14
Phase angle or burst firing control mode Current loop control, 4 – 20 mA, 20 – 4 mA, 0 – 20 mA and 20 – 0 mA Voltage control, 0 – 10 V d.c. and 10 – 0 V d.c. Potentiometer control, 0 –10 kΩ and 10 – 0 kΩ Rated operational voltage, 230 and 480 V Control voltage, 19 – 28 V a.c./d.c. DIN-rail mountable Built-in varistor protection LED status identification IP 20 protection Compact modular design Easy and quick installation Specification acc. to industrial standard CE, EAC, cULus and LLC CDC TYSK 208 – 240 30 19 – 28 45 ACI 30-1 037N0057 380 – 480 30 45 ACI 30-1 037N0059 208 – 240 50 90 ACI 50-1 037N0058 380 – 480 50 90 ACI 50-1 037N0060 The versatile ACI analogue power controller is designed for very precise temperature and transformer control. Due to the built-in microprocessor the controller can operate in phase angle as well as in burst firing control mode. The controller automatically adapts to the load to ensure a smooth inrush, and in burst firing mode it will further eliminate the Description unwanted effects of DC magnetizing on transformers. The ACI unit is easily connected to a PLC/regulator by means of one of the selectable input signals. The analogue controller ACI is typically used as controller for heaters and infrared lamps but also ideal on transformer controlled processes. Selection guide Operational voltage V a.c. Operational current A Supply voltage V a.c. / d.c. Dimensions mm Type Code no. Features Technical Document CI-tronic™ Analogue Power Controller ACI 30-1 and ACI 50-1 IC.PD.C50.C3.02 | 1 © Danfoss | DCS (mw) | 2017.07

Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

  • Upload
    others

  • View
    3

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

• Phase angle or burst firing control mode• Current loop control, 4 – 20 mA, 20 – 4 mA,

0 – 20 mA and 20 – 0 mA• Voltage control, 0 – 10 V d.c. and 10 – 0 V d.c.• Potentiometer control, 0 –10 kΩ and 10 – 0 kΩ• Rated operational voltage, 230 and 480 V• Control voltage, 19 – 28 V a.c./d.c.• DIN-rail mountable • Built-in varistor protection• LED status identification• IP 20 protection• Compact modular design• Easy and quick installation• Specification acc. to industrial standard• CE, EAC, cULus and LLC CDC TYSK

208 – 240 30

19 – 28

45 ACI 30-1 037N0057380 – 480 30 45 ACI 30-1 037N0059208 – 240 50 90 ACI 50-1 037N0058380 – 480 50 90 ACI 50-1 037N0060

The versatile ACI analogue power controller is designed for very precise temperature and transformer control. Due to the built-in microprocessor the controller can operate in phase angle as well as in burst firing control mode.The controller automatically adapts to the load to ensure a smooth inrush, and in burst firing mode it will further eliminate the

Description unwanted effects of DC magnetizing on transformers. The ACI unit is easily connected to a PLC/regulator by means of one of the selectable input signals.

The analogue controller ACI is typically used as controller for heaters and infrared lamps but also ideal on transformer controlled processes.

Selection guide Operational voltage

V a.c.

Operational current

A

Supply voltage

V a.c. / d.c.

Dimensions

mmType Code no.

Features

Technical Document

CI-tronic™ Analogue Power Controller ACI 30-1 and ACI 50-1

IC.PD.C50.C3.02 | 1© Danfoss | DCS (mw) | 2017.07

Page 2: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Contents Page

Features ............................................................................................................................................................................. 3

Description ....................................................................................................................................................................... 3

Selection .......................................................................................................................................................................... 3

Technical data ................................................................................................................................................................. 4

Operating at high temperature ................................................................................................................................ 4

Control selection ............................................................................................................................................................ 5

Function mode selection ............................................................................................................................................ 5

Wiring ................................................................................................................................................................................. 5

Applications (heater load) .......................................................................................................................................... 6

Application (transformer load) ................................................................................................................................. 6

Overhead protection .................................................................................................................................................... 7

EMC specification........................................................................................................................................................... 7

Dimensions ...................................................................................................................................................................... 8

Mounting instruction ................................................................................................................................................... 8

Technical Document | Analogue power controller, type ACI 30-1 and ACI 50-1

© Danfoss | DCS (mw) | 2017.07 IC.PD.C50.C3.02 | 2

Page 3: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

40 °C 30A 50A50 °C 25 A 40 A60 °C 20 A 30 A

Operational current max. AC-51 (heater load) 30 A 50 AOperational current max. AC-56a (transformer load 30 A 30 AOperational voltage 50/60 Hz 230 V / 480 VLeakage current max. 1 mAOperational current min. 10 mA

Control methodPhase angle control Selectable linear power or linear voltageBurst firing control Selectable cycle time : 0.4 – 60 seconds

Semiconductor protection fusingType 1 co-ordination 50 A gL/gGType 2 co-ordination I2t(t=10 ms) 1800 A2s

Control circuit specificationsControl supply voltage 19 – 28 V a.c./d.c.

Control signalsCurrent loop control (voltage drop < 3 V) 4 – 20 mA, 20 – 4 mA, 0 – 20 mA and 20 – 0 mAVoltage control (input resistance > 300 kW) 0-10 V d.c. and 10-0 V d.c.Potentiometer control 0-10 kΩ and 10-0kΩ

IsolationControl input Floating control inputVoltage line to control 2.5 kV a.c.Voltage supply to control 500 V a.c.

ProtectionSupply and control inputs are protected against overload and over voltage

EMC immunity Meets requirements of EN 50082-1 and EN 50082-2

InsulationRated insulation voltage, Ui 660 VRated impulse withstand voltage, Uimp 4 kVInstallation category III

Thermal specificationPower dissipation, continuous duty 1.2 W/APower dissipation, intermittent duty 1.2 W/A x duty cycleAmbient temperature range -5 – +40°CCooling method Natural convectionMounting Vertical (see general mounting instructions)Max. ambient temperature with limited current 60°C, see derating for high temperatures in chart belowStorage temperature range -20 – +80°CProtection degree/ pollution degree IP20/ 3

MaterialHousing Self exstinguishing PPO UL 94V1Heatsink Aluminium black anodisedBase Electroplated steel

Technical data Output specifications

Operating at high temperature

Ambient temperature ACI 30 ACI 50

Technical Document | Analogue power controller, type ACI 30-1 and ACI 50-1

© Danfoss | DCS (mw) | 2017.07 IC.PD.C50.C3.02 | 3

Page 4: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

24V AC/DC30 mA max.

Control mode selection Selection of control signalThe type of control signal, current, voltage or potentiometer can be selected on the rotary switch.

ProtectionThe control input is protected against overload. If the current exceeds 25 mA, the loop will switch OFF and the LEDs will indicate failure. The input will not be damaged if the 24 V supply by mistake is connected to the signal input. Control input terminals are marked with + and -. Correct polarity must be observed. The control input is floating.

Insulation voltageLine voltage to control: 2500 V a.c.Supply to control: 500 V a.c.

Function mode selection Phase anglePhase angle control is used for control of infrared lamps or heaters in IR heating applications. Two different operation modes can be selectedLinear voltage: The load voltage varies linearly with the control signal.Linear power: The power delivered to the load varies linearly with the control signal.

Burst firingIn burst firing mode full sine waves are supplied to the load. Consequently DC magnetizing of the supply transformer is avoided. The number of sine waves varies linearly with the control signal. Adjustable cycle times from 400 ms to 60 sec.

Wiring

Phase angleBurst firing

Time cycle 0.4 – 60 sec.

Technical Document | Analogue power controller, type ACI 30-1 and ACI 50-1

© Danfoss | DCS (mw) | 2017.07 IC.PD.C50.C3.02 | 4

Page 5: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Applications(heater load)

Single-phase 230 V a.c. (400 V a.c.)Phase angle and burst firing mode

Three-phase with neutral Phase angle and burst firing mode

Three phase with single-phase contactor ECI-1 as slave Only burst firing mode

Max. load at: 230 V 400VACI 30-1 6.9 kW 12 kWACI 50-1 11.5 kW 20 kW

Max. load at: 230 V3 x ACI 30-1 20.7 kW3 x ACI 50-1 34.5 kW

Max. load at: 400 VACI 30-1 20.7 kWACI 50-1 34.5 kW

R: 230 V a.c.Varistor, min. 20 mmdiameter

Transformer loadsACI load driving capability includes transformer applications which means that low voltage loads can be controlled via an isolation transformer without any surge or DC magnetising of the transformer.

Switching transformersThe problem in transformer switching is the magnetic circuit. When the transformer is switched off, (H = 0) the field (B) remains on a high level due to the high remanence of modern transformer core material. At initial turn-on where the remanence is unknown the ACI will soft start to avoid the high current surge and at repetitive turn-on the switch-off polarity is “remembered” so next turn-on will be in the opposite polraty, thereby eliminating the high current surge normally seen in transformer applications. DC magnetising is eliminated by operating in full cycle mode only.

Phase angle modeAn initial turn on ACI will soft start the transformer to the voltage level set by the analogue input.

Application(transformer loads)

Burst firing modeAn initial turn on ACI will soft start the transformer to full on mode. The controller will only allow full cycles to be supplied to the transformer hereby eliminating current surges and DC saturation of the transformer

Technical Document | Analogue power controller, type ACI 30-1 and ACI 50-1

© Danfoss | DCS (mw) | 2017.07 IC.PD.C50.C3.02 | 5

Page 6: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Applications(transformer loads)

Overhead protection If required the power controller can be protected against overheating by inserting a thermostat in the slot on the right-hand side of the controller.

Order: UP 62 thermostat 037N0050

The thermostat is connected in series with the control circuit of the main contactor. When the temperature of the heat sink exceeds 100°C the main contactor will be switched OFF. A manual reset is necessary to restart this circuit.

EMC specification The power controller ACI is in conformity with the standard IEC/EN 60947-4-3 ACSemiconductor Controllers and Contactors for non motor loads.

Burst firing control mode:No action necessary

Phase angle control mode:I <10 A, no action necessaryI >10 A, connect 1uF capacitor from N/L to L1 as shown above.

Technical Document | Analogue power controller, type ACI 30-1 and ACI 50-1

© Danfoss | DCS (mw) | 2017.07 IC.PD.C50.C3.02 | 6

Page 7: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Danfoss can accept no responsibility for possible errors in catalogues, brochures and other printed material. Danfoss reserves the right to alter its products without notice. This also applies to products already on order provided that such alterations can be made without subsequential changes being necessary eady agreed.All trademarks in this material are property of the respective companies. Danfoss and the Danfoss logotype are trademarks of Danfoss A/S. All rights reserved.

Dimensions mm (inch)

Mounting instruction The controller is designed for vertical mounting. If the controller is mounted horizontally, the load current must be reduced by 50%.

The controller needs no side clearance.

Clearance between two vertical mounted controlls must be minimum 80 mm (3.15”).

Clearance between controller and top and bottom walls must be minimum 30 mm (1.2”).

© Danfoss | DCS (mw) | 2017.07 IC.PD.C50.C3.02 | 8

Page 8: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

magnetycznego w transformatorze. Regulator ACI może z łatwością współpracować ze sterownikiem PLCpoprzez jeden z wielu standardów sygnału sterującego. Zastosowaniem regulatorów jest sterowanie mocą grzałek oporowych, promienników halogenowych, lamp żarowych oraz załączanie 1fazowych transformatorów np. zgrzewarek jak również regulacja prędkości obrotowej 1fazowych silników wentylatorów.

ACI regulatory mocy są przeznaczone do bardzo dokładnej regulacjitemperatury w ob-wodach grzejnych lub do łagodnego załączaniatransformatorów.Wbudowany mikroporo-cesor umożliwia pracę w trybie sterowania kątem fazowym lub sterowania grupowego. Regulator automatycznie dopa-sowuje się do obciążenia zapewniające łagodne jego załączanie,a w trybie sterowania grupowego ogranicza wpływ stałoprądowego strumienia

Prądroboczy

AC 1

Prądroboczy

AC 3

Prądroboczy AC 55b

Prądroboczy AC 56a

Napięcie sterujące

Napięcie pracy

Modułmm*) Typ

Numerkatalogowy

30A 15A 30A 30A 19-28 208-240 V 45 ACI 30-1 037N0057

30A 15A 30A 30A 19-28 400-480 V 45 ACI 30-1 037N0059

50A 15A 30A 30A 19-28 208-240 V 90 ACI 50-1 037N0058

50A 15A 30A 30A 19-28 400-480 V 90 ACI 50-1 037N0060*) szerokość montażu na szynie DIN AC 55b - promienniki lampowe AC 56a - transformatory

Dane techniczne

Cechy urządzenia: montaż na szynie DIN łatwa i szybka instalacja parametryzacja wg. kategorii obciążenia AC1 sterowanie kątem fazowym lub sterowanie grupowe sygnał prądowy, 4-20 mA, 20-4 mA,0-20 mA oraz 20-0 mA sygnał napięciowy, 0-10 V d.c. and 10-0 V d.c. zadawanie potencjometryczne, 0-10 kΩ lub 10-0 kΩ charakterystyka liniowego napięcia lub liniowej mocy kompaktowa konstrukcja modułowa wraz z radiatorem stopień ochrony IP 20 wbudowany warystor ochronny wskaźnik stanu LED certyfikaty CE, CSA, UL oraz C-tick

Regulatory mocy ACI

60

Page 9: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Wybór sposobu sterowania

Wybór trybu pracy

Przykłady zastosowań - grzanieSterowanie w obu trybach pracy

Wybór sygnału sterującegoRodzaj sygnału sterującego dokonuje się za pomocą pokrętła

ZabezpieczenieWejście sterownicze jest zabezpieczone przedprzeciążeniem. Jeśli prąd przekroczy 25mA,automatycznie pętla prądowa zostanie przerwana,a wskaźnik LED zasygnalizuje awarię.Wejście jest zabezpieczone przed pomyłkowympodaniem napięcia 24V dc.Zaciski są oznaczone + i -, polaryzację należy zachować.Wejście ma pływający poziom zera napięcia.

Sterowaniem kątem fazowymMożna wybrać dwa tryby sterowania.Liniowe napęcie (Voltage), napięcie na obciążeniuzmienia się liniowo względem sygnału sterującego,lub liniowa moc (Power), gdzie moc na obciążeniuzmienia się liniowo względem sygnału sterującego.

Sterowanie grupoweRealizuje przesył paczek sinusoid w nastawialnych cyklach od 400ms do 60s zależny liniowo od zadanego sygnału.

Regulatory mocy ACI - opis zasady działania:

Maks. obciążenie przy: 230 V 400V Maks. obciążenie przy: 230 VACI 30-1 6,9 kW 12 kW 3 x ACI 30-1 20,7 kWACI 50-1 11,5 kW 20 kW 3 x ACI 50-1 24,5 kW

61

Page 10: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Zabezpieczenie bezpiecznikami

Dobór do pracy w podwyższonej temperaturze

Parametry ogólne

ACI 30 ACI 50

Koordynacja 1 50 A gL/gG

Koordynacja 2 I2t ( t=10ms) 1800 A2s

Temperatura otoczenia ACI 30 ACI 50

+40°C [A] 30 50

+50°C [A] 25 40

+60°C [A] 20 30

parametr wartość

Zakres napięcia sterowniczego 19- 28V ac/dc

Prąd upływu max. 1 mA

Minimalny prąd roboczy 10 mA

Znamionowe napięcie izolacji Ui 660V

Znamionowe napięcie impulsowe Umax. 4 kV

Wejście sygnałowe pływające zero

Izolacja zasilanie - obwód sygnałowy 2,5kV

Izolacja sterowanie - obwód sygnałowy 500 V

Zakłócenia elektromagnetyczne EN 50082-1 i EN 50082-2

Straty mocy na ciepło 1,2W / A

Temperatura pracy - nominalna -5°C + 40°C

Temperatura składowania -20°C + 80°C

Sposób chłodzenia Konwekcyjny

Montaż Pionowy

Stopień ochrony IP 20

Wymiary Na stronie 82

Uwaga:Wejścia obwodu sygnałowego i sterowania są zabezpieczone przed przeciążeniem i przepięciem

Zaciski 11-12 nie mają wewnętrznego podłączenia, służą do montażu termostatu UP62

Regulatory mocy ACI - charakterystyka

62

Page 11: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

Aplikacja - załączanie transformatorówZałączanie transformatorówPodstawowym problemem przy załączaniu jest indukcyjność obwodu magnetycznego.Gdy transformator jest wyłączony (H=0) to indukcja Bpozostaje na wysokim poziomie ze względu namagnetyzm szczątkowy charakterystyczny dla materiałurdzenia transformatora. Po załączeniu, ACI łagodniezałącza obwód unikając powstawania uderzeńprądowych, ponadto przy kolejnych momentach załączeń„pamięta” o polaryzacji, ustalające ją zawsze przeciwniedo poprzedniej, co prowadzi do obniżenia pikówprądowych normalnie powstających podczaszałączania transformatora.

Sterowanie kątem fazowym ACI łagodnie załącza transformator do napięciaustawionego przez sygnał sterowniczy.

Sterowanie grupowe ACI łagodnie załącza transformator tylko do wartościznamionowej napięcia, dlatego że przepuszczane są pełne sinusoidy. Sposób ten ogranicza piki prądoweoraz nasycenie strumieniem DC.

Regulatory mocy ACI

Sygnały zadające Sygnały zadające

Obciążenie

Napięcie sterujące 24V AC/DCmaks. 30mA

Napięcie sterujące 24V AC/DCmaks. 30mA

Obciążenie

63

Page 12: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

82

Wymiary

ECI 15

MCI 3, ACM-1

ECI 10, ECI 30, ACI 30

ECI 20, ECI 50, ECI 63, ACI 50

Page 13: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

© Danfoss | DCS (rja) | 2015-09 IC.PI.C50.L2.51 520B6901

04

7C

41

9

047C

0419

Montering - Mounting - Montage mm (inch)

INSTRUCTIONSACI 30-1, ACI 50-1

Forbindelse - Wiring - Verbindung

Mål - Dimensions - Abmessungen mm (inch)

!DK Hvis enhed er monteret vandret reducer strøm med 50%UK If unit is mounted horizontally derate current by 50%D Falls Einheit horizontal montiert wird, reduziert sich der Strom

um 50%.

DK Køleplade skal holdes ren. Luftstrøm må ikke blokeresUK Keep heat sink clean. Airflow should not be blockedD Kühlflächen freihalten. Luftstrom muß ungehindert fließen!

75°C

Kabel/ Wire* mm2 (AWG) mm2 (AWG)

1.5 - 6 0.5 - 1.5(16 - 10) (20 - 16)

2 x 1.5 - 6 2 x 0.5 - 0.75(2 x 16 - 10) (2 x 20 - 18)

1.5 - 6 0.5 - 1.5(16 - 10) (20 - 16)

2 x 1.5 - 6 2 x 0.5 - 1.5(2 x 16 - 10) (2 x 20 - 16)

1 - 10 0.5 - 1.5(18 - 8) (20 - 16)

2 x 1 - 6 2 x 0.5 - 1.5(2 x 18 - 16) (2 x 20 - 16)

Pozidrive 21.2 Nm max. N.A.10.6 lb-in max.

6 mm 3 mm1.2 Nm max. 0.5 Nm max.10.6 lb-in max. 4.4 lb-in max.

**

**

**

- Vigtigt: (Overhold max. skruedrejningsmomenter)- Important: (Observe the maximum screw torque limits)- Wichtig: (Max. Drehmoment beachten)* Use copper conductor only** UL tested

DE: Se specifikationer i databladUK: See recommendation in data sheetDE: Empfehlungen im Datenblatt beachten

UL: Use thermal overload protection as required by the National Electric Code Maximum sourrounding temperature40°

ACI 30

ACI 50

10 kΩ

24 V AC/DC

30 mA max.

N/L

Page 14: Technical Document CI-tronic™ Analogue Power Controller ... › file,522305,k037n0057_1.pdfSemiconductor protection fusing Type 1 co-ordination 50 A gL/gG Type 2 co-ordination I2t(t=10

For mere information venligst referer til datablad

© Danfoss | DCS (rja) | 2015-09 IC.PI.C50.L2.51

INSTRUCTIONSACI 30-1, ACI 50-1

04

7C

41

9

047C

0419

Indstilling - Settings - Einstellungen

Bemærkninger - Remarks - Bemerkungen

Styresignalvælger - Control mode selection - Eingangssignalschalter

Funktionsvælger - Function mode selection - Funktionsschalter

Forbindelseeksempler - Wiring examples - Verbindungsbeispiele

Én fase - Single phase - Einleiter Tre faser - Three-phase - Dreileiter Tre faser - Three-phase - Dreileiter

Dansk English Deutsch

• Anvend 2 mm x 0.5 mm • Use 2 mm x 0.5 mm screwdriver • Schraubenzieher 2 mm x 0.5 mmskruetrækker verwendenNB!

Dansk English Deutsch

Vælg indgangssignal: Choose input signal: Eingangssignal wählen:• ved potentiometer vælg en af R • for potentiometer operation select • für Potentiometerbetrieb Skala R

indstillingerne one of the R settings verwenden• ved spændingssignal vælg en af • for voltage signal control select • für Spannungseingang Skala U

U indstillingerne one of the U settings verwenden• ved strømsignal vælg en af mA • for current loop control select one • für Stromsignal Skala mA Loop

Loop indstillingerne of the mA Loop settings verwenden

Dansk English Deutsch

1. Vælg mellem fase vinkelstyring 1. Choose between phase angle 1. Zwischen Phasenanschnitt-eller pulstogsstyring control mode or burst firing Steuerung und Pulsgruppen-

control mode Steuerung wählen2. Ved fase vinkelstyring vælges 2. In phase angle control mode 2. Bei Phasenanschnitt-Steuerung:

mellem lineaær effekt Power select linear power Power Entweder Power oder Voltageeller lineær spænding Voltage or linear voltage Voltage wählen

3. Ved pulstogsstyring vælges 3. In burst firing mode select cycle 3. Bei Pulsgruppen-Steuerung: Zeit-cyklustid 0,4 - 60 sec. time 0.4 - 60 sec. spanne 0,4 - 60 sec. wählen

For more information please refer to data sheet Weitere Information finden Sie im Datenblatt

Kun pulstogsstyring - Only burst firing mode-Nur Pulsgruppensteuerung

StyresignalvælgerControl mode selectionEingagnssignalschalter

FunktionsvælgerFunction mode selectionFunktionsschalter

UdgangssignalOutput signalAusgangssignal

Pulstogsstyring - Burst Firing mode - Pulsgruppensteuerung

Fase vinkelstyring - Phase angel control - Phasenanschnittsteuerung

R: 230V a.c.Varistor, min. 20 mmdiameter