Panasonic AHR5 User Manual
AHR5
11/2002
The AHR5 switch with actuating
lever and retainer assembled
CONSTRUCTION
Rotating
shaft
Handle
Pin
plunger
HIGH CONTACT PRESSURE
WITH LIGHT OPERATING
ACTION
FEATURES
• High contact pressure with light operating action
• Easy installation of the lever—Tools
or adhesives are unnecessary for attaching the actuating lever
• Low-level circuit type is also available
Actuating spring
Movable contact
Solder and
Q.C. (187)
N.O. terminal
Common
terminal
V-ROTARY
ACTION (AHR5)
SWITCHES
TYPICAL
APPLICATIONS
• Vending machines
Restoration
spring
Stationary
contact
Operating spring
N.C. terminal
PRODUCT TYPES
Type Retainer mounting direction Operating force (max.) Release force (min.)
Standard (Silver alloy)
Low-level circuit type
(Gold clad)
Actuator lever 52.3mm 2.059inch — AHR5801
Remarks: 1. The retainer is provided with the switch body without assembled.
2. Actuating levers are available separately.
(AHR5801, length: 52.3mm 2.059inch)
3. As for International standard, please refer to the “Information”.
Counter-clockwise
Clockwise AHR5411
Counter-clockwise AHR540161
Clockwise AHR541161
0.1N•cm {10.2gf•cm} 0.013N•cm {1.3gf•cm}
SPDT .187 Quick-connect/
solder terminal
AHR5401
SPECIFICATIONS
1. Contact rating (Resistive load)
Type Standard rating Low-level rating
Standard (Silver alloy) 5A 250V AC
Low-level circuit type (Gold clad) 1A 250V AC
6V DC 5mA
12V DC 2mA
24V DC 1mA
75
AHR5
11/2002
2. Characteristics
Type Standard type Low-level circuit type
Expected life
(min. operations)
Mechanical (at O.T. rated)
Electrical (at O.T. max.)
Insulation resistance Min. 100MΩ (at 500V DC insulation resistor meter)
Between terminals 600 Vrms for 1 min.
Between terminals and
Dielectric strength
other exposed metal parts
Between terminals and
ground
Contact resistance (initial)
(by voltage drop at 1A 6 to 8V DC)
Max. 50mΩ
Vibration resistance (pin plunger) 10 to 55 Hz at amplitude 0.75mm (Contact opening: max. 1msec.)
Shock resistance (pin plunger)
Allowable operating speed 1 to 100°/sec.
Max. operating cycle rate 240
Ambient temperature –25°C to +65°C –13°F to +149°F (no freezing below 0°C)
Ambient humidity Max. 85% R.H.
Unit weight 7g .25oz
DIMENSIONS
(Counterclockwise)
2.8
.110
10.3
.406
1.0
.039
±0.1
±.004
P.T.
25° max.
M.D.
15° max.
F.P.15°
O.T.13° min
+0.25
3.1
–0.05
+.010
.122
–.002
16.6
.654
4.6
±5°
.181
NO
0.75
.030
2
±0.15
3.4
±.006
.134
±0.1
22.2
±.004
.874
27.8
1.095
31
1.221
±0.8
37
±.032
1.457
±0.8
41
±.032
1.614
+0.25
3.1 DIA. HOLE
–0.05
+.010
.122 DIA. HOLE
–.002
1
3
NC
2.8
.110
.020
.020
.020
±0.8
2.9
±.032
.114
0.5
±0.8
5.2
±.032
.205
0.5
±0.8
5.2
±.032
.205
0.5
15.9
.626
6
10
(at 60 cpm)
4
(at 20 cpm)
5 × 10
2,000 Vrms for 1 min.
2,000 Vrms for 1 min.
(by voltage drop at 0.1A 6 to 8V DC)
2
294m/s
{30G}
10.3
.406
Operating force, Max.
(Initial value)
Release force, Min.
(Initial value)
Pretravel
(Initial value)
Movement differential
(Initial value)
Overtravel
(Initial value)
Free position
.236
11.7
.461
13.7
.539
4.75
.187
6
(Initial value)
Max. 50mΩ
mm inch TORERANCE: ±0.4 ±.016
15°±5° (From the
horizontal axis)
0.1 N·cm
{10.2 g·cm}
0.013 N·cm
{1.3g·cm}
25° max.
15° max.
13° min.
(Clockwise)
10.3
.406
4.75
.187
.236
11.7
.461
13.7
.539
+0.25
3.1 DIA. HOLE
–0.05
+.010
.122 DIA. HOLE
–.002
±0.8
2.9
±.032
.114
0.5
±0.8
.020
5.2
±.032
.205
0.5
±0.8
.020
5.2
±.032
.205
0.5
15.9
.626
6
.020
.110
2.8
41
1.614
37
1.457
±0.8
16.6
.654
22.2
.874
1.221
±.032
4.6
.181
0.75
.030
.134
27.8
1.095
31
±0.8
±.032
10.3
.406
1.0
.039
2.8
.110
Operating force, Max.
(Initial value)
Release force, Min.
±0.1
±.004
(Initial value)
Pretravel
(Initial value)
Movement differential
(Initial value)
Overtravel
(Initial value)
Free position
(Initial value)
0.1 N·cm
{10.2 g·cm}
0.013 N·cm
{1.3g·cm}
25° max.
15° max.
13° min.
15°±5° (From the
horizontal axis)
M.D.
15° max.
±5°
F.P.15°
±0.15
3.4
±.006
±0.1
±.004
O.T.13° min
+0.25
3.1
–0.05
+.010
.122
–.002
P.T. 25° max.
76
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