Product Features
·Non-contact detection, no mechanical wear and long service life
·Strong environmental adaptability, immune to dust interference and stable detection performance
·Fast response speed and high repeat positioning accuracy, suitable for high-speed automated detection
·IP67 protection rating, vibration-resistant and corrosion-resistant, applicable to harsh industrial sites
·Stable output signals, compatible with various controllers, easy and convenient for installation and commissioning
Product Parameters
model NPN GT08GS-02BNA GT08GS-02BNA-C1 GT08GS-02BNB GT08GS-02BNB-C1
PNP GT08GS-02BPA GT08GS-02BPA-C1 GT08GS-02BPB GT08GS-02BPB-C1
output form NO NC
switching frequency 1000Hz
Detection Distance Sn:2mm
repeatability precision <1% (Sr)
slow-moving <15% (Sr)
supply voltage DC 12~24V(±10%)
Output voltage drop <2V DC
no-load current Below 10 mA
maximum output current 200mA
Control Output NPN output NPN collector open-circuit: 24 V; residual voltage: 1 V or less
PNP output PNP collector open-circuit voltage: 24 V; residual voltage: 1 V or less
Electrical Connection cable Default specifications: PVC cable, 2 m length, 3 strands of 0.14 mm² each
connector Suffix-C1 specification: Equipped with an M8 three-pin pin connector
levels of protection IP67
ambient temperature Temperatures range from-40°C to +85°C, with no freezing occurrence.
environmental resistance ambient humidity 35–85% RH, no condensation
antiknock characteristics Acceleration: 500 m/s², applied five times in each direction (X, Y, Z).
vibration resistance 10–55 Hz, composite amplitude of 1.5 mm; measured over 2 hours along the X, Y, and Z axes respectively
Shell Material Nickel-plated copper; PBT (polyethylene terephthalate)
outline dimension 45mm(H)*8mm(D)
Product Weight 15g
accessories of a product To purchase a bracket or cable, select them separately
Note: A "G" in the model prefix indicates the wide-temperature version (temperature range: -40°C to +85°C).
Product Dimensions
Product Dimensions
Input and Output Circuit Diagram
Input and Output Circuit Diagram