Product Features
·Inductive Proximity Sensor
·Nickel-plated copper housing, flush mounting
·3-wire DC, switching output
·M12 connector, direct cable outlet type
·Nickel-plated copper housing, flush mounting
·3-wire DC, switching output
·M12 connector, direct cable outlet type
Product Parameters
| model | NPN | GT30GS-10BNA | GT30GS-10BNA-C3 | GT30GS-10BNB | GT30GS-10BNB-C3 |
| PNP | GT30GS-10BPA | GT30GS-10BPA-C3 | GT30GS-10BPB | GT30GS-10BPB-C3 | |
| output form | NO | NC | |||
| switching frequency | 300Hz | ||||
| Detection Distance | Sn:10mm | ||||
| repeatability precision | <1% (Sr) | ||||
| slow-moving | <15% (Sr) | ||||
| supply voltage | DC 12V~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: 24 V; residual voltage: 1 V or less | ||||
| Electrical Connection | cable | Default specifications: PVC cable, 2 m length, 3 strands of 0.35 mm² each | |||
| connector | Suffix-C3 specification: Equipped with an M12 four-pin pin connector | ||||
| environmental resistance | levels of protection | IP67 | |||
| ambient temperature | Temperatures range from-40°C to +85°C, with no freezing occurrence. | ||||
| 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 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 | 48mm(H)*30mm(D) | ||||
| Product Weight | 270 g (with cable) | ||||
| 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
Input and Output Circuit Diagram
