EE-SPY301 is a reliable reflective photomicrosensor. The EE-SPY301 features a Dark-ON NPN output. For precision sensing, the EE-SPY301 is the ideal choice. The EE-SPY301 offers a 5mm sensing distance. We recommend the EE-SPY301 for industrial automation. Choosing the EE-SPY301 ensures reliable performance.
EE-SPY301 Product Overview
The EE-SPY301 is a reflective photomicrosensor from Omron's EE-SPY30/40 series. The EE-SPY301 uses infrared light as the sensing source with a sensing distance of 5mm. The EE-SPY301 features a connector-type, horizontal (flat) design. The output of the EE-SPY301 is NPN open collector with Dark-ON operation (output ON when light is interrupted). The supply voltage of the EE-SPY301 ranges from DC 5V to 24V. Equipped with light modulation technology to resist external light interference, easy-to-adjust optical axis marking, and a light incident indicator, the EE-SPY301 is widely used in object detection, positioning, and alignment in industrial automation.
EE-SPY301 Core Features
The EE-SPY301 reflective photomicrosensor uses infrared light as the sensing source with a reflective/diffuse sensing method and a sensing distance of 5mm (with 15×15mm white paper at 90% reflectivity). The output of the EE-SPY301 is NPN open collector with Dark-ON mode (output ON when an object interrupts the light).
The EE-SPY301 utilizes light modulation technology to effectively resist external light interference. The EE-SPY301 features a red light incident indicator for easy adjustment and operation confirmation. The EE-SPY301 has a connector-type, horizontal (flat) design. The protection rating of the EE-SPY301 is IP50, with an operating temperature range of -10℃ to 55℃. The EE-SPY301 is RoHS compliant.
EE-SPY301 Specifications
EE-SPY301 Sensing Method：Reflective
EE-SPY301 Sensing Distance：5mm (white paper 15×15mm, 90% reflectivity)
EE-SPY301 Light Source：GaAs infrared LED (940nm)
EE-SPY301 Output Type：NPN - Open Collector
EE-SPY301 Operating Mode：Dark-ON
EE-SPY301 Supply Voltage：DC 5V~24V ±10%, ripple (p-p) 5% max
EE-SPY301 Current Consumption：15mA avg max, 50mA max
EE-SPY301 Load Current：80mA max
EE-SPY301 Residual Voltage：1.0V max (at 80mA load current)
EE-SPY301 Response Frequency：100Hz min
EE-SPY301 Ambient Illuminance：Incandescent/Sunlight each 3,000lx max
EE-SPY301 Ambient Temperature：-10℃~+55℃ (operating), -25℃~+65℃ (storage)
EE-SPY301 Ambient Humidity：5~85%RH (operating), 5~95%RH (storage)
EE-SPY301 Protection Rating：IP50
EE-SPY301 Connection Method：Connector-Type (not solderable)
EE-SPY301 Weight：Approx. 2.6g
EE-SPY301 Housing Material：Polycarbonate (PC)
EE-SPY301 Applications
EE-SPY301 Industrial Automation: Object detection, position sensing, and presence detection on machinery, conveyors, packaging, and assembly lines.
EE-SPY301 Positioning & Alignment: Positioning and alignment of objects on machines.
EE-SPY301 General-Purpose Sensing: Used as a general-purpose photoelectric sensor for PLCs, TTL logic, and relays.
EE-SPY301 Key Advantages
EE-SPY301 Omron Original Quality, Stable and Reliable：The EE-SPY301 is designed and manufactured by Omron with excellent anti-interference capability.
EE-SPY301 Light Modulation Technology, Strong Anti-Interference：Light modulation technology effectively resists external light interference, ensuring stable operation of the EE-SPY301 in complex lighting environments.
EE-SPY301 Wide Voltage Range, Strong Compatibility：DC 5-24V wide supply voltage range enables smooth connection with TTL, relays, and PLCs.
EE-SPY301 Connector-Type Design, Easy Maintenance：Connector-type design simplifies wiring, maintenance, and replacement.
EE-SPY301 Horizontal Mounting, Space-Saving：Horizontal (flat) design of the EE-SPY301 is suitable for compact equipment installation.
EE-SPY301 Light Incident Indicator, Easy Adjustment：Red light incident indicator facilitates adjustment and operation confirmation.
Why Choose QIXINWEI
Years of experience in the electronics industry. Trusted by global customers.
Massive In-Stock Inventory – Ready to ship promptly
BOM Matching Service – One-stop solution, save time
PCBA Customization – Professional engineering team creates tailor-made solutions based on your needs
Cost-Effective & Efficient – Better channel, better cost
A dedicated team makes your procurement smoother.
Contact us for BOM quotes or PCBA inquiries
FAQ
1. What is EE-SPY301?
The EE-SPY301 is a connector-type horizontal reflective photomicrosensor from OMRON, part of the EE-SPY30/40 series. It features a horizontal design with a built-in amplifier, and detects the presence of objects by emitting infrared light and sensing its reflection.
2. What are the key specifications of EE-SPY301?
Key specifications include:
Sensing Method: Reflective (diffuse)
Sensing Distance: 5mm (based on 15×15mm white paper with 90% reflectivity)
Supply Voltage: DC 5V to 24V (wide range)
Output Type: NPN
Output State: Dark-ON
Load Current: 80mA max.
Response Frequency: 100Hz min.
Ingress Protection: IP50
3. What package does EE-SPY301 use?
It uses a through-hole mount module package. It is a horizontal type sensor with dimensions of approximately 26mm (L) × 7mm (W) × 20mm (H) . Electrical connection is made via a dedicated connector.
4. What applications is EE-SPY301 suitable for?
This sensor is widely used in industrial automation for detecting, positioning, and confirming the presence of objects on conveyors, packaging, and assembly lines. Typical applications include product counting on production lines, packaging inspection, automatic door control systems, logistics sorting equipment, robotic vision-assisted positioning, and position detection in automatic assembly equipment. Thanks to its modulated light technology, it is particularly suitable for open factory environments with significant light variations.
5. What development tools support EE-SPY301?
As a standard industrial sensor, it does not require dedicated software tools. It can be directly connected to PLCs (Programmable Logic Controllers), relays, or TTL circuits. A Light-ON indicator is provided for easy on-site adjustment and operation verification. OMRON provides 2D/3D CAD data for this product on their website.
6. What is the operating temperature range of EE-SPY301?
The ambient operating temperature range is -10°C to 55°C (with no freezing or condensation). The storage temperature range is -25°C to 65°C (with no freezing or condensation).
7. What are the key features of EE-SPY301?
Strong Noise Immunity: Uses a modulated light system, effectively resisting interference from ambient light
Wide Voltage Range: Operates on a wide supply voltage of DC 5V to 24V
Easy Setup: Features an optical axis mark for easy alignment and a Light-ON indicator for operation confirmation
High Reliability: Rated IP50 for dust protection
8. Is EE-SPY301 output normally open or normally closed?
The EE-SPY301 has an NPN - Open Collector / Dark-ON output configuration. This means the output turns ON when it does NOT detect an object (dark condition) ; it turns OFF when an object is detected (light condition).
9. What are the alternative models for EE-SPY301?
Within the same series:
EE-SPY302: Vertical mount, 5mm sensing distance, Dark-ON output
EE-SPY401: Horizontal mount, 5mm sensing distance, Light-ON output
EE-SPY402: Vertical mount, 5mm sensing distance, Light-ON output
EE-SPX301: Slot type (through-beam), 3.6mm sensing distance, NPN Dark-ON output
To convert NPN output to PNP, the EE-2001 conversion connector can be used
10. What are the design considerations when using EE-SPY301?
Sensing Object: The rated sensing distance of 5mm is specified for white paper (15×15mm) with 90% reflectivity. The distance will be significantly shorter for black or highly transparent objects
Cable Extension: When extending the cable, use wires with a cross-section of 0.3mm² or more; the total length should be kept under 2 meters; adding an external 10μF capacitor can improve operation stability
External Interference: Avoid exposing the sensor to direct ambient light from fluorescent or incandescent lamps. Receiver surface illumination: incandescent light, sunlight 3000 lx max
Mounting: Connection is made using a connector — do not solder to the pins