The Analog Output Module DC-TAOX01 is a duct-mounted CO₂ transmitter designed for HVAC and building automation applications. With 16 output channels and <100 mV ripple, it ensures stable signal transmission across industrial environments. Its 0.005% temperature drift and ±0.35% calibrated accuracy (at 25°C) guarantee reliable long-term performance. The 4-20 mA analog output (expandable to 0-21.1 mA) supports seamless integration with control systems, making the Honeywell DC-TAOX01 PDF ideal for demanding air quality monitoring.

This analog output module features ±0.05% resolution and ±4% readback accuracy, ensuring precise CO₂ measurements. Manufactured in the USA and shipped from Xiamen, China, the DC-TAOX01 DCS module Honeywell has a compact 12x19x2 cm footprint and weighs just 0.15 kg, optimizing space in control panels. Its 250Ω load compatibility and low output ripple make it suitable for integration with PLCs and DCS systems, reinforcing its role in industrial and commercial HVAC applications.

The I/O Module DC-TAOX01 HONEYWELL complies with international standards (Tariff Code: 8537101190) and operates reliably in harsh environments. Its low power consumption and high signal integrity minimize energy usage while maintaining performance. The module’s isolated output design prevents interference, ensuring stable operation in facilities such as data centers, hospitals, and smart buildings. As part of Honeywell’s Experion PKS ecosystem, the Honeywell DC-TAOX01 Analog Output Module supports Modbus and 0-10V outputs for flexible connectivity.

Widely used in demand-controlled ventilation (DCV), the DC-TAOX01Analog Output IOTA HONEYWELL enhances energy efficiency by dynamically adjusting airflow based on real-time CO₂ levels. Its hot-swappable design allows maintenance without system downtime, while LED indicators simplify diagnostics. Whether deployed in office buildings, schools, or factories, this transmitter delivers durable, high-accuracy monitoring, making it a trusted solution for sustainable building management.