Solar PV Connectors 1500V 43A - PV Solar Cable Wire Connectors Compatible with Staubli MC4 Evo2

PV-TY 008-5

PV Connectors for Solar Panels
Core Technical Advantages (20-Year Expertise) + 20-year PV manufacturing + full-process control
• ±0.01mm precision hand assembly + 100% QC (zero PIN misalignment)
• TUV-certified (IEC 62852): 43A & 1500V DC
• -40°C~+85°C + IP68 protection
• PA66+tin-plated copper → 25-year lifespan
• Polarized anti-misinsertion + snap-lock (tool-only unlock)
• Tool-free assembly (50% faster) + 2min quick replacement
• 2.5-6mm² cable compatibility (all mainstream modules)
• 1500V high-voltage support
• 100k+ units/day output + 1-15 day lead times
• Pros/DIY-friendly: low insertion force + intuitive operation

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Technical Data Sheet

Solar PV Connectors PV-TY008 Technical Data Sheet

Type	Φ4.0mm PV Connector
Rated Voltage	1500V DC
Rated Current	43A
Rated Impulse Voltage	16kV
Rated Insulation Voltage	8kV
Contact Resistance	≤0.5mΩ
Protection Class	Class ‖
Pollution Class	2
Insulation Material	PPE/PPO/PA
Contact Material	Copper, Tin-Plated
Temperature Range	-40℃ to +85℃
Flame Resistance	UL94_V0 5VA
Upper Limiting Temperature	100 ℃
Cable Size	2.5mm², 4.0mm², 6.0mm²
Application Class	A
Over Voltage Category	III
Relative Humidity	85%
Pin Dimensions	Φ4.0mm
Operating Cycles	100
Sealing Material	Silicon Rubber
Reference Standard	IEC 62852 / EN 62852
Approval	TUV R 50585814

TUV CERTIFICATE

TUV Rheinland / Certificate No. R 50585814

web site : www.tuv.com

https://www.certipedia.com/certificates/50585814?locale=zh-CN

TUV certificate of solar PV connector-1500VDC43A

How to Ensure the Production of TUV-Standard Solar PV Connectors ?

precision molds of solar PV connector Logo marking on the mold of solar PV connector

( PV-TY008 mold ) ( Logo marking on the mold - OEM for clients )

With 20 years of PV manufacturing experience, TYOU engineers every solar PV connectors from mold to assembly with uncompromising precision.

✅Mold Design – The DNA of Solar PV Connectors
Micron-level tolerances (±0.005 mm) and CAE mold flow analysis ensure each solar pv connectors cavity fills perfectly, avoiding short shots, warpage, and weld lines. Shrinkage is pre-compensated (PC/PE/PP 0.6%, PA 0.8%), and high-performance SKD61 steel (HRC 60, corrosion ≤0.03 mm/year) gives the solar PV cable connectors mold a lifespan exceeding 1 million cycles. This steel choice is fundamental for solar PV connectors that demands long-term dimensional stability. DLC-coated surfaces and 5-axis CNC machining (0.002 mm capability) further refine every housing.

✅Material Science – Engineering the 25-Year Solar PV Connectors
We select halogen-free, flame-retardant PA66/PPO so the PV connectors housing withstands 85°C/85% RH, -40°C impacts (1 J, no cracking), and UV aging (xenon 1000 h, tensile strength retention ≥80%). Incoming resin is tested for MFR (15 g/10 min), CTI ≥600 V, and dielectric strength ≥20 kV/mm, guaranteeing consistent raw material quality for all solar PV connectors.

✅Terminal Integrity – The Electrical Heart of the Solar PV Connectors
Our PV wire connectors terminals employ high-elasticity copper alloy, bright tin plating (3–8 µm), and a four-arm elastic cage structure that ensures redundant contact paths. With contact force ≥20 N and insertion force ≤80 N, IEC 60512 testing proves the solar pv connectors maintains contact resistance ≤0.5 mΩ even after 200 thermal cycles and 72-hour salt spray. Third-party TÜV/UL reports confirm the PV solar connectors are built for 25 years of uninterrupted field performance.

( TUV website: www.tuv.com; UL website : www.ul.com; GB/T website: https://openstd.samr.gov.cn/bzgk/gb/index)

Assembly: Pre-assembly gaps, insertion depth, and tightening torque are all validated to lock in the reliability of every unit.

Installation Show

installation-solar pv connectors for solar panels

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