PER MIN: 50.0KG
TARE : NO
REF WEIGHT : 250KG
TAKE REF WEIGHT: NO
FEED OFFSET : 0KG

72

TARE: Tare adjustment parameter (Range: NO- YES / Factory Setting: NO).
REF WEIGHT: Reference weight value is used to make weight calibration

(Range: 0 KG- 5000 KG / Factory Setting: 5000 KG).
TAKE REF WEIGHT: Reference Weigh adjustment parameter
(Range: NO- YES / Factory Setting: NO).
LOAD: Active feed weigh reading (Range: -5000 KG - 5000 KG ).

WEIGHT1 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT: NO

5000GR

6.4.13.1 WEIGHT1 ADJUSTMENT (EPC 4, EPC 4A)

LOAD

WEIGHT2 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT: NO

5000GR

6.4.13.2 WEIGHT2 ADJUSTMENT (EPC 4, EPC 4A)

LOAD

WEIGHT3 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT: NO

5000GR

6.4.13.3 WEIGHT3 ADJUSTMENT (EPC 4)

LOAD

6.4.13 WEIGHT (EPC 4,EPC 4A)

73

TARE: Tare adjustment parameter (Range: NO- YES / Factory Setting: NO).
REF WEIGHT: Reference weight value is used to make weight calibration

(Range: 0 KG- 5000 KG / Factory Setting: 5000 KG).
TAKE REF WEIGHT: Reference Weigh adjustment parameter
(Range: NO- YES / Factory Setting: NO).

LOAD: Active feed weigh reading (Range: -5000 KG - 5000 KG ).

TARE: Tare adjustment parameter (Range: NO- YES / Factory Setting: NO).
REF WEIGHT: Reference weight value is used to make weight calibration

(Range: 0 KG- 5000 KG / Factory Setting: 5000 KG).
TAKE REF WEIGHT: Reference Weigh adjustment parameter
(Range: NO- YES / Factory Setting: NO).
LOAD: Active feed weigh reading (Range: -5000 KG - 5000 KG ).

INITIAL WEIGH: Curve start average weigh (Range: 0 GR- 5000 GR / Factory Setting: 100 GR).
MINIMUM LIMIT: Minimum limit for recordable weigh

(Range: 0 %- 50% / Factory Setting: 30%).
MAXIMUM LIMIT: Maximum limit for recordable weigh
(Range: 0 %- 50% / Factory Setting: 15%).

AVERAGE WEIGH1
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

6.4.13.4 AVERAGE WEIGH1 (EPC 4, EPC 4A)

AVERAGE WEIGH2
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

6.4.13.5 AVERAGE WEIGH2 (EPC 4, EPC 4A)

AVERAGE WEIGH3
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

6.4.13.6 AVERAGE WEIGH3 (EPC 4)

74

INITIAL WEIGH: Curve start average weigh (Range: 0 GR- 5000 GR / Factory Setting: 100 GR).
MINIMUM LIMIT: Minimum limit for recordable weigh

(Range: 0 %- 50% / Factory Setting: 30%).
MAXIMUM LIMIT: Maximum limit for recordable weigh
(Range: 0 %- 50% / Factory Setting: 15%).

INITIAL WEIGH: Curve start average weigh (Range: 0 GR- 5000 GR / Factory Setting: 100 GR).
MINIMUM LIMIT: Minimum limit for recordable weigh

(Range: 0 %- 50% / Factory Setting: 30%).
MAXIMUM LIMIT: Maximum limit for recordable weigh
(Range: 0 %- 50% / Factory Setting: 15%).

SS TIME: Steady state time for recordable weigh
(Range: 0.3 SEC - 5.0 SEC / Factory Setting: 1.0 SEC).
SS LIMIT VAL: Steady state limit value for recordable weigh
(Range: 1 GR - 1000 GR / Factory Setting: 15 GR).
AW MIN SMPL: Minimum sample for average weigh
(Range: 1 - 1000 / Factory Setting: 100).
AW SMPL PER: Average weigh sampling period
(Range: 1 HR - 24 HR / Factory Setting: 2 HR).

WEIGHING PARAMETERS
SS TIME : 1.0SEC
SS LIMIT VAL: 15GR
AW MIN SMPL : 100
AW SMPL PER : 2HR

6.4.13.7 WEIGHING PARAMETERS (EPC 4, EPC 4A)

75

6.4.13.8 WEIGHING ADJUSTMENT (EPC 4, EPC 4A)

1. Weighing adjustment steps:

To make weighing adjustment, WEIGHTX CALIBRATION pages are used.

- WEIGHT1 CALIBRATION page is used to make WEIGHT1 0-10V input
adjustment.

- WEIGHT2 CALIBRATION page is used to make WEIGHT2 0-10V input
adjustment

- WEIGHT3 CALIBRATION page is used to make WEIGHT3 0-10V input
adjustment
The explanation below is for WEIGHT1 CALIBRATION page but actually it is common explanation. So given
example is valid for each of three pages.

Adjustment steps

1. Take tare (TARE parameter)

2. Enter reference weight (REF WEIGHT parameter)

3. Take reference weight (TAKE REF WEIGHT parameter)

Access to WEIGHT1 CALIBRATION page

Push button to select TARE parameter

While the perch is empty push button to switch parameter’s value

to YES.

Almost 3 seconds later read weight is saved as tare weight and parameter’s

value will switch back to NO. Now push button and access to next

parameter. Using button enter 5000 gr and push button.

Thus, access to next parameter.

Put 5000 gr weigh into the perch (because of reference weight is 5000 gr
for this example).

Wait for a little time and push button to switch parameter to YES.

Almost 3 seconds later 5000 gr weigh is saved as reference weight and
parameter’s value switches back to NO.

WEIGHT1 CALIBRATION
TARE:
REF WEIGHT: 1000GR
TAKE REF WEIGHT: NO

0GR

NO

WEIGHT1 CALIBRATION
TARE:
REF WEIGHT: 1000GR
TAKE REF WEIGHT: NO

0GR

YES

WEIGHT1 CALIBRATION
TARE: NO
REF WEIGHT: GR
TAKE REF WEIGHT: NO

0GR

5000

WEIGHT1 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT:

0GR

NO

WEIGHT1 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT:

0GR

YES

WEIGHT1 CALIBRATION
TARE: NO
REF WEIGHT: 5000GR
TAKE REF WEIGHT:

5000GR

NO

WEIGHT1 CALIBRATION
TARE: NO
REF WEIGHT: 1000GR
TAKE REF WEIGHT: NO

0GR

76

6.4.13.9 WEIGHING (EPC 4, EPC 4A)

1. Weighing steps:

EPC can weigh the chickens via weigh channels and saves some data to give
information to user.
User can monitor chickens status day by day via these data.
Flowing of the operation is quite simple and explained below;

2. Is curve mode on?

If curve mode is enabled, weighing works. Otherwise weighing functions are disabled.
When curve mode is switched to ON, EPC uses equality below only once.
DAY AVERAGE WEIGH = AVERAGE WEIGH PAGE INITIAL WEIGH
DAY AVERAGE WEIGH MINIMUM LIMIT =
DAY AVERAGE WEIGH * (1 - AVERAGE WEIGH PAGE MINIMUM LIMIT)
DAY AVERAGE WEIGH MAXIMUM LIMIT =
DAY AVERAGE WEIGH* (1 + AVERAGE WEIGH PAGE MAXIMUM LIMIT)

for example;
DAY AVERAGE WEIGH = 100gr
DAY AVERAGE WEIGH MINIMUM LIMIT = 100 * (1 -0.3)
DAY AVERAGE WEIGH MINIMUM LIMIT = 70gr
DAY AVERAGE WEIGH MAXIMUM LIMIT = 100* (1 +0.15)
DAY AVERAGE WEIGH MAXIMUM LIMIT = 115gr

It means that EPC only save the weights between 70gr- 115gr.
EPC recalculate DAY AVERAGE WEIGH same as below;

DAY AVERAGE WEIGH MAXIMUM LIMIT and DAY AVERAGE WEIGH MINIMUM LIMIT are also recalculated
at each new DAY AVERAGE WEIGH calculation.

2. Is data stable?

EPC uses only stable data for calculation and logs.
If data changing smaller than WEIGHING PARAMETERS PAGE SS LIMIT VAL parameter during
WEIGHING PARAMETERS PAGE SS TIME parameter, EPC accepts the data stable.

3.How is EPC aware of chicken movement?
EPC takes sequential two weights and calculates their different;

Different = Old Weight - Last Weight

If different is between TARGET WEIGH MINIMUM LIMIT and TARGET WEIGH MAXIMUM LIMIT this weight
is accepted valid chicken weight and it is recorded to the nonvolatile memory.

4. Saved Data Struct

Today and yesterday data are stored in nonvolatile memory and each field has max. 9999 records.
Each weighing channel has own today and yesterday fields.
At the other hand, below data is saved for maximum 1005 days (curve can be maximum 1005 days).

- Average weigh,

- Feed consumption,

- Water consumption,

- Electricity consumption,

- Outside sensor minimum value,

- Outside sensor maximum value.

WEIGHING PARAMETERS
SS TIME : 1.0SEC
SS LIMIT VAL: 15GR
AW MIN SMPL : 100
AW SMPL PER : 2HR

AVERAGE WEIGH1
INITIAL WEIGH: 100GR
MINIMUM LIMIT: 30%
MAXIMUM LIMIT: 15%

3

Record No=1

Record No=Number Of Record

WEIGHT[Record No]

Number Of Record

DAY AVERAGE WEIGH =

77

ELECTRICITY: Electricity consumption per pulse
(Range: 0 WH/Pulse - 9999 WH/Pulse / Factory Setting: 1000 WH/Pulse).
WATER: Water consumption per pulse
(Range: 0.00 LT/Pulse - 99.99 LT/Pulse / Factory Setting: 0.10 LT/Pulse).

WATER AND ELECTRICITY
CONSUMPTION PER PULSE
ELECTRICITY: 1000WH/P
WATER : 0.10LT/P

6.4.14.1 WATER AND ELECTRICITY CONSUMPTION PER PULSE (EPC 4, EPC 4A)

ELECTRICITY ENERGY
CONSUMPTION

03.07.06 02:11:27
RESET CONSUM: NO
DAILY CONSUM: 15KWH
TOTAL CONSUM: 5018KWH
DAY NUMBER : 12

6.4.14.2 ELECTRICITY CONSUMPTION (EPC 4, EPC 4A)

EPC has an electricity consumption input which is called “ELECTRICITY” digital input.

Consumption increases as many WATER AND ELECTRICITY CONSUMPTION PER PULSE PAGE
ELECTRICITY as each pulse
Example:

ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM : 0 KWH
ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM : 23000 KWH
WATER AND ELECTRICITY CONSUMPTION PER PULSE PAGE ELECTRICITY : 2000 WH/Pulse

Pulses = 2500,
2500*2000 = 5000000 WH,
5000000/1000 = 5000 KWH.

ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM : 5000 KWH
ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM : 23000 + 5000 = 28000 KWH

TO RESET DAILY CONSUM AND TOTAL CONSUM PARAMETERS

To switch curve from NO to YES will reset ELECTRICITY ENERGY CONSUMPTION PAGE DAILY
CONSUM and ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM parameters.

To switch ELECTRICITY ENERGY CONSUMPTION PAGE RESET CONSUM from NO to YES and

pushing button will reset ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM and

ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM parameters.
ELECTRICITY ENERGY CONSUMPTION PAGE DAILY CONSUM parameter value is added to
ELECTRICITY ENERGY CONSUMPTION PAGE TOTAL CONSUM parameter and cleared at each new day.

WATER AND ELECTRICITY
CONSUMPTION PER PULSE
ELECTRICITY: 1000WH/P
WATER : 0.10LT/P

6.4.14 WATER AND ELECTRICITY CONSUMPTION (EPC 4, EPC 4A)

78

6.4.14.3 WATER CONSUMPTION (EPC 4, EPC 4A)

EPC has a water consumption input which is called “WATER CONSUMP.” digital input.

Consumption increases as many WATER AND ELECTRICITY CONSUMPTION PER PULSE PAGE WATER
as each pulse

Example:

WATER CONSUMPTION PAGE DAILY CONSUM : 300 LT
WATER CONSUMPTION PAGE TOTAL CONSUM : 14000 LT
WATER AND ELECTRICITY CONSUMPTION PER PULSE PAGE WATER : 5 LT/Pulse

Pulses = 300
300*5 = 1500 LT

WATER CONSUMPTION PAGE DAILY CONSUM : 300 + 1500 = 1800 LT
WATER CONSUMPTION PAGE TOTAL CONSUM : 14000 + 1500 = 15500 LT

TO RESET DAILY CONSUM AND TOTAL CONSUM PARAMETERS

To switch curve from NO to YES will reset WATER CONSUMPTION PAGE DAILY CONSUM and
WATER CONSUMPTION PAGE TOTAL CONSUM parameters.

To switch WATER CONSUMPTION PAGE RESET CONSUM from NO to YES and pushing

button will reset WATER CONSUMPTION PAGE DAILY CONSUM and WATER CONSUMPTION

PAGE TOTAL CONSUM parameters.
WATER CONSUMPTION PAGE DAILY CONSUM parameter value is added to
WATER CONSUMPTION PAGE TOTAL CONSUM parameter and cleared at each new day.

WATER AND ELECTRICITY
CONSUMPTION PER PULSE
ELECTRICITY: 1000WH/P
WATER : 0.10LT/P

WATER CONSUMPTION

03.07.06 02:11:27
RESET CONSUM: NO
DAILY CONSUM: 1800LT
TOTAL CONSUM: 14000LT
DAY NUMBER : 12

79

MIN PPM: Min ppm value that can be read by Nh3 sensor (Range: 0 - 100 / Factory Setting: 0).
SAVE MIN: Parameter to save voltage for min PPM. (Range: NO- YES / Factory Setting: NO).
MAX PPM: Min ppm value that can be read by NH3 sensor (Range: 0 - 100 / Factory Setting: 0).
SAVE MAX: Parameter to save voltage for min PPM. (Range: NO- YES / Factory Setting: NO).

NH3 CALIBRATION
MIN PPM : NO
SAVE MIN: 0 PPM
MAX PPM : 100 PPM
SAVE MAX: NO

100PPM

6.4.15.1 NH3 CALIBRATION

6.4.15 NH3/CO2

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MIN PPM: Min ppm value that can be read by CO2 sensor (Range: 0 - 100 / Factory Setting: 0).
SAVE MIN: Parameter to save voltage for min PPM. (Range: NO- YES / Factory Setting: NO).
MAX PPM: Min ppm value that can be read by CO2 sensor (Range: 0 - 100 / Factory Setting: 0).
SAVE MAX: Parameter to save voltage for min PPM. (Range: NO- YES / Factory Setting: NO).

NH3 CALIBRATION
MIN PPM : NO
SAVE MIN: 0 PPM
MAX PPM : 100 PPM
SAVE MAX: NO

100PPM

6.4.15.2 CO2 CALIBRATION

NH3 SET: NH3 set value (Range: 0 - 5000 / Factory Setting: 0).
NH3 HYS: NH3 hysteresis value (Range: 0 -1000 / Factory Setting: 6).
NH3 FCT: Increament factor of ventilation for over NH3 (Range: 0 - 8%00 / Factory Setting: 1%00).
CO2 SET: CO2 set value (Range: 0 - 5000 / Factory Setting: 0).
CO2 HYS: CO2 hysteresis value (Range: 0 -1000 / Factory Setting: 60).
CO2 FCT: Increament factor of ventilation for over CO2 (Range: 0 - 8%00 / Factory Setting: 1%00).

NH3/CO2 SET VALUES
NH3 SET : 60
NH3 HYS : 6
NH3 FCT : 1%00
CO2 SET : 300
CO2 HYS : 60
CO2 FCT : 1%00

6.4.15.3 NH3/CO2 SET VALUES

6.4.16 SMS PARAMETERS

SMS PARAMETERS
NUM1 : NNN NNN NN NN
NUM2 : NNN NNN NN NN
NUM3 : NNN NNN NN NN

When CONNECTION parameter at MODBUS page is selected as ‘2’, modbus communication port is
Rs485 and a GSM module can be connected on Rs232 port. At this stuation SMS feature is active. If
an event defined at 5.4.15 EVENTS topic (page: 34) occurs, an SMS will be sent to defined GSM
numbers.

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BAUD RATE: Communication Baud Rate
(Range: 0- 4(0: 1200- 1: 2400- 2: 4800- 3: 9600- 4: 19200 baud rate) / Factory Setting: 3).

STOP BIT: Communication Stop Bit Selection
(Range: 0- 1(0: 1 stop bit- 1: 2 stop bits) / Factory Setting: 0).

PARITY BIT: Communication Parity Selection
(Range: 0- 2(0: None parity- 1: Odd parity- 2: Even parity) / Factory Setting: 0).

SLAVE ID: Communication Slave Adress Selection
(Range: 1- 247 / Factory Setting: 1).

CONNECTION: Communication Port Selection. (’1’ for Rs232, ‘2’ for Rs485)
(Range: 1- 2 / Factory Setting: 1).

6.4.17 MODBUS

MODBUS
BAUD RATE : 3
STOP BIT : 0
PARITY BIT: 0
SLAVE ID : 1
CONNECTION: 1

TECHNICIAN: Technician password set value
(Range: 0- 9999 / Factory Setting: 0).
USER: User password set value
(Range: 0- 9999 / Factory Setting: 0).

EDIT PASSWORDS

TECHNICIAN: 0000

USER : 0000

6.4.18 EDIT PASSWORDS

PASSWORD PARAMETER: Factory Adjustment field password query

IMPORTANT: UNAUTHORIZED ACCESSING TO ADJUSTMENT PAGES MAY EFFECT
EPC’S WORKING EFFORT.

EMKO HAS NO RESPONSIBILITY, IF CUSTOMER ACCESSES TO ANALOG ADJUSTMENT PAGES

ENTER CAL

PASSWORD

0000

6.4.19 ENTER CAL PASSWORD

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6.4.18 COOLING SHUTTER PARAMETER (EPC 4B)

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COOLING SHUTTER
STROKE TIM : 100SEC
STEP : 0.1%
COOLING OFS: 0.0°C
SHUTTER COR: 0.0%

STROKE TIM: This is fully opening time of cooling shutter. The parameter’s range is 5-600 sec. To
define this parameter correctly, firstly fully close the cooling shutter. Then, continuously open. Enter
this parameter this opening time.

STEP: Minimum stroke time of the shutter is defined according to this parameter. If shutter oscilate
please increase this parameter.

SOGUTMA OFS: This parameter is added to COOLING SET VALUE.

SHUTTER COR: Shutter correction parameter.

Shutter Gap = (Running Fan Count / Maximum Fan Count) * (1 + SHUTTER COR)

6.4.19 CONF IN SELECTION (EPC 4B)

CONF IN SELECTION
CONF IN1: FEEDING INP
CONF IN2: POWER CUT
SHUTTER RESET: NO

CONF IN1: Can be defined as feeding input or digital input.
CONF IN2: Can be defined as power cut signal or digital input. If it is defined as power cut signal input.
SHUTTER RESET: If this parameter set as YES, after power cut, shutters will completely close and then

open.

7. SPECIFICATIONS

Device Type : Poultry Controller
Housing& Mounting : 144mmx204mmx37mm (including connectors) plastic housing for

panel mounting

Panel Cut-Out : 138mmx186mm
Protection : NEMA4X (IP65 at front panel, IP20 at rear side)
Weight : Approximately 0.7 kg
Environmental Ratings : Standard, indoor at an altitude of less than 2000 meters with

non-condensing humidity.

oooo

Operating/Storage Temperature : 0 C to +50 C / -25 C to +70 C
Operating/Storage Humidity : 90 % max. (None condensing)
Installation Overvoltage Category : II appliances, portable equipment
Pollution Degree : II, normal office or workplace, none conductive pollution
Mode of Operation : Continuous
EMC : BS EN 61000-6-4, EMC Generic Emission Standard for industrial equipment

Supply Voltage(Z) : 24 VZ ± %15 (max. 350 mA)
Analogue Input Types
(Room1, Room2, Outside Temp.) : PT 100 (IEC751) (ITS90)

Accuracy: % 0.25 of full scale

Analogue Input Types
(Feeding, Weight1, Weight2, Weight3) : 0 -10 VZ

Accuracy: % 0.25 of full scale

Dry Contact Inputs : Alarm1 (NO), Negative Press (NO), Feeding (NO), Electricity (NO),

Water Consumption (NO)

Fan Outputs Type : Relay output on Resistive Load 6A@250VV
Heater 1 Output Type : Relay output on Resistive Load 6A@250VV
Heater 2 Output Type : Relay output on Resistive Load 6A@250VV
Cooling Output Type : Relay output on Resistive Load 6A@250VV
Alarm 1 Output Type : Relay output on Resistive Load 6A@250VV
Shutter Open Output Type : Relay output on Resistive Load 6A@250VV
Shutter Close Output Type : Relay output on Resistive Load 6A@250VV
Humidity Output Type : Relay output on Resistive Load 6A@250VV
Feeding Output Type : Relay output on Resistive Load 6A@250VV
Lighting Output Type : Relay output on Resistive Load 6A@250VV
Analogue Outputs : 0 - 10 VZ

Accuracy: % 1 of full scale

Communication Interface : RS-232 serial communication

Led Display : Fan 1, Fan 2, Fan 3, Fan 4, Fan 5, Fan 6, Fan 7, Fan 8, Heater 1, Heater 2,

Colling, Alarm, Feeding, Lighting, Humidity, Program, Influence, Date setup
Curve setup, Shutter Open, Shutter Close

Status Indicators : Shutter Man/Auto selection

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9. Other Informations

Manufacturer Information:

Emko Elektronik Sanayi ve Ticaret A.Þ.
Demirtaþ Organize Sanayi Bölgesi Karanfil Sk. No:6 16369
BURSA/TURKEY

Phone : [phone]
Fax : [phone]

Repair and Maintenance Service Information:

Emko Elektronik Sanayi ve Ticaret A.Þ.
Demirtaþ Organize Sanayi Bölgesi Karanfil Sk. No:6 16369
BURSA/TURKEY
Phone : [phone]
Fax : [phone]

Thank you very much for your preference to use Emko Elektronik

Products.

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www.emkoelektronik.com.tr