~ 7 ~
NOVATEK-ELECTRO MCK-108
3.1.4 When working with one pump, connect the magnetic starter (hereinafter referred to as MS) of the electric
motor according to Figure 2 and turn the switch
1
– 2
to "
1
" position. When working with two pumps, connect MS of
the electric motor according to Figure 7 and turn the switch
1
– 2
to "
2
" position.
3.1.5 When working in the drainage mode, turn the switch
Drn - FI
(Drainage
– Filling) to "
Drn
" position.
3.1.6 When working in the filling mode with level sensors, turn the switch
CPG
– S.L.
(CPG
– Level Sensor) to
"
S.L
." (Level Sensor) position and turn the switch
Drn - FI
(Drainage
– Filling) to "
FI
" (Filling) position.
3.1.7 To connect the pressure sensor to MCK-108, one must connect the following items by using Figure 1 and
Figure 3:
– contacts "1а" and "1b" on CPG with contact "12" on MCK-108;
– contact "2" on CPG with contact "10" on MCK-108;
– contact "3" on CPG with contact "9" on MCK-108;
Figure 3
– Connection to Pressure Sensor
3.1.8 When working in the filling mode with the pressure sensor, turn the switch
CPG
– S.L.
(CPG
– Level
Sensor) to
“
CPG
" position and turn the switch
Drn - Fi
(Drainage
– Filling) to "
Fi
" position.
3.1.9 By using the handle
Тhs
, adjust the necessary response delay time, which shall exclude false level
sensor tripping due to a possible hydraulic shock.
ATTENTION! Don't make excessive efforts when performing adjusting operations.
3.1.10 Turn the handle
Sens
to the position, corresponding to the measured liquid resistance.
3.1.11 By using the handle
Таr
, adjust the necessary AR time, after deactivation of the pump motor due to a dry
run failure. Setting the AR time depends on either the time of filling the well or the liquid flow from the tank.
1
– submersible pump 4 – dry run sensor electrode
2
– MCK-108 5 – pressure sensor (CPG or equivalent)
3
– common electrode
Figure 4
– Application of MCK-108 in the filling mode with pressure sensor
3.2
MCK-108 usage
3.2.1 MCK-108 operation with one pump
3.2.1.1 MCK-108 provides operation in the following automated modes:
–
filling
with pressure sensors (Figure 4);
–
filling
with level sensors (Figure 5);
–
drainage
with level sensors (Figure 6).