Panasonic Inductive Block Proximity Sensor, 8 mm Detection, 2-Wire NO, 12 → 24 V dc
Technical Document
Specifications
Brand
PanasonicSensor Technology
Inductive
Body Style
Block
Detection Range
8 mm
Output Function
NO
Digital Switching Output Type
2-Wire
Cable Length
1m
Connection Type
Pre-Cabled
Supply Voltage
12 → 24 V dc
IP Rating
IP67
Length
35mm
Mounting Type
Non-Flush
Housing Material
PBT
Width
15mm
Maximum dc Voltage
250V
Minimum Operating Temperature
-25°C
Maximum Switching Frequency
1kHz
Switching Current
70 mA
Switching Frequency
1 kHz
Series
GXL
Short Circuit Overload Protection
Yes
Depth
8mm
Maximum Operating Temperature
+70°C
Product details
GXL Inductive Proximity Sensors
The GXL series of inductive proximity sensors consists of several models from extremely compact types to long-range types. Also, front and top sensing options are provided. This allows the GXL series to be used in a variety of applications. The sensor is available in 2 wire versions with wiring that has a bend durability that is ten times that of a conventional model. This allows for the sensor to be mounted to a moving object, such as a robotic arm.
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Technical Document
Specifications
Brand
PanasonicSensor Technology
Inductive
Body Style
Block
Detection Range
8 mm
Output Function
NO
Digital Switching Output Type
2-Wire
Cable Length
1m
Connection Type
Pre-Cabled
Supply Voltage
12 → 24 V dc
IP Rating
IP67
Length
35mm
Mounting Type
Non-Flush
Housing Material
PBT
Width
15mm
Maximum dc Voltage
250V
Minimum Operating Temperature
-25°C
Maximum Switching Frequency
1kHz
Switching Current
70 mA
Switching Frequency
1 kHz
Series
GXL
Short Circuit Overload Protection
Yes
Depth
8mm
Maximum Operating Temperature
+70°C
Product details
GXL Inductive Proximity Sensors
The GXL series of inductive proximity sensors consists of several models from extremely compact types to long-range types. Also, front and top sensing options are provided. This allows the GXL series to be used in a variety of applications. The sensor is available in 2 wire versions with wiring that has a bend durability that is ten times that of a conventional model. This allows for the sensor to be mounted to a moving object, such as a robotic arm.