Inversion Of The Output Signal; Overrun Function - Resol PSW Premium Manual

ATTENTION! Malfunction!
Pumps with line break detection run with minimum speed if the
control signal is 0 V.
Î Do not operate pumps with line break detection by
a 0-10 V signal!
Connect the blue wire of the signal cable of the pump to
signal type, connect the brown wire to one of the following terminals:
10V (3) = 0-10 V control signal for the HE pump
PWM (5) = PWM control signal for the HE pump
The mains connection of the device is at the following terminals:
N (8)
= neutral conductor N (blue)
L (9) = conductor L (brown or black)
Ground conductor ⌯ (common terminal block) = PE conductor (yellow/green)
Power supply for the pump, connect the cable to the R Out relay output:
N (6)
= neutral conductor N pump (blue)
R Out (7) = 230 V power supply of the pump via the relay output (brown)
Ground conductor ⌯ (common terminal block) = PE conductor (yellow/green)
The power supply of the pump can also take place directly via the 230 V mains
voltage.
14
2.3

Inversion of the output signal

By means of the lower two-pole jumper on the left-hand side above the output
terminals, the output signal can be issued inverted or not inverted.
Jumper open:
Jumper connected: inverted (heating pump)
(4). Depending on the
Input
100 %
0%
2.4

Overrun function

By means of the upper two-pole jumper the overrun function can be activated or
deactivated.
The overrun function can be used to reduce the number of switching processes
for high-efficiency pump. Power supply for the pump will remain switched on for
another 30 minutes after the input signal has signalled a switch-off.
Jumper open:
Jumper connected: Overrun function off
ATTENTION!
not inverted (solar pump)
Heating
Overrun function on
System damage!
If a solar pump is used, connecting the lower jumper (PWM 2)
can lead to system damage!
Î Do not connect the lower jumper (PWM 2).
Solar
PWM /
0-10 V
100%
output