1D30 MEC Switches, 1D30 Datasheet - Page 45
![CAP SWITCH RND ULTRA BLUE](/photos/14/63/146376/1d30_sml.jpg)
1D30
Manufacturer Part Number
1D30
Description
CAP SWITCH RND ULTRA BLUE
Manufacturer
MEC Switches
Series
Multimec®r
Specifications of 1D30
Switch Type
Tactile
Shape
Round
Color
Blue, Ultra
Illumination
Non-Illuminated
Mounting Type
Snap Fit
Size
9.60mm Dia x 7.50mm H
For Use With/related Products
Multimec® Series
For Use With
679-2580 - SWITCH SP MOM SMD 650GF679-2579 - SWITCH SP MOM SMD 350GF679-2578 - SWITCH SP MOM SMD 200GF679-2577 - SWITCH SP MOM T/H 650GF679-2576 - SWITCH SP MOM T/H 350GF679-2575 - SWITCH SP MOM T/H 200GF679-2613 - SWITCH SP MOM T/H 650GF679-2612 - SWITCH SP MOM T/H 350GF679-2611 - SWITCH SP MOM T/H 200GF679-2234 - SWITCH SP MOM T/H RT ANG SUPPORT679-2227 - SWITCH SP MOM THRO HOLE LOW TEMP679-2226 - SWITCH SP MOM SMD HI TEMP BLACK
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Other names
679-2066
Available stocks
Company
Part Number
Manufacturer
Quantity
Price
Part Number:
1D300A(ETN35)-030
Manufacturer:
FUJITSU/富士通
Quantity:
20 000
Company:
Part Number:
1D300A-030
Manufacturer:
MOTOROLA
Quantity:
560
Part Number:
1D300A-030
Manufacturer:
FUJITSU/富士通
Quantity:
20 000
Company:
Part Number:
1D300M-120
Manufacturer:
POWEREX
Quantity:
1 000
unimec
Specifications are subject to change without notice.
RoHS Compatible
Electrical Specifications
C
I
Recommended load
M
C
D
Insulation resistance between adjacent contacts
C
Mechanical Specifications
t S
M
K
f i L
Temperature Range
W
S
Soldering IEC 68-2-20
Environmental Endurance IEC 68-2-3
e T
H
D
S
l C
Material Specifications - Switches
S
K
L
F
M
T
C
Material Specifications - All Caps & Bezels
e T
Tampon Printing
unimec
P
Colour (G= Green, Y= Yellow, R= Red)
C
Absolute Maximum Ratings
P
Current forward
Forward peak current
Voltage reverse
Operating temperature
Storage temperature
Soldering temperature
Electrical-Optical Characteristics (Ta=25°C)
Voltage Forward
Current reverse
W
S
S
Luminous Intensity
O
*/
s n
r e
t a
x i
F
e i
y e
o t
r u
e
w
y e
a
o
p
p
o
n o
a
u
n o
l o
e i r
x a
x a
o
o
a
n a
a e
m
m
t e
i l a
w
= 20mA, **Pulse width 1ms Duty cycle 1:5, ***/F= 50mA, ****Luminous Flux mlm
t n
l u
a p
m
d e
t r
e r
e r
t i
h c
e l
i k r
i v
m
e v
a r
i t a
r u
c .
a t
a .
e p
a t
p
t n
r t
i n
h c
s
r e
i t a
a d
d a
d a
c a
d i
g n
g n
t c
m i
N
n i
t i c
e g
r e
g n
i r p
v a
t c
n o
t c
g n
p
c
e l
i t a
C
y t i
r u
t c
a r
o
c i r
n o
d r
a
r t
e
s
n o
t a
n i
n a
g n
a
E I
c
l e
g n
. s
o
b
e t
i r p
s l
u l
n o
e r
a u
e t
u t
g n
s e
n o
r u
d
a
o
t s
C
a t
r
e c
i r b
h t
s (
m
t n
m
e r
s e
s e
t c
o i t
g n
n u
l e
t s i
t c
a t
e l
e r
w
e p
5
e p
a u
a c
t s i
n i
e b
9 2
g n
f n
t c
m i
e c
n a
c t i
a r
a r
o i t
t n
n a
n
w t
t i
h t
r o
e c
) h
u t
n o
u t
f n
e c
e
e c
e r
e b
e r
n e
s
r o
™
w
w
w t
d a
e c
c t i
h t i
e
n e
a j
i h
u o
s (
LEDs
e c
g n
w
c t
d a
c t i
t n
s
p a
a j
) h
a t
o c
e c
e t
t n
t n
c a
o c
(Ta=25°C)
m
mA
mA
V
°C
°C
°C
Typ. V
M
µA
n
Ø
e d
Min. mcd
y T
T
s t
m
e h
t n
n
W
a
. p
r g
m
. x
c a
o l
e e
m
V
s t
g n
d c
™
r e
i p
i n
R
L
S
M
>
Min. 0.5 mA
M
0
M
0 1
5 X 10
0
t
1
1
M
A
M
M
Wave - max 260°C for max. 10 sec., please refer to usage guidelines
S
+
3 9
6 5
I
Standard methods such as water and soap (not immersed)
S
S
S
S
S
S
S
A
M
A
1
G
02
1
30
50
5
-25 - +100
-25 - +100
+245 for max. 3 sec.
2.0
3
100
5
0 1
0 2
1
2
p y
- P
o
5 .
5 .
0 0
8 .
9 6
0 0
0 .
0 6
v l i
0 1
t l
o
0 4
a t
a t
a t
n
a t
n
p
B
c
B
x a
x a
a
o
n i
n i
x a
t s
0 0
%
w
r e
C
C
o c
d l
c e
4 5
S
. x
m
D
n i
n i
n i
n i
r e
A
p
2
N
m
- .
- .
C °
0 2
cations please see www.mec.dk
1 .
2 .
u
u
+ .
M
a n
i r e
a
e h
5 .
e T
F
n e
e l
e l
e l
e l
a i
s (
i d r
R
0 1
V
m
0 4
5 6
technical specifications
f
s y
+
+
13
1 /
r o
a t
0 0
0 5
N
H
s s
s s
s s
s s
p l
5 6
e t
g n
m
f
a t
g n
a
µ 2
µ 2
r o
C °
C °
9 6
m
d n
o n
0 1
y r
o r
C °
p
5
s
s
s
t s
Y
04
1
30
50
5
2.0
3
100
5
0 1
0 2
1
3
m
m
r i
s
N
N
0 0
e t
e t
e t
o t
1 2
e
2
0 0
0 .
0 9
r a
M
M
n o
e t
e d
e e
A
1
a r
e s
+ i
+ i
lled Polycarbonate UL94V1
m
l e
l e
l e
) d
5 .
0 .
x a
x a
i t c
S I
-
+ l
t ,
u t
-
i (
. n i
. c
0 0
0 0
µ 3
µ 3
1
O
t i n
+ .
+ .
e v
U
e h
m
e r
0 2
µ 3
L
0 .
A
S
C
x a
l a i
y c
5 7
5 8
u l
4 9
h s
e V
0 0
g
1 n
a l
R
08
1
30
50
5
2.0
3
100
6
0 1
0 2
0.8
1
A
V
) y l
3 .
i r b
l c
0 0
0 .
0 6
6 .
C °
C °
g
H
s s
r o
-
0 0
s r
s e
y c
0 5
B
a c
9
1 :
e t
o i
W
l c
C °
t n
i r
s n
A /
G
Min. 0.5µ A
S
S
s e
A
t s
n
a t
l K
o
S
f
C
r o
C
16922
G
02
1
30
90
5
-55 - +100
-55 - +100
+300 for max. 3 sec.
2.1
3
100
5
0 1
5 4
1.5
2
d l
T
e h
n i
b ü
5 3
0 .
5 6
5 .
u
-
M
m
e l
6
r e
+
c
s s
l C
W
x a
t a
µ 2
B
s a
o h
3 .
t s
D
a
N
r r
C
e e
. s
d
+ i
Y
04
1
30
90
5
2.2
3
100
5
0 1
5 4
2.5
3
e s
r e i
4 :
. e
5 3
0 .
5 8
0 .
+ l
. c
a t
µ 3
B
µ 3
l F
E I
A
x u
u
A
L
g
R
08
1
30
90
5
2.3
3
100
6
0 1
5 4
2.5
5
g i t
+
F
5 3
0 .
5 3
0 .
µ 1
u l
. t h
d i
A
u
R
H
S
M
>
Min. 0.5 mA
M
0
M
0 1
5
0
t
1
1
M
A
M
M
+
3 9
6 5
I
LCP UL94V0
S
S
S
S
S
S
S
A
M
A
16923
G
20
0 7
20
60**
3
-25 - +85
-30 - +100
+260 for max. 5 sec.
2.1
3
10
5
0 4
5 4
9.0
5 2
Standard methods such as water and soap (not immersed)
- P
p y
0 1
5 .
5 .
0 0
8 .
0 4
0 .
3 6
v l i
t l
a t
a t
a t
n
a t
n
p
B
c
A
g i
x a
x a
a
X
o
n i
n i
x a
0 0
%
r e
C
C
c e
o c
4 5
. x
D
S
m
n i
n i
n i
n i
h
A
p
N
m
- .
- .
r e
0 1
2
C °
1 .
2 .
u
u
+ .
M
a n
a
F
5 .
e l
e l
e l
e l
s (
n e
a i
i d r
R
e T
0 1
V
m
0 4
5 6
s y
f
+
+
13
r o
0 0
0 5
s s
s s
s s
s s
a t
N
H
p l
5 6
e t
f
a t
g n
m
µ 2
µ 2
r o
C °
C °
m
d n
0 1
o r
C °
y r
5
s
s
s
t s
Y
40
0 6
20
60**
3
2.1
3
10
5
0 4
5 4
5.6
6 1
p
m
m
s
N
N
2
0 .
e t
e t
e t
o t
0 .
5 8
e
e t
r a
M
M
e e
A
>
+ i
+ i
e s
a r
l e
l e
l e
m
0 0
i t c
) d
0 1
a
a
S I
+ l
-
. x
. x
u t
i (
. n i
. c
0 .
1
µ 3
µ 3
e v
O
t i n
0 .
U
µ 3
0 2
e r
1 +
1 +
0 0
L
0 0
A
S
C
l a i
4 9
u l
A
g
1 n
a l
R
80
0 6
20
60**
3
2.0
3
10
6
0 4
5 4
5.6
6 1
e V
0 6
0 6
V
0 .
y c
g
i r b
) y l
0 .
0 5
H
s s
-
0 0
0 0
C °
C °
s r
l c
B
a c
9
1 :
o i
s e
W
y c
t n
www.mec.dk
A /
s n
G
Min. 0.5µ A
S
Stainless steel + 3µAg+1µAu
A
l c
n
l K
S
o
C
16924
G
24
60
25
N/A
5
-40 - +85
-40 - +100 -55 - +100
+260 for max. 5 sec.
2.0*
. 2
10
5
20
1
10****
s e
C
d l
T
20
b ü
3 7
0 0
u
M
-
* 4
6
*
r e
+
l C
* * *
W
µ 2
B
s a
D
a
N
r r
. s
C
+ i
Y
45
1
40
500
12
2.3***
2
10
5
5 4
0 9
71****
1 1
r e i
4 :
0 3
5 .
7 8
* 2
-55 - +100
a t
µ 3
* * *
B
* * *
A
E I
|
u
L
R
89
0 8
30
1000
12
2.0***
2
10
6
6 1
5 8
180****
5 3
Fluid
3 .
3 3
mec
* 5
* * *
* * *
45