Vageo V-DCS3 User manual

Brand: Vageo

Model: V-DCS3

Type: User manual

Differential Controller Solar Installations

Two or Three Sensors

Manual (02VDCS3-2013) GB

V-DCS3

www.vageo.gr

Thank you for buying this device.

Please read carefully the instructions to help you get all the bene-

fits of this device.

Page 2 Safety - Installation Specifications

Page 3.4 Applications & Links

Page 5 Operation - First Boot Screen

Page 6 Symbolisms Screen

Page 7 Operation

Page 8 Menu Setting Description Parameters

Page 9 Diagnostic Fault - Sensors

accessories

 Safety instructions:

! Note: The placement of the device should be done by a licensed electrician journeyman

burners .

! Caution : This device is designed for installations electricity 230Volts AC/50Hz. Make

sure the power supply is interrupted before connecting the device and when for any rea-

son remove the plastic front cover and is mounted on the wall or in a box rail .

! Caution : This product should not be used in critical applications for human life. If the

product does not work as directed by the manufacturer consult the service department of

the manufacturing company (0030 210 2323345 ) .

 Installing Installation:

The V-DCS3 device is enclosed in a box DIN RAIL BOX 6 fuses and can be mounted on

top hat rail box, table rail (see page 9) or directly on the wall.

The space that the device is positioned V-DCS3 should not wetted or not has a high mois-

ture level .

External cables connecting the power supply and signal cables is not necessary to cross to

exceed 1mm 2x1mm.

The cables connect the sensors of the device is not necessary that the cross-section not

exceed 0,50 mm 2x0, 50mm.

! Caution : The sensor cables should not be combined with power cords power and the

maximum length of these should not exceed 50m.

It is not necessary to open the device as you may create irreparable damage to electronic

circuits. The connection terminals are accessible immediately.

Specifications

Area Imaging Sensors & Setup Con-

trollers

-10,0 ⁰ C till +150,0 ⁰ C with a pitch 1 ⁰ C

Setting Precision Sensors Adjustable -3,0 ⁰ C to +3,0 ⁰ C with a pitch 1 ⁰ C.

dimensions

Power Supply ~ 230V AC/50Hz ± 10%

Resistance relay contacts 6A / 250 VAC

remote sensors Extension to 50 meters (V-KTYxxx)

temperature Operation -10,0 ⁰ C to +50,0 ⁰ C

1st application:

Forced circulation with 1 sink, 1 solar pump system and two temperature sensors (one

collector and one sink).

! Note: The terminals with symbolism R1 are the dry contact relay. The sensing device is

of type V-KTY50 KTY200 (See page 10) and have polarity.

2nd application:

Forced circulation with 1 sink, 1 solar pump system, two temperature sensors (one collec-

tor and one sink) through a secondary source for domestic hot water circulator means

second (R2).

! Note: The terminals with symbolism R1 & R2 are dry relay contacts. The sensing device

is of type V-or V-KTY50 KTY200 (See page 10) and have polarity.

Symbols Description

Sensor Collector

Tank sensor

Pump Solar System

Symbols Description

Sensor Collector

Tank sensor

Pump Solar System

Pump

Auxiliary Source

3rd Application:

Forced circulation with 1 sink, 1 solar pump system, three temperature sensors (one col-

lector & 2 sink) and control auxiliary source for domestic hot water circulator means sec-

ond (R2).

! Note: The terminals notation R1 & R2 are dry relay contacts. The sensing device of a

type V-KTY50 KTY200 (See page 10) and have polarity.

4th Application:

Forced circulation with 1 sink, 2 pumps solar collector system for each different orienta-

tion and 3 temperature sensors (two panels and one sink).

! Note: The terminals notation R1 & R2 are dry relay contacts. The sensing device of a

type V-or V-KTY50 KTY200 (See page 10) and have polarity.

Symbols

Description

Sensor Collector

Lower Tank Sensor

Over Tank Sensor

Solar Pump System

Auxiliary Pump Source

Symbols

Description

Sensor Collector No1

Tank Sensor

Collector Sensor no2

Solar Pump System No1

Solar Pump System No2

With the key you can browse the main setup menu (See page 8), and to reduce the val-

ues for each parameter we choose to modify. The button with the symbol functions as ON

-OFF to use the no auxiliary source applications 2 and 3 (see page 3 & 4), while in the main

menu setting as options to amend the parameter value as a ENTER fee and the modified pa-

rameter value.

The device V-DCS3 adjusted with 3 but-

tons on the left of the screen as shown in

Figure 1.

The device once placed under voltage

works according to the factory settings

(see page 8 TABLE 1) shown in the

menu. To see these settings or modify

them to press simultaneously for 3sec

and 2 buttons with symbols

With the key you can browse the

main menu setting or increase the values

for each parameter we choose to modify.

 Handling:

 Display first start:

The device features a V-DCS3 backlit LCD 8 characters x 2

lines on a green background .

Connecting the power supply device is going through a

phase where starting and shown the first two screens se-

quentially as shown in Figure 2 . After booting the device

has started working normally reflecting successively 3,4,5

and 6 display continuously and repeatedly while making

temperature and other controls .

Screen 3: Message << SYS: number >> abbreviation of the

word SYSTEM is the first and basic parameter in the setup

menu to select the application you want to control our de-

vice ( see page 3 & 4) . Message << AUX: ON, OFF or NA

>> abbreviation AUXILIARY and reports the status of

OPEN , CLOSED or NO auxiliary source of DHW .

Screen 4 & 5: Message on screen 4 << S1: ° C >>, << S2: °

C >> and screen 5 << S3: NA >>, << S4: NA >> refers to

values of Celsius sensors at that time and detected accord-

ing to the application that we have chosen . The sensor S4

model V-DCS3 not applicable .

Screen 6 : Message << R1 R2 R3 >> shows the relay

status as controlled by our device at that time . The relay R3

model V-DCS3 not applicable .

FIGURE1

FIGURE 2

 Symbolisms on the Screen:

FIGURE 3

<< AUX: OFF or ON >> as example on the screen 1,

shows the state of the controller checks whether or not

the auxiliary source for DHW applications 2 & 3.

<< Error >> like the example on the screen 2 means

damage to the sensor.

<< 0 >> below relay symbol as in the example screen 3

shows that the contact exists and is open.

<< NA >> under relay symbol indicates that the contact

does not exist.

<< 1 >> under relay symbol like the example on the screen 4

shows that the contact exists and that it is closed.

<< M >> below relay symbol as in the example on the

screen 5, shows that the contact exists, but the tem-

perature sensor collectors << S1 >> is below the value

of the parameter << MCT >> low temperature collector

(See . p.8 TABLE 1).

<< F >> under relay symbol like the example on the

screen 6 shows that the contact exists but the tempera-

ture sensor collectors << S1 >> is equal to or below the

value of the parameter << FPC >> frost protection (see

p.8 TABLE 1).

<< T >> under relay symbol like the example on the screen 7 shows that the contact exists

but the temperature sensor collectors << S1 >> has reached the value of the parameter <<

MTC >> overheat protection panel (See TABLE 1 p.8).

Cases Activation R2

* Abbreviations are explained in Table 1 ( see p.8 ) .

Enabling first implemented 2 when S2 <MST-DAS.

Enabling a second application 3 when the S3 <MST-DAS.

! Caution : In applications 2 & 3 have control auxiliary source , the message << AUX >> should

be << ON >>.

3rd Enabling Implementation 4 when (S3-S2) ≥ DTS & S3 ≥ MCT when the elapsed time of the

delay parameter CPD.

4th Enabling Implementation 4 when S3 ≤ FPC frost protection panels. The process of opening

and closing operation of R2 is a time (120 sec) by repeating S3> FPC.

5th Enabling Implementation 4 when S3 ≥ MTC overheat protection panels. The R2 will be dis-

abled when S3 <MTC at 3 ° C or HST = MTC.

 Operation:

The device V-DCS3 the time to be fed with electricity constantly performs checks proper func-

tioning sensory outputs and relay contacts are available . The green screen background after

10 sec disappears , comes back with the click of one of the three buttons .

Cases Trigger R1

* Abbreviations are explained in Table 1 ( see p.8 ) .

It is activated when the first (S1-S2) ≥ DTS & S1 ≥ MCT applies to all applications when the

elapsed time of the delay parameter CPD.

Enabling second when S1 ≤ FPC frost protection panels apply to all applications. The process

of opening and closing operation of R1 is a time (120 sec) by repeating S1> FPC.

Enabling third when S1 ≥ MTC overheat protection panels apply to all applications. The R1 will

be disabled when S1 <MTC at 3 ° C or HST = MTC.

Α/Α

Abbreviation

Description of Parameters

FROM TO

SYSTEM

Select Application ( See pages 3 & 4) .

1 4 1

HST

Higher Sink Temperature

Maximum desired temperature heat sink .

20°C 95°C 80°C

DTS

Differential Temperature Sensors

Differential temperature S1-S2 ( for all applications ) and

the S3-S2 ( only for application 4 ) which will trigger the

R1 ( for all applications ) and the R2 ( only for application

4 ) respectively.

ODT 30°C 8°C

ODT

Off Difference Temperature

Differential temperature S1-S2 ( for all applications ) and

the S3-S2 ( embodiment 4 only ) which will turn off the R1

( for all applications ) and the R2 ( only for application 4 )

respectively.

1°C DTS 3°C

CPD

Clock Pump Delay

Delay activate circulators collectors.

0 sec 240 sec 30 sec

MCT

Minimum Collector Temperature

Low temperature collectors for which actuated pumps col-

lectors.

10°C 80°C 10°C

MTC

Maximum Temperature Collector

Overheat protection panels.

100°C 150°C 110°C

FPC

Frost Protection for Collector

Frost protection panels.

-10°C 5°C 3°C

MST

Minimum Sink Temperature

Minimum temperature in the DHW storage tank (only ap-

plications 2 and 3 ) .

20°C 80°C 35°C

DAS

Differential Auxiliary source

Different minimum temperature in DHW storage tank

(only applications 2 and 3 )

10°C 3°C 5°C

EXIT

Exit from Menu

 Setup Menu: TABLE 1

default

 Fault diagnosis:

The device V-DCS3 the time to be fed with electricity, check the status of the sensors continu-

ously. If any of the sensors has a problem or the cable is then cut on the screen shows the mes-

sage << Error >> next to the corresponding sensor (See page 6 example display 2).

CAUTION: For safety reasons, if a fault is detected in the collector sensor or sensors collectors

(application 4), the relay or relays (application 4) circulators will be activated and the relay R2

applications 2 and 3 will be disabled.

 Sensors & Accessories:

Immersion Sensor (+180 ° C) V-KTY 50 with 50cm cable length and

diameter cup 6mm. The type of cable is 2x0, 50mm silicone.

Immersion Sensor (+180 ° C) V-KTY200 with cable length 2 m and di-

ameter cup 6mm. The type of cable is 2x0, 50mm silicone.

The VAGEO HVAC products designed and manufactured in Greece

by INTELCO Electronics PELEKIS E. & Co.

Christos Karvouni 27 Ta.K.136 71 Axarnai Attica

T.+30 2102323345 F.+30 2102386382

vageo@intelco.gr www.intelco.gr - www.vageo.gr

Vageo V-DCS3 User manual

Brand: Vageo

Model: V-DCS3

Type: User manual

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Vageo V-DCS3 User manual

Vageo V-DCS3 User manual

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