Branch Connector 1 to 2 for Parallel PV Connections

Branch connector 1 to 2 enables safe and efficient parallel connections in solar power systems and PV installations.

BRANCH CONNECTOR 1 to 2
BRANCH CONNECTOR 1 to 2

The Branch Connector 1 to 2 is designed to create reliable parallel connections in solar power systems. It allows one PV input to be split into two outputs while maintaining stable power transmission and low electrical loss. With a compact design and secure interface, this connector is ideal for expanding PV arrays and optimizing system layout in various solar applications.

SOLAR T BRANCH CONNECTOR SYSTEM

Technical Data(1 to 2)

Item

Specification

Item

Specification

Connector system

MC4 CONNECTING

Insulation material

PPO

Rated current

Certified by 50A

Locking system plug

Snap-in (nur/only MC4)

Rated voltage

1500V DC (IEC) / 600V DC (UL)

Flame class

UL94-HB / UL94-V0

Ambient temperature range

-40°C...+90°C (IEC) / -40°C...+40°C (UL)

Safety class

II

Degree of protection, mated

IP67

Contact system

MC Multilam

Contact resistance of plug connectors

0.5mΩ

Type of termination Crimpen

Crimping

Contact material

Copper, tin plated

Cable Size

2.5mm², 4mm², 6mm²

Insertion Force /With Draw Force

<50N/>50N

Warranty

5 years

Splits one PV input into two parallel connections

1 to 2 Output

Splits one PV input into two parallel connections

1 to 2 Output

Splits one PV input into two parallel connections

1 to 2 Output

Easy integration into PV systems

Compact Design

Easy integration into PV systems

Compact Design

Easy integration into PV systems

Compact Design

FAQs

Q1: What is a Branch Connector 1 to 2 used for?
It splits one PV input into two parallel outputs.

Q2: Where is it commonly used?
It is used in PV array expansion and parallel connections.

Q3: Does it affect power transmission efficiency?
It is designed to maintain stable power flow.

Q4: Is it suitable for different system sizes?
Yes, it can be used in various PV system scales.

Q5: Does it simplify PV system wiring?
Yes, it reduces wiring complexity.