Honeywell TC-RPFM01 ControlNet Fiber Module

Honeywell TC-RPFM01 ControlNet Fiber Module for Non-Hazardous Locations

Product Introduction

The Honeywell TC-RPFM01 brings reliable fiber optic extension to your ControlNet system. This module is designed specifically for non-hazardous locations. It requires a repeater adapter module for power and bus connection. Many industrial facilities use this setup to overcome distance limits of copper networks.

Honeywell TC-RPFM01 supports a communication rate of 5M bit/s. Its fiber optic transmission distance reaches up to 3km (9,842 feet). The module uses 62.5/125 micron fiber with ST termination, available in plastic or ceramic. Additionally, the operating wavelength is 1300nm with a power budget of 13.3dB.

For internal connections, it provides a vendor-specific TTL bus. This includes a 30-pin male output bus connector and a 30-pin female input bus connector. The design follows galvanic isolation per DIN EN 50 020. Therefore, it maintains signal integrity between the TTL bus and the ControlNet field side.

Mechanical and Environmental Parameters

The Honeywell TC-RPFM01 operates reliably under challenging conditions. Its ambient temperature range goes from –20°C to 70°C (–4°F to 158°F). Storage temperature tolerates from –20°C up to 100°C (–4°F to 212°F). Maximum relative humidity is 95%, non-condensing.

Furthermore, the module passes a shock test of 15g peak for 11ms duration. Vibration testing follows IEC 68-2-6 at 2g from 10Hz to 500Hz. Consequently, it suits many industrial environments without hazardous gas or dust risks. Weight is only 0.147 kg (0.32 lb). Dimensions are 94 x 94 x 87 mm (3.7 x 3.7 x 3.4 inches).

Installation Guidelines

Installing the Honeywell TC-RPFM01 is straightforward. First, mount the repeater adapter module in your chassis. Next, connect the fiber module directly to this adapter using the 30-pin bus connectors. The repeater adapter supplies all necessary power to the fiber module.

Then, prepare your 62.5/125 micron fiber cables with ST connectors. Clean the connectors carefully before plugging them into the module's ports. After that, verify the fiber wavelength matches 1300nm. Ensure total link loss stays within the 13.3dB power budget.

Finally, power up the system. The internal TTL bus will initiate communication with ControlNet devices. Remember, this version is only for non-hazardous locations. Do not use it in explosive atmospheres.

Compliance and Certifications

This module meets climatic conditions according to DIN IEC 721. CE conformity covers EMC per DIN EN 50081-2 and DIN EN 50082-2. It also follows NAMUR NE 21 recommendations. Moreover, the device carries agency certification marked for all applicable directives.

However, the Honeywell TC-RPFM01 does not include hazardous location approvals. Check your local safety codes before installation.

Packaging List

• Honeywell TC-RPFM01 fiber module (1 unit)

• 30-pin male bus connector cover (pre-installed)

• Anti-static protective bag

• Quick reference card (English)

Note: Repeater adapter module, fiber cables, and installation manual are sold separately.

Shipping

We ship worldwide using Fedex, UPS, or DHL. Tracking number provided within 24 hours after dispatch.

Frequently Asked Questions (FAQ)

1. Does the TC-RPFM01 work with any ControlNet scanner?
Yes, it works with Honeywell ControlNet scanners that support a repeater adapter interface. Verify compatibility with your system manual before ordering.

2. Can I use single-mode fiber instead of 62.5/125 micron?
No. The TC-RPFM01 is calibrated for 62.5/125 micron multimode fiber only. Using single-mode fiber may cause signal errors.

3. What happens if I exceed the 3km distance limit?
Signal attenuation and dispersion will increase. Communication errors become likely. For longer distances, consider adding another repeater pair.

4. Is external power required for this fiber module?
No external power is needed. The repeater adapter module supplies all power through the internal bus. The TC-RPFM01 draws its power entirely from that connection.

5. How do I clean the ST connectors on this module?
Use a dry, lint-free cleaning cloth or a purpose-built ST connector cleaner. Never apply solvents. Dirty connectors reduce the effective power budget.