O
K
O
K
T
ry
b
M
E
N
U
M
o
d
e
M
E
N
U
O
K
O
K
O
K
O
K
T
ry
b
M
E
N
U
M
a
n
u
a
l
M
o
d
e
O
K
O
K
O
K
O
K
O
K
O
K
O
K
O
K
O
K
O
K
O
K
O
K
T
ry
b
M
E
N
U
A
u
to
M
o
d
e
T
ry
b
M
E
N
U
P
ro
g
1
A
u
to
T
ry
b
M
E
N
U
P
ro
g
1
0
A
u
to
T
ry
b
M
E
N
U
P
ro
g
1
S
a
v
e
d
T
ry
b
M
E
N
U
P
ro
g
1
0
S
a
v
e
d
..
..
..
..
..
..
..
..
..
.
PROG 1
HEATING mode
Regulator work with sensor C1 which have definited temperature
T1 and hysteresis H1.
PROG 2
COOLING mode
Regulator work with sensor C1 which have definited temperature
T1 and hysteresis H1.
T1
T1-H1
P1
P2
C1
T1+H1
If temeprature on output relay C1 fall under value (T1+H1), it
cause close a joint P1 and P2 in the same time. Joints P1 and P2
will be open if temperature on input sensor C1cross value (T1+
H1).
T1
T1-H1
T1+H1
P1
P2
C1
Relays P1 and P2 work in parallel connection and closing joints
when temperature is higher than value(T1+H1). Joints of realys
will be open when temperature fall under value (T1-H1).
PROG 3
HEATING/COOLING mode
Regulator work with sensor C1 which have definited
temperature T1 and hysteresis threshold H1.
PROG 4
HEATING mode- two regulators
Regulator works with sensors C1 i C2 in function two
independent thermostat which works in heating mode. For
sensor C1 is definited temperature T1 and hysteresis threshold
H1, but for sensor C2 is definited temperature T2 and hysteresis
threshold H2.
T1
T1-H1
T1+H1
P1
P2
C1
Relays P1 and P2 works alternately. P1 work in cooling mode,
closing joint when teperature fall under value (T1 H1) and
opening it when cross value (T1 + H1). Realy P2 work in heating
mode, closing joint when temperature fall under value (T1- H1)
and returnly opening it when cross value (T1 + H1).
P1
P2
T1
T2
T1-H1
T2-H2
C1
T1+H1
T2+H2
C2
PROG 5
COOLING mode- two regulators
Regulator works with sensors C1 and C2 in function two
independent thermostat which works in cooling mode. For sensor
C1 is definited temperature T1 and hysteresis threshold H1, but
for sensor C2 is definited temperature T2 and hysteresis
threshold H2.
If temperature of sensor C1 fall under value (T1-H1), it caue
close a joint P1. When temperature increase higher than value
(T1+H1), than joint P1 will be raturnly open. Similary for sensor
C2 when temperature will be smaller than (T2-H2) than joint P2
will be close, returnly opening will be possible than temperature
cross value (T2+H2).
T1
T2
T1-H1
T2-H2
2
T1+H1
T2+H2
P1
P2
C1
C2
If temperature from sensor C1 increase higher than value (T1 +
H1), then joint P1 will be closed. But when temperature fall under
value (T1 - H1), than joint P1 will be returnly open. Similary for
sensor C2, when temperature will be higher than value (T2 + H2)
tham joint P2 will be closed. It will be returnly open when
temperature fall under value (T2 - H2).
