CA1AF-DC24V-C-5 View Datasheet(PDF) - Matsushita Electric Works
Part Name
Description
View to exact match
CA1AF-DC24V-C-5
Matsushita Electric Works
CA1AF-DC24V-C-5 Datasheet PDF : 5 Pages
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AUTOMOTIVE POWER
CA-RELAYS RELAYS — SMALL SIZE,
LIGHT WEIGHT AND
COMPLETELY WATER TIGHT
FEATURES
1. Small size and light weight
For space saving, the outside dimensions
of the main body are reduced to be 21.5
mm (length) × 14.4 mm (width) × 37 mm
(height) (.846 × .567 × 1.457 inch). and
the weight is also reduced to be approx.
19 g .67 oz (Direct coupling 1 Form A,
1 Form B type)
2. Water tightness
Since the relays comply with the water
tightness standards, JIS D 0203, water
and dust will not enter the relay even if it is
mounted in the engine area.
3. Low operaing power (1.4W) type is
available (1 Form A, 1 Form B)
4. Since the terminal arrangement
complies with JIS D5011 B4-M1, com-
mercial connectors are available for
these types of relays.
SPECIFICATIONS
Contact
Type
Arrangement
Initial contact resistance, max.
(By voltage drop 6 V DC 1A)
Contact material
Contact voltage drop, max.
Rating
Nominal switching capacity
(resistive load)
Max. switching voltage
Max. switching current
Max. carrying current
Nominal operating power
Mechanical (at 120 cpm)
Expected
life (min.
operations)
Electrical
20 A
(1.4 W, 1.8 W type)
30 A
(1.8 W type)
1 Form A
12 V DC
1 Form B
1 Form C
24 V DC
1 Form C
50 m ohm
silver alloy
0.3 V
After electrical life test,
by voltage drop
12 V DC 20 A
(1.4 W type),
12 V DC 30 A
(1.8 W type)
0.3 V
After electrical life test,
by voltage drop
12 V DC 20 A
0.4 V
After electrical life test,
by voltage drop
12 V DC 20 A
0.4 V
After electrical life test,
by voltage drop
24 V DC 10 A
20 A 12 V DC
(1.4 W type)
30 A 12 V DC
(1.8 W type)
20 A 12 V DC
10 A 24 V DC
(ON: 2s, OFF: 2s)
16 V
15 V
30 V
120 A (1.4 W type)
150 A (1.8 W type)
120 A
100 A
50 A (Inrush current)
20 A continuous
(1.4 W type)
30 A for 1 min
(1.8 W type)
20 A continuous
20 A continuous
10 A continuous
1.4 W / 1.8 W
1.8 W
10 6
5×105
105
(ON: 2s, OFF: 2s)
105 (ON 2s, OFF 2s)
10 5
2×104
(ON: 3s, OFF: 15s)
383
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