ABB Advant Controller 31 1SBP260100R1001 XI 16 E1 Binary Extension

Description

The ABB 1SBP260100R1001 is a high-performance XI 16 E1 (XI16E1) binary extension module designed to expand the input capabilities of the AC 31 automation platform. Acting as a precise data collection node, this module features 16 isolated digital inputs rated at 24 V d.c., enabling reliable signal processing from standard field sensors. The electrical separation of 1500 V a.c. between the internal electronic logic and the external input channels protects the master controller against common-mode industrial surges and heavy noise interference. Operating seamlessly within the modular framework of the AC 31 platform, the 1SBP260100R1001 transfers field signals over a secure local bus directly connected to central or remote base processing units. This architecture renders it optimal for large-scale distributed plant layouts requiring robust multi-channel digital signal collection over extended cable distances.

Features

• Built-in 16 electrically isolated binary inputs rated for standard 24 V d.c. industrial field signals.
• Robust signal circuit architecture providing 1500 V a.c. galvanic isolation to safe-keep primary logic electronics.
• Bus-powered architecture drawing 5 V logic power natively from the connected master central processing or remote base unit.
• Integrated side-mounted ribbon cable configuration allowing simple chain attachment to adjacent input/output expansions.
• Clear status visualization panel with dedicated front-mounted LEDs indicating the physical runtime state of every input channel.
• Compact form factor with a universal mounting layout that effortlessly supports standard industrial DIN rails or direct rear-panel plate screw installation.

Applications

• Multi-point signal aggregation in automatic electrical contactor assembly lines and floorboard manufacturing lines.
• High-density digital sensor interfacing in heavy structural metal pipe welding systems and ceramic manufacturing machinery.
• Remote digital signaling networks for critical environmental handling, greenhouse climate regulation, and localized humidity controllers.
• Distributed logic tracking within decentralized utility plants including municipal water treatment stations and pumping installations.
• Auxiliary signaling and contact monitoring for high-capacity material handling systems, ski lift installations, and wind power machinery.

Ordering Information

Ordering Information must be strictly evidence-based; if not explicitly present in source, omit entirely without explanation.

Technical Specifications

Connections / Interfaces

Installation Guidelines

• Power Interruption Requirement: Ensure that all upstream power supplies are completely turned off before physically connecting or disconnecting the module to avoid internal hardware damage.
• Mechanical Mounting Adaptation: Secure the device to a 35 mm DIN rail using the bottom support lock, or fasten it to an internal cabinet plate via 4 mm (M4) screws through the integrated base mounting holes.
• Thermal Management Space: When placing the hardware inside a control cabinet, allow sufficient free volume around the unit boundaries to enable correct heat dissipation and maintain stable working parameters.
• Sensor Voltage Wiring: Connect the external 24 V d.c. sensor loop power directly to either the top or bottom power terminals; since these terminals are linked internally, only one set of 0 V and 24 V lines needs to be wired.
• Signal Cable Separation: Route low-voltage 24 V d.c. input lines away from high-power 230 V a.c. lines or heavy inductive device cables to suppress electromagnetic noise cross-talk.
• Terminal Tightening Torque: Fix all field wire connections into the removable screw terminal blocks using a standard terminal driver, maintaining a uniform tightening torque of exactly 0.5 Nm.

FAQ

What is the required voltage level for the binary input channels?

The binary inputs on this expansion module are designed to operate with a standard nominal voltage of 24 V d.c..

How does this extension board receive its internal electronic working power?

The module is powered at 5 V d.c. directly through the communication bus link provided by the central unit or extensible remote base to which it is attached.

Can I plug this module into a running system while the primary controller is energized?

No, you must completely isolate and turn off the power supply before attaching or detaching any extension hardware blocks to avoid circuit faults.

What is the dielectric safety rating between the inputs and internal electronics?

The input channels feature complete electrical isolation rated at 1500 V a.c. to prevent high-voltage spikes from penetrating the core processing logic.

What type of cabling connector can be used for fast wiring on this model?

The module is compatible with 07 ST 55 cage-clamp type connectors, which allow rapid wire insertion by pressing with a screwdriver.

How can a technician quickly check if a specific binary input channel is active?

The front panel includes a dedicated status visualization area where local LEDs light up to display the active state of each individual input channel.

Does this hardware module support mounting on an internal cabinet plate?

Yes, it can be mounted using direct plate screw fixation with 4 mm M4 screws through the integrated holes located at the base of the housing.

What is the total baseline weight of an individual binary extension unit?

The module has a clean engineering net equipment weight of exactly 220 g.

How many total input channels are provided by a single expansion unit?

Each unit provides exactly 16 isolated binary input channels for industrial field signal monitoring.

Are the top and bottom 24 V d.c. power terminals separated or connected?

The 0 V and 24 V d.c. terminals on both terminal blocks are connected internally, requiring only a single power feed connection from the external sensor supply.