Panasonic AM1116F High contact capacity, precise operation Datasheet

AM1
AM1 (NZ BASIC)
SWITCHES
HIGH CONTACT
CAPACITY,
PRECISE OPERATION
17.5
49.2
24.1
FEATURES
TYPICAL APPLICATION
• 10 A High current switching capacity
and high precision
• Wide allowance of operating speed
• Versatile variety of actuators
• UL/C-UL approved
• General industrial machinery
• Medical equipment
• Measuring instruments
• Transportation equipment
• Home electric appliances
RoHS compliant
ORDERING INFORMATION
Ex. AM
Type of
switch
NZ basic
(AM1)
switch
1
5
1
Basic
specifications
0: Standard type
1: Oil tight type
3: Reversed
action type
4: One way type
Upper body cover shape & terminal
1: Flat, solder terminal
3: Flat, screw terminal
5: Grooved, solder terminal
7: Grooved, screw terminal
0
Upper body cover shape
Flat
Grooved
F
Actuators
Contact
0: Pin plunger
1: Hinge lever (leaf spring)
3: Hinge roller lever (roller, leaf, spring)
4: Hinge short roller lever
5: Overtravel plunger
6: Compact overtravel plunger
7: Panel mount plunger
811: Panel mount roller plunger
812: Panel mount cross roller plunger
Remarks: Not every combination is available. Please refer to the following table, “PRODUCT TYPES”.
F: Cadmium
free
TERMINAL VARIATION
Standard types, reversed action types and oil tight types are available in two terminal designs, solder and screw terminals, as shown
in the above columns:
Differences in dimension between solder and screw terminals are as follows;
mm
Solder terminal
Screw terminal
6.3
9.1
49.2
49.2
N.O.
CIRCUT
C
NO
NC
17.5
17.5
N.C.
CIRCUT
Terminal plate
Panasonic Corporation
19.8
M4 screw P0.7
20.2
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AM1
PRODUCT TYPES
1. Standard type
Actuator
Pin plunger
Over travel plunger
Compact over travel plunger
Panel mount plunger
Panel mount roller plunger
Panel mount cross roller plunger
Flexible leaf lever
Flexible roller leaf lever
Rigid lever
Rigid short roller lever
Rigid roller lever
One way type•Rigid short roller lever
One way type•Rigid roller lever
Reversed action type•Rigid lever
Reversed action type •Rigid short roller lever
Reversed action type•Rigid roller lever
Solder terminal
AM1100F
AM1105F
AM1106F
AM1107F
AM110811F
AM110812F
AM1101F
AM1103F
AM1501F
AM1504F
AM1503F
AM1544F
AM1543F
AM1531F
AM1534F
AM1533F
Screw terminal
AM1300F
AM1305F
AM1306F
AM1307F
AM130811F
AM130812F
AM1301F
AM1303F
AM1701F
AM1704F
AM1703F
AM1744F
AM1743F
AM1731F
AM1734F
AM1733F
Solder terminal
AM1511F
AM1514F
AM1513F
Screw terminal
AM1711F
AM1714F
AM1713F
2. Oil tight types
Actuator
Rigid lever
Rigid short roller lever
Rigid roller lever
Remarks: 1. Standard part number indicates UL/C-UL mark.
2. Standard packing for inner carton: 20cps.
SPECIFICATIONS
1. Contact Rating
Type
Standard types
One way types
Reversed action types
Oil tight types
Voltage
Resistive load
(cos φ = 1)
Inductive load
(cos φ = 0.6 to 0.7)
125 V AC
250 V AC
480 V AC
125 V DC
250 V DC
125 V AC
250 V AC
125 V DC
10 A
10 A
1A
0.5 A
0.25 A
10 A
10 A
0.5 A
6A
6A
0.5 A
0.05 A
0.03 A
6A
6A
0.05 A
Motor or lamp load
N.C.
3A
2A
—
—
—
3A
2A
—
N.O.
1.5 A
1A
—
—
—
1.5 A
1.0 A
—
2. Characteristics
Item
Pin plunger types (O.T.: specified value)
Expected
life
Mechanical
Other types (O.T.: specified value)
Electrical (O.T.: Max.)
Insulation resistance
Between open terminals
Dielectric
Between each terminal and other exposed metal parts
strength
Between each terminal and ground
Contact resistance (initial) (by voltage drop, 1 A, 6–8 V DC)
Vibration resistance (Pin plunger type)
Pin plunger types
Shock
resistance Other types
Allowable operating speed (at no load)
Max. operating cycle rate (at no load)
Ambient temperature
Weight
AECTB8E 201201-T
Panasonic Corporation
Specifications
Min. 2 ×107 (60 cpm) (at rated overtravel)
(Oil tight: Min. 1.5 ×106)
Min. 5 ×106 (60 cpm) (at rated overtravel)
(Oil tight: Min. 1.5 ×106)
Min. 5 ×105 (20 cpm) (at rated load)
(Oil tight: Min. 1.5 ×105)
Min. 100 MΩ(at 500 V DC)
1,000 Vrms for 1 min.
2,000 Vrms for 1 min.
2,000 Vrms for 1 min.
Max. 50 mΩ
Single amplitude: 0.75 mm, 10 to 55 Hz (contact opening: max. 1 msec.)
Min. 300 m/s2 (contact opening: max. 1 msec.)
Min. 50 m/s2 (contact opening: max. 1 msec.)
0.1 to 1,000 mm/sec. (at pin plunger position)
240 cpm
–25°C to +80°C (no freezing at low temperature)
Approx. 20 to 55 g
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AM1
OPERATING CHARACTERISTICS
Standard types
Types of actuator
Operating force, max.
Release force, min.
Pretravel, max. mm
Movement differential, max. mm
Overtravel, min. mm
Operating position, mm
Types of actuator
Operating force, max.
Release force, min.
Pretravel, max. mm
Movement differential, max. mm
Overtravel, min. mm
Operating position, mm
Pin plunger
Overtravel plunger
Compact overtravel
plunger
Panel mount plunger
1.5
21.2±0.5
5.6
21.8±0.8
Flexible leaf lever
Flexible roller leaf lever
3.63 N
1.12 N
0.4
0.05
0.13
15.9±0.4
1.5
28.2±0.5
Panel mount roller
plunger
Panel mount cross roller
plunger
3.63 N
1.12 N
0.4
0.05
3.6
33.3±1.2
1.47 N
0.14 N
4
1.3
1.6
17.5±0.8
28.6±0.8
Standard types (cont' d)
Types of actuator
Operating force, max.
Release force, min.
Pretravel, max. mm
Movement differential, max. mm
Overtravel, min. mm
Operating position, mm
Rigid lever
0.69 N
0.14 N
10
1.3
5.6
19.1±0.7
Rigid short roller lever
1.57 N
0.42 N
4.5
0.7
2.4
30.2±0.4
Rigid roller lever
0.98 N
0.2 N
7.5
1.3
3.6
30.2±0.7
One way types
Types of actuator
Operating force, max.
Release force, min.
Pretravel, max. mm
Movement differential, max. mm
Overtravel, min. mm
Free position, max. mm
Operating position, mm
Rigid short roller lever
2.23 N
0.42 N
3.5
0.4
1.5
31.8
30.2±0.4
Rigid roller lever
1.67 N
0.42 N
4.5
0.5
2.4
43.3
41.3±0.4
Reversed action types
Types of actuator
Operating force, max.
Release force, min.
Pretravel, max. mm
Movement differential, max. mm
Overtravel, min. mm
Operating position, mm
Rigid lever
1.67 N
0.27 N
5.0
0.9
5.6
19.1±0.8
Rigid short roller lever
5.30 N
1.67 N
2.5
0.4
2.0
30.2±0.5
Rigid roller lever
2.35 N
0.56 N
3.6
0.7
4.0
30.2±0.8
Rigid lever
0.69 N
0.14 N
10
1.5
5.6
19.1±0.7
Rigid short roller lever
1.67 N
0.42 N
4.5
0.7
2.4
30.2±0.4
Rigid roller lever
0.98 N
0.20 N
7.5
1.3
3.6
30.2±0.7
Oil tight types
Types of actuator
Operating force, max.
Release force, min.
Pretravel, max. mm
Movement differential, max. mm
Overtravel, min. mm
Operating position, mm
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AM1
DIMENSIONS
The CAD data of the products with a
CAD Data
mark can be downloaded from: http://industrial.panasonic.com/ac/e
mm General tolerance: ±0.4
1. Standard types
Pin plunger
CAD Data
P.T.
2.4
O.P.
AM1100F (Solder terminal)
AM1300F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
23.3±0.3
14.6
15
5.4
9.1
4.2 +0.1
−0.05 dia. hole
4.2 +0.1
−0.05
4.5±0.1
25.4±0.1
49.2
17.5
11.9
3.63 N
1.12 N
0.4
0.05
0.13
15.9±0.4
Overtravel plunger
CAD Data
23.3±0.3
Plunger: Hardening steel
P.T.
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
4 dia.
6.35 dia.
8.4
O.P.
15
AM1105F (Solder terminal)
AM1305F (Screw terminal)
3.63 N
1.12 N
0.4
0.05
1.5
28.2±0.5
Compact over plunger
CAD Data
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
Plunger: Plastic
P.T.
0.4 max.
23.3 ±0.3
7.1 dia.
4.2
O.P.
21.2 ±0.5 4.2 +0.10
–0.05
14.3 14.5
AM1106F (Solder terminal)
AM1306F (Screw terminal)
4.2 +0.10
–0.05 dia.
3.63 N
1.12 N
0.4
0.05
1.5
21.2±0.5
Panel mount plunger
CAD Data
Plunger: Plastic
P.T.
0.4 max.
O.P.
21.8 ±0.8
R8
23.3
±0.3
M12 × P1
Lock nut
(2 thick)
Nut (2 thick)
13.1
+0.10
16 ±0.5 4.2 –0.05
AM1107F (Solder terminal)
AM1307F (Screw terminal)
AECTB8E 201201-T
8.25 dia.
14.3
4.2 +0.10
–0.05 dia.
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Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
3.63 N
1.12 N
0.4
0.05
5.6
21.8±0.8
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AM1
mm General tolerance: ±0.4
Panel mount roller plunger
CAD Data
°
90
P.T.
0.4 max.
Roller 12.7 dia. × 4.6
: Plastic
23.3 ±0.3
M12 × P1
O.P.
33.3 ±1.2
Nut (2 thick)
15.5
AM110811F (Solder terminal)
AM130811F (Screw terminal)
+0.10
16 ±0.5 4.2 –0.05
14.3
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
3.63 N
1.12 N
0.4
0.05
3.6
33.3±1.2
4.2 +0.10
–0.05 dia.
Panel mount cross roller plunger
CAD Data
°
90
P.T.
0.4 max.
23.3
Roller 12.7 dia. × 4.6
: Plastic
±0.3
M12 × P1
O.P.
33.3 ±1.2
Nut (2 thick)
15.5
+0.10
16 ±0.5 4.2 –0.05
14.3
AM110812F (Solder terminal)
AM130812F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
3.63 N
1.12 N
0.4
0.05
3.6
33.3±1.2
4.2 +0.10
–0.05 dia.
Dimensions and Operating characteristics are the same as those of Panel mount roller plunger type. However, the roller joins the switch body at an angle of 90°.
Flexible leaf lever
CAD Data
49.6±0.8
Leaf: Stainless steel
4.8
F.P.
O.P.
14.6
AM1101F (Solder terminal)
AM1301F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
1.47 N
0.14 N
4
1.3
1.6
17.5±0.8
Flexible roller leaf lever
CAD Data
Roller 9.5 dia.×4:
Plastic
46±0.8
Leaf: Stainless steel
F.P.
O.P.
14.6
AM1103F (Solder terminal)
AM1303F (Screw terminal)
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Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
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1.47 N
0.14 N
4
1.3
1.6
28.6±0.8
AECTB8E 201201-T
AM1
mm General tolerance: ±0.4
Rigid lever
CAD Data
Lever: Stainless steel
26.1
R63.5
4.8
F.P.
20.1±0.5
O.P.
AM1501F (Solder terminal)
AM1701F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
0.69 N
0.14 N
10
1.3
5.6
19.1±0.7
Rigid short roller lever
CAD Data
Roller 9.5 dia.×4:
Plastic
26.1
R26.7
O.P.
F.P.
20.1±0.5
AM1504F (Solder terminal)
AM1704F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
1.57 N
0.42 N
4.5
0.7
2.4
30.2±0.4
Rigid roller lever
CAD Data
Roller 9.5 dia.×4:
Plastic
26.1
R48.3
F.P.
O.P.
20.1±0.5
AM1503F (Solder terminal)
AM1703F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
0.98 N
0.2 N
7.5
1.3
3.6
30.2±0.7
2. One way types
This type is operated only to one direction, not to the reversed direction by the construction of the roller lever, pivoting away from the
cam on the return stroke.
Rigid short roller lever
CAD Data
Roller 4.75 dia.×4.75:
Plastic
26.1
R21.1
27.8 max.
20.1±0.5
O.P.
F.P.
AM1544F (Solder terminal)
AM1744F (Screw terminal)
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Automation Controls Business Unit
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
2.23 N
0.42 N
3.5
0.4
1.5
30.2±0.4
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AM1
mm General tolerance: ±0.4
Rigid roller lever
CAD Data
Roller 9.5 dia.×4:
Plastic
26.1
R31
F.P.
O.P.
34.1 max.
20.1±0.5
AM1543F (Solder terminal)
AM1743F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
1.67 N
0.42 N
4.5
0.5
2.4
41.3±0.4
3. Reversed action types
When the actuator is operated, the switching mechanism returns to the free position. Extraordinary force by pushing the plunger too
much is not put on the switching mechanism, which means stability in life.
Rigid lever
CAD Data
Lever: Stainless steel
18.7
R56
4.8
20.1±0.5
16.9±0.8
O.P.
F.P.
9.1
4.2 +0.1
−0.05 dia. hole
4.2 +0.1
−0.05
AM1531F (Solder terminal)
AM1731F (Screw terminal)
11.9
4.5±0.1
25.4±0.1
17.5
11.9
49.2
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
1.67 N
0.27 N
5.0
0.9
5.6
19.1±0.8
Rigid short roller lever
CAD Data
Roller 9.5 dia.×4:
Plastic
18.7
R19
O.P.
F.P.
20.1±0.5
AM1534F (Solder terminal)
AM1734F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
5.30 N
1.67 N
2.5
0.4
2.0
30.2±0.5
Rigid roller lever
CAD Data
Roller 9.5 dia.×4:
Plastic
18.7
R41
O.P.
20.1±0.5
AM1533F (Solder terminal)
AM1733F (Screw terminal)
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F.P.
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
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2.35 N
0.56 N
3.6
0.7
4.0
30.2±0.8
AECTB8E 201201-T
AM1
mm General tolerance: ±0.4
4. Oil tight types
The pushbutton part is sealed with the rubber cap and the connected part between the cap and body is also coated with resin so that
these parts are kept away from foreign matters. This type has resistance to oil.
Rigid lever
CAD Data
Plunger seal
Lever: Stainless steel
26.1
R63.5
4.8
F.P.
20.1±0.5
O.P.
AM1511F (Solder terminal)
AM1711F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
0.69 N
0.14 N
10
1.5
5.6
19.1±0.7
Rigid short roller lever
CAD Data
Plunger seal
Roller 9.5 dia.×4:
Plastic
26.1
R26.7
O.P.
20.1±0.5
F.P.
16.9±0.8
AM1514F (Solder terminal)
AM1714F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel, max.
mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
1.67 N
0.42 N
4.5
0.7
2.4
30.2±0.4
Rigid roller lever
CAD Data
Roller 9.5 dia.×4:
Plastic
Plunger seal
26.1
R48.3
F.P.
O.P.
20.1±0.5
16.9±0.8
AM1513F (Solder terminal)
AM1713F (Screw terminal)
Operating force,
max.
Release force,
min.
Pretravel,
max. mm
Movement differential,
max. mm
Overtravel,
min. mm
Operating position,
mm
0.98 N
0.20 N
7.5
1.3
3.6
30.2±0.7
NOTES
1. Regarding fastening of switch body
1) In fastening the switch body, use M4
mounting screws to attach switches with
the torque 1.5 N·m or less.
2) After mounting and wiring, the
insulation distance between ground and
each terminal should be confirmed as
sufficient.
2. Adjustment of the operating device
The operating device should be
positioned so that it applies no stress to
the pushbutton or actuator when the
switch is in the open position. If this
condition is exceeded, the mechanical
and electrical performance will be
AECTB8E 201201-T
impaired. In addition, the force applied by
the operating device should be in a
perpendicular direction. Even if the
pushbutton is used in the full total travel
position, there will be no influence on the
life of the switch.
3. Soldering operations
Soldering should be done in less than 5
seconds, with a 60 watt iron (tip
temperature = 350°C max.). Care should
be taken not to apply force to the terminal
during soldering.
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4. Avoid using switches in the
following conditions:
• In corrosive gases such as hydrogen
sulfide.
• In flammable or explosive gases such
as gasoline or thinner etc.
• In a dusty environment.
• In an ambient humidity over 85%.
• In conditions where the perpendicular
operating speed is less than 0.1 mm/sec.
or more than 1,000 mm/sec.
• In a silicon atmosphere.
5. Others
Caution should be taken not to drop
switches.
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