SHIVERPEAKS PV4 T-Adapter Cable Set, 2-to-1, 4 mm², Red/Black, 30 cm (BS02-21022)

Rated for 1000 V DC and 30 A with tinned copper conductors, this SHIVERPEAKS PV4 T-Adapter Cable Set delivers robust parallel connections in solar photovoltaic systems. The 2-to-1 configuration branches two PV module strings into a single output, simplifying array wiring and reducing installation time.

Overview

Engineered for demanding solar environments, the BS02-21022 features 4 mm² cross-section cables with XLPE insulation and jacket, providing excellent UV and weather resistance. The connectors meet IP67 protection, ensuring reliable performance in outdoor conditions. With a compact 30 cm length and red/black colour coding, polarity identification is straightforward, minimising the risk of miswiring.

What stands out

• High current capacity: 30 A rated current supports modern high-efficiency PV modules.
• Durable construction: Tinned copper conductors resist corrosion, while XLPE insulation withstands temperatures from -40°C to +90°C.
• Easy integration: PV4 (MC4-compatible) connectors allow quick, tool-free mating with standard solar cables.
• Flame retardant: Enhanced safety for rooftop and ground-mounted installations.

Technical details

• Adapter type: T-branch connector cable
• Connection configuration: 2-to-1 parallel
• Connector standard: PV4 (MC4 compatible)
• Cable cross-section: 4 mm²
• Cable length: 30 cm
• Cable colour: Red / Black
• Rated voltage (DC): 1000 V
• Rated current: 30 A
• Conductor material: Tinned copper
• Insulation material: XLPE (cross-linked polyethylene)
• Jacket material: XLPE (cross-linked polyethylene)
• Protection degree (connectors): IP67
• UV resistance: Yes
• Weather resistance: Yes
• Operating temperature range: -40°C to +90°C
• Flame retardant: Yes
• Application: Solar photovoltaic systems
• Number of input connectors: 2
• Number of output connectors: 1

Our verdict

With its high current rating, rugged build, and straightforward parallel branching, this T-adapter set is a reliable choice for solar installers seeking efficient array connections without compromising safety or longevity.