Classic Dali 0-10v Pwm 1ma Galv. Getrennt Gift Boxed [mP0nVarW]

DALI 0-10V PWM 1mA Galvanically Isolated Converter

The DALI 0-10V PWM 1mA Galvanically Isolated Converter is a versatile and reliable solution for converting DALI signals to 0-10V PWM signals. This device is designed to provide a seamless interface between DALI systems and devices requiring 0-10V PWM control. With its built-in features and easy installation, it is an ideal choice for various lighting control applications.

• Direct Interface via DALI Signal Line: The converter is designed to be connected directly to the DALI signal line, ensuring a straightforward integration into existing DALI systems.
• Electrical Isolation: The galvanic isolation feature provides enhanced safety and protects against potential electrical hazards, making it suitable for use in sensitive environments.

Key Features and Specifications

The converter offers a range of features and specifications that make it a robust and efficient choice for lighting control applications.

• Current Consumption: The typical current consumption is approximately 3.1 mA, ensuring minimal power consumption and extended battery life for battery-powered devices.
• Control Characteristic Selection: With firmware version 2.0 and above, the converter supports DALI device type 5, allowing for the selection of control characteristics, including output range (0-10V/1-10V) and dimming curve (linear/logarithmic).

Practical Applications and Benefits

The DALI 0-10V PWM 1mA Galvanically Isolated Converter is a versatile tool for a wide range of applications, including:

• Lighting Control Systems: It can be used to control dimmable lighting fixtures in DALI-compatible systems, providing precise control over lighting levels.
• Energy Efficiency: The converter helps optimize energy consumption by allowing for fine-tuned control of lighting fixtures, contributing to energy savings and reduced operational costs.

With its advanced features and user-friendly design, this converter is an essential component for any lighting control system looking to enhance performance and efficiency.