Siemens 6ED1052-1FB00-0BA6 - 6ED1052-1FB00-0BA6 数据表
产品代码
6ED1052-1FB00-0BA6
如果电源出现故障，在某些情况下，
LOGO! 永久保存功能
状态之前，会出现输入端电压中断的现象。此时，
LOGO!
会永久保存“
LOGO! - 输入”为状态 0 时所产生的功能值。
Bei Netzausfall fällt unter Umständen die Spannung an den
Eingängen ab, bevor LOGO! den Zustand der Funktionen
remanent gespeichert hat. In diesem Fall speichert LOGO!
Funktionswerte remanent, die sich ergeben, wenn sich die
LOGO!-Eingänge im Zustand 0 befinden.
After a power failure, the logical input level may drop to zero
voltage before LOGO! is able to save the functions to retentive
memory. In this case, LOGO! saves the function values determ-
ined during the zero state at its inputs to retentive memory.
Unne panne de secteur peut entraîner le cas échéant une chute
de tension aux entrées avant que LOGO! ait pu sauvegarder
l’état des fonctions de manière rémanente. Dans ce cas, LOGO!
sauvegarde les valeurs de fonctions de manière rémanente si
les entrées LOGO! se trouvent à l’état 0.
En caso de cortarse la alimentción de red puede disminuir la
tensión en las entradas antes de que LOGO! memorice el estado
de las funciones de forma remanente. En tal caso, LOGO! guardará
los valores que se obtienen cuando las entradas de LOGO!
se encuentran a 0.
Se si verifica una caduta die rete, in determinante circostanze
viene a mancare la tensione negli ingress! Prima che LOGO!
abbia menorizzato lo stato delle funzioni nella memoria a riten-
zione. In questo caso LOGO! memorizza nella memoria a riten-
zione i valori delle funzioni forniti nel momento in cui lo stato
degli ingressi di LOGO! è 0.
Elektrik kesintisi sonrasında, fonksiyonlar LOGO! tarafından
kalıcıbelleğe kaydedilmeden önce lojik giriş seviyesi sıfır voltaja
düşebilir. Bu durumda LOGO!, girişlerinde sıfır durumu boyunca
belirlenenfonksiyon değerlerini kalıcı fonksiyona kaydeder.
Bij netuitval kaalt eventueel de spanning aan de ingangen voordat
LOGO! de toestand van de functies remanent heeft opgeslagen.
In dat geval slaat LOGO! functiewaarden remanent op, die
resulteren als zich de LOGO!-ingangen in de toestand 0 bevinden.
При выпадении тока при определенных условиях происходит
падение напряжения на входах прежде, чем LOGO! запомнил
состояния функций.В данном случае LOGO! сохраняет те
значений функций, которые образуются, если входы LOGO!
находятся в состоянии 0.
停電後は、LOGO!がファンクションを保持メモリに保存できる前
に、論理入力レベルがゼロボルトに低下することがあります。この
場合、LOGO!は、入力がゼロの状態の時に決定されたファンクショ
ン値を、保持メモリに保存します。
Use of LOGO! 0BA6 Base Modules in hazardous locations:
Module
Used in hazardous locations
LOGO! 24
LOGO! 24o
LOGO! 24C
LOGO! 24Co
LOGO!24RC
LOGO!24RCo
LOGO!12/24RC
LOGO!12/24RCo
LOGO!230RC
LOGO!230RCo
CL.I, Div. 2, GP. A, B, C, D T4
CL.I, Zone 2, GP.IIC, T4
CL.I, Div. 2, GP. A, B, C, D T4
CL.I, Zone 2, AEX nc IIC, T4
CL.I, Zone 2, Ex nc IIC, T4
LOGO! 0BA6 Base Modules can be used in following hazardous locations:
:
:
Q1
B1
ESC
OK
ESC
O
K
OK
OK
OK
OK
OK
OK
Mo 09:00
2006-01-27
I:
0.. 123456789
1.. 0123456789
2.. 01234
Q:
0.. 123456789
1.. 0123456
AI:
1: 00000
2: 01000
3: 00253
AI:
4: 00010
5: 00000
6: 00005
AI:
7: 00000
8: 00000
AQ:
1: 00000
2: 01000
M:
0.. 123456789
1.. 0123456789
2.. 01234567
ESC+C..
OK
O
K
OK
OK
ESC
Everything
clear?
LOGO!
LOGO!
Cursor
Cursor
move
select
>Stop
Set Param
Set ..
Prg Name
Main menu
Program menu
>Program..
Card..
Setup..
Start
>Edit..
Password
>Edit Prg
Edit Name
AQ
Memory?
Old:
No password
New:
Clear Prg
>No
Yes
>AQ in Stop
AQ Type
UserProgram
Name
Free Memory:
Byte= 2000
Block=200
Rem=250
OK
AQ1: 00.00
AQ2: 00.00
>Defined
Last
AQ in Stop
Last
AQ1: default
AQ2: 4-20mA
>Analog Time
Tick Time
CharSets
CurrCharSet
Msg Config
Clear Prg
Setup menu
>Clock..
Menu Lang
LCD..
Note:
The “BM AI NUM” selection is
only available on Basic Modules
that support four analog inputs.
I
I
L+ M I1 I2 I3 I4 I5 I6 I7 I8
M
L+
12/24RC
12/24RC
RUN/STOP
1
2
1
2
1
1
2
2
Q4
Q3
Q2
Q1
12/24RCo
N
M (0V)
< 240 V AC/DC
= max. 16 A
B16
Input 8 x DC
DC 12/24V
LOGO!12/24RC / 12/24RCo
L+ =
10.8...28.8 V DC
I
12V DC
=
60...175 mA
I
24V DC
=
40...100 mA
I3...I6 =
1 > 8.5 V DC; I > 1.5 mA
0 < 5 V DC; I < 0.85 mA
1 > 8.5 V DC; I > 0.1 mA
0 < 5 V DC; I < 0.05 mA
I1...I2
I7...I8 =
I1, I2 = AI3, AI4 (0..10 V)
I7, I8 = AI1, AI2 (0..10 V)
L1 N I1 I2 I3 I4
I5 I6 I7 I8
RUN/STOP
Q1
Q2
Q3
Q4
N
< 240 V AC/DC
230 RC
230 RCo
230 RC
N
M (0V)
AC/DC 115..240 V
L
1
L
2
L
1
=
85...265 V AC
I
115V AC
=
15...40 mA
I
240V AC
=
15...25 mA
I1...I8 =
1 > 79 V AC; I > 0.08 mA
0 < 40 V AC; I < 0.03 mA
L+ =
100...253 V DC
I
115V DC
=
10...25 mA
I
240V DC
=
6...15 mA
I1...I8 =
1 > 79 V DC; I > 0.12 mA
0 < 30V DC; I < 0.03 mA
I
I
= max. 16 A
B16
LOGO!230RC / 230RCo
Input 8 x AC/DC
RUN/STOP
Q4
Q3
Q2
Q1
AC/DC 24 V
Input 8 x AC/DC
P1 P2 I1 I2 I3 I4
I5 I6 I7 I8
N
M
L+
M
L+
L
L+
M
L+
M
P2
P1
AC
DC P
DC M
DC P
DC M
24 RC
24 RCo
N
M (0V)
< 240 V AC/DC
= max. 16 A
B16
24 RC
P1
P2
P2
L =
20.4...26.4 V AC
I
24V AC
=
45...130 mA
I1...I8 =
1 > 12 V AC; I > 2.5 mA
0 < 5 V AC; I < 1 mA
L+ =
20.4 ... 28.8 V DC
I
24V DC
=
40...100 mA
I1...I8 =
1 > 12 V DC; I > 2.5 mA
0 < 5 V DC; I < 1 mA
I
I
LOGO!24RC / 24RCo
Q1
Q2
Q3
Q4
M
M
M
M
L+ =
20.4...28.8 V DC
I
24V DC
= 40...75 mA
I3...I6 = 1 > 12 V DC; I > 2 mA
0 < 5 V DC; I < 0.85 mA
1 > 12 V DC; I > 0.15 mA
0 < 5 V DC; I < 0.05 mA
= 24 V DC, 0.3 A max.
L+
M
M
24
24o
24
RUN/STOP
L+ M I1 I2 I3 I4 I5 I6 I7 I8
I
I
I1...I2
I7...I8 =
Input 8 x DC
DC 24V
I1, I2 = AI3, AI4 (0..10 V)
I7, I8 = AI1, AI2 (0..10 V)
LOGO!24 / 24o / 24C / 24Co
Technische Änderungen vorbehalten
Subject to change without prior notice
A5E02270898-02
De-En-Fr-Sp-It-Tr-Ni-Ru-Ch-Jp