Product Introduction
The ABB Bailey IMASI13 Analog Input Module provides precise analog signal acquisition for industrial process control applications. By converting field-level analog signals into structured digital data, it supports closed-loop control, monitoring, and trending functions within process automation architectures.
Its design emphasizes measurement accuracy, electrical noise resistance, and ease of integration into the Bailey/INFI 90 control platform, making it suitable for a wide range of industrial control panels and distributed control applications.
Technical Specifications
| Parameter | Specification |
|---|
| Product Type | Analog Input Module |
| Model | IMASI13 |
| Platform | Bailey / INFI 90 Control System |
| Signal Type | Industrial analog inputs (current/voltage) |
| Installation | Control cabinet mounting |
| Application | Process automation and monitoring |
| Dimensions (H × W × D) | 178 × 127 × 35 mm |
| Net Weight | 0.621 kg (approx. 1.37 lb) |
Industrial Signal Acquisition Applications
The Bailey IMASI13 Analog Input Module is designed to convert continuous field-level analog signals into digital data usable by the automation system. It belongs to the Bailey control platform family—commonly integrated into ABB/INFI 90 and related process automation systems for reliable measurement and control.
Typical applications include:
-
Process loop feedback for temperature, pressure, flow, and level
-
PID control in batch and continuous processes
-
Alarm and trend data acquisition
-
Supervisory monitoring in chemical and refining plants
-
Utility automation such as power generation and water treatment
Accurate analog signal handling at the front end is critical for stable control loop behavior and system performance.
Key Functional Advantages
From an engineering standpoint, analog input modules must balance precision, noise rejection, and integration ease.
Wide Measurement Compatibility
Supports standard industrial signal ranges such as 4–20 mA and 0–10 V inputs.
High-Resolution Conversion
Provides accurate conversion of real-world signals for precise control actions.
Noise-Resistant Design
Engineered to maintain signal integrity in electrically noisy control cabinets.
System-Level Diagnostics
Supports diagnostic feedback for channel status and fault detection.
Compact Mechanical Footprint
Slim height and depth make it suitable for dense panel installations.
Technical FAQs
-
What type of signals does the IMASI13 process?
It processes standard industrial analog signals such as current (4–20 mA) and voltage (0–10 V).
-
Does it provide channel-level diagnostics?
Yes, system-level diagnostics aid in identifying wiring or signal abnormalities.
-
Is filtering for noise provided?
The module design includes rejection of common industrial electrical noise sources.
-
Can it support multiple channels?
Yes, it supports several analog input channels depending on system configuration.
-
Is calibration required during commissioning?
Calibration procedures depend on instrumentation and overall system setup.
-
Does it support redundant architectures?
Integration into redundant systems depends on platform design.
-
What environmental conditions can it tolerate?
It is designed for indoor industrial control cabinet environments.
-
How is the module configured?
Configuration is done through system engineering software tools.
-
Can it handle temperature transmitter inputs?
Yes, when paired with appropriate signal conditioning and transmitter types.
-
Does it support integration with historian systems?
Yes, when used within an automation system capable of trend and data logging.
A DCS Q Co., Ltd. - PLC and DCS Industrial Control Equipment Wholesale
