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TXGA KNX wiring terminals enable efficient and convenient fieldbus connections for intelligent building systems

KNX is a communication protocol suitable for home and building construction. Through the KNX bus system, users can efficiently control and manage various devices in the building, achieving digital upgrades of residential buildings.
The TXGA KNX wiring terminal adopts a clamping spring structure, and the wire can be directly inserted into the wiring port after stripping, achieving on-site installation and more convenient assembly. The product is designed with a one in multiple out structure, and the bus connection of the equipment can still be interconnected during component replacement, making it easy for maintenance. Through the convex hull and buckle groove structure of the connector housing, users can freely choose to use single or multiple combinations, achieving flexible expansion of building equipment.
performance parameter
Wire gauge 22AWG
Current - maximum 7A
Voltage - maximum 150V
Contact resistance 30 m Ω Max
Insulation resistance 100 M Ω Min
Voltage withstand 1300V AC r. m. s
Wire gauge 18AWG
Current - maximum 9A
Voltage - maximum 130V
Contact resistance 30 m Ω Max
Insulation resistance 100 M Ω Min
Withstand voltage 1250V AC r. m. s
Product advantages
The terminal adopts a clamping spring structure, and the wire can be directly inserted into the wiring port after stripping, achieving on-site installation
Adopting a multi-color design to help users easily distinguish transmission types and reduce assembly errors
Meet the transmission requirements of EN/IEC 60998-2-2
Support -40 º C~+105 º C working environment
Specification and model
The terminal socket has four colors available: red, black, yellow, and white
Applicable to AWG22 wire (conductor cross-sectional area 0.34mm) ²)、 AWG18 wire (conductor cross-sectional area 0.75mm) ²)
There are three optional needle lengths for the matching needle arrangement: 19.1mm, 17mm, and 9.6mm
Industry applications
Intelligent buildings, smart homes, and the Internet of Things.