Steca PA 15, Руководство по эксплуатации

Страница: 33 / 40

PA15 TTS Operating Manual Page 33
The device is primarily a superheterodyne receiver. By generating an
intermediate frequency and multiple signal filtering, the receiver achieves
a high degree of selectivity and therefore a high level of reception safety.
The data string transferred by the Tarom contains current information at
the time of sending for the following:
-
Charge status in %
-
Identifier for generator control (0 – 9)
-
Identifier for excess control (0 or 9)
-
Day / night identifier
The remote switch receives the data sent by the charge controller
(TAROM), evaluates it and switches its load break switch on or off
depending on the device configuration. The load break switch is a low-loss
MOSFET with a switching capacity of 15A.
The input voltage may be in the range of between 10.5 V and 60 V.
Correct functioning is ensured in a temperature range from -10°C to
+50°C.
Product description
The PA15 receiver is used to control additional charge sources, to realise
the following:
- The nightlight function on the charge controller
-
Programmable, external exhaustive charge protection
-
What is know as an excess manager
- Or as a generator manager
The device is configured with a 5-fold jumper block for the operating mode
and two adjusting controllers P1 and P2 for the SOC (=state of charge) –
values or identifiers for controlling generators or excess consumers.
Only one operating mode can be set at any given time on the jumper block
between the two 3-pole connecting terminals. If the overall system is to
provide multiple additional functions, additional Steca PA15 units must be
used.
An incorrect configuration will NOT be indicated acoustically by the PA15.
Please ensure that the jumpers are plugged in correctly and in accordance
with the function you require. If an invalid configuration is selected, the
load output is shut off by the internal safety function specified internally.
If any jumpers are lost, please do not use other materials for connecting
the contacts. This could easily cause short-circuits which impair the
functioning of the PA15.
The adjusting controller for selecting the switch thresholds or identifiers
both have a scale from 0...9.