Mitsubishi STL-BT1 - PLC Network Communication Module
Technical Specifications of Mitsubishi PLC Network Communication Module STL-BT1:
| Brand | Mitsubishi |
| Product Type | PLC Counter & Network Module |
| Product | STL-BT1 |
Mitsubishi PLC Network Communication Module STL-BT1 Technical Specifications
| Specification | Value |
|---|---|
| Series | STLITE SERIES |
| Type | COUPLER MODULE |
| Network Interface | CC-LINK |
| Power Supply (V) | 24 |
| Current Type | DC |
| Depth (mm) | 100 |
| Weight (kg) | 189 |
| Width (mm) | 51 |
| Height (mm) | 65 |
The STL-BT1 PLC Counter Module is a Mitsubishi communication coupler designed for Programmable Logic Controller systems in industrial automation. This STL-BT1 PLC Counter Module operates using CC-LINK network interface with 24V DC power supply and functions as a COUPLER MODULE within the STLITE SERIES platform. With 100 mm depth and defined mounting dimensions, it supports organized cabinet integration. Mitsubishi positions the STL-BT1 to enable distributed communication between controllers and field devices.
In factory automation environments, the STL-BT1 PLC Counter Module connects PLC systems to CC-Link network nodes for coordinated data exchange. It is used in conveyors, packaging systems, assembly lines, and automated process stations requiring structured communication. The mechanical dimensions support panel installation without layout redesign. CC-Link connectivity ensures stable data transmission between central controllers and distributed I/O modules.
The Mitsubishi STL-BT1 PLC Counter Module extends STLITE SERIES programmable logic controller networks through structured CC-Link communication. With defined size, 24V DC operation, and coupler module configuration, the STL-BT1 aligns with Mitsubishi PLC architecture standards. Mitsubishi PLC platforms are widely deployed across industrial automation sectors in India. For engineers requiring reliable network coupling within programmable logic controller systems, the STL-BT1 PLC Counter Module provides technically consistent integration and communication stability.
