1SBP260001R1001 ABB 86AR230 "A" Series Automation Server

Product Overview

The 1SBP260001R1001 (1SBP 26 0001 R1001) is a specialized "A" Series 86 AR 230 Automation Server designed for the legacy ABB Control 11 architecture. This compact yet powerful control unit serves as a primary intelligence node in small-to-medium scale industrial automation projects, such as building management, water treatment facilities, and localized machine control. By integrating 8 digital inputs and 6 high-reliability relay outputs into a single hardware kit, the 1SBP260001R1001 provides a streamlined solution for logic processing and direct actuator switching. The inclusion of a dedicated configuration assistant and cable within the basic kit ensures that engineers can rapidly deploy or replace units, minimizing engineering overhead and significantly reducing the risk of extended system downtime in critical infrastructure applications.

Technical Configuration

The 86 AR 230 server is engineered as an all-in-one automation bundle, combining processing logic with integrated I/O capabilities:

• Integrated I/O Suite: Features a fixed configuration of 8 digital inputs for field sensing and 6 mechanical relay outputs capable of handling diverse load types.

• Power Versatility: Designed with a flexible internal power supply unit that supports both 120 V AC and 230 V AC standards, making it compatible with global electrical grids without requiring external transformers.

• Control 11 Ecosystem: Optimized for the ABB Control 11 environment, ensuring seamless communication and protocol stability within that specific system lineage.

• Deployment Kit: Shipped as a "Complete Basic Kit," which includes the configuration cable and software assistant, eliminating the need to source proprietary programming peripherals separately.

• Form Factor: Housed in a durable industrial casing optimized for DIN rail or panel mounting, providing a compact footprint (0.800 kg) for space-constrained control cabinets.

Technical Specifications

Technical FAQs

Does this server require a separate power supply module for the inputs?

The unit operates on 120/230 V AC for its main power. However, ensure your field inputs are wired according to the voltage levels specified in the provided Configuration and Connection Manual to prevent damage to the input optoisolators.

What is the maximum switching capacity of the relay outputs?

The relay outputs on the 86 AR 230 are designed for standard industrial switching. While robust, for highly inductive loads or very high-cycle applications, we recommend using interposing relays to extend the lifespan of the internal server relays.

Can the configuration assistant software be run on modern operating systems?

The software included in this kit is provided on diskettes for legacy system compatibility. To run this on modern Windows environments, you may require a floppy drive emulator or a virtual machine environment configured for legacy DOS/Windows compatibility.

Engineering & Installation Guide

Safety and Wiring Standards

Before applying 120/230 V AC power, verify that the wiring to the 8 inputs and 6 relay outputs is securely terminated. Use ferrules on all stranded wire ends to ensure a gas-tight connection and to prevent stray strands from causing short circuits between adjacent terminals on the 86 AR 230 block.

Configuration Environment

When utilizing the included configuration cable, ensure the connection is established before launching the Configuration Assistant software. Because this system belongs to the Control 11 family, it is sensitive to serial port settings. Verify that your COM port baud rate and parity settings match the "Configuration and Connection Guide" exactly to avoid data corruption during logic upload/download.

Thermal Considerations

Although the unit is lightweight at 0.800 kg, the internal relay coils and power supply generate heat during continuous operation. Maintain at least 20 mm of vertical clearance above and below the unit when mounted on a DIN rail to facilitate natural convection and ensure the long-term stability of the internal processor.