Pepperl+Fuchs
NBB2-12GM60-E2-T
Inductive proximity sensor - Pepperl+Fuchs (NBB) - Supply voltage 10-65Vdc - 1 x digital output (PNP) (NO (Normally Open) function) - 3-wire type - Sensing distance 2mm - Maximum switching frequency 1200Hz - Diameter M12 / 12mm - Material Brass (housing) / PBT (sensing face) / PUR (cable) - Nickel plating coated - IP67 - Pre-wired (2m cable length) - Cylindrical threaded shape - Flush mounting
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Brand
SKU
NBB2-12GM60-E2-T
Online Price
$168.78
Please add this item to cart to request a quote or contact us at sales@lakelandengineering.com for product availability.
Pepperl+Fuchs - NBBNBB2-12GM60-E2-T
Description
Inductive proximity sensor - Pepperl+Fuchs (NBB) - Supply voltage 10-65Vdc - 1 x digital output (PNP) (NO (Normally Open) function) - 3-wire type - Sensing distance 2mm - Maximum switching frequency 1200Hz - Diameter M12 / 12mm - Material Brass (housing) / PBT (sensing face) / PUR (cable) - Nickel plating coated - IP67 - Pre-wired (2m cable length) - Cylindrical threaded shape - Flush mounting
Specifications
Primary brand
Pepperl+Fuchs
Main function
Sensor (Proximity; inductive)
Product series / family name
NBB
Functions
Inductive proximity sensor
Number of circuits
3-wire
Sampling rate
1200 Hz
Degree of protection
IP67
Material
Brass (housing)
PBT (sensing face)
PUR (cable)
PBT (sensing face)
PUR (cable)
Coating material
Nickel plating
Ambient air temperature for operation
-25...+100 °C
Visual position indicator
yellow multihole-LED (switching state)
Supply voltage
(DC) 10-65 V
Control circuit rated current
300mA / 0.3 A
Manufacturer product status
Commercialized
Compliant with standard(s)
UL
Mounting mode
Flush mounting
Connection type
Pre-wired
Digital outputs
1 x digital output (PNP)
Diameter (mm)
M12 / 12 mm
Length (m)
(cable) 2 m
Sensing distance
2 mm
Shape
Cylindrical threaded
Protection functions
Reverse polarity
Short-circuit
Inductive overvoltage
Surge suppression
Short-circuit
Inductive overvoltage
Surge suppression
Operating mode
NO (Normally Open)