TDAA [ETC]
DIN Timers TD 22.5mm DIN rail mounting Electronic Timers; DIN定时器TD 22.5毫米DIN导轨安装电子计时器型号: | TDAA |
厂家: | ETC |
描述: | DIN Timers TD 22.5mm DIN rail mounting Electronic Timers |
文件: | 总3页 (文件大小:117K) |
中文: | 中文翻译 | 下载: | 下载PDF数据表文档文件 |
DIN Timers TD
22.5mm DIN rail mounting Electronic Timers
❚❚AC/DC coil operation
❚❚Multi-time range
❚❚Multi-function, On-delay, Off-delay and Star/Delta
versions
❚❚Voltage range selectable
❚❚Marking plate cover
Options and ordering codes
TD
MA
Multi Voltage Options
DIN rail mount
timers
TD
Multi-function
4 function
MA
MC
MB
EA
RA
IA
All timers are Multi-voltage
I/P 24VAC/DC and
100-230VAC selectable
on unit. Except EA+ RA
models
Multi-function 2 C/O
On-delay
Multi Voltage Options
Off-delay
EA + RA models only
EA + RA models only
SF model only
110VAC + 24VAC/DC
230VAC + 24VAC/DC
24VAC/DC
Asymmetrical recycling
True off-delay 3 minutes
True off-delay 10 minutes
Star/Delta
AA
AB
SD
SF
SF model only
110VAC
SF model only
230VAC
On delay single function
Specification
TDMA
TDMC
TDMB
TDEA
TDRA
TDIA
TDAA
TDAB
TDSD
TDSF
Operation modes
Time range
A,B,C,D
E,F,G,H
A,B,F,G
A,B,C,D
E,F,G,H
A
B
Rp,Ri
T
T
S
A
0.05sec- - 0.05sec- 0.05sec- - 0.05sec- - 0.05sec- - 0.05sec- - 0.1sec- - 0.1sec- - 0.5sec-3minY 0.1sec- -
10 days
10 days
10 days
10 days
10 days
± 0.5% FS
24VDC ± 10%, 24VAC-15% + 10%, 110-230VAC-15% + 10%
10 days
3 min
10 min
40-100ms Y❚
10 min
Accuracy
Supply voltage
Nominal power
consumption
24V 1.5VA/
1W-110V
2VA 230V
8VA
24V 1.5VA/
1W-110V
2VA 230V
8VA
24V 1.5VA/
1W-110V
2VA 230V
11VA
24V 1.5VA/
1W-110V
2VA 230V
8VA
24V 1.5VA/
1W-110V
2VA 230V
11VA
24V 1.5VA/
1W-110V
2VA 230V
8VA
24V 1.5VA/
1W-110V
4VA 230V
15VA
24V 1.5VA/
1W-110V
4VA 230V
15VA
24V 1.5VA/
1W-110V
2VA 230V
11VA
24V 1.5VA/
1W-110V
2VA 230V
11VA
Input signal
Control contact must be
90% of A1-A2
Power on Power on Power on Power on
Power on Power on
control
contact
Power on Power on Power on
Power on
control
contact
control
contact
control
contact
Contact configuration
1 C/O
1 C/O
2 C/O
programmable
1 C/O
1 C/O
1 C/O
1 C/O
1 C/O
1 C/O with
rest position
1 C/O
Control output
8A@250VAC 8A@250VAC 8A@250VAC 5A@250VAC
5A@250VAC 5A@250VAC
5A@250VAC 5A@250VAC 8A@250VAC
5A@250VAC
Life expectancy
Electrical
400,000
400,000
30 x 106
400,000
30 x 106
100,000
10 x 106
100,000
10 x 106
400,000
30 x 106
100,000
30 x 106
100,000
30 x 106
400,000
30 x 106
100,000
10 x 106
Mechanical 30 x 106
Allowable ambient
temperature
-25 ˚ C upto + 55˚ C
IP rating
Enclosures
Terminals
IP40
IP20
Terminals
Box clamp screw terminal upto 4mm2
TD/03/03
www.imopc.com
DIN Timers TD continued
Mode functions
A On Delay
U/t
On application of supply voltage the time period starts to run. On completion of time the relay energises. Power
off reset.
A
R
B Off delay
U/t
Supply to the unit must be continuous. On closure of the control contact (S) the relay energises immediately.
On re-opening of S the time period starts to run and (R) de-energises If the control contact ( S ) is reclosed
before “the actual time period is completed, this period will be deleted” and a new one starts on re-opening of (
S ).
S
B
R
C Single shot leading edge pulse started
U/t
S
Supply to the unit must be continuous. On closure of the control contact (S) the relay energises immediately
and the time starts to run. On completion of the time the relay will de-energise. Activation of (S) during the time
out period has no effect.
C
R
D Single shot trailing edge
U/t
Supply to the unit must be continuous. The first closure of (S) has no effect. On opening of ( S ) the time
period starts to run and (R) energises immediately. On completion of time the relay de-energises. Activation of
the control contact (S) during the time out period has no effect.
S
R
D
E On delay with control contact
U/t
S
Supply to the unit must be continuous. On closure of (S) the time period starts to run. On completion of time
the relay energises and stays energised as long as (S) is closed. Opening the control contact before the time
out is complete will reset the time period.
E
R
F Single shot leading edge
U/t
On application of supply voltage the time starts and (R) energises immediately. Following time out the relay will
de-energise. For a new start of function the supply voltage must be interrupted.
F
R
G Flasher pause first
U/t
On application of supply voltage the time period starts to “run. The relay switches on and off for the periods,
beginning” with a pause. The time period for pause and pulse is equal.
G
R
H Pulse detection
U/t
S
On application of supply voltage the relay energises. The first pulse of (S) starts the time period. Receiving
pulses during the time period extends it and (R) stays energised. Receiving no pulses during the time period
completes it and (R) de-energises. (R) stays latched until supply voltage has been interrupted.
H
memory
R
Ri Cyclic timer pulse started
U/t
On application of supply voltage the time period starts to run. “The relay switches on and off for the periods,
beginning with a” pulse. The time period for t1 and t2 can be different. The function continues as long as
voltage is applied.
Ri
R
Rp Cyclic timer pause started
U/t
On application of supply voltage the time period starts to run. “The relay switches on and off for the periods,
beginning with a” pause. The time period for t1 and t2 can be different. The function continues as long as
voltage is applied.
Rp
R
S Star Delta
U/t
On application of supply voltage the contact 17 - 18 of the star relay is closed and the star time t1 begins to
run. On completion of the t1 the star relay de-energises and the dwell time t2 starts. On completion of t2 the
contact 17 - 28 of the delta relay is closed and remains in operation as long as the supply voltage is applied.
17 - 18
t1
Y
S
17 - 28
❚
t2
T True Off Delay
U
When supply voltage U is engaged the relay energises (contacts 15-18). When the supply voltage is removed
the set time t begins to run. On completion of time t the output falls back to the off position (contacts 15-16). If
the supply voltage U is re-engaged to “the unit before t has elapsed, the time already elapsed is cancelled” and
starts again next time the supply voltage is interrupted.
T
R
TD/03/03
www.imopc.com
DIN Timers TD continued
Function switches
TDMB
TDMA
TDMC
Positions of function
switch with one
contact as
Both contacts delayed
instantaneous c.t.
H
H pulse detection
G
G
G flashing pause first
A
B
H
F
F
G
F single shot
F
C
D
E
D
E ON-delay controlled by trigger input
D single shot trailing edge
E
F
C single shot pulse operated
C
C
B Off-delay
A On-delay
B
A
G
H
B
B
A
A
Start function B, C, D, E and H by control contact A1-B1
if instantaneous option is selected R1 becomes timed and R2 becomes instantaneous
Connection diagrams
TDMA; TDRA
TDMB
TDEA, TDAA, TDAB,
TDSF
TDSD
TDIA
U+
~
U+
~
U+
~
U+
~
U+
~
S
S
–
–
–
–
–
A1 15 B1
A1 15 B1
25
A1 15 B1
A1 15
A1 17
A1
15
A1 15
R1
25
R2
A1
A1
15
15
A1
17
R
R
R
R
8
A2 16 18
A21 61 82 62
A2 16
18
A2 18
28
A2 16
18
16 18 A2
26 28
16 18 A2
16 18 A2
18 28 A2
16 18 A2
Control Function
Function Rp: without link
Function Ri: link A1-B1
Dimensions
TDMA, TDEA, TDRA, TDIA, TDAA, TDAA, TDAB, TDSD, TDSF
TDMB
65mm
85mm
89mm
70mm
22.5mm
22.5mm
5mm
5mm
TD/03/03
www.imopc.com
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