anasol - Full Gauge Controls

Ver.03
5. DISPLAY IDENTIFICATION AND CONTROL BUTTONS
1. DESCRIPTION
ANASOL is a differential thermostat for solar heating that acts through the differential temperature
between sensor S1 (solar collector) and sensor S2 (pool or boiler). Controller for pumped solar heating
systems applications with overheating and anti-freeze functions.
It has anti-freeze function(protection of pipes), prevents water overheating (for pools) offers manual
control of the circulation pump.
Product complies with UL Inc. (United States and Canada).
2. APPLICATION
Solar heating system for pool or boiler water.
3. TECHNICAL SPECIFICATIONS
- Power supply: 115 or 230 Vac ±15% (50/60 Hz)
-Control temperature: Sensor S1-Metal capsule - Silicone: -50 to 200 °C* / -58 to 392°F**
Sensor S2 - Plastic capsule - PVC: -50 to 105 °C* / -58 to 221°F**
- Load current: 16(8) A / 250Vac 1HP
- Dimensions (W x H x L): 77 x 39 x 97mm
- Differential to turn the pump ON: from 1 to 10 ºC* / 2 to 20°F**
- Differential to turn the pump OFF: from 1 to 10 ºC* / 2 to 20°F**
- Operating temperature: 0 to 45°C* / 32 to 113°F**
- Operation humidity: 10 to 90% RH (without condensation)
* Celsius (Cº) ANASOL model
**Fahrenheit (Fº) ANASOL model
4. SETTINGS
4.1 - Adjustment
To set the controller functions the correspondent key should be press and hold for three seconds until
the led respective starts to flash. After this first step all functions can be set as desired. The adjustment
validation only will be effective after the led stop flashing (three seconds after the key idleness).
4.1.1 - Differential to turn the pump ON
Press
to set this function. The led shows the temperature differential to activate the pump.
4.1.2 - Differential to turn the pump OFF
Press
to set this function. The led shows the temperature differential to deactivate the pump.
Example: T ON = 8°C
T OFF = 2°C
When the difference between sensor 1 and sensor 2 goes higher than 8ºC it will activate the pump. The
pump will only shutdown when the differential temperature between both sensors reach less than 2ºC
degrees.
4.2 - Protection against overheating
Allows to adjust the temperature to protect against overheating of the sensors S1 and S2, shutting down
the water circulation pump if the temperature reaches the selected values.
- Protection against overheating in Sensor S1: The pump is switched off to prevent the
superheated water circulates through the pipes and damage them (if PVC pipes are used).
- Protection against overheating in Sensor S2: The pump is switched off to keep the thermal
comfort of reservoir water, mainly used in swimming pools.
The hysteresis of this function has a fixed value of C * 2 / 4 F ** that will reactivate the water pump when
the temperature decreases to the selected value minus the hysteresis. To disable this function select
“OFF” through
.
30 32
55
60
E251415
NEWANASOL03-02T-13884
ANASOL
DIFFERENTIAL THERMOSTAT
FOR SOLAR HEATING
70
80
65
70
Sensor 2 indication
To adjust the overheating protection in the sensor S2
press
for 3 seconds (LED blinking slowly).
Overheating control button
Overheating protection indication led
Differential temperature
LEDs to turn the
pump OFF and display
of the temperature
sensor***
Differential temperature
LEDs to turn the
pump ON and display
of the temperature
sensor***
Pump OFF
indication LED
Pump ON
indication LED
Anti-freeze protection
indication LED
Pump operation mode
indicator LED
Anti-freeze
control
button
Differential
temperature
button to turn the pump ON
VIEW
VIEW
Differential temperature
button to turn
the pump OFF
Pump operation mode
control button
***In the model Anasol of Fahrenheit (°F) the display function of temperature is not available
6. TEMPERATURE DISPLAY
The Anasol allows visualization of temperature of the sensors in the range 0 to 109 ° c.
To view the temperature sensor S1 (collector panel) should press
and
keys
simultaneously for 1 second.
To view the temperature sensor S2 (pool or boiler) should press
and
keys
simultaneously for 1 second.
The LEDs S1 and S2 indicate that the controller is showing the temperature of the respective sensor.
When the LED is flashing indicates that the temperature display will occur for 15 seconds, if the LED is
turned on the indication will be permanent.
To enable permanent indication should keep pressing the corresponding keys for 10 seconds.
To exit the display of temperatures just briefly pressing any one of the keys of the controller.
***In the model Anasol of Fahrenheit (°F) the display function of temperature is not available
Example below:
Indicates current temperature
at sensor S2
Shows the
indication
dozen
Shows the
indication unit
Mere illustrative images
Sensor 1 indication
To adjust the overheating protection in the sensor S1
press
for 10 seconds (Led blinking quickly).
The LED always shows the configuration of sensor S2. To see the configuration of the sensor S1,
briefly press the
button, the LED will blink quickly in the corresponding value.
4.3 - Anti-freeze protection
If the temperature in the sensor 1 reaches lower values than set by the user, the water pump will activate
to prevent water freezing in the pipes. The anti-freeze function has 4ºC* / 8 ºF** as preset value to
deactivate the water pump when the temperature on sensor 1 goes over the freeze protection value,
plus the differential to deactivate the pump (hysteresis). To disable this function select “OFF” through
.
When activated by this function the water pump will keep 3 minutes (minimum) activated, regardless of
the sensor 1 temperature.
4.4 - Pump operation mode
Press
and select the pump operation mode, as follows:
OFF - Manual mode. Pump is always OFF
AUT - Automatic mode. Pump activation following the user settings.
ON - Manual mode. Pump is always ON.
4.5 - Signaling
The PUMP ON led ON indicates that the “NO” output is activated (pump ON).
The PUMP OFF led ON indicates that the “NC” output is activated (pump OFF).
Flashing PUMP ON and PUMP OFF leds indicates the following:
-Some of the temperature sensors are disconnected
-Temperature out of control range
The T ON and T OFF leds flashing indicates the following:
-The
temperature setting is higher than
.
VIEW
VIEW
Temperature of sensor S2 (pool or boiler) = 30°C
IMPORTANT
As chapters of IEC 60364 norm:
1: Install protectors against overloads on power supply.
2: Sensor cables and computer signs can be together, however not in the same conduction; where
there power supply and load drive.
3: Install suppresors (RC filters) in parallel to loads to increase the relays function.
Wiring diagram of suppresor in contactors
A1
Sensor S1Metal capsule - Silicone
Solar collector
Suppresor
Pump
A1 and A2 are the
contactor coil.
Wiring diagram of suppresor linking in loads
direct drive
Suppresor
7. WIRING DIAGRAM
7.1 Wiring diagram for 115Vac
Load
For direct activation the maximum
specified current should be taken
into consideration.
A2
0
115V
Sensor S2Plastic capsule - PVC
Boiler or Pool
ENVIRONMENTAL INFORMATION
Package:
The packages material are 100% recyclable. Just dispose it through specialized
recyclers.
Power supply
5 - 6 115V
Products:
The electro components of Full Gauge controllers can be recycled or reused if it is
disassembled for specialized companies.
7.2 Wiring diagram for 230Vac
Disposal:
Do not burn or throw in domestic garbage the controllers which have reached the end-oflife. Observe the respectively law in your region concerning the environmental
responsible manner of dispose its devices. In case of any doubts, contact Full Gauge
controls for assistance.
Sensor S1Metal capsule - Silicone
Solar collector
Pump
230V
0
Sensor S2Plastic capsule - PVC
Boiler or Pool
Power supply
5 - 7 230V
8. INSTRUMENT FIXATION MODE
Instrument
8.1 DIN mount fixation
Wall
L
L
WA
DIN rail
DIN
AIL
R
1
2
Spare reinforce screws
(not included)
8.2 Screw fixation (wall-mounted)
L
R
FO
Mere illustrative images
L
WA
S NG
LE IXI
HOEW F
R
SC
Screws for fixation
(not included)
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