ABB DSAO110 57120001-AT Analog Output Module

The ABB DSAO110 57120001-AT is a highly reliable analog output module with four channels, designed to deliver isolated analog signals in industrial automation systems. This I/O module ensures precise voltage and current outputs with exceptional accuracy, making it ideal for a variety of automation applications. It is primarily used in ABB’s automation systems to support signal conversion and output, ensuring stable performance even in complex industrial environments.

This DSAO110 module provides high isolation between channels, safeguarding against electrical noise and signal interference. Its voltage range of 0-10V and current range of 0-20mA offer flexibility in a wide range of applications, allowing for accurate and noise-free data transmission.

Key Features and Specifications:

Product ID: 57120001-AT
Manufacturer: ABB
Type Designation: DSAO110
Catalog Description: Analog Output Module with 4 Channels
Product Type: I/O Module
Exchange Number: EXC57120001-AT
Replacement: DSAO120A + DSTA174 (Replacing DSAO110 + DSTA160; reconnection required)

Technical Specifications:

Parameter	Value
Channels	4 Analog Output Channels
Output Range	Voltage: 0-10V, Current: 0-20mA
Accuracy	±0.05%
Isolation	Fully isolated channels
Channel Type	AO (Analog Output)
RoHS Compliance	Exempted (2011/65/EU, Article 2(4)(c),(e),(f),(j))
HS Code	853890 (Parts for use with apparatus in heading 85.35, 85.36, or 85.37)
Customs Tariff Number	85389099

Physical Specifications:

Length: 209.7 mm
Height: 18 mm
Width: 225 mm
Weight: 0.595 kg

Environmental Information:

WEEE Category: 5 (Small Equipment – No External Dimension Exceeding 50 cm)
Batteries: None

Application:

The ABB DSAO110 57120001-AT is ideal for applications requiring accurate analog output in industrial control systems. Its four isolated output channels offer excellent protection against electrical noise, making it suitable for various automation systems. Thanks to its high accuracy and signal isolation, this module ensures reliable performance, even in complex and high-demand environments.