Jotron Tron 60GPS (3200087 / 3200084)

Jotron Tron 60GPS (3200087 / 3200084)

In supply chains, the same Tron 60GPS product is commonly identified by bracket configuration:

• 3200087 – Tron 60GPS with float-free bracket (mapped to Jotron P/N 83330)

• 3200084 – Tron 60GPS with manual bracket (mapped to Jotron P/N 83340)

This bracket distinction matters operationally because it defines whether the EPIRB is intended for automatic float-free release (Category I installation) or manual deployment (Category II installation) as described by Jotron.

Design and Features

Compact, sealed GMDSS EPIRB construction

Jotron describes the Tron 60GPS as small and compact, “totally sealed,” and supplied either with a float-free or manual bracket. This sealed, tamper-resistant approach is common in regulated EPIRBs because it supports long service intervals and reduces the likelihood of user servicing errors in safety equipment.

Bracket configurations: float-free vs manual

Tron 60GPS is designed to be mounted in one of two brackets:

• Float-free bracket (Category I) – the EPIRB is installed in a float-free housing intended to release automatically if the vessel sinks, allowing the beacon to transmit without manual handling (assuming correct installation and maintenance). Jotron explicitly labels the float-free configuration as Category 1 (Cat. I) for Tron 60GPS EPIRB with float-free bracket.

• Manual bracket (Category II) – the EPIRB is stored in a bracket intended for manual removal and activation/deployment, typically used when float-free installation is not required or not preferred. Jotron confirms both bracket types are supported for Tron 60S/Tron 60GPS family units.

Distributor mapping ties these configurations to the common procurement codes 3200087 (float-free) and 3200084 (manual).

Integrated GPS positioning

A core feature of the Tron 60GPS is its integrated GPS, which enables the EPIRB to encode accurate coordinates in the 406 MHz distress message. This significantly reduces the initial search area compared with non-GPS EPIRBs, accelerating SAR tasking and improving rescue efficiency. Jotron highlights “integrated GPS ensures accurate positioning.”

Antenna-mounted high-intensity LED

Tron 60GPS includes an LED located at the top of the antenna, intended to increase visibility. In practical SAR terms, visible strobe/light aids are valuable for final approach and visual confirmation, especially in darkness or adverse conditions when a survivor craft or beacon is difficult to spot.

MEOSAR compatibility

Jotron states the Tron 60GPS is compatible with MEOSAR, reflecting compatibility with newer Cospas-Sarsat satellite architectures that can provide faster detection and improved coverage compared with legacy-only systems (subject to regional system maturity and operational status).

Technology and Specifications

Note: Many numeric RF and endurance parameters (e.g., operating temperatures, transmitted power, detailed battery chemistry, and test thresholds) are often contained in type-approval certificates and technical manuals. The items below focus on specifications explicitly stated by Jotron in public brochures and manuals.

Distress alerting architecture (406 MHz EPIRB)

Tron 60GPS is a 406 MHz EPIRB intended for use in maritime search-and-rescue systems operated through Cospas-Sarsat. The integrated GPS coordinates are included in the distress transmission when available, supporting faster SAR localization.

Battery life and service model

Jotron’s Tron 60GPS brochure states:

• 10-year battery life (as a headline feature)

• 5-year warranty

In addition, formal documentation (Declaration of Conformity) references the system composition including a battery module (e.g., “Battery Module Tron 60S / GPS”), reinforcing that battery replacement is handled through approved service processes rather than user replacement.

Activation behavior and bracket safety design

Jotron’s user manual for Tron 60S/60GPS notes that the beacons are buoyant and can activate automatically when immersed in water, and that both the float-free and manual brackets include an internal safety design intended to reduce inadvertent activation due to moisture or spray when the EPIRB is stored in its bracket.

Procurement identifiers (Jotron vs distributor codes)

Supply chains frequently present Tron 60GPS using both manufacturer part numbers and distributor codes:

• Jotron P/N 83330 – Tron 60GPS with float-free bracket

• Jotron P/N 83340 – Tron 60GPS with manual bracket

• Distributor code 3200087 – mapped to 83330 (float-free)

• Distributor code 3200084 – mapped to 83340 (manual)

This mapping is useful for quotes, tenders, and cross-referencing spares and bracket types across catalogs.

Applications and Use Cases

SOLAS/GMDSS compliance for commercial vessels

Tron 60GPS is marketed as a GMDSS EPIRB designed to meet IMO SOLAS requirements, making it relevant for commercial vessels subject to regulated carriage rules (and for other craft adopting SOLAS-grade safety equipment).

Fleet safety standardization (fishing, commercial, and workboats)

Because Tron 60GPS is offered in both Category I (float-free) and Category II (manual) mounting configurations, operators can standardize on a common EPIRB platform while selecting the bracket type that matches vessel class, operating area, and compliance strategy. Jotron and distributors explicitly present these two bracket options for the same beacon family.

Recreational and expedition sailing (where regulated EPIRB is desired)

Some retailers and distributors market Tron 60GPS as suitable beyond strict SOLAS segments, including sailing vessels that want a professional EPIRB with integrated GPS and recognized support networks. (Actual carriage requirements vary by jurisdiction and voyage profile.)

Advantages / Benefits

Faster and more precise SAR localization

The integrated GPS feature supports transmission of encoded coordinates in the distress alert, reducing search area and improving the speed of rescue planning compared with older, non-GPS EPIRBs.

Improved visual detection on scene

The antenna-top LED is explicitly intended for increased visibility, supporting last-mile detection once SAR units are in the vicinity.

Flexible compliance via two bracket types

Operators can choose between float-free (Cat. I) and manual (Cat. II) bracket setups while staying within the same product family and documentation ecosystem—useful for mixed fleets and standardized training.

Long-life, serviceable safety equipment model

A “sealed EPIRB” approach paired with a stated long battery life and warranty supports predictable inspection and servicing cycles, which is central to GMDSS maintenance planning.

FAQ Section

What is Jotron Tron 60GPS (3200087 / 3200084)?

The Jotron Tron 60GPS is a compact 406 MHz GMDSS EPIRB with integrated GPS and an antenna-mounted LED. The codes 3200087 and 3200084 are commonly used distributor identifiers for the float-free and manual bracket configurations, respectively.

How does Tron 60GPS work?

When activated (manually or automatically depending on deployment), it transmits a 406 MHz distress alert through the Cospas-Sarsat system, embedding GPS location data when available, and provides a visible LED aid for on-scene detection.

Why is Tron 60GPS important?

An EPIRB is often the most reliable way to trigger an international maritime SAR response after abandoning ship. The Tron 60GPS adds integrated GPS to improve location accuracy and is designed for SOLAS/GMDSS operating contexts.

What are the benefits of Tron 60GPS?

Key benefits include integrated GPS, MEOSAR compatibility, a compact sealed design, and an antenna-mounted LED for improved visibility, plus availability in both float-free and manual bracket variants.

What is the difference between 3200087 and 3200084?

3200087 refers to the Tron 60GPS with float-free bracket (mapped to Jotron 83330), while 3200084 refers to the Tron 60GPS with manual bracket (mapped to Jotron 83340).

Summary

The Jotron Tron 60GPS (3200087 / 3200084) is a compact, sealed GMDSS EPIRB built around 406 MHz Cospas-Sarsat distress alerting with integrated GPS for accurate positioning and an antenna-mounted LED for improved on-scene visibility. Offered with either a float-free bracket (Cat. I) or a manual bracket (Cat. II)—and commonly cross-referenced to Jotron part numbers 83330 and 83340—it is positioned for SOLAS-oriented fleets and other operators seeking a modern, MEOSAR-compatible EPIRB supported by a global maritime safety supply chain.