Description
The Allen-Bradley 872C-D3NP8-D4 is an inductive proximity sensor designed for non-contact detection of metal objects in industrial automation applications.
Technical Specifications
| Condition |
New/Never Used Surplus |
| Brand |
Allen-Bradley |
| Category |
|
| Part Number |
872C-D3NP8-D4 |
| Subcategory |
|
| Barrel Type |
Standard |
| Material |
Metal |
| Mounting Type |
Concise |
| Output |
Normally Open |
| Size |
8 mm Barrel Diameter |
| TC Connection |
4 Pin DC Micro QD |
| Voltage |
30 Volt |
| Barrel Diameter |
8 mm
|
| Connection Type |
Plug-in
|
| Maximum Load Current |
200 mA
|
| Operating Frequency |
2500 Hz
|
| Sensing Range |
3 mm
|
| Weight |
0.04 lbs
|
Information About 872C-D3NP8-D4
The Allen-Bradley 872C-D3NP8-D4 is a cylindrical inductive proximity sensor from Rockwell Automation’s 872C series, designed for non-contact detection of metal objects in demanding industrial environments. With its robust 18 mm diameter body, long sensing distance, and IP67-rated housing, this sensor offers durability, high accuracy, and ease of installation for various automation tasks, including machine positioning, part detection, and motion control.
Key Features:
-
Product Type: Inductive Proximity Sensor
-
Series: 872C
-
Sensing Distance: 18 mm
-
Output Type: PNP, Normally Open (NO)
-
Switching Frequency: ~150 Hz (typical for extended-range models)
-
Operating Voltage: 10–30V DC
-
Current Consumption: Typically <10 mA (without load)
-
Output Current: Max 200 mA
-
Protection Features:
-
Housing Type: Cylindrical, 18 mm diameter, nickel-plated brass
-
Sensing Face: Plastic
-
Connection Type: 4-pin M12 micro connector, quick-disconnect
-
Mounting Type: Flush (shielded)
-
Environmental Protection: IP67 (dust-tight and water-resistant)
-
Operating Temperature: -25°C to +70°C
-
LED Indicator: Yes (shows output state)
The Allen-Bradley 872C-D3NP8-D4 is a high-reliability inductive sensor that offers fast response, long sensing range, and rugged design, making it an excellent choice for precision object detection in harsh industrial settings.
