Dxn8t Indoor High Voltage Charge Live Display Device for Switchgear

• Task: Live Display
• Structure: Combination
• Mathematical Model: Non-Linear
• Model NO.: DXN8T
• Signal: Continuous
• Function: Protection, Monitoring
• Certification: ISO: 9001, CE
• Condition: New
• Customized: Non-Customized
• Material: Plastic
• Rated Voltage: 3.6 - 40.5 Kv
• Rated Frequency: 50 Hz
• Ambient Temperature: - 25ºC to + 40ºC
• Altitude: Not Higher Than 2,000 Meters
• LED Starting Voltage: Bus Voltage × 0.15
• Locking Starting Voltage: Bus Voltage × 0.65
• Transport Package: Carton
• Specification: 48× 96× 66mm
• Trademark: Comewill
• Origin: China

Product Description

Product Description

 

Model	Basic Function	Self - check Function	Special Features	Design Characteristics	Application Scenarios
DXN8T	Has basic high - voltage live - display function, which can indicate whether the high - voltage equipment is live.	Some products have self - check function to improve reliability.	May have better anti - interference performance.	The internal circuit is relatively complex, and the size may be larger than DXNT to accommodate components for self - check function.	Applicable to places with certain requirements for safety and reliability, such as general substation switchgear and high - voltage distribution rooms of small - and medium - sized enterprises.
DXNT	Only has basic live - display function, which simply indicates whether the high - voltage equipment is live.	Usually does not have self - check function.	None.	The internal circuit design is simple, with fewer components, relatively compact structure, and small size.	Applicable to occasions where the requirement for live - display function is not high and the cost is sensitive, such as small factory distribution rooms and simple civil electrical equipment.
DXN8DT	In addition to the basic live - display function, it may also have functions such as phase - checking and live - testing.	May have self - check function.	With phase - checking and live - testing functions, it can provide more accurate information for the maintenance and repair of power systems.	The internal circuit is the most complex, integrating more sensors, signal - processing circuits, and control chips. The appearance is larger, and there may be more interfaces and connection components.	Mainly applicable to occasions with extremely high requirements for the safety and stability of power system operation, such as large - scale substations and high - voltage distribution systems of important industrial enterprises.