Bosch FVR8018M1 Products
Bosch Accessory Model Overview
The ComNet FVT/FVR8018(M)(S)1 Series transmits eight (8) channels of 10-Bit Digital Video along with eight (8) channels of bi-directional data over one single mode or multimode optical fiber. The video quality exceeds RS-250C for short-haul video transmission. This equipment is environmentally hardened and suitable for use in unconditioned roadside or out-of plant installations. The FVT/FVR8018 is compatible with NTSC, PAL and SECAM video transmission protocols and supports bi-directional RS232, 422 and RS485 (2 & 4 Wire) data. Plug-and-play design ensures ease of installation and no electrical or optical adjustments are required. Bi-Color (RED/GREEN) LED indicators are provided to indicate the status of the system, video and data. Packaged in the exclusive ComNet ComFit housing, these units may be either wall or rack-mounted, or may be DIN-rail mounted by the addition of ComNet model DINBKT1 adaptor plate.
- Video Receiver/Data Transceiver (1550/1310 nm)
- Max distance: 3 km (2 miles)
- Optical pwr budget: 16 dB
- Fiber: Multimode 62.5/125µm
Frequently Asked Questions
What is the Datalogic 95B081680 Encoder used for?
The Datalogic 95B081680 is an optical encoder designed for automated identification and positioning applications across warehouse, logistics, and manufacturing environments. This absolute multi-turn encoder reads product dimensions, tracks item movement, and integrates with automation systems to ensure accurate tracking and billing in supply chain operations. It's particularly valuable in high-speed sorting, conveyor systems, and robotic automation where precise position feedback is critical.
What are the key technical specifications of the Datalogic 95B081680?
The encoder features a 58mm diameter with 48mm depth, hollow 15mm shaft, and 27-bit resolution for precise position measurement. It operates on 7.5-34 Vdc power supply and includes an M12 connector with integrated EtherCat communication protocol. The absolute multi-turn design means it retains position data even after power loss, making it ideal for continuous industrial automation applications.
Is the Datalogic 95B081680 compatible with EtherCat systems?
Yes, the Datalogic 95B081680 features integrated EtherCat connectivity, allowing seamless integration into modern industrial automation networks. This makes it compatible with EtherCat-based PLCs, motion controllers, and distributed I/O systems commonly found in advanced warehousing and manufacturing facilities. Contact us today to discuss integration requirements for your specific automation setup.
What operating environments can this encoder handle?
The Datalogic 95B081680 is engineered for industrial environments with robust construction suitable for warehouse and logistics applications. Its M12 connector and sealed design provide protection against dust and moisture typical in distribution centers and manufacturing floors. For specific environmental ratings and durability specifications, contact us today to ensure it meets your facility's operational requirements.
How does the Datalogic 95B081680 differ from other encoders?
The Datalogic 95B081680 stands out with its 27-bit resolution absolute positioning, integrated EtherCat protocol, and wide voltage range (7.5-34 Vdc) that accommodates various industrial power systems. Unlike incremental encoders that lose position data during power interruptions, this absolute encoder maintains position information, eliminating the need for homing procedures after restarts. This makes it more reliable and efficient for continuous logistics and warehouse automation operations.
Where can I purchase the Datalogic 95B081680 Encoder?
We offer the Datalogic 95B081680 Encoder through our comprehensive AIDC product catalog at barcodesinc.com. As a leading distributor of automation and identification equipment, we provide technical support, competitive pricing, and fast shipping for warehouse managers and IT procurement teams. Visit barcodesinc.com or contact us today to place an order or discuss your automation integration needs.