Liyond DXN-Q 10kV Indoor Live Display High Voltage Charged Display Device

Liyond's DXN-Q 10kV Indoor Live Display is an essential safety device for indoor high-voltage equipment (up to 40.5KV, 50Hz). It accurately indicates charged status using three non-contact sensors and a display unit. Through clear visual signals and an integrated forced blocking mechanism, it prevents misoperation and ensures safety by restricting access to live areas.

LYD105 DXN-Q Features: Integrated Safety and Reliable Performance

This DXN-Q display device incorporates advanced safety. Its robust design maintains a secure locking state, preventing accidental access even if internal display circuits fail. A vital automatic self-test function continuously monitors for malfunctions, ensuring persistent safety protocols. This reliable device is fully compliant with IEC61958-2000 standards.

LYD105 DXN-Q Applications in Medium Voltage Switchgear

This voltage presence indicator system is an essential safety solution for various indoor high-voltage equipment, particularly in medium voltage switchgear. It is widely used in high-voltage switch cabinets, isolating switches, grounding switches, and other areas requiring clear live status indication. Its application helps prevent electrical misoperation by integrating with electromagnetic locks to enforce safety protocols, such as preventing live switching or accidental entry into energized zones. The device supports indoor use at altitudes up to 1000m, operating temperatures from -25°C to +40°C, and relative humidity averaging less than 95% daily.

Ordering Your DXN-Q High Voltage Charged Display Device

For an accurate quotation and timely delivery of your Liyond DXN-Q 10kV Indoor Live Display High Voltage Charged Display Device, please provide the following key specifications:

• Rated Voltage: Specify the required voltage, commonly 6kV, 10kV, 12kV, 20kV, 27.5kV, or 35kV.

• Rated Frequency: Typically 50Hz.

• Any specific requirements: Including operational environment conditions or desired functionalities.