Description
Arise High-Precision Infrared Web Guide Sensor
Model: A100 | Infrared Photoelectric | EPC & LPC Tracking Systems
Used Condition
— Authentic industrial automation pull. The infrared optical lenses, status indicator windows, structural mounting tracks, and connection interface pins have been thoroughly cleaned and verified for low-latency edge guiding alignment.
Product Overview
The genuine Arise A100 Infrared Edge Sensor is a high-speed, non-contact photoelectric diagnostic component purpose-built for advanced Edge Position Control (EPC) and Line Position Control (LPC) tracking systems. Utilizing modulated infrared technology, this sensor delivers highly responsive, low-latency tracking data to minimize baseline alignment deviations. It continuously monitors the boundaries of moving webs—such as paper blocks, opaque films, laminations, and metal foils—ensuring smooth, flawless material steering through high-volume commercial printing presses, laminating machines, and automated packaging lines.
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Brand | Arise Systems |
| Model Identifier | A100 |
| Sensing Spectrum | Modulated Infrared (IR) Photoelectric Light Barrier Array |
| Operational Modes | Edge Position Control (EPC) & Line Position Control (LPC) Matching |
| Tracking Dynamics | Non-contact, real-time feedback processing loops |
| Substrate Compatibility | Opaque Films, Standard Papers, Metallic Foils, Protective Laminations |
| Primary Applications | Flexographic Printing Presses, Industrial Laminators, Slitter-Rewinders, Coating Lines |
Key Features & Operational Benefits
- High-Speed Infrared Optoelectronics: Employs high-frequency infrared tracking curves that maintain linear accuracy and quickly correct edge deviations at rapid feed rates.
- Non-Contacting Material Safeguard: Eliminates physical material drag or contact scratching, preserving thin coatings, fresh ink layers, or fragile substrates from physical tracking wear.
- Ambient Light Suppression: Specially modulated infrared spectrum filters out plant glare, flickering workspace lighting, and flashing overhead bay diagnostics.
- Vibration-Resistant Chassis Design: Structured housing framework protects internal electronic elements from steady mechanical vibrations caused by nearby cutting matrices or unfolding rollers.

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