background image

1

2

312 313 314 315 316 317 63A64A 24 14 04 13

- +

36 35 -

37

- 64A 63A

51 54 52

F1 73 72

F2

71 70

14 15 16 17

103

102 101 302 301 202 201

104 105 106 203 204 205 206

L1
L2
L3
N

L1
L2
L3
N

318-520 ph-ph
184-300 ph-n

318-520 ph-ph
184-300 ph-n

NC

+ - 0 I I I C

Ctrl OFF

I I

I I

I

I

0

0

C

C

-

+

I I

81

82

I 0 C

Aux supply

SOURCE 1

S1 IN

S2 IN

DPS OUT

All fuses 4A type gG*

*Using a Socomec cable harness kit excludes the need for fuses

SOURCE 2

30

1302

5

92

96

CTRL

Open - Inhibit 

Closed - Auto

63A   64A

POSITION

INPUTS

FIRE

INPUT

24Vd.c.

70    71    72    73    F1    F2

52       54       51

GENSET

OUTPUT

ATSE Controller 

35    36    37

RS485

NC

*

17      16      15      14

106         105         104          103

201          202          301         302         101          102

82      81

206         205         204          203

COM

CONTROL SIGNAL OUTPUTS

L2

L1

N

L3

SOURCE  S2

S2  IN

S1  IN

SOURCE  S1

L2

L1

N

L3

N

L1

N

L1

N

L1

DPS  OUT

8

9

1

2

3

4

5

6

7

10 11

13

14

15

16

12

X2

Voltage

Sensing

Frequency

Overvoltage Cat.

Mesurement Cat.

50-300Vac  L/N

90-520Vac  L/L’

50-60Hz

50-60Hz

50-60Hz

IEC 60947-6-1 IEC 61010-2-201 IEC 61010-2-030

III

III

CAT III

U imp

4kV

Test level ; Between SOURCES

When type tested with IEC 60947-6-1 RTSE

50Hz

GB/T 14048.11 

appendix

 C

III

6kV

138

(0/+1

92 

(0

/+

0,

8)

 

Source available

Start FT

+ΔU/ΔF

[Hyst]

[Hyst]

-ΔU/ΔF

Vn 230 V a c L/N

Un 400 V a c L/L

Fn 50Hz

Start RT

Start FT

Start RT

T

1,5 - 3

EN

HMI

EN

Connection with ATSC25

EN

Connectors

EN

Hysteresis & Timers

EN

Technical characteristics

EN

Dimensions

EN

Settings

EN

Mounting

After changing DIP switch settings press 

RES button shortly (<3s) to validate.

dimensions in mm.

dimensions in mm.

DIP Switch 

1. Network

A

Three phase network

B

Single phase network

2. Prio

 

   Set

A

Prioritty source 1

B

No priority

3. Order 

  Mod

A

Control mode impulse logic

B

Control mode contactor logic

4. ΔU/ΔF

A

Overvoltage setting at 10% of nom voltage / overfrequency setting 

5% of nominal frequency (hysteresis value is 20% of ΔU/ΔF)

B

Overvoltage setting at 20% of nom voltage / overfrequency setting 

10% of nominal frequency (hysteresis value is 20% of ΔU/ΔF)

5. 0DT

A

Load supply down time of 2 second (0DT = 2 sec)

B

Load supply down time of 0 second (0DT = 0 sec)

6. FT

A

Wait time of 3s before source is lost ( Fail timer = 3s)

B

Wait time of 10s before source is lost ( Fail timer = 10s)

7/8. RT

AA

Wait time of 0min (3s) before source returns ( retrun timer = 0min (3s))

AB

Wait time of 3min before source returns ( retrun timer = 3min)

BA

Wait time of 10min before source returns ( retrun timer = 10min)

BB

Wait time of 30min before source is lost returns ( retrun timer = 30min)

Connectors top view

Connectors bottom view

Denomination Terminal

Description

Characteristics

Control 

signal outputs 

(orders to 

RTSE)

14

Position II order

AC1 – General use – Ie: 5A , Ue: 250 V.a.c

DC1 – General use – Ie: 5A , Ue: 30 V.d.c

AC15 - Ie: 3A, Ue: 120 V.a.c

AC15 - Ie: 1.5A, Ue: 240 V.a.c

DC13 - Ie: 0.22A, Ue: 125 V.d.c

DC13 - le: 0.11A, Ue: 250 V.d.c

15

Position I order

16

Position 0 order

17

Common point for position 

output

RS485

35

NC – Not connected

 RS485 Isolated bus

36

Negative electrode

37

Positive electrode

Genset output

51

Common point

52

Closed to start the Genset 

(closed when controller is 

powered off)

AC1 – General use – Ie: 3A , Ue: 250 V.a.c

DC1 – General use – Ie: 3A , Ue: 30 V.d.c

AC15 - Ie 54/51: 3A  52/51: 1.5A Ue: 120 V.a.c

AC15 - Ie 54/51: 1.5A  52/51: 0.75A Ue: 240 V.a.c

DC13 - Ie 54/51: 0.22A  52/51: 0.22 A 125 V.d.c

DC13 - Ie 54/51: 0.11A  52/51: 0.11 A 250 V.d.c

54

Open to start the genset 

Controller 

inhibit input

63A

Controller is inhibited when this 

contact is open, product delivered 

with shunt wire on this input

Do not use external voltage - Power from 

common point

64A

Return of 

information 

from RTSE 

(Position 

inputs)

70

Common point for position 

inputs

Do not use external voltage - Power from 

common point

71

Position I RTSE

72

Position II RTSE

73

Position 0 RTSE

Fire input

F1

Negative electrode of the 24 V.d.c

12-24 V.d.c

F2

Positive electrode of the 24 V.d.c

Optional 

Aux supply 

24V.d.c

81

Negative electrode of the 24 V.d.c

10-30 V.d.c (Auxiliary supply for controller, 

does not supply RTSE)

82

Positive electrode of the 24 V.d.c

Source 1 and 

2 voltage 

inputs

103

Source 1 N

Sensing range:

90-520 V.a.c (ph-ph)

50-300 V.a.c (ph-n)

45-65 Hz

Supply:

184-300 V.a.c* (ph-n)

45-65 Hz

Max consumption 10 W

*200-300 V.a.c in maintained mode

104

Source 1 L1

105

Source 1 L2

106

Source 1 L3

203

Source 2 N

204

Source 2 L1

205

Source 2 L2

206

Source 2 L3

DPS output 

(RTSE power 

supply)

301

Phase output

AC – General use – Ie: 6A , Ue: 250 V.a.c

DC – General use – Ie: 6A , Ue: 30 V.d.c

AC15 - Ie: 3A, Ue: 120 V.a.c

AC15 - Ie: 1.5A, Ue: 240 V.a.c

DC13 - Ie: 0.22A, Ue: 125 V.d.c

DC13 - le: 0.11A ,Ue: 250 V.d.c

302

Neutral output

 

Warning : Product must be in manual 

mode (LED 7 OFF) for configuration 

changes.

Standards

DIN rail mounting

1. Mounting

2. Unmounting

Door mounting (IP 40)

IEC 60715

DIN rail

1.

Source 1 availability information (Green fixed when source 1 is present and available 

and within threshold limits, green blinking when source 1 is present but outside of 

threshold limits, off when under 50VAC)

2.

Switch 1 LED position indication (Green fixed when in position 1)

3.

Zero position LED indication (Yellow when in position 0)

4.

Load supplied information (Green fixed when load is supplied by an available source)

5.

Switch 2 LED position indications (Green fixed when in position 2)

6.

Source 2 availability information (Green fixed when source 2 is present and available 

and within threshold limits, green blinking when source 2 is present but outside of 

threshold limits, off when under 50VAC)

7.

Auto LED indication (Green fixed when in automatic, blinking when transfer is 

ongoing, off when in manual mode)

8. Test LED (Yellow fixed when test on load is ongoing)

9.

Configurations dip switches (see settings)

10.

Run LED (Green when product is powered)

11.

COM LED (yellow blinking when RS communications is ongoing)

12.

Fault LED (Red blinking – long blink when fault or inhibit is activated (63A/64A open), 

short blink when a dip switch parameter has been changed and needs validation)

13.

Fire (Red when fire input is activated)

14.

Change AUTO/MANU pushbutton, press at least 3 seconds to switch from AUTO to 

MANU or MANU to AUTO

15.

Remote order to switch positions, controller must be in MANU mode for the buttons 

to be active

16.

Test button with two functions lamp test and TEST ON LOAD. To start a lamp test 

short press on the test button (<3s) ,press again (<3s) to end test. To start a TEST 

ON LOAD, long press on the test button (>3s), when LED (8) is blinking press the 

“0” button. To end the TEST on load long press on the test button (>3s)

* Remove shunt wire when using MLBS.

Summary of Contents for 004661922

Page 1: ...EN INSTRUCTION MANUAL ATSC25 ATS Controller www eti eu support...

Page 2: ...instruction manual must be made accessible so as to be easily available to anyone who may need to read it in relation with the ATSC25 The ATSC25 meets the European Directives governing this type of p...

Page 3: ...004 30 UE LVD Low voltage directive 2014 35 UE EMC according to IEC EN 60947 6 1 and GB T 14048 11 including annex C IEC EN 61326 1 standard Vibration according to IEC 60068 2 6 GB T 2324 10 Shock tes...

Page 4: ...e with PC and CC type RTSE ATSC25 ATS Controller Ensures Monitoring of the availability of a Normal and Alternate source Supply to the controller and switch from the Normal or Alternate source Transfe...

Page 5: ...EN 5 4 GENERAL OVERVIEW 4 1 Product identification 1 AUTO Manual selector 2 Controller state LED 3 Remote position order selector 4 ATSE Synoptic 5 Test function selector 6 DIP switch programing...

Page 6: ...2 is present and available within threshold limits green blinking when source 2 is present but outside of threshold limits off when under 50VAC 7 Auto LED indication Green fixed when in automatic blin...

Page 7: ...according to IEC 61010 1 95 humidity without condensation 50 C according to GB14 11 Annex Q EMC IEC EN 60947 6 1 and GB T 14048 11 including annex C standards IEC EN 61326 1 Altitude Up to 2000m Stora...

Page 8: ...tion class Pollution class II Other compliances and marking 4 4 CONTENT OF PACKAGING The C25 packaging includes 1 C25 controller 1 C25 quickstart guide All connector Door mounting clips All other prod...

Page 9: ...mm 5 5 2 Mounting Door mounting Door cut out of 93 0 8 x138 1 mm door thickness 1 5 3mm Remove all connectors and clip before inserting the controller in the cut out then fix the controller in place u...

Page 10: ...mounting Install on IEC 60715 Standard Din RAIL When mounting make sure both clips are pushed up then clip on the DIN Rail To remove from the DIN Rail drag the two mounting clips down before removing...

Page 11: ...In these networks the phase must be connected to the L1 input terminal 104 for source 1 and 204 for source 2 3P N The ATSC25 is suitable for three phase with neutral networks for with voltages within...

Page 12: ...2 Connections TOP In 3 phases with Neutral balanced networks there is a risk that the loss of neutral will not be detected To limit this risk the Dip switch 4 Hysteresis can be switched to position A...

Page 13: ...input 2 24 V d c fire input 3 Enable control when closed disable control when open 4 RS485 connections 5 Genset Start relay 6 RTSE position control outputs 7 Source 1 and 2 voltage inputs 8 24 V d c A...

Page 14: ...14 EN 6 2 Connection diagrams with MLBS 3P 4P 250 630A For additional connection diagrams MLBS 4P 63 125 Contactors etc see ANNEX I...

Page 15: ...1 5mm 0 2 Nm M2 64A Return of information from RTSE Position inputs 70 Common point for position inputs Donotuseexternalvoltage Powerfromcommon point 71 Position I RTSE 72 Position II RTSE 73 Position...

Page 16: ...12 or the TEST LED 8 are not activated and then press the button for 3 seconds the LED 7 should then turn ON Manual mode In this mode the manual orders buttons enable manual orders to switch respecti...

Page 17: ...at the phase rotation is identical on both sources If the sources have different phase rotations the source available LED will be blinking on both sources 7 2 1 Frequency within set limits The ATSC25...

Page 18: ...d when either 5s has expired or the controller received feedback that the RTSE has reached the requested position If 5s expire and the RTSE has not reached the requested position the controller will c...

Page 19: ...r will be on to clear the fault expected position input should be closed and the user must press the AUTO button 73 70 must be closed when the RTSE is in position 0 72 70 must be closed when the RTSE...

Page 20: ...e configuration will remain the same DIP Switch 1 Network A Three phase network B Single phase network 2 Prio Set A Prioritty source 1 B No priority 3 Order Mod A Control mode impulse logic B Control...

Page 21: ...roduct in a full operating cycle I 0 II 0 I Auto and Manual as well as tightening the door mounting clips and testing the LED s with the lamp test button when applicable In case of upstream protection...

Page 22: ...rotation Alarm LED is blinking Verify that the input 63 64 is closed Verify that there has not been a problem during a transfer order and validate fault with the AUTO button Verify that the DIP switch...

Page 23: ...when source 2 is present and available within threshold limits green blinking when source 2 is present but outside of threshold limits off when under 50VAC 7 Auto LED indication Green fixed when in a...

Page 24: ...ilability Source 2 present but not available for following possible reason Source undervoltage under frequency Source overvoltage over frequency Phase rotation order of source 1 2 are different Source...

Page 25: ...EN 25 11 2 Connection diagrams 11 2 1Connections with MLBS 4P 63 125...

Page 26: ...26 EN 11 2 2Connections with standard Contactors CEM and CES...

Page 27: ...EN 27 11 2 3Connections with MCCBs EB2 and MO2...

Page 28: ...lt value for nominal voltage is 230 V a c and the default value for nominal frequency is 50Hz To reboot the product press the button for 30s this will restart the product and take into account any cha...

Page 29: ...n source 1 is available the controller will give the order to switch to position I 11 6 2 No prio if both sources are available the controller will give the order to remain in the current position 12...

Page 30: ...30 EN 13 ATSC25 Operatingsequence Controller operating sequence with source 1 priority DPS Output operating sequence...

Page 31: ...F 1 ON 10011 1 Fire Input state F1 F2 0 OFF 1 ON 10012 1 CTRL inhibit 63A 64A 0 Inhibit 1 Automatic 10022 1 Genset control output 51 52 54 0 Genset start order OFF 0 Genset start order ON 10023 1 Cont...

Page 32: ...L2 L3 voltage value V 10211 1 Source 2 L3 L1 voltage value V 10212 1 Source 2 L L average voltage V 10217 1 Source 2 frequency 0 1 Hz Communication parameters Dec Address Word count Description Unit 4...

Page 33: ...ount in AUTO mode 0 60 000 10128 2 Position II operation count in AUTO mode 0 60 000 10130 2 Position I operation count in Manual mode 0 60 000 10132 2 Position II operation count in Manual mode 0 60...

Page 34: ......

Page 35: ...foretage indgreb under drift under bestemte forhold med s rlige midler kvalifikationer og godkendelser Produktet m ikke repareres af brugeren Kontakt ETI hvis der er sp rgsm l vedr rende anvendelsen a...

Page 36: ...c AC15 Ie 54 51 1 5A 52 51 0 75A Ue 240 V a c DC13 Ie 54 51 0 22A 52 51 0 22 A 125 V d c DC13 Ie 54 51 0 11A 52 51 0 11 A 250 V d c 54 Open to start the genset Controller inhibit input 63A Controller...

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