Basic Data

Connection method

spring cage connection

Color

yellow-green

Insulation material type

PA

Number of layers

2

Connection volume

2

Flame retardant grade determined according toGB308

V0

Rated pulse withstand voltage

6KV

Pollution level

Ⅲ

Rigid conductor

0.14 -4mm²

Flexible wire

0.14 -2.5mm²

Rigid multi-conductor

0.20 -1.5mm²

Flexible multi-conductor

0.25 -1.5mm²

Flexible conductors with tubular bare ends

0.25 -1.5mm²

Flexible conductors with TWilN tubular pre.insulat

0.5mm²

Connection capacity AWG

26-12

Stripping length

10mm

Implementation standards

IEC 60947-7-2 GB/T 14048.8

Product size

18mm

Terminal thickness

5.2mm

Width

72mm

End plate thickness

2.2mm

Height U7.5

36.5mm

Product Advantage
Product Model
Product Details
Product Material

Product Advantage

RNS2.5-QUOTTRO-PE Series
Four conductor pull-back spring terminals
Compact design and upper connecting method it saved space also convenient to connect in narrow room.
Connecting space can put conductor(nominal cross
section) with plastic sleeves.
Consecutive double bridge can save distributing voltage time also can store test accessories.

Learn More
Product Model

The RNS series spring terminals boast a comprehensive range, offering customizable options to cater to the wiring needs of electrical and energy equipment. Designed to provide efficient and reliable solutions for connectivity, these terminals utilize a spring mechanism that ensures a secure and stable connection. With a variety of sizes and configurations, they can accommodate diverse wire gauges, making them adaptable to multiple applications.
Product Details

The RNS series comprises a housing, a spring, and a clamping system. The spring-loaded design applies consistent pressure on wires for a tight grip, while the housing provides insulation. The clamping mechanism, be it screw, lever, or push-in, allows for easy wire insertion and removal. Made from conductive materials, they ensure reliable connections.
Product Material

The RNS type spring terminals are often made from high-quality materials to ensure optimal conductivity and resistance to corrosion. Their customizability allows for tailored solutions to meet specific customer requirements, enhancing the performance and efficiency of electrical and energy systems. For detailed technical specifications and customization options, consult the manufacturer's specifications or services.