Description
Traco Power Industrial DC/DC Converter
Model: TZL 060-4824 | 24VDC @ 2.5A Regulated Output | Wide 36-72VDC Input Range
Product Overview
The genuine Traco Power TZL 060-4824 DC/DC Converter is a high-performance, industrial-grade power module engineered for ultra-stable voltage down-stepping and isolation. Accepting a wide telecom-standard input window of 36 to 72 VDC, this 60W module yields a tightly regulated 24VDC output at a continuous 2.5 Amps. Housed in a low-profile, heavy-duty metal case with integrated ventilation, it optimizes thermal convection without the need for mechanical fans. With integrated heavy-duty protections against output short circuits and current overloads, it is a robust power component for demanding automation grids, heavy machinery panels, and infrastructure control systems.
Technical Specifications
| Parameter | Specification Details |
|---|---|
| Brand / Manufacturer | Traco Power (Genuine Original Equipment) |
| Model Identifier | TZL 060-4824 |
| Input Voltage Range | 36 – 72 VDC (Nominal 48 VDC Array) |
| Output Configuration | 24VDC Regulated / Constant Voltage |
| Rated Output Current | 2.5 Amps (2.5A) |
| Total Output Power | 60 Watts (60W continuous rating) |
| Chassis Style | Low-Profile, Ventilated Protective Metal Enclosure |
| System Protections | Continuous Short-Circuit, Overload, and Overvoltage Limiting |
| Primary Applications | Industrial Automation Control, Telecom Systems, Decentralized Power Architectures |
Key Features & Operational Benefits
- Wide 2:1 DC Input Window: Effortlessly absorbs line variations across a broad 36-72VDC spectrum, stabilizing volatile battery banks or factory DC buses.
- Strict 24VDC Load Regulation: Steady 2.5A current mapping keeps sensitive PLCs, HMI panels, and field instruments running smoothly without voltage dips.
- Low-Profile Thermal Enclosure: Perforated metal layout allows efficient open-air convection cooling, minimizing heat stress and protecting overall internal component life.
- Robust System Safeguards: Intelligent onboard circuitry limits output spikes and safely controls continuous overloads or accidental short circuits to prevent systemic equipment damage.

