Connection module PATLITE LR5-02KTNW

The PATLITE LR5-02KTNW connection module is a compact accessory designed to integrate with compatible PATLITE signaling and lighting devices. Powered by a 24 V DC supply, the module offers consistent electrical performance and is built to operate across typical indoor and light-industrial environments. With a small diameter of 5 cm and a construction suitable for temperatures from -20 °C to 50 °C, the unit provides a space-saving option for adding connectivity or expanding system capabilities where stable DC operation is required.

Advantages

The module’s compact physical size reduces installation footprint while maintaining reliable electrical connection at 24 V DC. Its operating temperature range and broad relative humidity tolerance make it adaptable for a variety of indoor and controlled-environment applications. The design emphasizes straightforward integration with PATLITE systems, allowing consistent behavior alongside signaling lights and related devices.

Suitable for

• Expanding or replacing connection points in PATLITE lighting and signaling setups
• Use in control panels and enclosures where space is limited
• Indoor industrial and commercial environments with moderate temperature variation

Key specifications

• Power supply type: DC
• Output voltage: 24 V
• Diameter: 5 cm
• Operating temperature range: -20 °C to 50 °C
• Relative humidity tolerance: 0–90%

How to use

Install the connection module according to the electrical and mechanical instructions provided by the equipment designer or PATLITE integration guide. Ensure the 24 V DC supply is turned off during wiring, confirm proper polarity and secure connections, and mount the module in a location that respects the stated temperature and humidity limits. After installation, apply power and verify correct operation with the connected signaling devices before placing the system into regular use.

Usage recommendations

Ensure wiring is performed by qualified personnel and verify that ambient conditions remain within the specified temperature and humidity ranges. Avoid exposure to direct water ingress and corrosive atmospheres to maintain long-term reliability.