FC-SPV266Z/D Through-beam Photoelectric Sensor

Product Overview

The FC-SPV266Z/D Through-beam Photoelectric Sensor is engineered to deliver precise object detection in demanding industrial environments. Operating on a highly accurate through-beam principle, this sensor achieves a strict 6 mm sensing distance, making it an essential component for automated lines that require exact positioning and counting of passing materials. Designed with a highly compact 7*22.4*26mm footprint, it easily fits into restricted mechanical spaces without interfering with moving machine parts. By utilizing a standard 5~24 VDC operating voltage, the sensor maintains consistent electrical performance across a wide range of power supplies typically found in modern manufacturing facilities. Facility managers and automation engineers rely on this specific model to prevent missed detections, reduce mechanical errors, and maintain continuous, predictable workflow in fast-paced production cycles.

Operational Performance and Integration

Millisecond-Level Detection Speed

In automated manufacturing, every fraction of a second impacts total line throughput. The FC-SPV266Z/D features an exceptional 0.2 ms response time, ensuring that even objects moving at extreme velocities are registered instantly. This rapid processing capability eliminates the risk of ghosting or skipped counts on high-speed conveyor belts, providing control systems with exact, real-time data for subsequent sorting, stamping, or assembly actions without any processing lag.

Adjustable Output Configuration

To accommodate varying logic requirements across different programmable logic controllers (PLCs), this sensor offers an adjustable NPN output mode, allowing users to toggle between Normally Open (NO) and Normally Closed (NC) states. This flexibility allows facility technicians to standardize their sensor inventory, using a single model to fulfill multiple logic functions across the factory floor. The adjustment process is straightforward, enabling quick configuration during initial machine setup or when modifying an equipment's operational sequence.

Streamlined 4-Pin Connectivity

Maintenance efficiency is a critical factor in maintaining industrial output. This sensor utilizes a standardized 4-pin connector rather than a permanently attached cable. When handling the installation, the connector engages with a firm, audible click, assuring the technician of a secure electrical contact. If a replacement is ever necessary, maintenance personnel can simply unplug the sensor head and attach a new unit, leaving the existing cable routing completely undisturbed. This plug-and-play approach drastically reduces machine downtime and simplifies complex wiring layouts in multi-sensor arrays.

Environmental Protection and Material Durability

• Dual Electrical Safeguards: Industrial power grids frequently experience voltage spikes, and wiring errors can occur during rapid installations. To combat these issues, the FC-SPV266Z/D incorporates built-in reverse polarity and short-circuit protection. If a technician accidentally crosses the power leads, or if a sudden current surge occurs, the internal circuitry immediately shields the sensor from permanent electrical damage, ensuring long-term operational stability.
• Industrial-Grade Polycarbonate Housing: The external housing is constructed from rigid Polycarbonate (PC), a material selected for its excellent impact resistance. The smooth, dense finish of the PC shell conveys a distinct sense of structural integrity, protecting the internal optical components from accidental physical impacts on busy factory floors.
• IP54 Ingress Protection: Rated at IP54, the enclosure effectively blocks harmful dust accumulation and withstands splashing water from any direction. Whether installed near machining areas with occasional coolant spray or in a dusty packaging facility, the internal optics remain clean and fully functional.
• Climate Adaptability: Designed to operate reliably in ambient temperatures ranging from -10 to 50℃ and relative humidity levels between 35% and 85%, this photoelectric sensor adapts perfectly to non-climate-controlled warehouses and heat-generating machinery zones alike.

Primary Industrial Applications