Model Type:Digital Output Module

Manufacturer:Triconex

Model Number:3401

Points:16

Commoned:Yes

Nominal Output Voltage:24 VDC

Specified Operational Voltage Range:15 to 30 VDC

Absolute Maximum Output Voltage:33 VDC

Absolute Maximum Reverse Input Voltage:-0.6 VDC

Output Current (Switching):<4.8 A, self-limiting; 3.0 A, typical

Degraded Mode (Output Current):> 0.7 A, self-limiting; 1.5 A, typical

Field Alarms:Loss of field power, output point shorted

On or Off Loop-back Thresholds:0–5 VDC = Off region; 6–14 VDC = transition region; 15–30 VDC = On region

Leakage to Load (Off):Minimized

    Engineered for robust industrial environments, the Triconex 3401 Digital Output Module delivers unparalleled precision and reliability in automation systems. With its advanced design, it ensures seamless integration into complex industrial setups, offering a comprehensive solution for various control requirements.

    Featuring 16 commonly-configured output points, this module supports a wide range of applications, from simple on/off controls to more intricate process adjustments. Its 24 VDC nominal output voltage is versatile enough to meet diverse industrial standards, ensuring efficient power delivery to actuators and devices.

    The operational voltage range from 15 to 30 VDC provides flexibility, accommodating various power supply conditions without compromising performance. The maximum output voltage limit of 33 VDC and reverse input voltage limit of -0.6 VDC further enhance safety and reliability, protecting against overloads and ensuring stable operation.

    The switching current capacity of less than 4.8 A under normal conditions ensures precise control, while degraded mode capabilities exceed expectations, maintaining functionality even under adverse conditions. The loop-back threshold settings enable clear differentiation between off, transition, and on states, optimizing system responsiveness.

    With minimized leakage to the load when in the off state, the Triconex 3401 Digital Output Module ensures minimal energy waste, contributing to overall efficiency and cost-effectiveness. This module is an indispensable component for enhancing system performance and reliability in demanding industrial settings.