36
TARGET ECO I FEEDING, rev.09
TARGET ECO I FEEDING
Relay Assignment Template
ID NUMBER
of the relay panel
(ID # 2 to ID #19)
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
OUTPUTS
1
2
3
4
5
6
7
8
9
10 11 12 13 14 15 16
Ration 1 Auger
_________ ( ID #2 to ID #19)
Ration 2 Auger
_________ ( ID #2 to ID #19)
Ration 3 Auger
_________ ( ID #2 to ID #19)
Ration 4 Auger
_________ ( ID #2 to ID #19)
Ration 5 Auger
_________ ( ID #2 to ID #19)
Ration 6 Auger
_________ ( ID #2 to ID #19)
Ration 7 Auger
_________ ( ID #2 to ID #19)
Ration 8 Auger
_________ ( ID #2 to ID #19)
Air Compressor
_________ ( ID #2 to ID #19)
Cleanout Auger
_________ ( ID #2 to ID #19)
Cleanout Master Valve
_________ ( ID #2 to ID #19)
Ration 1 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 2 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 3 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 4 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 5 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 6 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 7 Cleanout Valve
_________ ( ID #2 to ID #19)
Ration 8 Cleanout Valve
_________ ( ID #2 to ID #19)
Clock 1
_________ ( ID #2 to ID #19)
Clock 2
_________ ( ID #2 to ID #19)
Clock 3
_________ ( ID #2 to ID #19)
Clock 4
_________ ( ID #2 to ID #19)
Clock 5
_________ ( ID #2 to ID #19)
Clock 6
_________ ( ID #2 to ID #19)
Clock 7
_________ ( ID #2 to ID #19)
Clock 8
_________ ( ID #2 to ID #19)
Actuator - Open
_________ ( ID #2 to ID #19)
Actuator - Close
_________ ( ID #2 to ID #19)
Drop 1
_________ ( ID #2 to ID #19)
Drop 2
_________ ( ID #2 to ID #19)
Drop 3
_________ ( ID #2 to ID #19)
Drop 4
_________ ( ID #2 to ID #19)
Drop 5
_________ ( ID #2 to ID #19)
Drop 6
_________ ( ID #2 to ID #19)
Drop 7
_________ ( ID #2 to ID #19)
Drop 8
_________ ( ID #2 to ID #19)
Drop 9
_________ ( ID #2 to ID #19)
Drop 10
_________ ( ID #2 to ID #19)
Drop 11
_________ ( ID #2 to ID #19)
Drop 12
_________ ( ID #2 to ID #19)
Drop 13
_________ ( ID #2 to ID #19)
Drop 14
_________ ( ID #2 to ID #19)
Drop 15
_________ ( ID #2 to ID #19)
Drop 16
_________ ( ID #2 to ID #19)
Drop 17
_________ ( ID #2 to ID #19)
Drop 18
_________ ( ID #2 to ID #19)
RELAY NUMBER
Relay 1-16 & Relay 17-32 = second 16-relay strip of 32
outputs relay panel
9
TARGET ECO I FEEDING, rev.09
TARGET ECO I FEEDING
2.3.3
Fill Auger’s Operation
During feeding periods, the controller en-
ables the proper fill auger and fills up all
opened drops. The following steps explain
how fill augers are operating.
When a new cycle starts:
1.
The controller waits for the
“Fill Auger
Start Delay”;
2.
The controller activates the auger associ-
ated with the first ration to be distributed;
3.
The controller stops the fill auger when
the drops are full (refer to previous sec-
tion).
!
Overload Protection:
The controller monitors the amperage
draw of the feeder’s motor to prevent
overloading the system. If the amper-
age exceeds the limit (
Max Current
Consumption
), the controller will tem-
porarily shut down the fill auger while
the feeder keeps running in order to
discharge the feed. As the feed load
decreases the amperage draw also de-
creases and the fill auger can restart
sending feed when the current con-
sumption gets lower than the
Max Cur-
rent Consumption - Window Size.
Bin
Fill
Auger
Feed line
Auger
motor