Danfoss DTIE-10, DTIE-DTIE-17 Operating guide

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Operating Guide

ECL Comfort 110, application 131

(valid as of software version 2.00)

English version

www.danfoss.com

How to navigate?

COMFORT<

Temp. 10.4@½

What do the symbols mean?

1000 Mode

The desired ﬂow temperature is inﬂuenced by for example return temperature.

The actuator closes the control valve.

The actuator opens the control valve.

The actuator does not activate the valve.

The circulation pump is ON.

Adjust temperatures and values.

Switch between menu lines.

Select / return.

2 sec. Return to daily user menu.

The circulation pump is OFF.

The controller is in saving mode.

The controller is in comfort mode.

Safety Note

To avoid injury of persons and damages to the device, it is absolutely necessary to read and observe these instructions carefully. The warning sign is used to emphasize special conditions that should be taken into consideration.

This symbol indicates that this particular piece of information should be read with special attention.

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Table of contents

Operating guide for ECL 110 with appl. 131 (Cooling)

Application 131 controls the ﬂow temperature in a cooling circuit.

Table of contents Line Page

Introduction 5

Settings overview 6

Daily use 8

Temperatures 8 Select control mode 9 Set your personal schedule 9

Maintenance 11

Date - time 1000 11 Flow temp. (ﬂow temperature control) 2000 11

Comfort T (desired ﬂow temperature in Comfort mode) 2018 11 Saving T (desired ﬂow temperature in Saving mode) 2019 11 Temp. min. (minimum limitation of desired ﬂow temp.) 2177 11 Temp. max. (maximum limitation of desired ﬂow temp.) 2178 11

Room T limit (room temperature limitation) 3000 12

Comfort T (desired room temperature in Comfort mode) 3180 13 Saving T (desired room temperature in Saving mode) 3181 13 Gain - max. (room temp. limitation, maximum) 3182 13 Gain - min. (room temp. limitation, minimum) 3183 13 Intgr. time (Integration time) 3015 13

Compensation 1 and 2 4000 15

Temp. (Compensation temperature) 4060 16 Gain - max. (Compensation temp., limitation, maximum) 4062 16 Gain - min. (Compensation temp., limitation, minimum) 4063 16 Intgr. time (Integration time) 4061 16

Compensation 2 5000 17

Temp. (Compensation temperature) 5064 17 Gain - max. (Compensation temp., limitation, maximum) 5066 17 Gain - min. (Compensation temp., limitation, minimum) 5067 17 Intgr. time (Integration time) 5065 18

Return T limit (return temp. limitation) 6000 19

Limit (return temperature limitation value) 6030 20 Gain - max. (return temp. limitation, maximum) 6035 20 Gain - min. (return temp. limitation, minimum) 6036 20 Intgr. time (Integration time) 6037 20

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Table of contents

Line Page

Control param. (control parameters) 7000 22

Xp (proportional band) 7184 22 Tn (integration time constant) 7185 22 M1 run (running time of the motorized control valve) 7186 22 Nz (neutral zone) 7187 23 Min. on time (minimum activation time of valve actuator 7189 23

Application 8000 25

Total stop 8021 25 P1 exercise 8022 26 M1 exercise 8023 26 P1 start T (cooling demand) 8078 27 P1 post-run 8040 27 Standby T (standby temperature) 8093 27 Ext. (external override mode) 8141 27 S1 T ﬁlter (ﬁltering of the S1 temperature) 8081 27 Daylight (daylight saving time changeover) 8198 28 ECL address (master / slave address) 8199 28 Type (application type) 8600 29

Service 9000 30

Code no. 9300 30 Ver. (version no.) 9301 30 Backlight (display brightness) 9310 30 Contrast (display contrast) 9311 30 Language 9315 31 MOD address (MODBUS address) 9320 31

Installation 32

Mounting the ECL Comfort controller 32 Electrical connections - 230 V a.c. - in general 33 Connecting the temperature sensors and the ECL BUS 34 External override 34 How to identify your system type 35 Adapting the ECL Comfort 110 controller 36 Manual control 38 Placing the temperature sensors 39

Checklist, electrical connections 40

Frequently asked questions in relation to cooling application 41

Deﬁnitions in relation to cooling application 42

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Introduction

How to use this guide

The instructions is divided into six parts:

• Introduction

• Settings overview

• Daily use

• Maintenance

• Installation

• Check

Operation of the ECL Comfort is divided into two menu areas:

• Daily use (end user). Setting the desired ﬂow temperature, mode and schedule

• Maintenance (installer’s level). Setting of, for example, control functions.

Access to Maintenance (installer’s level) on the ECL Comfort 110: Press and hold “Arrow-down” button for 3 sec.

Basic principles of application 131 for ECL Comfort 110

Typically, the ﬂow temperature is always adjusted according to your requirements. The ﬂow temperature sensor S3 is the most important sensor. The desired ﬂow temperature at S3 is set in the ECL Comfort controller.

By means of the week schedule, the cooling circuit can be in ‘Comfort’ or ‘Saving’ mode (two values for the desired ﬂow temperature).

The motorized control valve M1 is opened gradually when the ﬂow temperature is higher than the desired ﬂow temperature and vice versa.

The return temperature S4 to the cooling supply (district cooling or cooling machine) should not be too low. If so, the desired ﬂow temperature can be adjusted (typically to a higher value), thus resulting in a gradual closing of the motorized control valve.

The circulation pump P1 is ON when the desired ﬂow temperature is lower than 40 °C (a selectable value).

The Standby mode maintains a selectable ﬂow temperature, for example 30 °C, provided the circulation pump is in operation.

If the measured room temperature does not equal the desired room temperature, the desired ﬂow temperature can be adjusted. The week schedule also controls two values (‘Comfort T’ and ‘Saving T’) for the desired room temperature. If the measured room temperature does not equal the desired room temperature, the desired ﬂow temperature can be adjusted.

The compensation temperature S1 can be arranged to inﬂuence the desired ﬂow temperature. The higher the compensation temperature, the lower the desired ﬂow temperature. An override input allows shift to constant Comfort or Saving mode.

°C (degrees Celsius) is an absolute temperature whereas K (Kelvin) is a relative temperature.

Settings overview

Setting: Line: Page: Factory setting: Your setting:

Date – time 1000 11

Flow temp. – Comfort T 2018 11 8.0 °C

Flow temp. – Saving T 2019 11 45.0 °C

Flow temp. – Temp. min. 2177 11 0 °C

Flow temp. – Temp. max. 2178 11 50 °C

Room T limit – Comfort T 3180 13 20 °C

Room T limit – Saving T 3181 13 40 °C

Room T limit – Gain – max. 3182 13 0.0

Room T limit – Gain – min. 3183 13 0.0

Room T limit – Intgr. time 3015 13 OFF

Compensation 1 – Temp. 4060 16 5 °C

Compensation 1 – Gain - max. 4062 16 0.0

Compensation 1 – Gain - min. 4063 16 0.0

Compensation 1 – Intgr. time 40 61 16 OFF

Compensation 2 – Temp. 5064 17 25 °C

Compensation 2 – Gain - max. 5066 17 0.0

Compensation 2 – Gain - min. 5067 17 0.0

Compensation 2 – Intgr. time 5065 18 OFF

Return T limit – Limit 6030 20 14 °C

Return T limit – Gain - max. 6035 20 0.0

Return T limit – Gain - min. 6036 20 0.0

Return T limit – Intgr. time 6037 20 OFF

Control param. – Xp 7184 22 80 K

Control param. – Tn 7185 22 30 s

Control param. – M1 run 7186 22 96 s

Control param. – Nz 7187 23 2 K

Control param. – Min. on time 7189 23 10

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Settings overview

Setting: Line: Page: Factory setting: Your setting:

Application – Total stop 8021 25 ON

Application – P1 exercise 8022 26 ON

Application – M1 exercise 8023 26 OFF

Application – P1 start T 8078 27 40 °C

Application – P1 post-run 8040 27 3 m

Application – Standby T 8093 27 40 °C

Application – Ext. 8141 27 COMFORT

Application – S1 T ﬁlter 8081 27 100

Application – Daylight 819 8 28 ON

Application – ECL address 8199 28 15

Application – Type 8600 29 131

Service – Code no. 9300 30 087B1670

Service – Ver. 9301 30 D200010516

Service – Backlight 9310 30 16

Service – Contrast 9311 30 10

Service – Language 9315 31 ENGLISH

Service – MOD address 9320 31 5

Daily use

Temperatures

Push any button to switch on the backlight.

Temp. 10.4 < Mode COMFORT

Setting the desired ﬂow temperature

Change the desired temperature.

Temperature overview

2 sec.

Push the button to see the sensor (S1-S4) temperatures.

Change between the temperature displays:

S1: Actual S1 temperature

S1 act. T 13@

S2: Actual room temperature Desired room temperature

S3: Actual ﬂow temperature Desired ﬂow temperature

S2 act. T 20@ S2 des. T 21@

S3 act. T 12@ S3 des. T 11@

S4: Actual return temperature Desired return temperature limitation

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S4 act. T 16@ S4 lim. T 15@

Daily use

Push to exit ‘Temperature overview’.

If the temperature value is displayed as "- -" the sensor in question is not connected. "- - -" the sensor is short-circuited.

Select control mode

During scheduled operation (AUTO), the symbols will show you the control mode.

Mode COMFORT< Wednesday

Change the mode (AUTO, COMFORT, SAVING, or STANDBY).

Set your personal schedule

It is only possible to set the personal schedules if the ECL Comfort 110 controller has a built-in ECA 110 timer program.

Wednesday < 04-01-12 8:32

This display will show the current day and time.

Choose the day for which you wish to change the settings.

Daily use

Today’s schedule

The ﬁrst display will show you the start of the ﬁrst comfort period (‘Start1’). See or change the start of this period.

The ﬁrst bar will blink.

Start1

09:00

Wed ]]]][!]]]!!]

See or change the end (‘Stop1’) of the ﬁrst comfort period.

The next bar will blink.

Stop1 12:00 Wed ]]]][!{]]!!]

See or change the start (‘Start2’) of the next comfort period.

Start2 18:00 Wed ]]]][!{]]!!]

See or change the next start / stop periods, if necessary.

Stop2 22:00 Wed ]]]][!{]]!!]

The schedule has always two comfort periods a day. The start and stop times can be set in half-hourly intervals (30 min.).

To arrange only one comfort period on a day: Set Start2 and Stop2 times to the same time value.

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Maintenance

2 sec.

Enter the maintenance menus.

Date - time 1000

It is only necessary to set the correct date and time in connection with the ﬁrst use of the ECL Comfort 110 controller or after a power break of more than 36 hours (see the chapter on

Adapting the ECL Comfort 110 controller).

Flow temp. (ﬂow temperature control) 2000

Comfort T (desired ﬂow temperature in Comfort mode) 2018

Setting range -20.0 . . . 50.0 °C

Setting the desired ﬂow temperature for Comfort mode. The same value is set in the End user menu as desired ﬂow temperature when in Comfort mode.

Saving T (desired ﬂow temperature in Saving mode) 2019

Setting range -20.0 . . . 50.0 °C

Setting the desired ﬂow temperature for Saving mode. The same value is set in the End user menu as desired ﬂow temperature when in Saving mode.

Temp. min. (minimum limitation of desired ﬂow temp.) 2177

Setting range -20 ... 50 °C

Set the minimum ﬂow temperature for your system. The desired ﬂow temperature will not be lower than this setting. Adjust the factory set ting, if required.

Temp. max. (maximum limitation of desired ﬂow temp.) 2178

Setting range -20 ... 50 °C

Set the maximum ﬂow temperature for your system. The desired ﬂow temperature will not be higher than this setting. Adjust the factory set ting, if required.

The setting for ‘Temp. min.’ has higher priority than ‘Temp. max.’.

Maintenance

Room T limit (room temperature limitation) 3000

This section is a general description for Room temperature limitation and is only relevant if you have installed a room temperature sensor (S2).

The ECL Comfort 110 adjusts the desired ﬂow temperature to compensate for the diﬀerence between the desired and the actual room temperature.

If the room temperature is higher than the desired value, the desired ﬂow temperature can be reduced. The ‘Gain-max.’ (Inﬂuence, max. room temp.) determines how much the desired ﬂow temperature should be reduced. Use this inﬂuence type to avoid a too high room temperature.

If the room temperature is lower than the desired value, the desired ﬂow temperature can be increased. The ‘Gain-min.´ (Inﬂuence, min. room temperature) determines how much the desired ﬂow temperature should be increased. Use this inﬂuence type to avoid a too low room temperature.

A typical setting will be -4.0 for ‘Gain-max.’ and 4.0 for ‘Gain-min.´

X = Room temperature

# 1 # = Desired room temperature

# 2 # = Negative inﬂuence (3182) when actual room temp. gets higher than desired

room temp.

# 3 # = Positive inﬂuence (3183) when actual room temp. gets lower than desired

room temp.

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Maintenance

Comfort T (desired room temperature in Comfort mode) 3180

Setting range 5 . . . 40 °C

Setting the desired room temperature for Comfor t mode.

Saving T (desired room temperature in Saving mode) 3181

Setting range 5 . . . 40 °C

Setting the desired room temperature for Saving mode.

Gain - max. (room temp. limitation, maximum) 3182

Setting range -9.0 . . . 0.0

Determines how much the desired ﬂow temperature will be inﬂuenced (decreased) if the ac tual room

temperature gets higher than the desired room temperature (P control).

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum inﬂuence

Gain - min. (room temp. limitation, minimum) 3183

Setting range 0.0 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased) if the actual room

temperature gets lower than the desired room temperature (P control).

9.9: Maximum inﬂuence

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

Intgr. time (Integration time) 3015

Setting range OFF / 1 . . . 50 s

Controls how fast the actual room temperature adapts to the desired room temperature (I control). The “Intgr. time” function can correct the desired ﬂow temperature with max. 8 degrees.

OFF: The control function is not inﬂuenced by the ‘Intgr. time’. Minor value: The desired room temperature is adapted quickly. Major value: The desired room temperature is adapted slowly.

Maintenance

Example 1

The actual room temperature is 2 degrees too low. The ‘Gain - max.’ is set to -3.5. The ‘Gain - min.’ is set to 2.0. Result: The desired ﬂow temperature is changed by 2 x 2.0 = 4.0 degrees.

Example 2

The actual room temperature is 2 degrees too high. The ‘Gain - max.’ is set to -3.5. The ‘Gain - min.’ is set to 2.0. Result: The desired ﬂow temperature is changed by 2 x (-3.5) = -7.0 degrees.

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Maintenance

Compensation 1 and 2 4000

This section is a general description for Compensation.

Compensation is only relevant if you have installed a compensation temperature sensor (S1).

The desired ﬂow temperature can be increased or decreased by the compensation temperature, measured by S1. The compensation temperature is often the outdoor temperature, but could for example be a room temperature.

This application contains 2 compensation temperature points: Compensation 1 (Comp. 1) and Compensation 2 (Comp. 2). An example: Compensation 1 can be set to 18 °C and Compensation 2 can be set to 24 °C. When the compensation temperature gets lower than 18 °C, the desired ﬂow temperature can be increased (less demand for cooling). When the compensation temperature gets higher than 24 °C, the desired ﬂow temperature can be decreased (more demand for cooling).

X = Compensation temperature

# 1 # = Compensation temperature value 1

# 2 # = Compensation temperature value 2

# 3 # = Positive inﬂuence (4063) when actual compensation temp. gets lower than

“Compensation temperature value 1”

# 4 # = Negative inﬂuence (5066) when actual compensation temp. gets higher than

“Compensation temperature value 2”

The example shows that the desired ﬂow temperature can be inﬂuenced when the compensation temperature gets below “Compensation temperature value 1”. Also, the desired ﬂow temperature can be inﬂuenced when the compensation temperature gets above “Compensation temperature value 2”.

Maintenance

Temp. (Compensation temperature) 4060

Setting range -20 . . . 50 °C

Setting the compensation temperature value 1. When the temperature, measured by S1, falls below or gets higher than the set compensation value, the ECL Comfort 110 changes the desired ﬂow temperature. The inﬂuence is set in ‘Gain - max.’ and ‘Gain - min.’.

Gain - max. (Compensation temp., limitation, maximum) 4062

Setting range -9.9 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased or decreased) if the

compensation temperature gets higher than the set compensation temperature value (P control).

9.9: Maximum increase of desired ﬂow temperature

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum decrease of desired ﬂow temperature

Gain - min. (Compensation temp., limitation, minimum) 4063

Setting range -9.9 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased or decreased) if the

compensation temperature gets lower than the set compensation temperature value (P control).

9.9: Maximum increase of desired ﬂow temperature

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum decrease of desired ﬂow temperature

Intgr. time (Integration time) 4061

Setting range OFF / 1 . . . 50 s

Controls how fast the compensation temperature changes the desired ﬂow temperature (I control). The “Intgr. time” function can correct the desired ﬂow temperature with max. 8 degrees.

OFF: The control function is not inﬂuenced by the ‘Intgr. time’. Minor value: The desired ﬂow temperature is changed quickly. Major value: The desired ﬂow temperature is changed slowly.

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Maintenance

Compensation 2 5000

Temp. (Compensation temperature) 5064

Setting range -20 . . . 50 °C

Setting the compensation temperature value 2. When the temperature, measured by S1, falls below or gets higher than the set compensation value, the ECL Comfort 110 changes the desired ﬂow temperature. The inﬂuence is set in ‘Gain - max.’ and ‘Gain - min.’.

Gain - max. (Compensation temp., limitation, maximum) 5066

Setting range -9.9 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased or decreased) if the compensation temperature gets higher than the set compensation temperature value (P control).

9.9: Maximum increase of desired ﬂow temperature

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum decrease of desired ﬂow temperature

Gain - min. (Compensation temp., limitation, minimum) 5067

Setting range -9.9 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased or decreased) if the compensation temperature gets lower than the set compensation temperature value (P control).

9.9: Maximum increase of desired ﬂow temperature

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum decrease of desired ﬂow temperature

Maintenance

Intgr. time (Integration time) 5065

Setting range OFF / 1 . . . 50 s

Controls how fast the compensation temperature changes the desired ﬂow temperature (I control). The “Intgr. time” function can correct the desired ﬂow temperature with max. 8 degrees.

OFF: The control function is not inﬂuenced by the ‘Intgr. time’. Minor value: The desired ﬂow temperature is changed quickly. Major value: The desired ﬂow temperature is changed slowly.

Example:

The compensation temp. value is set to 5 °C. ‘Gain. min.’ (4063) is set to 2.5. The actual compensation temperature is 2°C (3 degrees below the limit value). Result: The desired ﬂow temperature is changed by 2.5 x 3 = 7.5 degrees.

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Maintenance

Return T limit (return temp. limitation) 6000

This section is a general description for Return temperature limitation and is only relevant if you have installed a return temperature sensor (S4).

The ECL Comfort 110 adjusts the desired ﬂow temperature to compensate for the diﬀerence between the limitation temperature and the actual return temperature.

Cooling application: If the return temperature gets lower than the limitation value, the desired ﬂow temperature can be increased. The ‘Gain. -min.’ (Inﬂuence, min. return temperature) determines how much the desired ﬂow temperature should be increased. By this, the control valve gradually closes, resulting in a higher return temperature. Use this inﬂuence type to avoid a too low return temperature.

X = Return temperature

# 1 # = Limitation temperature

# 2 # = Negative inﬂuence (6035) when return temp. gets higher than limit. temp.

# 3 # = Negative inﬂuence (6036) when return temp. gets lower than limit. temp.

# 4 # = Positive inﬂuence (6036) when return temp. gets lower than limit. temp.

# 5 # = Positive inﬂuence (6035) when return temp. gets higher than limit. temp.

Maintenance

Limit (return temperature limitation value) 6030

Setting range -20 . . . 50 °C

Setting the limitation value for the return temperature.

Gain - max. (return temp. limitation, maximum) 6035

Setting range -9.0 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased or decreased) if the actual return temperature gets higher than the set return temperature limitation value (P control).

9.9: Maximum increase of desired ﬂow temperature

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum decrease of desired ﬂow temperature

Gain - min. (return temp. limitation, minimum) 6036

Setting range -9.0 . . . 9.9

Determines how much the desired ﬂow temperature will be inﬂuenced (increased or decreased) if the actual return temperature gets lower than the set return temperature limitation value (P control).

9.9: Maximum increase of desired ﬂow temperature

5.0: Medium inﬂuence

2.0: Minor inﬂuence

0.0: No inﬂuence

-2.0: Minor inﬂuence

-5.0: Medium inﬂuence

-9.9: Maximum decrease of desired ﬂow temperature

Intgr. time (Integration time) 6037

Setting range OFF / 1 . . . 50 s

Controls how fast the return temperature limitation changes the desired ﬂow temperature (I control). The “Intgr. time” function can correct the desired ﬂow temperature with max. 8 degrees.

OFF: The control function is not inﬂuenced by the ‘Intgr. time’. Minor value: The desired ﬂow temperature is changed quickly. Major value: The desired ﬂow temperature is changed slowly.

If the ‘Gain’ is too high and / or the ‘Intgr. time’ too low, there is a risk of unstable control.

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Maintenance

Example:

The return temperature limit is set to 12 °C. ‘Gain. min.’ (6036) is set to 2.5. The actual return temperature is 9 °C (3 degrees below the limit value). Result: The desired ﬂow temperature is changed by 2.5 x 3 = 7.5 degrees.

T = Temperature

Y = Temperature

X = Time

# 1 # = Return temperature limit

# 2 # = Return temperature

# 3 # = Desired ﬂow temperature

# 4 # = Action point

Maintenance

Control param. (control parameters) 7000

Xp (proportional band) 7184

Setting range 1 ... 250 K

Set the proportional band. A higher value will result in a stable but slow control of the ﬂow temperature.

Tn (integration time constant) 7185

Setting range 5 ... 999 s

Set a high integration time constant to obtain a slow but stable reaction to deviations.

A low integration constant will make the controller react fast but with less stability.

M1 run (running time of the motorized control valve) 7186

Setting range 5 ... 250 s

‘M1 run’ is the time it takes the controlled unit to move from fully closed to fully open position. Set the ‘M1 run’ according to the example.

How to calculate the running time of a motorized control valve

The running time of the motorized control valve is calculated using the following methods:

Seated valves

Running time = Valve stroke (mm) x actuator speed (sec. / mm)

Example: 5.0 mm x 15 sec. / mm = 75 sec.

Rotating valves

Running time = Turning degrees x actuator speed (sec. / degr.)

Example: 90 degr. x 2 sec. / degr. = 180 sec.

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Maintenance

Nz (neutral zone) 7187

Setting range 1 ... 9 K

Set the acceptable ﬂow temperature deviation.

Set the neutral zone to a high value if you can accept a high variation in ﬂow temperature. When the actual ﬂow temperature is within the neutral zone, the controller does not activate the motorized control valve.

The neutral zone is symmetrical around the desired ﬂow temperature value, i.e. half the value is above and half the value is below this temperature.

Min. on time (minimum activation time of valve actuator 7189

Setting range 2 . . . 50

The set value is multiplied by 20 ms (milliseconds). The time is the minimum pulse period for activation of the valve actuator (gear motor). The setting should be kept as high as acceptable to increase the lifetime of the valve actuator.

Setting examples Set value x 20 ms

2 40 ms (= 0.04 sec)

10 200 ms (= 0.2 sec)

50 1000 ms (= 1 sec)

Maintenance

If you want to tune the PI regulation precisely, you can use the following method:

• Set the ‘Tn’ (integration time constant line 6185) to its max. value (999 sec.).

• Decrease the value for the ‘Xp’ (proportional band line 6184) until the system starts hunting with a constant amplitude (it might be necessary to force the system by setting an extreme value).

• Find the critical time period on the temperature recording or use a stop watch.

Temp. Critical time period

Time

This time period will be characteristic for the system, and you can evaluate the settings from this critical period.

‘Tn’ = 0.85 x critical time period ‘Xp’ = 2.2 x proportional band value in the critical time period.

If the regulation seems to be too slow, you can decrease the proportional band value by 10%.

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Maintenance

Application 8000

Total stop 8021

Setting range OFF / ON

Decide whether you want a total stop during the Saving period

OFF: No total stop. The desired ﬂow temperature is the value, set as “Saving T”

(2019). Typically a high value in order to have less or no cooling.

“Temp. max.” (2178) limitation is active.

ON: The desired ﬂow temperature is the value, set in Standby mode.

“Temp. max.” (2178) limitation is not active.

Total stop = OFF

X = Time

Y = Desired ﬂow temperature

# 1 # = Standby temperature

# 2 # = Saving temperature

# 3 # = Desired saving temperature

# 4 # = Comfort temperature

# 5 # = Comfort period

# 6 # = Saving period

Maintenance

Total stop = ON

X = Time

Y = Desired ﬂow temperature

# 1 # = Standby temperature

# 2 # = Saving temperature

# 3 # = Desired saving temperature

# 4 # = Comfort temperature

# 5 # = Comfort period

# 6 # = Saving period

P1 exercise 8022

Setting range OFF / ON

Exercises the circulation pump to avoid blocking in periods without cooling demand.

OFF The pump exercise is not active.

ON: The pump is switched ON daily for 15 minutes as from 12.30.

M1 exercise 8023

Setting range OFF / ON

Exercises the control valve to avoid blocking in periods without cooling demand.

OFF The valve exercise is not active.

ON: The valve is opened daily for 15 minutes as from 12.00.

The valve is closed as from 12.15.

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Maintenance

P1 start T (cooling demand) 8078

Setting range 5 . . . 40 °C

When the desired ﬂow temperature is below the set temperature in ‘P1 start T’, the ECL Comfort 110 automatically switches ON the circulation pump. NOTE: The control valve is fully closed as long as the circulation pump is not switched on.

P1 post-run 8040

Setting range 0 . . . 10 minutes

The circulation pump in the cooling circuit can be ON for a number of minutes (m) after cooling stop.

Cooling stop is when the desired ﬂow temperature gets higher than the setting in ‘P1 start T’ (8078).

This P1 post-run function can utilize the remaining energy in for example a heat exchanger.

0: The circulation pump stops immediately after cooling stop.

Value: The circulation pump is ON for the set time after cooling stop.

Standby T (standby temperature) 8093

Setting range 5 . . . 40 °C

Setting the desired ﬂow temperature for the ECL Comfor t 110 when it is in Standby mode. The same value is set in the End user menu as desired ﬂow temperature when in Standby mode.

Ext. (external override mode) 8141

Setting range OFF / Comfort / Saving

By means of a switch or a relay contact the ECL Comfort 110 can be overridden to ‘Comfort’ or ‘ Saving’

mode.

The override switch or relay contact is connected to the input terminals 11 and 12. When closing the switch / relay contacts, the override is activated. The override remains active until the switch / relay contact opens.

The override mode can be activated only when the ECL Comfort 110 is in scheduled (AUTO) mode.

OFF: Override is not possible.

Comfort: The cooling circuit is in Comfort mode when the override switch is closed.

Saving: The cooling circuit is in Saving mode when the override switch is closed.

S1 T ﬁlter (ﬁltering of the S1 temperature) 8081

Setting range 1 . . . 200

The measured S1 temperature is ﬁltered (dampened) by means of the set factor.

If the S1 temperature has unacceptable ﬂuctuations a high value is recommended.

Low value: Low ﬁltering (minor dampening)

High value: High ﬁltering (major dampening)

Maintenance

Daylight (daylight saving time changeover) 8198

Setting range OFF / ON

Choose whether you want the change to summer / winter time to be automatic or manual.

OFF: Manually change between summer and winter time by setting the

clock backward or forward.

ON: The ECL Comfort 110’s built-in clock automatically changes + / - one hour

on the standardized days for daylight saving time changeover for Central Europe.

ECL address (master / slave address) 8199

Setting range 0 . . . 15

This setting is relevant if more ECL Comfort 110 are connected in the same ECL Comfort system

(connected via the ECL BUS).

The ECL Comfort 110, which is physically connected with the S1 temperature sensor, must be the master

of the entire system and must have the address 15.

However, more slaves can have the address 0 if they only have to receive information about S1

temperature and system time.

NOTES: The total cable length of max. 125 m (all temperature sensor connections and the ECL BUS) should not

be exceeded.

Cable lengths of more than 125 m may cause noise sensibilit y (EMC).

In a system with master / slave controllers, only one master controller with address 15 is allowed. If by mistake more master controllers are present in an ECL BUS system, decide which controller is to be

mas ter.

Change the address in the remaining controllers. However, the system will operate, but not be stable

with more than one master controller.

0: The ECL Comfort 110 works as slave. The slave receives information

about the S1 temperature and system time and date.

Several slaves can have address 0.

1 . . . 9:

The ECL Comfort 110 works as slave. The slave receives information about the S1 temperature and system time and date. Each slave must be conﬁgured with its own address (1 ... 9).

10 . . . 14: Not used.

15: The ECL Comfort 110 is master. The master sends information about the S1

temperature and system time and date.

28 | © Danfoss | 2021.01 AQ197186466655en-010301

Maintenance

Type (application type) 8600

Setting range ??? / 131

Use this setting to restore the factory settings, if necessary.

To restore the factory settings:

Press and hold for 5 sec.

Hereafter the ECL Comfort 110 resets.

An ECL Comfort 110, new from factory, will show “???” at start-up. Select application 131 by means of the + button. Press and hold the “arrow-down” button for 5 sec.

Factory settings are restored. All personal settings will be deleted. It is recommended to make a note of your personal settings in the ‘Settings overview’ for future use.

Maintenance

Service 9000

Code no. 9300

Information about the ECL Comfort 110’s code number. Example: 087B1670

Ver. (version no.) 9301

Info ABBBCCWWYY

Information about the ECL Comfort 110’s version.

A = Hardware version BBB = Software version CC = Application version WW = Production week YY = Production year

Example: D200010516 Please state the version in connection with questions about the product, if any.

Backlight (display brightness) 9310

Setting range OFF, 1 . . . 30

The brightness of the display can be adjusted.

OFF: No backlight 1: Weak backlight 30: Strong backlight

Contrast (display contrast) 9311

Setting range 0 . . . 20

The contrast of the display can be adjusted.

0: High contrast 20: Low contrast

Maintenance

Language 9315

Setting range ENGLISH / DANSK

Choose the preferred language.

MOD address (MODBUS address) 9320

Setting range 0 . . . 250

The MODBUS related func tionality is used for production test only.

Installation

Danfoss

87B787.10

Danfoss

87B788.10

Danfoss

87B789.10

Mounting the ECL Comfort controller

For easy access, you should mount the ECL Comfort controller near the system. Select one of the three following methods:

• Mounting on a wall

• Mounting on a DIN rail

• Mounting in a panel

Screws and rawlplugs are not supplied.

Mounting on a wall

Mount the controller on a wall with a smooth surface and establish the electrical connections.

Mounting on a DIN rail

Mount the controller on the DIN rail and establish the electrical connections.

Mounting in a panel

Mounting kit: Order code no. 087B1249. The panel plate thickness must not exceed 5 mm. Prepare a cut-out with the dimensions 93 x 139 mm. Insert the controller into the panel cut-out and ﬁx it with the clamp which is placed horisontally on the controller. Establish the electrical connections.

For further details on mounting, see the mounting guide.

Installation

Electrical connections - 230 V a.c. - in general

* Optional connections for safety thermostat

Terminal Description Max.

load

20 Supply voltage 230 V a.c. - neutral (N) 21 Supply voltage 230 V a.c. - live (L) 22 Optional connections for safety thermostat 23 Optional connections for safety thermostat 24 M1 Actuator - open 15 VA 25 M1 Actuator - close 15 VA 26 M1 Actuator - neutral 27 P1 Circulation pump - neutral 28 P1 Circulation pump - live (relay R1) 4 (2) A * 29 Not to be used 30 Not to be used

*: Ohmic load: 4 Amp.; Inductive load: 2 Amp.

Wire cross section: 0.5 - 1.5 mm

Incorrect connection can damage the TRIAC outputs (terminals 23, 24 and 25).

Installation

Connecting the temperature sensors and the ECL BUS

Terminal Description Type (recomm.)

1 and 2 S1 Compensation temperature sensor ESMT (Outdoor)

3 and 4 S3 Flow temperature sensor* ESMC 5 and 6 S4 Return temperature sensor ESMC 7 and 8 S2 Room temperature sensor ESM -10 8 and 9 ECL BUS 10 Not to be used 11 and 12 External override

* The sensor must always be connected in order to have the desired functionality. If the sensor is not connected or the cable is short-circuited, the motorized control valve closes (safety function).

ESM-10 (Room)

Wire cross section for sensor connections: 0.4 - 0.75 mm

Total cable length: Max. 125 m (all sensors incl. the ECL BUS)

Cable lengths of more than 125 m may cause noise sensibility (EMC).

External override

ECL 110

Danfoss

11 12

# 1 # # 2 #

Override by means of a relay (# 1 #) or a switch (# 2 #).

87H1701.10

Installation

How to identify your system type

The ECL Comfort 110 is a universal controller that can be used for various systems. Based on the shown standard systems, it is possible to conﬁgure additional systems.

Cooling system with heat exchanger

Cooling system circuit with direct connection

Sensors:

S1 Compensation temperature ECL 110 ECL Comfort 110 with cooling application 131 S2 Room temperature M1 Circulation pump S3 Flow temperature P1 Motorized control valve S4 Return temperature Circulation pump

Installation

dd-mm-yy hh:mm

Adapting the ECL Comfort 110 controller

When you switch on the controller the ﬁrst time, it will ask you to choose language (default language is English).

Language

English

Choose your language. Options: English and Dansk (Danish).

Accept and go to the next menu.

When the language is chosen, the controller will ask for date and time setting.

Date - time

Set day (dd), month (mm), year (yy), hour (hh), and minuts (mm).

Change values.

Accept the chosen time and date.

When the language has been chosen, and date and time have been set, the controller can ask for application type.

Application

Type ???

Choose application type 131.

2 sec.

Start the chosen application.

Installation

If the application 131 has already been chosen, the display shows:

Application

Type 131

Go to the ‘Maintenance’ part for further setup of your controller.

Installation

Manual control

Select control mode.

Mode COMFORT< Wednesday

5 sec.

Go to manual mode.

Actuator M1 is opening (

Actuator M1 is closing ( )

Pump P1 is ON ( )

)

Manual mode

Valve STOP

Manual mode

Pump P1 is OFF (

Select control mode.

)

Pump ON

Mode MANUAL< Wednesday

Manual mode should only be used for maintenance purposes. In manual mode all control and safety functions are deactivated!

Installation

Placing the temperature sensors

It is important that the sensors are mounted in the correct position in your system. The temperature sensor mentioned below are sensors used for the ECL Comfort series which not all will be needed for your application!

Outdoor temperature sensor (ESMT)

The outdoor sensor should be mounted on that side of the building where it is less likely to be exposed to direct sunshine. It should not be placed close to doors, windows or air outlets.

Flow temperature sensor (ESMU or ESMC)

Place the sensor max. 15 cm from the mixing point. In systems with heat exchanger, Danfoss recommends that the ESMU-type to be inserted into the exchanger ﬂow outlet.

Make sure that the surface of the pipe is clean and even where the sensor is mounted.

Return temperature sensor (ESMU or ESMC)

The return sensor should always be placed in / on a pipe with return water ﬂow.

Room temperature sensor (ESM-10)

Place the room sensor in the room where the temperature is to be controlled. Do not place it on outer walls or close to windows or doors.

Checklist, electrical connections



Is the ECL Comfort controller ready for use?

Make sure that the correct power supply is connected to terminals 21 (Live)

and 20 (Neutral).

Check that the required controlled units (actuator, pump etc.) are connected

to the correct terminals.

Check that all sensors are connected to the correct terminals.

Switch on the power.

Choose manual operation as controller mode.

Check that valves open and close, and that required controlled units (pump

etc.) start and stop when operated manually.

Check that the temperatures shown in the display match the actual sensors.

Frequently asked questions in relation to cooling application

The time shown in the display is one hour oﬀ?

See the daylight saving time changeover in line 7198.

The time shown in the display is not correct?

The internal clock may have been reset, if there has been a power break for more than 36 hours. Set time and date. See line 1000.

What does the symbol mean?

The ﬂow temperature is under inﬂuence of room temperature limitation or return temperature limitation.

The temperature is unstable?

• Check that the ﬂow temperature sensor is correctly connected and in the right place.

• Adjust the control parameters (line 7000).

The controller does not operate and the control valve is closed?

• Check that the ﬂow temperature sensor is measuring the correct value, see ‘Daily use’.

• Check the inﬂuence from other measured temperatures ( ).

How to restore the factory settings?

See line 8600.

What does P and PI control mean?

P control: Proportional control. By using a P control, the controller will change the ﬂow temperature proportional to the diﬀerence between a desired and an actual temperature, e.g. a room temperature. A P control will always have an oﬀset which not will disappear over time.

PI control: Proportional and Integrating control. A PI control does the same as a P control, but the oﬀset will disappear over time. A long ‘Intgr. time’ will give a slow but stable control, and a short ‘Intgr. time’ will result in a fast control but with a higher risk of oscillations.

Definitions in relation to cooling application

Comfort operation

Normal temperature in the cooling system controlled by the schedule. During cooling the ﬂow temperature in the system is lower in order to have an acceptable room temperature.

Comfort temperature

Temperature maintained in the cooling circuit during comfort periods.

Cooling circuit

The circuit for cooling the room / building.

Desired ﬂow temperature

Temperature set in the ECL Comfort 110 and inﬂuences from the room and / or return temperatures. This temperature is used as a reference for the control.

Desired room temperature

Temperature which is set as the desired room temperature. The temperature can only be controlled by the ECL Comfort controller if a room temperature sensor is installed. If a sensor is not installed, the set desired room temperature has no inﬂuence on the desired ﬂow temperature.

Desired temperature

Temperature based on a setting or a controller calculation.

Factory settings

Settings stored in the controller to simplify the setup of your controller the ﬁrst time.

Flow temperature

Temperature measured in the ﬂow at any time.

Limitation temperature

Temperature that inﬂuences the desired ﬂow temperature.

Definitions in relation to cooling application

Pt 1000 sensor

All sensors used with the ECL Comfort controller are based on the Pt 1000 type. The resistance is 1000 ohm at 0 °C and it changes with approx. 3.9 ohm / degree.

Return temperature

The temperature measured in the return can inﬂuence the desired ﬂow temperature. Typically, the return temperature to the cooling supply should not be too low. If so, the desired ﬂow temperature can be increased.

Room temperature

Temperature measured by the room temperature sensor. The room temperature can only be controlled directly if a room temperature is measured. The room temperature can inﬂuence the desired ﬂow temperature.

Room temperature sensor

Temperature sensor placed in the room (reference room, typically the living room) where the temperature is to be controlled.

Saving operation

Increased temperature in the cooling system controlled by the schedule. During less cooling the ﬂow temperature in the system is higher in order to save cooling energy.

Saving temperature

Temperature maintained in the cooling circuit during saving temperature periods.

Schedule

Schedule for periods with comfort and saving temperatures. The schedule can be made individually for each week day and it consists of 2 comfort periods per day.

Time bar The time bars illustrate scheduled periods with comfort temperature.

Disposal note

This symbol on the product indicates that it may not be disposed of as household waste. It must be handed over to the applicable take-back scheme for the recycling of electrical and electronic equipment.

• Dispose of the product through channels provided for this purpose.

• Comply with all local and currently applicable laws and regulations.

*087R9832*

AQ197186466655en-010301

Danfoss DTIE-10, DTIE-DTIE-17 Operating guide

Specifications and Main Features

Frequently Asked Questions

User Manual