Product Description
Product Introduction
The Standard 67 Series Slot Type Sensor with Wire is a high-reliability photoelectric sensor designed for industrial automation applications requiring precise object detection. Featuring a rugged housing, integrated wiring, and adjustable sensitivity, this sensor ensures stable performance in harsh environments such as manufacturing, packaging, and logistics.
Key Features
Robust Slot-Type Design – U-shaped through-beam sensing for accurate detection.
Pre-Integrated Wire Connection – Reduces installation time and wiring errors.
High Sensing Accuracy – Detects small or fast-moving objects reliably.
Durable Construction – IP67-rated for dust and water resistance.
Wide Voltage Compatibility – Operates on 12-24V DC (standard industrial power).
Multiple Output Options – NPN, PNP, or relay outputs available.
Technical Specifications
Parameters | Specifications |
Model Series | Standard 67 |
Detection Method | Through-beam (Slot Type) |
Sensing Distance | Up to 10mm (adjustable) |
Light Source | Infrared LED (880nm) |
Response Time | ≤2ms |
Power Supply | 12-24V DC (±10%) |
Current Consumption | ≤25mA |
Output Type | NPN/PNP (NO/NC selectable) |
Protection Rating | IP67 (Dustproof & Waterproof) |
Operating Temperature | -20°C to +60°C |
Housing Material | Reinforced ABS Plastic |
Cable Length | Standard 2m (custom lengths available) |
Electrical Characteristics
NPN Output: Sink output, max. 200mA
PNP Output: Source output, max. 200mA
Reverse Polarity & Overcurrent Protection
Mechanical Dimensions
Slot Width: 10mm (standard)
Housing Size: 67mm (L) × 25mm (W) × 20mm (H)
Mounting: M4 screw holes or DIN rail mounting
Working Principle
The Standard 67 Series operates using through-beam (slot-type) infrared sensing, where an emitter and receiver are housed in a single unit. When an object passes through the slot, it interrupts the infrared beam, triggering the sensor output.
Detection Modes
Light-ON Mode: Output activates when the beam is uninterrupted.
Dark-ON Mode: Output activates when the beam is blocked.
The sensor’s fast response time (≤2ms) ensures reliable detection in high-speed applications.