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The QJ71E71-B2 from Mitsubishi's Melsec-Q series is designed for data transmission applications. It operates at 10 Mbps and supports a half-duplex communication mode, making it suitable for various network configurations.
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| Manufacturer | Mitsubishi |
|---|---|
| Product Line | Melsec-Q |
| Part Number | QJ71E71-B2 |
| Weight | 0.19 lbs (0.09 kg) |
| Transmission Type | Data transmission specifications |
| Data Transmission Speed | 10 Mbps |
| Flow Control | Back pressure congestion control |
| Communication Mode | Half-duplex |
| Interface | BNC connector |
| Transmission Method | Base band |
| Maximum Segment Length | 185 m |
| Maximum Node-to-Node Distance | 925 m |
| Maximum Number of Nodes | 30 units/segment |
| Minimum Node Interval | 0.5 m |
| Open Connections | 16 simultaneous connections |
| Fixed Buffer | 1K words × 16 |
| Random Access Buffer | 6K words × 1 |
| Internal Current Consumption | 0.60 A |
The QJ71E71-B2 is a data transmission module from Mitsubishi's Melsec-Q series. It enables high-speed communication with a data transmission rate of 10 Mbps. The module utilizes half-duplex mode for efficient operation, allowing the transmission of data in one direction at a time.
A BNC connector serves as the interface for connecting to other network components. Operating with a baseband transmission method enhances signal fidelity over designated distances. The device can support a maximum segment length of 185 meters while enabling a node-to-node distance of as much as 925 meters. This module can accommodate up to 30 units within a single segment, ensuring the flexibility needed for various applications.
The design uses a minimum interval of 0.5 meters between nodes to maintain proper communication integrity. It can establish 16 simultaneous open connections for effective data transmission, accommodating diverse tasks.
For data management, a fixed buffer offers capacity for 1K words across 16 segments, along with a random access buffer that can handle 6K words as a single entity. This configuration supports efficient data handling practices.
With an internal current consumption of just 0.60 amperes, the QJ71E71-B2 operates efficiently within its designated network environments, making it an integral part of automated systems.