
EE-SX953-W 3M - Photomicro Sensor
Omron
SKU
OM_EESX2227B
Model
EE-SX953-W 3M
SGD $36.42 All prices inclusive of GST
Short description of EE SX953 W 3M
EE-SX953-W 3M - Photo micro sensor, slot type, NPN, 3m cable
Country of Origin
JAPAN
Photo-electric slot / optical fork sensor / Photomicrosensor - through-beam - ultra-compact model - OMRON (EE-SX95 series) - Infrared LED light (940nm) - Sensing range 5mm - 1 x digital output (NPN) (Dark-ON/Light-ON) - 1kHz max. switching - Pre-wired with 3m cable terminated with bare end flying leads - supply voltage 5Vdc-24Vdc (6Vdc / 12Vdc) - fork / R-shaped - W13.4mm x H12mm x D11.7mm / H5mm sensing area - Thermoplastic P.B.T. polymer housing - surface with through-holes mounting - IP50 - rated for -25...+55°C ambient
EESX2227B
EESX2227B
Cable Length | 3 m |
---|---|
Operating Mode | Dark-ON/Light-ON |
Operation Mode | Dark-ON,Light-ON |
Output Type | NPN |
Sensing Distance | 5 mm |
Sensing Method | Through-beam with slot |
Shape | R-shaped |
Supply Voltage Dc Range | 5-24 V |
Thread Size | Other |
Ambient Air Temperature For Operation | -25...+55 °C |
Benefits | Mount using M3 or M2 screws |
Connection Method | Cable |
Connection Type | Pre-wired with 3m cable terminated with bare end flying leads |
Current Consumption | 15mA max. |
Degree Of Protection | IP50 |
Design | through-beam |
Digital Outputs | 1 x digital output (NPN) |
Dimensions | W13.4mm x H12mm x D11.7mm |
Frequency | 1kHz max. switching |
Functions | Photo-electric slot / optical fork sensor / Photomicrosensor |
Light Color | Infrared LED |
Main Function | Sensor (Photo-electric) |
Manufacturer Product Status | Commercialized |
Material | Thermoplastic P.B.T. polymer housing |
Material Housing | PBT |
Mounting Mode | surface with through-holes |
Product Depth | 13.4 mm |
Product Height | 12 mm |
Product Series / Family Name | EE-SX95 series |
Product Width | 12 mm |
Response Time | 0.5 ms |
Setting Method | Fixed |
Supply Voltage Dc | 5Vdc-24Vdc (6Vdc / 12Vdc) |
Type Of Light | Infrared light |
Wavelength | 940 nm |
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