Operating Principles
Inductive
Capacitive
Magnetic
Photoelectric
Connector Cord Sets
Totalizing
Preset
Length Measuring
Mechanical
Multifunction
Hour Meters
Elapse Time
Preset
Multifunction
Sensor Power Supplies
Timing Controls
Rotation Controls
|
 |
      |
| |
|
Large
Rectangular Shaped Inductive Sensors
|
Limit Switch Style DC 2/4 & AC 2 Wire
Inductive Proximity Sensor |
| |
|
| Features: |
|
- Sensing
head can be oriented in 5 different directions
- 4
wire DC models have both NO and NC outputs
- 2
wire AC and DC models are NO or NC programmable
|
- Short
circuit & reverse polarity protection in DC versions
- Protection
degree IP65: dust tight and protection against water jets
- LED
function indicator
|
| |
Model |
|
|
4
Wire DC |
2
Wire DC |
2
Wire AC |
| Output Function |
DC
NPN, NO+NC |
S3150 |
S3152 |
|
|
|
|
|
DC
PNP, NO+NC |
S3151 |
S3153 |
|
|
|
|
|
NO/NC
select |
|
|
S3154 |
S3155 |
S3310 |
S3311 |
|
Dimensions:
mm
1 mm = .03937"
1" = 25.4 mm
|
|
| Operating
Distance (Sn) |
15 mm |
20
mm |
15
mm |
20
mm |
15
mm |
20
mm |
| External
Diameter |
40x40x113
mm |
| Power
Supply |
10-55
Vdc |
20-250
Vac |
| Max.
Switching Current |
200
mA |
100
mA |
300
mA |
| Min.
Switching current |
— |
1.5 mA |
5
mA |
| Max.
Peak Current |
— |
— |
1.5
A |
| Residual
Current |
— |
<
0.6 mA |
<
1 mA |
| Power
Drain (24Vdc) |
<
10 mA |
— |
— |
| Voltage
Drop |
<
1.8 V |
<
6.5 V |
<
6 V |
| Short
Circuit Protection |
Yes |
— |
| Operating
Frequency |
300
Hz |
12
Hz |
| Repeatability
(%Sn) |
<=
3% |
| Hysteresis
(%Sn) |
<
10% |
| Case |
Plastic |
|
Flush
Mounting |
Yes* |
No |
Yes* |
No |
Yes* |
No |
| Protection
Degree |
IP
65 |
| Operating
Temperature |
-25
to +70°C |
| Output
Connection |
Terminal
block |
*Sensing
head must extend >= 6 mm out from surrounding metal for flush mounting
|
80x80x50
DC 3/4 & AC 2 Wire Inductive Proximity Sensor
|
| |
|
| Features: |
|
- Adjustable
operating distance up to 60 mm
- 4
wire DC models have both NO and NC outputs
- 2
wire AC and DC models are NO or NC programmable
|
- Short
circuit & reverse polarity protection in DC versions
- LED
function indicator
|
| Connector
Version |
Model |
|
|
4
Wire DC |
2
Wire DC |
2
Wire AC |
| Output
Function |
DC
NPN, NO+NC |
S3156 |
|
|
|
DC
PNP, NO+NC |
S3157 |
|
|
|
NO/NC
select |
|
S3158 |
S3312 |
|
Dimensions:
mm
1 mm = .03937"
1" = 25.4 mm
|
|
| Operating
Distance (Sn) |
10 - 60 mm (adjustable) |
| External
Diameter |
80x80x50
mm |
| Power
Supply |
10-55
Vdc |
20-250
Vac |
| Max.
Switching Current |
200
mA |
100
mA |
300
mA |
| Min.
Switching current |
— |
1.5
mA |
5
mA |
| Max.
Peak Current |
— |
— |
1.5
A |
| Residual
Current |
— |
<
0.6 mA |
<
1 mA |
| Power
Drain (24Vdc) |
<
10 mA |
— |
— |
| Voltage
Drop |
<
1.8 V |
<
6.5 V |
<
6 V |
| Short
Circuit Protection |
Yes |
— |
| Operating
Frequency |
50
Hz |
12
Hz |
| Repeatability
(%Sn) |
<=
3% |
| Hysteresis
(%Sn) |
<
10% (Sn=50 mm) |
| Case |
Plastic |
|
Flush
Mounting |
Yes* |
No |
Yes* |
No |
Yes* |
No |
| Protection
Degree |
IP
65 |
| Operating
Temperature |
-25
to +70°C |
| Output
Connection |
Connector
(C2)* |
* Mating connector
with screw terminals included
| Cable
Version |
Model |
|
|
4
Wire DC |
2
Wire DC |
2
Wire AC |
| Output
Function |
DC
NPN, NO+NC |
S3156 |
|
|
|
DC
PNP, NO+NC |
S3157 |
|
|
|
NO/NC
select |
|
S3158 |
S3312 |
|
Dimensions:
mm
1 mm = .03937"
1" = 25.4 mm
|
|
| Operating
Distance (Sn) |
10 - 60 mm (adjustable) |
| External
Diameter |
80x80x50
mm |
| Power
Supply |
10-55
Vdc |
20-250
Vac |
| Max.
Switching Current |
200
mA |
100
mA |
300
mA |
| Min.
Switching current |
— |
1.5
mA |
5
mA |
| Max.
Peak Current |
— |
— |
1.5
A |
| Residual
Current |
— |
<
0.6 mA |
<
1 mA |
| Power
Drain (24Vdc) |
<
10 mA |
— |
— |
| Voltage
Drop |
<
1.8 V |
<
6.5 V |
<
6 V |
| Short
Circuit Protection |
Yes |
— |
| Operating
Frequency |
50
Hz |
12
Hz |
| Repeatability
(%Sn) |
<=
3% |
| Hysteresis
(%Sn) |
<
10% (Sn=50 mm) |
| Case |
Plastic |
|
Flush
Mounting |
Yes* |
No |
Yes* |
No |
Yes* |
No |
| Protection
Degree |
IP
65 |
| Operating
Temperature |
-25
to +70°C |
| Output
Connection |
Cable,
L=2m |
|
|
|
|
|
