Siemens Simatic DP, 5 electronic modules, ET 200S, 24-48VDC, 5A Part number 6ES7132-4HB13-0AB0

Product Overview

The Siemens 6ES7132-4HB13-0AB0 is a SIMATIC ET 200S digital electronic output module featuring two change-over relay outputs (2 RO) and a compact 15 mm width. It supports output voltages DC 24 … 48 V and AC 24 … 230 V with a current rating up to 5 A per channel, and is designed for distributed I/O applications under the SIMATIC DP automation system.

Key Features

• Two change-over relay outputs (2 RO) – both NO (normally open) / NC (normally closed) contacts
• Output voltage ranges: 24 … 48 V DC or 24 … 230 V AC
• Rated current up to 5 A per output channel
• Compact 15 mm module width for space-efficient installation
• Substitute-value capability for output state if required
• Status indicator LEDs for each channel to show output state
• Fully isolated change-over contacts for safe separation between channels, backplane and load circuit

Technical Specifications

• Product Series: SIMATIC ET 200S Digital Electronic Module
• Article Number: 6ES7132-4HB13-0AB0
• Module Width: 15 mm
• Number of Outputs: 2 relay outputs (RO)
• Contact Type: Change-over NO/NC (each channel)
• Output Voltage Range: DC 24 … 48 V or AC 24 … 230 V
• Rated Output Current: Up to 5 A (per channel)
• Chip Power Loss (typical): Approx. 0.6 W
• Address Space: 1 byte per module (packed: 2 bits)
• Ambient Operating Temp: –25 °C … +60 °C (up to 50 °C: 5 A; up to 60 °C: 4 A)
• Weight: Approx. 50 g

Compliance & Certifications

• Engineered and manufactured by Siemens for use in the SIMATIC ET 200S distributed I/O system.
• Fully isolated relay outputs meeting standard industrial safety and separation requirements.

Applications

This output module is ideal for distributed automation installations requiring small-format, high-density I/O, such as machine control systems, packaging machinery, plant installations and modular production lines. It is especially suitable where both AC and DC loads may need to be driven via relay outputs, and where compactness and reliable state signalling are required.