Honeywell TC-FOD321 24V Digital Output Module

Honeywell TC-FOD321 24Vdc Source Digital Output Module

Product Introduction

The Honeywell TC-FOD321 brings robust digital output control to your automation setup. This module works as a sourcing output device. It handles up to 32 independent channels. You can use it in demanding environments like factory floors or process plants.

Additionally, the TC-FOD321 provides overload protection. Each channel supports a high surge current. The module mounts easily on a DIN rail. It also includes clear yellow status indicators for every channel.

Technical Specifications

This section covers the key electrical and operational details.

Output Characteristics

• Number of channels: 32 (two groups of 16)

• No isolation between channels within a group

• Output current rating: 14A maximum per channel

• Total current limit: 6A for channels 0-15, 8A for channels 16-31

Voltage and Current

• ON-state voltage range: 10Vdc minimum, 24Vdc nominal, 31.2Vdc maximum

• ON-state current: 1mA minimum, 500mA maximum per channel

• ON-state voltage drop: 0.5Vdc maximum

• OFF-state leakage: 0.5mA maximum

• Surge current: 2A for 50ms, repeatable every 2 seconds

Timing and Isolation

• Maximum delay from OFF to ON: 0.5ms

• Maximum delay from ON to OFF: 1.0ms

• Isolation voltage: tested at 2121Vdc for 1 second between user and system

Power and Consumption

• Flexbus current: 80mA maximum

• Power dissipation: 5.3W at 31.2Vdc

• Thermal dissipation: 18.1 BTU/hr at 31.2Vdc

• External DC power voltage: 10 to 31.2Vdc (5% ac ripple)

• External DC current: 219mA at 24Vdc, 104mA at 10Vdc, 278mA at 31.2Vdc

Mechanical and Environmental Ratings

The Honeywell TC-FOD321 survives harsh conditions. Its rugged design ensures stable operation.

Dimensions and Mounting

• Height: 94mm (3.7 inches)

• Width: 94mm (3.7 inches)

• Depth: 69mm (2.7 inches)

• Mounting type: DIN-rail mounted

Environmental Conditions

• Operational temperature: 0 to 55°C (32 to 131°F)

• Storage temperature: -40 to 85°C (-40 to 185°F)

• Relative humidity: 5 to 95% non-condensing

• Shock operating: 30g

• Shock non-operating: 50g

• Vibration: tested at 5g from 10 to 500Hz per IEC 68-2-6

Wiring and Certification

• Conductor wire size: 12 gauge (4mm²) stranded maximum

• Insulation thickness: 3/64 inch (1.2mm) maximum, 75°C or higher rating

• Agency certification: cULus Groups A, B, C, D, Class I Division 2, Class I Zone 2 Group IIC

Installation Guidelines

Follow these steps to install the TC-FOD321 correctly.

First, ensure the DIN rail is clean and securely fastened. Next, clip the module onto the rail until it locks. Then, connect external DC power within the 10-31.2Vdc range. Meanwhile, verify that the total current per group does not exceed the limits (6A for channels 0-15, 8A for channels 16-31).

For wire connections, use 12-gauge stranded wire. Strip the insulation carefully to 1.2mm maximum. Also, make sure the wire temperature rating is 75°C or higher. Finally, check the yellow status indicators after power-up. Each channel lights up when active.

Packaging List

• 1 x Honeywell TC-FOD321 module

• 1 x DIN-rail mounting clip (pre-attached)

• 1 x Quick start guide

Frequently Asked Questions (FAQ)

1. Can I connect different voltage loads to the TC-FOD321?
Yes, you can connect loads ranging from 10Vdc to 31.2Vdc. However, ensure the load current stays below 500mA per channel.

2. What happens if a channel exceeds 500mA?
The module’s protection limits the current. Extended overload may cause the channel to shut down temporarily. Reduce the load to restore normal operation.

3. Is isolation provided between individual channels?
No, channels are non-isolated within each group of 16. Therefore, you must consider common voltages inside the same group.

4. Which shipping carriers do you use?
We ship using Fedex, UPS, and DHL. Delivery times vary by destination. Contact us for a tracking number.

5. How do I check if a specific output is working?
Look at the yellow channel status indicators on the front panel. Each LED lights up when its corresponding output is ON.