$7.18
Available Now!
Available Now!
(1 in stock)
GT3RSN
Alt: Mini-G Series
$137.18
Photoelectric Sensor, Through Beam, NPN, Red LED, 12/24VDC, 1m Range, Cable
- Weight:
- 0.25 LBS
- Minimum Purchase:
- 1 unit
Description
Photoelectric Sensor, Through Beam, NPN, Red LED, 12/24VDC, 10000mm Range, Cable
Features Include:
- Ultra-compact size used for built-in use for over 25 years
- Various types such as head-on, wide diffuse reflective, high power or convergent reflective
- M3 threaded screw can be used for all models
- Water resistance complying with IP67
- Detection Method: Through beam
- Detection Distance:10 m
- Detection Object: dia.6mm (oe more) Opaque
- Power Supply: 12-24V DC ±10% / Ripple 10% or less
- Operation Mode: Light-ON / Dark-ON selectable (with switch)
- Operating Angle: 10° (at reflector)
- Response Time: 0.35ms or less
- Operating Angle: 30°(at receiver)
- Light source (light wavelength): Red LED (700nm)
- Volume (VR): SENS: Sensitivity adjustment (on receiver for through-beam type)
- Switch (SW): Light-ON / Dark-ON selector switch
- Material: Case: Polyarylate, Lens: Polyarylate
- Weight: approx. 50g
Current Consumption:
- Transmitter: 23mA or less
- Receiver: 18mA or less
Output Mode:
- Control output : NPN open collector output Rating: sink current 100mA (30 VDC) or less
- Stability output : NPN open collector output Rating: sink current 50mA (30 VDC) or less
Connection:
- Cable type (outer diameter: 3mm; length 2m)
- Transmitter: 0.15mm2 x 2 cores (gray)
- Receiver: 0.15mm2 x 3 cores (black)
Indicator:
- Transmitter: Red LED Power indicator
- Receiver: Red LED: Operation indicator
- Green LED: Stability Indicator
Environmental Specifications:
- Ambient Light: 5,000 lx or more
- Ambient Temperature:-25 - +55C (non-freezing)
- Ambient Humidity: 35 - 85%RH (non-condensing)
- Vibration: 10 - 55 Hz / 1.5 mm double amplitude / 2 hours each in 3 direction
- Shock: 500 m/s2 / 3 times each in 3 directions
- Dielectric withstanding: 1,000 VAC for 1 minute
- Insulation resistance: 500 VDC, 20 MΩ or higher