Panasonic Limit switch 220 Vdc, 380 Vac 6 A Tappet momentary AZD1052CEJ IP67 1 pc(s) AZD1052CEJ Data Sheet

Product codes
AZD1052CEJ
Page of 8
43
PG type
PF type
PG type
PF type
1154
AZD
1104
AZD
1051
AZD
1001
AZD
Conduit part PG type
AZD1053
AZD1058
1054
AZD
1052
AZD
1051
AZD
1050
1059
AZD
Main block
Head block
Acutuator block
[Basic products]
Conduit part PF type
Adjustable roller arm 
(50 dia. rubber roller)
Adjustable roller arm
Adjustable rod
Roller arm
Roller plunger
Push plunger
AZD1820
Head block
AZD1808
Adjustable roller arm
AZD1804
Roller arm
AZD1800 (Horizontal action)
Roller lever
Roller lever
AZD1003
AZD1008
1004
AZD
1002
AZD
1001
AZD
1000
1009
AZD
AZD1057
AZD1007
AZD1830
PF type
Conduit connector
Inductive load
(cos 
φ]0.4)
Resistive load
(cos 
φ]1)
6A
6A
125V
6A
6A
250V
6A
3A
380V
5A
2.5A
24V
1.5A
1.5A
60V
0.3A
0.3A
220V
AC
DC
Load
Voltage
Characteristics
Actuator
PRODUCT COMBINATION
SPECIFICATIONS
1. Rating
2. Characteristics
1a1b
Contact arrangement
25mΩ (By voltage drop of 5 to 6 V DC 1A)
Initial contact resistance, max.
Silver alloy
Contact material
Min. 100MΩ
Initial insulation resistance (At 500V DC)
1,000Vrms for 1 min  Between non-consecutive terminals
2,500Vrms for 1 min  Between dead metal parts and each terminal
2,500Vrms for 1 min  Between ground and each terminal
Initial breakdown voltage
Max. 294 m/s
2
(equivalent 30G) (Noe 1)
Max. 980 m/s
2
(equivalent 100G)
10 to 55Hz, double amplitude of 1.5mm
10
7
(at 120 cpm)
1.5
10
5
(at 20 cpm, 6A 380V AC resistive load)
–30 to +80°C 
–22°F to +176°F
(but not ina frozen environment)
Max. 95%R.H. (without dew at 40°C 
104°F
)
120 cpm
Shock resistance
Expected life
(min. operations)
Functional
Destructive
Mechanical
Electrical
Ambient temperature
Ambient himidity
Max. operating speed
Vibration resistance
Item
Rating
Rated insulation voltage (Ui)
250VAC  Note*
Rated impulse withstand voltage (Uimp)
2.5kV   Note*
Switching overvoltage
2.5kV
Rated enclosed thermal current (Ithe)
6A
Conditional short-circuit current
100A
Short-circuit protection device
10A Fuse
Protective construction
IP67 (Note 1)
Pollution degree
2
3. EN60947-5-1 performance
Protective construction
IEC
IP60
DL mini limit switches

IP64

IP67
 (Note 1)
5. Protective characteristics
Note: When DC voltage is applied, the time constant is (
τ=)
0ms for resistive load, (
τ=) 100ms or less for inductive
load.
Note: The ratings, performance and operating characteristics are based on the basic model.
Note 1: This value applies when the arm length of the adjustable roller arm (50 dia. rubber roller) is 70 mm or less.
Note) * The ratings, performance and operating characteris-
tics are based on the basic model.
Note 1: Adjustable roller arm (50 dia. rubber roller) type is
IP65.
Note 1: The value for protective function characteristics is the
initially set value. Also, adjustable roller arm (50 dia.
rubber roller) type is IP65.
The switches are compatible with DIN EN50047.
4. Operating characteristics
O.F. (N {gf})
max.
6.37 {650}
Push plunger
1.47 {150}
.079
1.2 
.047
.157
18±0.5
.708±.020
6.37 {650}
Roller plunger
1.47 {150}
.079
1.2
.047
.157
28±1
1.102±.03
4.90 {500}
Roller arm
0.49 {50}
20° to 26°
14°
30°
3.92 {400}
Roller lever
0.78 {80}
4
.157
1.6 
.063
.197
4.90 {500}
Adjustable roller arm
0.49 {50}
20° to 26°
14°
30°
4.90 {500}
Adjustable rod (2.6 dia.)
0.49 {50}
20° to 26°
14°
30°
4.17 {425}
Adjustable roller arm 
(50 dia. rubber roller)
0.42 {43}
20° to 26°
14°
30°
4.41 {450}
Roller lever 
(vertical action)
0.88 {90}
.157
1.7 
.067
.197
27±0.8
1.063±.031
R.F. (N {gf})
min.
Pretravel
(P.T.), max.
mm 
inch
Movement
Diferential
(M.D.), max.
mm
inch
Overtravel
(O.T.), min.
mm 
inch
Operating
Position
(O.P.),
mm 
inch
Note: The above values of adjustable roller arm shows the values when roller length is set at 26mm same as roller type. 
The value of adjustable roller arm (50 dia. rubber roller) type shows the value when roller length is set at 32 mm. 
The value of adjustable rod (2.6 dia.) type shows the value when length of rod is set at 26 mm same as the roller arm type.
Note: The characteristics may change when the
individual blocks are combined.
DL (AZD1)
04/2005