ABB 3BSE016240R1 | Base Unit | Advant I/O Mounting Specs

Reliable Mounting Platform for I/O Modules

The ABB 3BSE016240R1 serves as the foundation for mounting I/O modules within Advant systems. This base unit provides both mechanical support and electrical connections to the backplane. It simplifies system assembly by integrating mounting and wiring functions. Engineers select this unit for organized, maintainable cabinet layouts.

Detailed Technical Specifications

This section presents the complete technical parameters of the ABB 3BSE016240R1. We emphasize precise connection characteristics and mechanical specifications for accurate system integration. The design prioritizes structural integrity and signal distribution.

Specification	Detail
Model Number	3BSE016240R1
Manufacturer	ABB
Product Type	Base Unit / I/O Mounting Base
Series	Advant OCS / S100
Module Slots	1 (Single I/O Module Capacity)
Backplane Connection	Integrated PCB with Bus Connectors
Terminal Type	Screw-Type Terminal Blocks
Wire Gauge Capacity	0.2 mm² to 2.5 mm² (24 AWG to 14 AWG)
Rated Voltage	250 VAC / 30 VDC
Rated Current	10 A per Terminal
Mounting Type	DIN Rail (35 mm) or Panel Mount
Operating Temperature	0°C to +55°C

Physical Dimensions & Weight

Accurate physical data supports proper cabinet layout and mounting considerations. The ABB 3BSE016240R1 maintains a standardized form factor for Advant system compatibility.

Dimensions (H x W x D): 125 mm x 50 mm x 125 mm
Weight: 0.28 kg
Origin: Made in Sweden / Finland (ABB EMEA Manufacturing Facilities)

Base Architecture and Module Interface

The base unit contains a dedicated connector for mounting an Advant I/O module. This connector provides power distribution and signal pathways between modules. Users simply click the I/O module onto the base after completing all wiring. This modular assembly process eliminates separate wiring between components.

Terminal Configuration and Field Wiring

Screw-type terminals provide connection points for field devices and power supplies. Each terminal accepts wire gauges from 0.2 mm² to 2.5 mm² (24 AWG to 14 AWG). Terminals align in a clear, labeled arrangement for easy identification. This logical layout reduces wiring errors during installation.

Backplane Integration and Bus Connection

Integrated PCB traces distribute power and communication signals between modules. The base unit connects to adjacent bases through the system backplane. This design creates a continuous bus across multiple I/O stations. Users benefit from simplified system expansion without additional cabling.

Connection Technology and Wire Handling

Screw-type clamping mechanisms ensure secure connections that resist vibration. Users can terminate both solid and stranded conductors without special tools. The terminals remain accessible even after mounting the I/O module. Field maintenance becomes straightforward with this user-friendly design.

Component Layout and Mechanical Construction

The ABB 3BSE016240R1 features a reinforced plastic housing with robust mounting mechanism. A metal backplate provides structural rigidity and grounding capabilities. The base incorporates guide rails for aligning the I/O module correctly. This construction ensures reliable mechanical and electrical mating over time.

Installation and Mounting Options

Mounting this base unit allows two configuration options for flexibility. Users can secure it to a standard 35 mm DIN rail for quick installation. Alternatively, panel mounting provides permanent attachment in vibration-prone environments. Both methods ensure secure positioning within the system layout.

Labeling and Identification Features

Each terminal position features a clear numerical label for easy channel identification. A writing area allows users to add custom labeling for specific field devices. This documentation capability simplifies troubleshooting and system maintenance. Technicians can quickly trace wires without consulting separate drawings.

Manufacturer Quality Standards

ABB manufactures the 3BSE016240R1 under strict quality control protocols. Each unit undergoes comprehensive testing for connection integrity and isolation. Therefore, users receive a product ready for immediate deployment. This commitment to quality aligns with industrial automation reliability expectations.