Resol DeltaSol ES User Manual

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RESOL D e lt a S o l® ES

Mounting Connection Operation Troubleshooting Application examples

Thanks for buying a RESOL product. Read this manual carefully to get the best performance from this unit.

*48000770*

48000770

Please keep this manual carefully.

D e lt a S o l

manual

www.resol.com

D e lt a S o l® ES

Safety advice

Please pay attention to the following safety advice in order to avoid danger and damage to people and property.

Instructions:

Attention should be paid to

• valid local regulations

• respective valid standards and directives

These instructions are exclusively addressed to authorised skilled personnel.

• Only qualiﬁed electricians should carry out installation

and maintenance work.

• Initial installation should be carried out by qualiﬁed

personnel

Subject to change. Errors excepted.

Table of contents

Description of symbols .......................................................2

Information about the product ..........................................2

Disposal ................................................................................2

Overview ..............................................................................3

Technical data ......................................................................3

1. Installation .............................................................4

1.1 Mounting .................................................................................. 4

1.2 Electrical connection ............................................................. 4

1.2.1 Connection survey ................................................................ 4

1.2.2 Actuators ................................................................................. 5

1.2.3 Bus ............................................................................................. 5

1.2.4 Sensors ..................................................................................... 6

1.2.5 Power connection .................................................................. 6

2 Operation and function ........................................7

2.1 Adjustment buttons .............................................................. 7

2.2 System monitoring display ................................................... 7

2.2.1 Channel display ....................................................................... 7

2.2.2 Tool bar .................................................................................... 7

2.2.3 System screen ......................................................................... 8

2.3 Flashing codes ......................................................................... 8

2.3.1 System screen ﬂashing codes .............................................. 8

2.3.2 Operating control lamp ﬂashing codes ............................. 8

3. Commissioning ......................................................9

4. Control parameter and display channels ..........10

4.1 Channel overview ................................................................ 10

4.2.1-7 Display channels ................................................................... 18

4.3.1-15 Adjustment channels ...........................................................19

5. Troubleshooting ...................................................24

5.1 Various ...................................................................................25

6. Accessories ..........................................................27

Imprint ...............................................................................28

Description of symbols

WARNING! Warnings are indicated with a warning triangle!

Signal words describe the danger that may occur, when it is not avoided.

• Warning means that injury, probably life-threatening

injury, can occur.

• Attention means that damage to the appliance can

occur.

Note

Notes are indicated with an information symbol.

Î Arrows indicate instruction steps that should be car-

ried out.

| 2

Information about the product

Proper usage

This product is to be used to control a solar thermal/heating unit in compliance with the technical data speciﬁed in this manual.

Improper use excludes all liability claims.

CE – Declaration of conformity

The product complies with the relevant directives and is therefore labelled with the CE mark. The Declaration of Conformity is available upon request, please contact RESOL.

Disposal

• Dispose of the packaging in an environmentally sound

manner.

• Dispose of old appliances in an environmentally sound

manner. Upon request we will take back your old appliances bought from us and guarantee environmentally friendly disposal of the devices.

D e lt a S o l® ES

155,0

220,0

202,0

12,0

62,0



Overview

• 36 basic solar systems selectable

• illuminated system-monitoring display

• pump speed control, solar operating hours counter and heat quantity measurement

• 10 sensor inputs

• 6 relay outputs

• function control

• VBus

The D e lt a S o l

ES comes with

1 x accessory bag

2 x screws and wall plugs 4 x strain-relief and screws 1 x capacitor 4,7 nF

Additionally enclosed in the full kit:

2 x sensor FKP6 3 x sensor FRP6

Technical data

Housing: plastic, PC-ABS and PMMA

Protection type:

IP 20 / EN 60 529

Ambient temp.: 0 ... 40 °C

Size: 220 x 155 x 62 mm

Mounting: wall mounting, mounting

into patch-panels is possible

Display: multi-functional combined display with illuminated background, stored system schemes and pictograms, a 4-digit alpha-numerical 16-segment display and a 4-digit numerical 7-segment display as well as a bi-coloured LED. The controller can optionally be equipped with an illuminated 4-digit LC-text display.

Operation: by 3 pushbuttons at the front of the housing

The controller is pre-programmed for 36 solar and heating systems, the individual installation configuration can be selected via the menu and represented graphically via the systemmonitoring display. An integrated heat quantity measurement, operating hours counter and the newly developed

Functions: solar- and heating controller with pre-programmed and selectable system schemes, such as: standard solar system, 2-store systems, east-/west collectors, heating circuit back-up, heat exchange regulation, thermos tatic after-heating, solid fuel boilers, add-on functions and options just as heat quantity measurement, collector cooling function, tube collector special function, anti-freeze function, minimum tempe ra ture limitation, pump speed control, measurement of heat quantity output, func tion control.

Sensor inputs:

8 x Pt1000 1 x CS10 1 x V40

system-monitoring display allows a clear visualisation of the system. For da ta commu ni ca ti on and rem ot e service, the controller is equipped with RESOL VBus

which opens the bi-directional way to modules, PCs or for data logging.

Relay outputs: 6 relay outputs, 3 of them for pump speed control

Bus: VBus

Power supply: 220 … 240 V~

Power input:

Standby: 3,11 W Full load: 5,57 W

Switching capacity: 4 (1) A (220 … 240) V~

Rated impulse voltage: 2,5 kV

Mode of operation: Typ 1.b / Typ 1.y Degree of pollution 2

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D e lt a S o l® ES

1. Installation

1.1 Mounting

locking screw

cover

135 mm

Push Push - locking device push to open push to close

upper fastening

display

pushbutton

can fuse T4A

144 mm

WARNING! Always switch off power supply and disconnect the controller from the mains before opening the housing!

The unit must only be located in dry interior locations. It is not suitable for installation in hazardous locations and should not be placed close to any electromagnetic ﬁelds. The controller must additionally be supplied from a double-pole switch with contact gap of at least 3 mm. Please pay attention to separate routing of sensor cables and mains cables.

Î Open the front cover by pushing it. Unscrew the cross-

head screw from the cover and remove it along with the front cover from the housing.

Î Mark the upper fastening point on the wall and drill

and fasten the enclosed wall plug and screw leaving the head protruding.

Î Hang the housing from the upper fastening point and

mark the lower fastening point through the hole in the terminal box (centres 135 mm). Drill and insert the lower wall plug.

Î Hang the housing from the upper fastening point and

attach with the lower screw.

Î Carry out connection in accordance with the terminal

allocation.

Î Insert cover and attach with the cross-head screw.

Close the front cover properly.

lower fastening

1.2 Electrical connection

1.2.1 Connection survey

sensor terminal

VBus

Electrostatic discharge can cause damages of electronic components

Attention: high-voltaged components

fuseT4 A

consumer terminals

mains terminal

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sensor

terminal block

ground wire terminal block

D e lt a S o l® ES

1.2.2 Actuators (pumps, valves, etc.)

terminal block

ground wire terminal block

The controller is equipped with six relays in total, to which loads (actuators) such as pumps, valves, mixers and auxiliary relays can be connected:

• Relays R1 ... R3 are semiconductor relays, designed for

pump speed control. R1 ... R3 = normally open R1 ... R3 N = neutral conductor N (terminal block) PE = protective earth conductor PE (terminal block)

• Relays R4 and R5 are electromechanical relays with

one shutter: R4, R5 = normally open R4, R5 N = neutral conductor N (terminal block ) PE = protective earth conductor PE (terminal block)

• Relay RP is a potential-free relay with change-over-

contact: RP-M = centre contact RP RP-A = normally open RP RP-R = break contact RP

RP switches parallel to R3 in all systems with afterheating (SYS 3, 10, 12, 15, 19, 22, 25, 28) to provide a boiler demand if necessary.

1.2.3 Data communication / Bus

Note

The relays R1 up to R3 are semiconductor relays for pump speed control. A minimum load of 20 W (power consumption of the consumer) is required for faultless function. The 4.7nF capacitor from the accessory bag must be connected in parallel to the respective relay output if it feeds auxiliary relays, motor valves, etc.

The minimum pump speed must be set to 100% when auxiliary relays or valves are connected.

The controller comes with a RESOL VBus

for data transfer with and energy supply to external modules. The connection is carried out at the terminals marked „VBus“ (either polarity). One or more RESOL VBus® modules can be connected via this data bus, e.g.:

• RESOL calorimeter WMZ

• RESOL large display GA3, smart display SD3

• RESOL Data logger, DL2

• RESOL Data remote display

VBus

connection terminals

Additionally, the controller can be connected to a PC with a RESOL RS-COM adapter. With the RESOL ServiceCenter Software (RSC) the controller parameters can be changed, measurements can be read out, processed and visualised. It allows easy function control and adjustment of the system. The software can be downloaded for free at www.resol.com

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D e lt a S o l® ES

1.2.4 Sensors

earth terminal block

1.2.5 Mains supply

The controller is equipped with 10 sensor inputs in total. The protective earth connection for sensors is effected by the protective earth terminal block (GND).

• The temperature sensors are connected to the termi-

nals S1 ... S8 and GND with either polarity.

• A ﬂowmeter RESOL V40 can be connected to the ter-

minals V40 and GND with either polarity.

• The irradiation sensor (CS10) is to be connected

to the terminals CS10 and GND with correct polarity. Connect the terminal GND of the sensor to the terminal GND of the controller, and the terminal CS of the sensor to the terminal CS10 of the controller.

conductor L

The power supply to the controller must be carried out via an external power switch (last step!) and the supply voltage must be 220 ... 240 V~ (50 ... 60 Hz). Flexible cables must be attached to the housing with the enclosed strain relief and the corresponding screws or be run into the controller housing in a cable conduit or trunking.

neutral conductor N (terminal block)

ground wire PE ( terminal block)

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D e lt a S o l® ES



2. Operation and function

2.1 Pushbuttons for adjustment

Operating control lamp

(-) backwards

(selection / adjustment mode)

SET / OK

forward

The controller is operated via the 3 push buttons below the display. The forward-button (1) is used for scrolling forward through the display menu or to increase the adjustment values. The backward-button (2) is similarly used for scrolling backwards and reducing values.

(+)

In order to access the adjustment mode, scroll down in the display menu and press the forward button (1) for approx. 2 seconds after you have reached the last diplay item. If an adjustment value is shown on the display, the ”SEt“ icon is displayed. Now, you can access the adjustment mode by using button 3.

Î Press buttons 1 and 2 in order to select a channel

Î Brieﬂy press button 3, „SEt“ will ﬂash

Î Adjust the value by pressing buttons 1 and 2

Î Brieﬂy press button 3, so that SEt permanently ap-

pears, the adjusted value will be saved.

2.2 System monitoring display



total monitoring display



2.2.1 Channel display

channel display only

2.2.2 Tool bar

tool bar only

The system monitoring display consists of three blocks: channel display, tool bar and system screen (active system scheme).

The channel display consists of two lines. The upper line is an alpha-numeric 16-segment display (text display) for displaying channel names and menu items. In the lower 7-segment display, the channel values and the adjustment parameters are displayed. Temperatures and temperature. Temperatures and temperature differences are indicated in °C or K respectively.

The additional symbols in the tool bar indicate the current system status.

Symbol normal ﬂashing

relay 1 active

relay 2 active

maximum store limitation active / maximum store temperature exceeded

antifreeze function active

collector cooling function active recooling function active

collector minimum limitation active antifreeze function active

collector emergency shutdown active or store emergency shutdown active

sensor defective

manual operation active

SET-mode

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D e lt a S o l® ES

2.2.3 System screen

system screen only

The system screen (active arrangement) displays the scheme which has been selected. The screen consists of several system component symbols, which are - depending on the current status of the system - either ﬂashing, permanently shown or „hidden“.

collector 1

valve

pump

sensors

store heat exchanger

Collectors

with collector sensor

Store 1 and 2 with heat exchanger

collector 2

store

sensor store top

heating circuit

valve

sensor additional symbol

for operation of the burner

store 2 or after-heating (with additional symbol)

Temperature sensor

Heating circuit

Pump

3-port valve

The ﬂow direction or the actual switching position is shown.

2.3 Flashing codes

2.3.1 System screen ﬂashing codes

2.3.2 Operating control lamp ﬂashing codes

| 8

After-heating

with burner symbol

• Pumps are ﬂashing during starting phase

• Sensors are ﬂashing if the respective sensor display

channel is selected.

• Sensors are ﬂashing quickly in the case of a sensor

defect.

• Burner symbol is ﬂashing if after-heating is activated.

green: everything OK manual operation red ﬂashing: sensor fault (sensor symbol is ﬂashing quickly)

D e lt a S o l® ES

3. Commissioning

Note Select the system scheme when the controller is commissioned for the ﬁrst time.

Select the system ﬁrst, because the subsequent selection of a new system will reset all other adjustments to the factory settings!

Operating control lamp

(-) backwards

(selection / adjustment mode)

SET

1. AC power supply must be activated. The controller passes

an initialisation phase in which the operating control lamp ﬂashes red and green. After having ﬁnished the initialisation, the controller is in automatic operation (factory setting). The pre-adjusted system scheme is Arr 1.

2. Adjust the time in the adjustment channel TIME. By

pressing once the pushbutton the hours are shown (ﬂashing), by pressing again the minutes are shown (ﬂashing). The time can be adjusted by pushbuttons 1 and 2 and be stored by a last pressing of the pushbutton .

3. Adjustment of the system scheme

Î select Arr Î change into the

forward (+)

Î select system scheme by Arr-characteristics Î adjustments are stored by pressing

4. If the solar sensor CS10 is used

-mode (see 2.1)

Î change into the -mode (see 2.1) Î select CS10 type by characteristics Î adjustments are stored by pressing Î After the CS type has been set, carry out the CS ad-

justment. For this purpose, select the measured value SOL. Press button 3 and hold it for 5 seconds. The adjustment has to be carried out when it is dark or

when the solar cell is not connected. Now the controller is ready for operation and should enable an optimum operation of the solar system.

System 1

System 7 System 8

System 13 System 14 System 15

System 19 System 20

System 25

System 2 System 3 System 4 System 5

System 9

System 21 System 22 System 23 System 24

System 26

System 27 System 28

System 6

System 10

System 16 System 17 System 18

System 11 System 12

System 29 System 30

System 31 System 32 System 33 System 34

System 35

System 36

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D e lt a S o l® ES

4. Controller parameters and adjustment channels

4.1 Channel overview Legend:

Corresponding channel is available.

Corresponding channel is available if the corresponding option is activated.

Note

The channels S3 and S4 are only displayed when there are sensors connected to the respective terminals.

Channel survey: Systems Arr 1 ... 10

Chan-

nel

COL x x x x x x x x x Collector temperature 1 COL 1 x Collector temperature 1 TSTL x x x x x x x Store temperature lower TST1 x x x Store temperature 1 lower TSTU x x x x x x x x x x Store temperature 1 at the top S4 Store temperature at the middle TST2 x x x Store temperature 2 lower TFSB x Temperature solid fuel boiler TRET x x Temperature heating curcuit COL2 x Collector temperature 2 TFL TRF IRR x x x x x x x x x x Solar irradiation intensity n % x x x x Pump speed relay n1 % x x x x x x Pump speed relay 1 n2 % x x Pump speed relay 2 n3% x x x x Pump speed relay 3 hP x x x x Hours of operation relay 1 h P1 x x x x x x Hours of operation relay 1 h P2 x x Hours of operation relay 2 h P3 x x x x Hours of operation relay 3 FLOW kWh MWh TIME x Time Arr 1-36 System DT O x x x x x x x Switch-on temperature difference DT1O x x x Switch-on temperature difference 1 DT F x x x x x x x Switch-off temperature difference 1 DT1F x x x Switch-off temperature difference 1 DT S x x x x x x x Set temperature difference DT1S x x x Set temperature difference 1 RIS x x x x x x x Rise RIS1 x x x Rise 1 S MX x x x x x x x Maximum store temperature 1 S1 MX x x x Maximum store temperature 1 DT2O x x x Switch-on temperature difference 2 DT2F x x x Set temperature difference 2 DT2S x x x Set temperature difference 2 RIS2 x x x Rise 2 S2MX x x x Maximum store temperature 2 EM x x x x x x x x x Emergency collector temperature 1 EM1 x Emergency collector temperature 1

1 2 3 4 5 6 7 8 9 10

                   

                             

| 10

Arr

 

Corresponding channel is only available if the option heat quantity measurement is activated (OHQM).

MEDT

Only if an antifreeze type (MEDT) other than water or Ty- focor LS / G-LS (MEDT 0 or 3) is used, will the channel antifreeze concentration (MED%) be displayed

Description

Temperature ﬂow sensor Temperature return sensor

Flow rate Heat quantity kWh Heat quantity MWh

D e lt a S o l® ES

Chan-

nel

OCX x x x x x x x x x Option Collector cooling collector 1 OCX1 x Option Collector cooling collector 1 CMX x* x* x* x* x* x* x* x* x* Maximum collector temperature 1 CMX1 x* Maximum collector temperature 1

OCN x x x x x x x x x Option min. limitation collector 1 OCN1 x Option min. limitation collector 1 CMN x* x* x* x* x* x* x* x* Minimum temperature collector 1 CMN1 x* Minimum temperature collector 1

OCF x x x x x x x x x Option antifreeze collector 1 OCF1 x Option antifreeze collector 1 CFR x* x* x* x* x* x* x* x* x* Antifreeze temperature collector 1 CFR1 x* Antifreeze temperature collector1

EM2 x Emergency temperature collector 2

OCX2 x Option collector cooling collector 2 CMX2 x* Maximum temperature collector 2

OCN2 x Option min. limitation collector 2 CMN2 x* Minimum temperature collector 2

OCF2 x Option antifreeze collector 2 CFR2 x* Antifreeze temperature collector 2

PRIO x x x Priority tSP x x x Stop time tRUN x x x Circulation OREC x x x x x x x x x x Option recooling O TC x x x x x x x x x x Option tube collector DT3O x x x Switch-on temperature difference 3 DT3F x x x Switch-off temperature difference 3 DT3S x x Set temperature DT3 RIS3 x x Rise DT3 MX3O x x Switch-on step max. temperature MX3F x x Switch-off step max. temperature MN3O x x Switch-on step min. temperature MN3F x x Switch-off step min. temperature AH O x x Switch-on temperature thermostat AH F x x Switch-off temperature thermostat t1 E x x Switch-on time 1 thermostat t1 A x x Switch-off time 1 thermostat t2 E x x Switch-on time 2 thermostat t2 A x x Switch-off time 2 thermostat t3 E x x Switch-on time 3 thermostat t3 A x x Switch-off time 3 thermostat

OHQM x x x x x x x x x x Option HQM

VIMP MEDT MED % MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT Antifreeze concentration CS 10 x x x x x x x x x x Solar cell n MN x x x x Minimum pump speed relay 1 n1MN x x x x x x Minimum pump speed relay 1 n2MN x x Minimum pump speed relay 2 n3MN x x Minimum pump speed relay 3 MAN1 x x x x x x x x x x Manual operation relay 1 MAN2 x x x x x x x x x x Manual operation relay 2 MAN3 x x x x x x x x x x Manual operation relay 3 MAN4 x x x x x x x x x x Manual operation relay 4 MAN5 x x x x x x x x x x Manual operation relay 5 MAN6 x x x x x x x x x x Manual operation relay 6 LANG x x x x x x x x x x Language

PROG XX.XX Programme version

VERS X.XX Version

1 2 3 4 5 6 7 8 9 10

                   

Arr

Description

Impulse rate ﬂowmeter Antifreeze

11 |

D e lt a S o l® ES

Channel survey: Systems Arr 11 ... 20

Chan-

nel

COL COL 1 TSTL TST1 TSTU S4 Store temperature at the middle TST2 TFSB TRET COL2 TFL TRF IRR n % n1 % n2 % n3% hP h P1 h P2 h P3

FLOW kWh MWh TIME Arr DT O DT1O DT F DT1F DT S DT1S RIS RIS1 S MX S1 MX DT2O DT2F DT2S RIS2 S2MX EM EM1

11 12 13 14 15 16 17 18 19 20

x x x x x x x

x x x x x x x x x x x x x x x x x

x x x x

x x

                   

x x x x x x x x x x

x x x x x x x x x

                             

x x x x x x x

x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x x

Arr

1-36

x x x

x x x x

x x x

Description

Collector temperature 1 Collector temperature 1 Store temperature lower Store temperature 1 lower Store temperature 1 at the top

Store temperature 2 lower

Temperature solid fuel boiler Temperature heating circuit Collector temperature 2 Temperature ﬂow sensor Temperature return sensor Solar irradiation intensity Pump speed relay Pump speed relay 1 Pump speed relay 2 Pump speed relay 3 Hours of operation relay 1 Hours of operation relay 1 Hours of operation relay 2 Hours of operation relay 3 Flow rate Heat quantity kWh Heat quantity MWh Time System Switch-on temperature difference Switch-on temperature difference 1 Switch-off temperature difference 1 Switch-off temperature difference 1 Set temperature difference Set temperature difference 1 Rise Rise 1 Maximum store temperature 1 Maximum store temperature 1 Switch-on temperature difference 2 Set temperature difference 2 Set temperature difference 2 Rise 2 Maximum store temperature 2 Emergency collector temperature 1 Emergency collector temperature 1

| 12

D e lt a S o l® ES

Chan-

nel

OCX x x x x x x x Option Collector cooling collector 1 OCX1 x x x Option Collector cooling collector 1

CMX x* x* x* x* x* x* x* Maximum collector temperature 1 CMX1 x* x* x* Maximum collector temperature 1

OCN x x x x x x x Option min. limitation collector 1 OCN1 x x x Option min. limitation collector 1 CMN x* x* x* x* x* x* x* Minimum temperature collector 1 CMN1 x* x* x* Minimum temperature collector 1

OCF x x x x x x x Option antifreeze collector 1 OCF1 x x x Option antifreeze collector 1 CFR x* x* x* x* x* x* x* Antifreeze temperature collector 1 CFR1 x* x* x* Antifreeze temperature collector1

EM2 x x x Emergency temperature collector 2

OCX2 x x x Option collector cooling collector 2 CMX2 x* x* x* Maximum temperature collector 2

OCN2 x x x Option min. limitation collector 2 CMN2 x* x* x* Minimum temperature collector 2

OCF2 x x x Option antifreeze collector 2 CFR2 x* x* x* Antifreeze temperature collector 2

PRIO x x x x x x x Priority tSP x x x x x x x Stop time tRUN x x x x x x x Circulation OREC x x x x x x x x x x Option recooling O TC x x x x x x x x x x Option tube collector DT3O x x x x x x x x Switch-on temperature difference 3 DT3F x x x x x x x x Switch-off temperature difference 3

DT3S RIS3 x x x x x x Rise DT3 MX3O x x x x x x Switch-on step max. temperature MX3F x x x x x x Switch-off step max. temperature MN3O x x x x x x Switch-on step min. temperature MN3F x x x x x x Switch-off step min. temperature AH O x x x Switch-on temperature thermostat AH F x x x Switch-off temperature thermostat t1 E x x x Switch-on time 1 thermostat t1 A x x x Switch-off time 1 thermostat t2 E x x x Switch-on time 2 thermostat t2 A x x x Switch-off time 2 thermostat t3 E x x x Switch-on time 3 thermostat t3 A x x x Switch-off time 3 thermostat

OHQM x x x x x x x x x x Option HQM

VIMP MEDT MED % MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT Antifreeze concentration CS 10 x x x x x x x x x x Solar cell n MN x Minimum pump speed relay 1 n1MN x x x x x x x x x Minimum pump speed relay 1 n2MN x x x x Minimum pump speed relay 2 n3MN x x x x x x Minimum pump speed relay 3 MAN1 x x x x x x x x x x Manual operation relay 1 MAN2 x x x x x x x x x x Manual operation relay 2 MAN3 x x x x x x x x x x Manual operation relay 3 MAN4 x x x x x x x x x x Manual operation relay 4 MAN5 x x x x x x x x x x Manual operation relay 5 MAN6 x x x x x x x x x x Manual operation relay 6 LANG x x x x x x x x x x Language PROG XX.XX Programme version VERS X.XX Version

11 12 13 14 15 16 17 18 19 20

x x x x x x

                   

Arr

Description

Set temperature DT3

Impulse rate ﬂowmeter Antifreeze

13 |

D e lt a S o l® ES

Channel survey: Systems Arr 21 ... 30

Chan-

nel

COL Collector temperature 1 COL 1 x x x x x x x x x x Collector temperature 1 TSTL x x x x x x x Store temperature lower TST1 x x Store temperature 1 lower TSTU x x x x x x x x x x Store temperature 1 at the top S4 Store temperature at the middle TST2 x x Store temperature 2 lower TFSB x Temperature solid fuel boiler TRET x x x x Temperature heating circuit COL2 x x x x x x x x x x Collector temperature 2 TFL TRF IRR x x x x x x x x x x Solar irradiation intensity n % Pump speed relay n1 % x x x x x x x x x x Pump speed relay 1 n2 % x x x x x x x x x x Pump speed relay 2 n3% x x x x x x Pump speed relay 3 hP Hours of operation relay 1 h P1 x x x x x x x x x x Hours of operation relay 1 h P2 x x x x x x x x x x Hours of operation relay 2 h P3 x x x x x x x Hours of operation relay 3 FLOW kWh MWh TIME x Time Arr 1-36 System DT O x x Switch-on temperature difference DT1O x x x x x x x x Switch-on temperature difference 1 DT F x x Switch-off temperature difference 1 DT1F x x x x x x x x Switch-off temperature difference 1 DT S x x Set temperature difference DT1S x x x x x x x x Set temperature difference 1 RIS x x Rise RIS1 x x x x x x x x Rise 1 S MX x x x Maximum store temperature 1 S1 MX x x x x x x x x Maximum store temperature 1 DT2O x x x x x x x x Switch-on temperature difference 2 DT2F x x x x x x x x Set temperature difference 2

DT2S x x x x x x x x Set temperature difference 2 RIS2 x x x x x x x x Rise 2 S2MX x x x x x x x x Maximum store temperature 2 EM Emergency collector temperature 1 EM1 x x x x x x x x x x Emergency collector temperature 1

21 22 23 24 25 26 27 28 29 30

                   

                             

Arr

Description

Temperature ﬂow sensor Temperature return sensor

Flow rate Heat quantity kWh Heat quantity MWh

| 14

D e lt a S o l® ES

Chan-

nel

OCX Option Collector cooling collector 1 OCX1 x x x x x x x x x x Option Collector cooling collector 1

CMX Maximum collector temperature 1 CMX1 x* x* x* x* x* x* x* x* x* x* Maximum collector temperature 1

OCN Option min. limitation collector 1 OCN1 x x x x x x x x x x Option min. limitation collector 1 CMN Minimum temperature collector 1 CMN1 x* x* x* x* x* x* x* x* x* x* Minimum temperature collector 1

OCF Option antifreeze collector 1 OCF1 x x x x x x x x x x Option antifreeze collector 1 CFR Antifreeze temperature collector 1 CFR1 x* x* x* x* x* x* x* x* x* x* Antifreeze temperature collector1

EM2 x x x x x x x x x x Emergency temperature collector 2

OCX2 x x x x x x x x x x Option collector cooling collector 2 CMX2 x* x* x* x* x* x* x* x* x* x* Maximum temperature collector 2

OCN2 x x x x x x x x x x Option min. limitation collector 2 CMN2 x* x* x* x* x* x* x* x* x* x* Minimum temperature collector 2

OCF2 x x x x x x x x x x Option antifreeze collector 2 CFR2 x* x* x* x* x* x* x* x* x* x* Antifreeze temperature collector 2

PRIO x x x x x x x x Priority tSP x x x x x x x x Stop time tRUN x x x x x x x x Circulation OREC x x x x x x x x x x Option recooling O TC x x x x x x x x x x Option tube collector DT3O x x x x x x Switch-on temperature difference 3 DT3F x x x x x x x Switch-off temperature difference 3

DT3S RIS3 x x x Rise DT3 MX3O x x x Switch-on step max. temperature MX3F x x x Switch-off step max. temperature MN3O x x x Switch-on step min. temperature MN3F x x x Switch-off step min. temperature AH O x x x Switch-on temperature thermostat AH F x x x Switch-off temperature thermostat t1 E x x x Switch-on time 1 thermostat t1 A x x x Switch-off time 1 thermostat t2 E x x x Switch-on time 2 thermostat t2 A x x x Switch-off time 2 thermostat t3 E x x x Switch-on time 3 thermostat t3 A x x x Switch-off time 3 thermostat

OHQM x x x x x x x x x x Option HQM

VIMP MEDT MED % MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT MEDT Antifreeze concentration CS 10 x x x x x x x x x x Solar cell n MN Minimum pump speed relay 1 n1MN x x x x x x x x x x Minimum pump speed relay 1 n2MN x x x x x x x x x x Minimum pump speed relay 2 n3MN x x x Minimum pump speed relay 3 MAN1 x x x x x x x x x x Manual operation relay 1 MAN2 x x x x x x x x x x Manual operation relay 2 MAN3 x x x x x x x x x x Manual operation relay 3 MAN4 x x x x x x x x x x Manual operation relay 4 MAN5 x x x x x x x x x x Manual operation relay 5 MAN6 x x x x x x x x x x Manual operation relay 6 LANG x x x x x x x x x x Language PROG XX.XX Programme version VERS X.XX Version

21 22 23 24 25 26 27 28 29 30

x x x

                   

Arr

Description

Set temperature DT3

Impulse rate ﬂowmeter Antifreeze

15 |

D e lt a S o l® ES

Channel survey: Systems Arr 30 ... 36

Chan-

nel

COL x x x x x x Collector temperature 1

COL 1 Collector temperature 1

TSTL x x x x x x Store temperature lower

TST1 Store temperature 1 lower

TSTU x x x x x x Store temperature 1 at the top

S4 Store temperature at the middle

TST2 x x x x x Store temperature 2 lower

TFSB Temperature solid fuel boiler

TRET x x x x x x Temperature heating circuit

COL2 Collector temperature 2

TFL

TRF

IRR x Solar irradiation intensity

n % Pump speed relay

n1 % x Pump speed relay 1

n2 % x x x x x Pump speed relay 2

n3% x Pump speed relay 3

hP Hours of operation relay 1

h P1 x x x x x x Hours of operation relay 1

h P2 x x x x x Hours of operation relay 2

h P3 x x x x x Hours of operation relay 3

FLOW

kWh

MWh

TIME x Time

Arr 1-36 System

DT O x x Switch-on temperature difference

DT1O x x x x Switch-on temperature difference 1

DT F x x Switch-off temperature difference 1

DT1F x x x x Switch-off temperature difference 1

DT S x x Set temperature difference

DT1S x x x x Set temperature difference 1

RIS x x Rise

RIS1 x x x x Rise 1

S MX x x Maximum store temperature 1

S1 MX x x x x Maximum store temperature 1

DT2O x x x x Switch-on temperature difference 2

DT2F x x x x Set temperature difference 2

DT2S x x x x Set temperature difference 2

RIS2 x x x x Rise 2

S2MX x x x x Maximum store temperature 2

EM x Emergency collector temperature 1

NOT1 x x x x x Emergency collector temperature 1

31 32 33 34 35 36

 

                 

Arr

Description

Temperature ﬂow sensor Temperature return sensor

Flow rate Heat quantity kWh Heat quantity MWh

| 16

D e lt a S o l® ES

Chan-

nel

OCX x x x Option Collector cooling collector 1 OCX1 x x x Option Collector cooling collector 1

CMX x* x* x* Maximum collector temperature 1 CMX1 x* x* x* Maximum collector temperature 1

OCN x x x Option min. limitation collector 1 OCN1 x x x Option min. limitation collector 1 CMN x* x* x* Minimum temperature collector 1 CMN1 x* x* x* Minimum temperature collector 1

OCF x x x Option antifreeze collector 1 OCF1 x x x Option antifreeze collector 1 CFR x* x* x* Antifreeze temperature collector 1 CFR1 x* x* x* Antifreeze temperature collector1

EM2 x x x Emergency temperature collector 2

OCX2 x x x Option collector cooling collector 2 CMX2 x* x* x* Maximum temperature collector 2

OCN2 x x x Option min. limitation collector 2 CMN2 x* x* x* Minimum temperature collector 2

OCF2 x x x Option antifreeze collector 2 CFR2 x* x* x* Antifreeze temperature collector 2

PRIO x x x x x x Priority tSP x x x x x x Stop time tRUN x x x x x x Circulation OREC x x x x x x x Option recooling O TC x x x x x x x Option tube collector DT3O x x x x x x Switch-on temperature difference 3 DT3F x x x x x x x Switch-off temperature difference 3

DT3S RIS3 x x x Rise DT3 MX3O x x x Switch-on step max. temperature MX3F x x x Switch-off step max. temperature MN3O x x x Switch-on step min. temperature MN3F x x x Switch-off step min. temperature AH O x x Switch-on temperature thermostat AH F x x Switch-off temperature thermostat t1 E x x Switch-on time 1 thermostat t1 A x x Switch-off time 1 thermostat t2 E x x Switch-on time 2 thermostat t2 A x x Switch-off time 2 thermostat t3 E x x Switch-on time 3 thermostat t3 A x x Switch-off time 3 thermostat

OHQM x x x x x x x Option HQM

VIMP MEDT MED % MEDT MEDT MEDT MEDT MEDT MEDT MEDT Antifreeze concentration CS 10 x x x x x x x Solar cell n MN x Minimum pump speed relay 1 n1MN x x x x x x Minimum pump speed relay 1 n2MN x x x x Minimum pump speed relay 2 n3MN x x x Minimum pump speed relay 3 MAN1 x x x x x x x Manual operation relay 1 MAN2 x x x x x x x Manual operation relay 2 MAN3 x x x x x x x Manual operation relay 3 MAN4 x x x x x x x Manual operation relay 4 MAN5 x x x x x x x Manual operation relay 5 MAN6 x x x x x x x Manual operation relay 6 LANG x x x x x x x Language PROG XX.XX Programme version VERS X.XX Version

31 32 33 34 35 36

x x x

             

Arr

Description

Set temperature DT3

Impulse rate ﬂowmeter Antifreeze

17 |

D e lt a S o l® ES

4.2 Display channels

4.2.1 Display of collector temperatures

COL, COL1, COL2:

collector temperature display range: -40 ... +250 °C

4.2.2 Display of store temperatures

TSTL, TSTU, TST1, TST2, S4:

store temperatures display range: -40 ... +250 °C

4.2.3 Display of other temperatures

TFSB, TRET, TRF, TFL:

other measuring temperatures display range: -40 ... +250 °C

4.2.4 Display of solar irradiation intensity

Note

The number and types of display channels depend on the selected system. Only the values necessary for the selected system (Arr 1 ... 36, see channel overview pages 10ff) are shown.

Displays current collector temperature.

COL: Collector temperature (1-collector-system) COL1: Collector temperature 1 COL2: Collector temperature 2

Displays current store temperature.

TSTL: Store temperature below TSTU: Store temperature above TST1: Temperature store 1 TST2: Temperature store 2 S4: Temperature store middle

Displays current temperature of the corresponding sensor.

TFSB: Temperature solid fuel boiler TRET: Temperature heating circuit TRF: Temperature return TFL: Temperature ﬂow

IRR current irradiation

display range: 0 ... 1350 W/m²

4.2.5 Display of current pump speed

n %, n1 %, n2 %, n3%:

current pump speed display range: 30 ... 100 %

4.2.6 Operating hours counter

h P / h P1 / h P2 / h P3:

operating hours counter display channel

4.2.7 Flow rate

Displays current solar irradiation intensity.

IRR: solar irradiation intensity

Displays current pump speed of the corresponding pump.

n %: current pump speed (1-pump-system) n1 %: current pump speed of pump 1 n2 %: current pump speed of pump 2 n3 %: current pump speed of pump 3

The operating hours counter accumulates the solar operating hours of the respective relay (h P / h P1 / h P2). Full hours are displayed.

The accumulated operating hours can be set back to zero. As soon as one operating hours channel is selected, the symbol seconds in order to access the RESET-mode of the counter. The display symbol will ﬂash and the operating hours will be set to 0. Conﬁrm the reset with the button in order to ﬁnish the reset.

In order to interrupt the RESET-process, do not press a button for about 5 seconds. The display returns to the display mode.

is displayed. Press the SET (3) button for approx. 2

FLOW: Flow rate display range:

0.00 ... 99.99 m³/h

| 18

The ﬂow rate of the solar system measured by the V40 to determine the heat quantity delivered.

D e lt a S o l® ES

4.3 Adjustment channels

4.3.1 Heat quantity measurement

Note

The number and types of adjustment channels depend on the selected system. Only the values necessary for the selected system (Arr 1 ... 36, see channel overview from page 10 ff) can be modiﬁed.

OHQM: Heat quantity measurement adjustment range: “OFF”, “ON” factory setting: “OFF”

MEDT: Type of antifreeze adjustment range: “0” ... “3” factory setting: “1”

MED%: Content of antifreeze in (Vol-) % MED% is hidden at MEDT “0” and “3” adjustment range: 20 ... 70 factory setting: 45

kWh/MWh: Heat quantity in kWh / MWh display channel

FIMP: Volume per impulse adjustment range: 1 ... 99 factory setting: 1

Note

You can ﬁnd the l/imp of your ﬂowmeter printed on a ﬂag that is attached to its cable.

Heat quantity measurement is possible if a ﬂowmeter is used. For this purpose, the heat quantity measurement option (OHQM) has to be enabled.

The ﬂow rate is measured at V40 (see display channel VSTR). Antifreeze type and concentration of the heat transfer medium have to be adjusted in the channels MEDT and

MED%.

Antifreeze type:

0 : water 1 : propylene glycol 2 : ethylene glycol

3 : Tyfocor

LS / G-LS

The ﬂow rate as well as the reference sensors S7 (ﬂow) S8 (return) are used for calculating the heat quantity supplied. It is shown in kWh in the channel kWh and in MWh in the channel MWh. The overall heat quantity results from the sum of both values.

The accumulated heat quantity can be reset. As soon as one of the display channels of the heat quantity is selected, the symbol is permanently shown on the display. Press button SET (3) for about 2 seconds in order to access the RESET mode of the counter. The display symbol will ﬂash and the heat quantity value will be set to 0. In order to ﬁnish this process, press the button to conﬁrm.

In order to interrupt the RESET process, no button should be pressed for about 5 seconds. The controller automatically returns to the display mode.

IRR: Solar irradiation intensity in W/m² Display channel

CS10: Solar cell adjustment range: 1 ... 10 factory setting: 5

Type Indicator

A 1 B 2 C 3 D 4

E 5

F 6 G 7 H 8

I 9 K 10

The current solar irradiation intensity is measured in W/m² by the sensor CS10. The sensor is available in different types (see imprint on packaging) and must be adjusted in channel CS10 with the corresponding code number (see commissioning). The current irradiation is now shown in channel SOL.

19 |

D e lt a S o l® ES

4.3.2  ∆T-regulation

DT O / DT1O / DT2O / DT3O:

switch-on temp. diff. adjustment range: 1.0 ... 20.0 K factory setting: 6.0

DT F / DT1F / DT2F / DT3F: switch-off temp.- diff. adjustmentrange: 0.5 ... 19.5 K factory setting: 4.0 K

DT S / DT1S / DT2S / DT3S: nominal temp. diff. adjustment range: 1.5 ... 30.0 K factory setting: 10.0

RIS / RIS1 / RIS2 / RIS3: rise adjustment range: 1 ... 20 K factory setting: 2 K

4.3.3 Maximum store temperature

First the controller works as a standard differential controller. If the switch-on difference (DT O / DT1O / DT2O) is reached, the pump is activated at full speed for 10 seconds. The speed is then reduced to the minimum pump speed value (nMN / nMN1 / nMN2 = 30 %). If the temperature difference reaches the adjusted set value (DT S / DT1S / DT2S / DT3S), the pump speed increases by one step (10%). If the difference increases by 2 K (RIS / RIS1 / RIS2 / RIS3), the pump speed increases by 10 % respectively until the maximum pump speed of 100 % is reached. The response of the controller can be adapted via the parameter „Rise“. If the temperature difference falls below the adjusted switch-off temperature difference (DT F / DT1F / DT2F), the controller switches off. DT O and DT S are locked against each other. DT S must be at least 0,5 K higher than DT O.

Note

The switch-on temperature difference must be at least 1 K higher than the switch-off temperature difference.

S MX / S1MX / S2MX: maximum store temp. adjustment range: 2 ... 95 °C factory setting: 60 °C

4.3.4 ∆T-regulation (solid fuel boiler and heat exchange)

Maximum temperature limitation

MX3O / MX3F:

maximum temperature limitation adjustment range:

0.0 ... 95.0 °C

factory setting: MX3O 60.0 °C MX3F 58.0 °C

Minimum temperature limitation

MN3O / MN3F:

minimum temperature limitation adjustment range:

0.0 ... 90.0 °C

factory setting: Arr = 2 MN3O 5.0 °C MN3F 10.0 °C Arr = 8 MN3O 60.0 °C MN3F 65.0 °C

| 20

Once the adjusted maximum temperature is exceeded, the solar pump is switched off and further loading of the store is prevented to reduce scald risk or system damage. The

The controller is equipped with an independent temperature differential regulation for which minimum and maximum temperature limitations as well as corresponding switch-on and -off temperatures can be separately adjusted. Only possible for Arr = 2, 8, 11, 13, 16, 17, 18, 20, 24, 26 and 30 (e.g. for solid fuel boilers or heat exchange regulation.)

If MX3O is exceeded, relay 2 is switched off until the sensor falls below MX3F. Reference sensor for this function:

S3 at Arr 8, 13, 20, 26 (TSTU) S4 at Arr 2, 11, 16, 17, 18, 24, 30 (TST2, TFSB)

If the sensor temperature falls below MN3O, relay 3 is switched off until the temperature exceeds MN3F.. Reference sensor for this function:

S4 at Arr 8, 13, 20, 26 (TST2, TFSB) S3 at Arr 2, 11, 16, 17, 18, 24, 30 (TSTU)

Both switch-on and switch-off temperature differences DT3O and DT3F are valid for the maximum and minimum temperature limitation.

symbol is shown on the display.

Note

The controller is also equipped with a nonadjustable emergency switch-off if the store reaches 95 °C. The reference sensor is S2 (or S3 for two store systems).

D e lt a S o l® ES

4.3.5 Collector limit temperature collector emergency shutdown

EM EM1 / EM2:

collector limit temperature adjustment range: 110 ... 200 °C factory setting: 140 °C

4.3.6 System cooling

OCX / OCX1 / OCX2:

option system cooling adjustment range: “OFF”, “ON” factory setting: “OFF”

CMX / CMX1 / CMX2: collector maximum temperature adjustment range:

100... 190 °C factory setting: 120 °C

If the adjusted collector limit temperature (EM / EM1 / EM2) is exceeded the solar pump (R1 / R2) is deactivated in order to avoid a damaging overheating of the solar components (collector emergency shutdown). The limit temperature is set to 140 °C by but it can be changed within the adjustment range of 110 ... 200 °C. The symbol on the display (ﬂashing).

When the adjusted maximum store temperature is reached, the system stagnates. If the collector temperature increases to the adjusted maximum collector temperature (CMX / CMX1 / CMX2), the solar pump is activated until the collector temperature falls below the maximum collector temperature. The store temperature may increase (subordinate active maximum store temperature), but only up to 95 °C (emergency shutdown of the store). If the store temperature is higher than the maximum store temperature (S MX / S1MX / S2MX) and if the collector temperature is at least 5 K below the store temperature, the solar system remains activated until the store is cooled down below the adjusted maximum temperature (S MX / S1MX / S2MX) via the collector and the pipework. If the system cooling function is enabled, shown on the display. Due to the cooling function, the system will have a longer operation time on hot summer days and guarantees thermal relief of the collector ﬁeld and the heat transfer ﬂuid.

is shown

(ﬂashing) is

4.3.7 Option minimum collector limitation

OCN / OCN1 / OCN2:

minimum collector limitation adjustment range: “OFF”, “ON” factory setting: “OFF”

CMN / CMN1 / CMN2: minimum collector temperature adjustment range: 10 ... 90 °C factory setting: 10 °C

4.3.8 Option antifreeze function

OCF / OCF1 / OCF2:

antifreeze function adjustment range: “OFF”, “ON” factory setting: “OFF”

CFR / CFR1 / CFR2: antifreeze temperature adjustment range:

-10 ... +10 °C factory setting: 4.0 °C

The minimum collector temperature is the minimum temperature which must be exceeded for the solar pump (R1 / R2) to switch on. The minimum temperature prevents the pump from being switched on too often at low collector temperatures. If the temperature falls below the minimum temperature,

The antifreeze function activates the loading circuit between collector and store if the adjusted antifreeze function is under-run in order to protect the medium from freezing or coagulating. If the adjusted frost protection temperature is exceeded by 1 °C, the loading circuit will be deactivated.

(ﬂashing) is shown on the display.

Note

Since this function uses the limited heat quantity of the store, the antifreeze function should be used in regions with few days of temperatures around the freezing point.

21 |

D e lt a S o l® ES

4.3.9 Store sequence control

Respective adjustment values:

Factory setting Adjustment range

Priority [PRIO] 1 (2 / Layer store) 0-2

oscillating break-time [tSP] 2 min. 1-30 min.

oscillating charge time [tRUN] 15 min. 1-30 min.

D e lt a S o l

ES priority logic:

Priority:

Loading break time / store sequence control / collector rise temperature

The above-mentioned options and parameters are used in multi-store systems only.

PRIO 0: in 2-store systems with pump logic (e.g. Arr 6 and

17) if possible, parallel loading is effected; in 2-store systems with valve logic (e.g. Arr 5) loading is effected in numerical order.

PRIO 1: priority loading of store 1 PRIO 2: priority loading of store 2

This function aims to extract the maximum solar gain in 2 store systems. If the ﬁrst priority store cannot be loaded, the second priority is checked. If useful heat can be added, it will be loaded for the „oscillating loading time“ („t-run“

- factory default 15 min.) After this, the loading process stops and the controller monitors the increase in collector temperature during the break time „t-st“. If it increases by 2°C, the break time timer starts again to allow the collector to gain more heat. If it does not, but useful heat can be added to the second priority store, the second store will be loaded again for the „t-run“ time as before.

As soon as the switch-on condition of the priority store is fulﬁlled, it will be loaded. If the switch-on condition of the priority store is not fulﬁlled, loading of the second store will be continued. If the priority store reaches its maximum temperature, oscillating loading will not be carried out.

4.3.10 Recooling function

OREC:

option recooling adjustment range: “OFF”, “ON” factory setting: “OFF”

4.3.11 Tube collector function

O TC:

tube collector function adjustment range: “OFF”, “ON” factory setting: “OFF”

| 22

If the adjusted maximum store temperature (SMAX, S1MX, S2MX) is reached, the solar pump remains activated in

order to avoid an overheating of the collector. The store temperature might continue to increase but only up to 95 °C (emergency shutdown of the store). In the evening the solar system continues running until the store is cooled down to the adjusted maximum store temperature via collector and pipes.

This function helps overcome the non-ideal sensor position with some tube collectors.

This function operates within a given time frame (06:00 22:00 o‘clock). It activates the collector circuit pump for 30 seconds every 30 minutes in order to compensate for the delayed temperature measurement.

The collector circuit pump is operated at 100 % speed for 10 seconds, then at 30 % speed for another 20 seconds.

If the collector sensor is defective or the collector is blocked, this function is suppressed or switched-off.

D e lt a S o l® ES

4.3.12 Thermostat function

after-heating Use of surplus energy

AH O:

thermostat-switch-on temperature adjustment range:

0.0 ... 95.0 °C factory setting: 40.0 °C

t1 O, t2 O, t3 O:

thermostat switch-on time adjustment range: 00:00 ... 23:45 factory setting: 00:00

AH F:

thermostat-switch-off temperature adjustment range: 0,0 ... 95.0 °C factory setting: 45.0 °C

t1 F, t2 F, t3 F:

thermostat switch-off time adjustment range: 00:00 ... 23:45 factory setting: 00:00

The thermostat function works independently from the solar operation and can be used for using surplus energy or for after-heating.

• AH O < AH F

thermostat function is used for after-heating

• AH F > AH O

thermostat function is used for using surplus energy

In order to block the thermostat function for a certain period, there are three time frames t1 ... t3. If the function should be active between 6:00 and 9:00, set t1 O to 6:00 and t1 F to 9:00. The thermostat function is factory set to continuous operation. If all time frames stop at 00:00 o’clock, the thermostat function is continuously activated (factory setting).

4.3.13 Pump speed control

nMN, n1MN, n2MN, n3MN:

minimum pump speed control adjustment range: 30 ... 100 factory setting: 30

A relative minimum pump speed is speciﬁed for pumps connected at the outputs R1 and R2 via adjustment channels

nMN, n1MN and n2MN.

ATTENTION:

When using loads (e.g. valves) which are not pump speed controlled, the value must be adjusted to 100 % in order to deactivate

4.3.14 Operating mode

MAN1, MAN2, MAN3, MAN4, MAN5, MAN6:

operating mode adjustment range: “OFF”, “AUTO”, “ON” factory setting: “AUTO”

Channel Relay

HNDx 1-6

For control- and service work the operating mode of the controller can be manually adjusted by selecting the adjustment value MAN1-6, in which the following adjustments can be made:

• MAN1, MAN2, MAN3, MAN4, MAN5, MAN6

Operating mode

the pump speed control.

OFF : relay off (ﬂashing) +

AUTO : relay in automatic operation

4.3.15 Language (LANG)

LANG:

adjustment of language adjustment range: “dE”, “En”, “It”, “Fr”

factory setting: “dE”

ON : relay on

The menu language can be adjusted in this channel.

• dE : German

• En : English

• It : Italian

• Fr : French

(ﬂashing) +

23 |

D e lt a S o l® ES

5. Troubleshooting

If a malfunction occurs, a notiﬁcation is given on the display of the controller :

warning symbol

can fuse T4A spare fuse T4A

operating control lamp

Operating control lamp ﬂashes red. The symbol and the are shown.

Sensor fault. An error code instead of a temperature is shown on the sensor display channel.

-88.8888.8

Cable is broken. Check the cable.

Disconnected Pt1000 temperature sen sors can be checked with an ohmmeter. In the following table, the resistance values corresponding to different temperatures are listed.

Short-circuit. Check the cable.

Operating control lamp off.

Check the power supply. Is it disconnected?

The fuse of the controller could be blown. It can be replaced after the front cover has been removed (spare fuse is enclosed in the accessory bag).

Check the supply line and reconnect it.

yesno

| 24

Resistance values of the Pt1000-sensors

D e lt a S o l® ES

5.1 Various:

Pump is overheated, but no heat transfer from the collector to the store, ﬂow and return have the same temperature; perhaps also bubble in the lines

Air in the system?

Vent the system; in crease system pre ssure to at

no yes

least static primary pressure plus 0,5 bar; if necessary increase the pressure, switch the pump on and off for a short time

Is the collector circuit blocked at the dirt trap?

yes

Clean the dirt trap

Pump starts up very late..

Pu mp start s for a shor t moment , switches-o n/off again,etc.

Is the temperature difference at the controller too small?

no yes

Change ∆Ton and ∆Toff correspondingly.

Wrong position of the

o.k.no

collector sensor?

yes

Mount the collector sensor at solar ﬂow (warmest collector output); use the

Plausibility control of the tube collector function

immersion sleeve of the respective collector.

The temperature difference between the store and the collector increases enormously during operation; the collector circuit cannot divert the heat.

Switch-on-temperature difference ∆Ton too large?

no yes

Non-ideal position of collector sensor (e.g. ﬂatscrew sensor instead of sensor in immersion sleeves?)

yes

Change∆Ton and ∆Toff correspondingly

Activate tube collector function if necessary.

o.k.

Collector circuit pump defective ?

no yes

Heat exchanger calciﬁed?

yes

Heat exchanger blocked?

yesno

Heat exchanger too small?

yes

Check / replace it

Decalify it

Clean it

Repalce with correctly sized one

25 |

D e lt a S o l® ES

Stores cool down at night.

Does the collector circuit pump run in the night?

no yes

At night, th e c ollector tempe rature is hi gher than the outdoor temperature.

no yes

Sufﬁcient store insulation?

yes no

Check controller.

Check th e non-return valve in ﬂow and return pipe with regard to the functional efﬁciency.

Increase insulation.

a b

Check th e non-return valve in warm water circulation- o.k.

yes no

The gravity circu lation in the circulation line is too strong; insert a stronger valve in non-return valve or an electric 2-port valve behind the circulation pump; in pump operation, the 2-port valve is open, other wise it is closed, cone ct pump and 2-port valve in parallel; activate circulation again!

Further pumps which are connected to the solar store must also be checked.

Clean or replace

Insulation close enough to the store?

yes no

Are the store connections insulated?

yes no

Warm water ﬂow upwards?

no yes

Does warm water circulation run for a very long time?

no yes

Circulatio n pump and blocking valve should be switched-off for 1 night; less store losses?

yes no

Replace insulation or increase it.

Insulate the connections.

Change connection and let the water flow sidewards or through a siphon (bow downwards); less store losses now?

no yes

o.k.

Use the circulation pump with timer and switch-off thermostat (energy efﬁcient circulation)

Check whether the pumps of the after-heating circuit runs at night, check non-return valve; problem solved?

The solar circuit pump does not run although the collector is signiﬁcantly warmer than the store.

Does the operating control lamp ﬂash?

No current; check fuses / replace them and check

yes no

Does the pump start up in manual operation?

yes

power supply.

The adjusted temperature difference for starting the pump is to high; choose a value which makes more sense.

Is the pump current released by the controller?

Is the pump stuck?

yes

Turn the pump shaft using a screwdriver; now passable?

Are the controller fuses o.k.?

no yes

Pump is defective - replace it

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Replace the fuses.

Controller might be defective - replace it.

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6. Accessories

Sensors

Our product range includes high-precision platin temperature sensors, ﬂatscrew sensors, outdoor temperature sensors, indoor temperature sensors, cylindrical clip-on sensors and irradiation sensors, also as complete sensors with immersion sleeve.

Overvoltage protection device

In order to avoid overvoltage damage at collector sensors (e.g. caused by local lightning storms), we recommend installing the overvoltage protection RESOL SP1.

Flowmeter RESOL V40

The RESOL V40 is a measuring instrument for detecting the ﬂow of water or water/glycol mixtures and is used in combination with the calorimeter integrated into the

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reed switch sends an impulse to the calorimeter. The heat quantity used is calculated by the calorimeter using these impulses and the measured temperature difference with the help of pre-deﬁned parameters (glycol type, concentration, heat capacity, etc.).

M. After a speciﬁc volume has passed, the V40

RESOL ServiceCenter Software

The controller data can be read out for visualising and monitoring the system state. The software is availabe for free download at www.resol.com

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Distributed by:

RESOL - Elektronische Regelungen GmbH

Heiskampstraße 10 45527 Hattingen / Germany

Tel.: +49 (0) 23 24 / 96 48 - 0 Fax: +49 (0) 23 24 / 96 48 - 755

www.resol.com info@resol.com

Important notice: We took a lot of care with the texts and drawings of this manual and to the best of our knowledge and consent. As faults can never be excluded, please note: Your own calculations and plans, under consideration of the current standards and DIN-directions should only be basis for your projects. We don´t offer a guarantee for the completeness of the drawings and texts of this manual - they only represent some examples. They can only be used at your own risk. No liability is assumed for incorrect, incomplete or false information and / or the resulting damages.

Please note:

The design and the speciﬁcations are to be changed without notice. The illustrations may differ from the original product.

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Reprinting / copying

This mounting- and operation manual including all parts is copyrighted. Another use outside the copyright requires the approval of RESOL - Elektronische Regelungen GmbH. This especially applies for copies, translations, microﬁlms and the storage into electronic systems. Editor: RESOL - Elektronische Regelungen GmbH

Resol DeltaSol ES User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual