Allen-Bradley 1747-M13-2 | SLC 500 Memory Module

Product Overview

The Allen-Bradley 1747-M13-2 is a Flash memory module designed for the SLC 500 programmable logic controller series. With 64 kilobytes of backup memory, it ensures reliable program and data table storage across different industrial applications. This memory module integrates seamlessly with both fixed and modular hardware styles, making it highly versatile in automation systems.

When paired with the 1747-M15 memory adapter, the 1747-M13-2 provides efficient and secure backup for SLC 5/03, SLC 5/04, and SLC 5/05 processors. Its compact size and lightweight build allow easy installation directly on the processor PC board, while keyed connectors prevent incorrect mounting.

Technical Specifications

Key Features

• The 1747-M13-2 provides 64 KB Flash backup memory for SLC 500 controllers.

• It supports Ethernet and RS-232 communication for easy data handling.

• Keyed connectors ensure safe installation and prevent incorrect orientation.

• Compatible with fixed or modular hardware for flexible deployment.

• The module functions with the 1747-M15 adapter to protect both memory and PROM devices.

Applications

The Allen-Bradley 1747-M13-2 is widely used for backup and program storage in automation systems. It enhances system reliability by protecting data integrity and enabling fast program recovery when paired with compatible processors.

FAQ

Q1: Is the 1747-M13-2 brand new and original?
Yes, all modules are 100% brand new and factory sealed.

Q2: Do you have the 1747-M13-2 in stock?
Yes, we keep stock available, with delivery ranging from 3 days to 2 weeks depending on order size.

Q3: What adapter must I use with the 1747-M13-2?
The 1747-M13-2 requires the 1747-M15 adapter for proper operation.

Q4: What happens if the memory module fails?
We support product returns within 30 days for verified quality issues.

Q5: What processors are compatible with the 1747-M13-2?
This module works with SLC 5/03, SLC 5/04, and SLC 5/05 processors in the SLC 500 family.