background image

R

Read

Write

Description

Value / Unit

0

X

 

Firmware-Version

Ex: „11“= FW 1.1

1

X

 

Number of supported registers

will give „41“

2

X

 

Number of supported flags

will give „0“

3

X

 

Baudrate

BPS

4

 

NOT USED

will give a „0“

5

X

 

ASN (letter 1-4)

will give „ALE3“

6

X

 

ASN (letter 5-8)

will give “D5FS”

7

X

 

ASN (letter 9-12)

will give “10Cx” 

x=2 : No MID

 

x=3 : MID

8

X

 

ASN (letter 13-15)

will give “A00 ”

9

X

 

HW Vers. Modif

Ex: „11“= FW 1.1

10

 

NOT USED

will give a „0“

11

X

 

Serialnumber

Serialnumber high

12

X

 

Serialnumber

Serialnumber low

13

NOT USED

will give a „0“

14

X

 

Status

„0“ = no Problem 

„1“ = Problem with last communication request

15

X

 

S-Bus Timeout

ms

16

X

X

S-Bus Address

17

X

 

Error Flags

0 : No error

1 : Error Phase 1

2 : Error Phase 2

3 : Error Phase 1 and 2

4 : Error Phase 3

5 : Error Phase 1and 3

6 : Error Phase 2 and 3

7 : Error Phase 1, 2 and 3

18

X

 

NOT USED

will give a “0”

19

X

 

Tariff flag

0 is Tariff 1

4 is Tariff 2

20

X

 

WT1 total 

Counter Energy Total Tarif 1

10

-2

 kWh (multiplier 0,01)

Ex: 00912351= 009123,51kWh

21

X

X

WT1partial 

Counter Energy partial Tarif 1

10

-2

 kWh (multiplier 0,01)

Ex: 00912351= 009123,51kWh

22

X

 

WT2 total 

Counter Energy Total Tarif 2

10

-2

 kWh (multiplier 0,01)

Ex: 00912351= 009123,51kWh

23

X

X

WT2partial 

Counter Energy partial Tarif 2

10

-2

 kWh (multiplier 0,01)

Ex: 00912351= 009123,51kWh

24

X

 

URMS phase 1

Effective Voltage of Phase 1

Ex: 230 = 230V

25

X

 

IRMS phase 1

Effective Current of phase 1

10

-1

 A (multiplier 0,1)

Ex: 314 = 31,4A

26

X

 

PRMS phase 1

Effective active Power of phase 1

10

-2

 kW (multiplier 0,01)

Ex: 1545 = 15,45kW

27

X

 

QRMS phase 1

Effective reactive power of phase 1

10

-2

 kVA (multiplier 0,01)

Ex: 1545 = 15,45kVA

28

X

 

cos phi phase 1

10

-2

 (multiplier 0.01)

Ex: 67 = 0.67

29

X

 

URMS phase 2

Effective Voltage of Phase 2

V

Ex: 230 = 230V

30

X

 

IRMS phase 2

Effective Current of phase 2

10

-1

 A (multiplier 0,1)

Ex: 314 = 31,4 A

31

X

 

PRMS phase 2

Effective active Power of phase 2

10

-2

 kW (multiplier 0,01)

Ex: 1545 = 15,45 kW

32

X

 

QRMS phase 2

Effective reactive power of phase 2

10

-2

 kVA (multiplier 0,01)

Ex: 1545 = 15,45 kVA

33

X

 

cos phi phase 2

10

-2

 (multiplier 0.01)

Ex: 67 = 0.67

34

X

 

URMS phase 3

Effective Voltage of Phase 3

V

Ex: 230 = 230 V

35

X

 

IRMS phase 3

Effective Current of phase 3

10

-1

 A (multiplier 0,1)

Ex: 314 = 31,4 A

36

X

 

PRMS phase 3

Effective active Power of phase 2

10

-2

 kW (multiplier 0,01)

Ex: 1545 = 15,45 kW

37

X

 

QRMS phase 3

Effective reactive power of phase 3

10

-2

 kVA (multiplier 0,01)

Ex: 1545 = 15,45 kVA

38

X

 

cos phi phase 3            

10

-2

 (multiplier 0.01)

Ex: 67 = 0.67

39

X

 

PRMS total

Effective active Power of all phase

10

-2

 kW (multiplier 0,01)

Ex: 1545 = 15,45 kW

40

X

 

QRMS total

Effective reactive power of  all phase

10

-2

 kVA (multiplier 0,01)

Ex: 1545 = 15,45 kVA

Summary of Contents for Saia PCD ALE3D5FS10 Series

Page 1: ...5 69 5 31 62 70 9 57 7 30 5 22 7 4 5 11 35 5 x 11 7 58 5 6 4 5 27 31 45 82 69 5 7 68 6 9 Pic 1 Pic 3 Pic 2 Pic 4 D D L1 L2 L3 N PEN 3 230 400 VAC 4 319 5109 0E Terminals E1 and E2 Connection for the control signal from the ripple control receiver for tariff switching ...

Page 2: ...er Phasen zusammen U V Zeigt die Spannung pro Phase I A Zeigt den Strom pro Phase kWh Zeigt die Einheit kWh bei Verbrauchsanzeige L1 L2 L3 Bei P U I oder Error Anzeige wird die entsprechende Phase angezeigt Error Bei fehlender Phase oder falscher Stromrichtung Die entsprechende Phase wird zusätzlich angezeigt Hinweise vor dem Anschliessen 1 Nicht die Phase L1 L2 oder L3 an N anschliessen 2 Um Feuc...

Page 3: ...i mehr als 128 Geräten sollte ein Repeater benutzt werden Die Schnittstelle hat keinen Abschlusswiderstand dieser sollte extern bereitgestellt werden Die verwendeten Register sind in der Registerliste beschrieben Datenübertragung Nur lese schreib Register Befehle werden erkannt Es kann immer nur ein Register auf einmal beschrieben werden Das Gerät wird ein NAK zurückgeben wenn mehr als ein Registe...

Page 4: ...nductorcross section1 5 16mm2 Main circuit screwdriver pozi no 1 slot no 2 torque 1 5 2 Nm Connections Conductorcross sectionmax 2 5mm2 Control circuit screwdriver pozi no 0 slot no 2 torque 0 8 Nm Operating 25 55 C noncondensing temperature according standard EN50470 Environment Mechanical M2 Electromagnetic E2 Notes before connecting 1 Do not connect L1 L2 or L3 to N 2 In order to avoid moisture...

Page 5: ... Devices could be connected to the S Bus Over 128 Devices a repeater should be used The Interface don t have a terminal resistor this should be provided external For a description of the used Registers please look at the Register Page Data transmission Only read write register instructions are recognized Only one register can be written at a time The device will respond NAK if more than 1 register...

Page 6: ...per ciascuna fase o per tutte le fasi U V indica la tensione per ciascuna fase I A indica la corrente per ciascuna fase kWh indica il consumo rilevato in kWh L1 L2 L3 è la fase interessata per P U I o Errore Error In caso di mancanza di una fase o di direzione della corrente sbagliata Viene visualizzata la fase interessata Dichiarazione di conformità CE Noi Saia Burgess Controls AG CH 3280 Murten ...

Page 7: ...e L interfaccia non è provvista di resistenza terminale che quindi dovrà essere messa a disposizione separatamente I registri utilizzati sono descritti nell elenco dei registri Trasmissione dei dati Il sistema riconosce solo comandi di registro del tipo leggi scrivi È possibile scrivere solo un in registro alla volta Il dispositivo restituirà il messaggio NAK in caso di scrittura contemporanea di ...

Page 8: ...rtielle au Tarif 2 cette valeur est réinitiali sable P kW Indique la puissance instantanée par phase ou de toutes les phases U V Indique la tension par phase I A Indique le courant par phase kWh Indique l unité kWh pour l affi chage de consommation L1 L2 L3 En cas d affichage P U I ou Error la phase correspondante s affiche Error En cas d absence de phase ou de sens de courant inversé La phase cor...

Page 9: ...e nombre d appareils est supérieur à 128 utiliser si possible un répéteur L interface n est pas dotée d une résistance de teminaison Celle ci doit être mise en place de façon externe Les registres utilisés sont decrits dans la liste de registres Transfert de données Seules les instructions type registre lecture écriture sont reconnues Seul un registre peut être écrit à la fois L appareil renverra ...

Page 10: ...10 2 kWh multiplier 0 01 Ex 00912351 009123 51kWh 24 X URMS phase 1 Effective Voltage of Phase 1 V Ex 230 230V 25 X IRMS phase 1 Effective Current of phase 1 10 1 A multiplier 0 1 Ex 314 31 4A 26 X PRMS phase 1 Effective active Power of phase 1 10 2 kW multiplier 0 01 Ex 1545 15 45kW 27 X QRMS phase 1 Effective reactive power of phase 1 10 2 kVA multiplier 0 01 Ex 1545 15 45kVA 28 X cos phi phase ...

Page 11: ... L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 T1 total T1 part T2 total2 T2 part 2 3 s 3 s Menu to display the value on LCD I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2to...

Page 12: ... T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 I A U V Error T1part T2total T2part T1total P kW L1 L3 L2 Voltage U Current I Start ...

Reviews: