MECHANIC Power Pro Max Power Supply Test Cable Type-C Input with 15 FPC Flex One-button Start Boot Line for iPhone 6-14 Pro Max [PTO]
MECHANIC Power Pro Max Power Supply Test Cable Type-C Input with 15 FPC Flex One-button Start Boot Line for iPhone 6-14 Pro Max [PTO]
SKU:1005004815779719-For 6-13 Series
SPECIFICATIONS
Brand Name: DIYPHONE
DIY Supplies: ELECTRICAL
Origin: Mainland China
is_customized: YES
Model Number: MECHANIC NEW Power Pro Max
Certification: none
Package: Case
Type: Mobile Phone Repair Tools
Application: Mobile Phone Repair
Compatible: for iPhone 6-14 Pro Max
Item: Motherboard Repair One Button Power Cord
Type: One Button Power Cord Fast Start Test Cable
Choice: yes
semi_Choice: yes
Mechanic Power Pro Max Boot Cable For iPhone 6-14 Pro Max
Description:
MECHANIC Power Pro Max Boot Power Supply Test Host Cable for iPhone 6-14 Pro Max Motherboard Repair One Button Power Cord Fast Start Test Cable with 15 FPC Connectors Alligator Clips.
Features:
Support iPhone iPhone 13 Series: suits for 6G/6P/6SP/7G/7P/8G/8P/X/XR/XS/XS Max 11/11Pro/11 Pro Max/12/12 Mini/12 Pro 12 Pro Max/13/13Mini/13Pro/13 Pro Max, come with 15 FPC connectors and a pair of alligator clips.
4 Type-C Input: The boot cable features 4 Type-c interface, compact size and high stability. It can supply power for 4 Type-C various types of mobile phones simultaneously.
Stable and durable: High precision matching motherboard battery buckle, reduce the risk of mobile phone maintenance.
One-button start: No need to use tweezers short circuit boot, one-button start safe and efficient.
Overvoltage smart prompt to avoid accidental burning: Starting voltage ≤4.7V, indicator shows green. Starting voltage ≥4.7V, indicator displays red.
High flexibility and density wire body has strong flexibility and it is wear resistance. Thickened copper wire core: low resistance, more accurate data detection, increased conduction area, low resistance.
Aluminum alloy body has high hardness, corrosion resistance, and easy to heat dissipation. CNC equipment precision machining, and surface using sandblasting anodic oxidation process.