LA3Z-1X4V

Alarms, Buzzers, And Sirens Overview

The IDEC LA3Z-1X4V is a panel-mount buzzer from the L6 series, designed for industrial signaling applications. It operates at a rated voltage of 24 V with a current consumption of 20 mA. The device generates an acoustic signal at a frequency of 2 kHz. It features internally driven circuitry, simplifying integration into control panels. The unit utilizes screw terminals for secure electrical connections and is constructed for durability in demanding environments.

Alarms, Buzzers, And Sirens Feature Summary

• Internally driven mechanism for simplified circuit integration
• Screw terminal connection method for secure wiring
• Panel mount design suitable for control enclosures

Alarms, Buzzers, And Sirens Applications

• Industrial control panel signaling
• Machine status indication
• Alarm systems in automation equipment

Alarms, Buzzers, And Sirens Procurement Notes

Verify the specific suffix 'V' to confirm the 24 V rating and screw terminal configuration. Ensure the mounting hole dimensions match the enclosure design. Cross-reference the part number with official IDEC documentation to distinguish between PCB and panel mount variants within the L6 series. Confirm environmental ratings if used in harsh conditions.

Alarms, Buzzers, And Sirens Selection Notes

Select this model when a 24 V DC operating voltage is required. The internally driven feature reduces component count compared to externally driven buzzers. Verify that the 2 kHz frequency meets the audible requirements of the application. Consider the screw terminal style if PCB mounting is not feasible or if higher mechanical stability is needed for the installation.

Alarms, Buzzers, And Sirens Part Context

This component belongs to the IDEC L6 series of buzzers. The series offers various voltage options and mounting styles. The LA3Z-1X4V specifically denotes the 24 V version with screw terminals. It is part of a broader range of signaling devices designed for industrial reliability and consistent performance across different control system architectures.