Honeywell 2MLF‑AD16A‑CC 16‑channel Analog Input Module

Description

The Honeywell 2MLF‑AD16A‑CC Analog Input Module provides 16 channels of high‑accuracy analog signal acquisition for industrial control systems, supporting voltage and current inputs with stable conversion and robust isolation.

Specifications

• Manufacturer: Honeywell

• Model Number: 2MLF‑AD16A‑CC

• Module Type: 16‑channel analog input module

• Input Channels: 16 analog inputs

• Signal Types: Voltage and current input ranges (model‑specific)

• A/D Conversion: High‑resolution analog‑to‑digital conversion

• Input Impedance: High‑impedance voltage input; precision burden for current input

• Isolation: Channel‑to‑system galvanic isolation

• Noise Rejection: Industrial‑grade filtering for stable measurement

• System Compatibility: Honeywell industrial control platforms using MLF‑series modules

• Operating Temperature: Control‑room rated temperature range

• Installation: Rack‑mounted module with standard wiring terminals

• Application: Process measurement, monitoring, and closed‑loop control

Features

• Multi‑Channel Acquisition: 16 analog channels for dense signal integration

• High Accuracy: Stable and precise analog‑to‑digital conversion

• Wide Signal Support: Accepts standard industrial voltage and current ranges

• Strong Isolation: Protects controller logic from field disturbances

• Noise‑Resistant Design: Filtering ensures stable readings in noisy environments

• Industrial Reliability: Designed for continuous operation in harsh process conditions

FAQ – Common Questions

Q: What signals does the 2MLF‑AD16A‑CC module support? A: It supports standard industrial voltage and current inputs depending on configuration.

Q: Is the module isolated? A: Yes. It provides galvanic isolation between channels and the system bus.

Q: What is the purpose of this module? A: It acquires analog process signals for monitoring and closed‑loop control.

Q: Can it be used in mixed‑signal racks? A: Yes. It integrates with other Honeywell MLF‑series modules.

Q: Is it suitable for noisy industrial environments? A: Yes. It includes noise‑rejection filtering for stable measurement.