Before procurement teams confirm QS18VP6AF350, they typically review Banner Photoelectric Sensor, Banner Laser Distance Sensor and Idec Relays to double-check performance ratings, stock availability, and supplier credibility carefully.
QS18VP6AF350: 808871 - Banner 350 mm PNP Photoelectric Sensor
QS18VP6AF350 808871 Banner 350 mm PNP Photoelectric Sensor

| Brand | Banner |
| Product Type | Photo sensor |
| Model Number | QS18VP6AF350 |
Banner 350 mm PNP Photoelectric Sensor QS18VP6AF350, 808871 Technical Specifications:
| Specification | Value |
|---|---|
| IP Rating | IP67 |
| Sensing Beam | Visible Red LED |
| NEMA / UL Type Rating | NEMA 4X |
| Sensing Mode (Detailed) | Background Suppression (Adjustable) |
| Housing Style | Rectangular |
| Primary Housing Material | ABS |
| Laser Classification | - |
| Input Output | Discrete |
| Connection Type | Cable Length 2m |
| Max Sensing Distance (mm) | 350 |
| Outputs | PNP |
| Power Supply | 10-30 V dc |
| Adjustments | Mechanical Screw |
| Max Op Temp (Β°C) | 55 |
| Min Op Temp (Β°C) | -20 |
| Number of Pins | 4 |
| Output response time (ms) | 2.5 |
| Small Visible Spot | - |
| Sensing Beam Wavelength | 640 |
| Delay at Power-up (ms) | 200 |
| Repeatability (Β΅s) | 250 |
| Max Op Relative Humidity | 95% @ 50Β°C |
| Lens Material | Acrylic |
| Barrel Diameter (mm) | - |
| Indicator | LEDs |
The Banner QS18VP6AF350 is designed for demanding automation tasks that require both precision and environmental resistance. With a sensing distance of up to 350 mm, this Photoelectric Sensor utilizes background suppression to detect targets while ignoring reflective or cluttered backgrounds. The visible red LED beam (wavelength: 640 nm) allows easy visual alignment, making installation and maintenance simpler for technicians. The sensor features a mechanical screw adjustment for customizing the sensing thresholdβan essential feature in variable industrial conditions.
Housed in a durable ABS rectangular body with an acrylic lens, the sensor is rated IP67 and compliant with NEMA 4X, ensuring protection from dust, water, and washdowns. This makes the QS18VP6AF350 suitable for industries like packaging, food processing, and electronics assembly. Operating at a standard 10β30 V DC supply, it provides PNP discrete output and supports a 4-pin configuration with a pre-attached 2-meter cable for fast electrical integration. The sensor functions reliably between -20Β°C and 55Β°C, even in environments with up to 95% humidity. It offers a swift 2.5 ms output response time, a 200 ms power-up delay, and a repeatability of 250 Β΅s, making it ideal for fast-moving automation lines.
The presence of LED indicators provides immediate status feedback during operation, reducing troubleshooting time. For industries requiring a compact yet robust sensor that can adapt to changing surfaces or colors, the QS18VP6AF350 delivers exceptional reliability. To explore more, access the official datasheet on Banner Engineeringβs website or contact IndMALL for trusted sourcing and tailored support.
Applications of QS18VP6AF350: 808871 - Banner
The QS18VP6AF350 is ideal for detecting objects in high-speed industrial processes, especially where background noiseβlike conveyor belts or metallic surfacesβcan lead to false readings. In automated packaging systems, it identifies pouches, boxes, or bottles and confirms their correct placement before sealing, labeling, or filling.
In the automotive components sector, the sensor excels in detecting rubber or plastic parts against metal fixtures, where the adjustable background suppression ensures the sensor responds only to the intended target. Maintenance teams appreciate how easily the beam can be aligned and how the adjustable range eliminates the need for software-based calibration.
For material handling systems, the QS18VP6AF350 verifies item presence before diverters or pick-and-place mechanisms are activated. Its 350 mm range and fast response time help maintain smooth operations even when object sizes or distances vary. This sensor is a valuable tool for engineers aiming to enhance detection accuracy and reduce downtime in industrial automation projects.




