1 / 4
Suitable for a variety of cables and terminals in the range of 2.5-6mm² (AWG 13-10), and compatible with various photovoltaic connector types such as MC4 and PV.
Core ratchet mechanism effectively maintains pressure and prevents rebound, making the crimping process more stable, reducing hand exertion and physical fatigue.
Precision engineering guarantees accurate, repeatable crimping every single time, providing stable electrical conductivity and reducing the risk of wiring failure.
Constructed from high-strength, wear-resistant, and corrosion-resistant materials for an extended working lifespan even under demanding environments.
Ergonomic handle crafted with dual-material TPE (soft rubber) + PP (hard rubber), providing a secure, comfortable, and slip-resistant grip during intensive use.
Features a pressure regulating valve for customization. Rotate the knob in the "+" direction to increase crimp pressure, or rotate towards "-" to decrease pressure.
Equipped with a release trigger button. In case of crimping error or mechanical jam, you can easily remove the terminal or obstacles without laborious disassembly.
The tool supports wire cross-sections from 2.5mm² to 6.0mm² (AWG 13-10), making it suitable for standard solar power cables and varied electrical setups.
It is specifically designed for photovoltaic connections, fully compatible with MC4, standard PV terminals, and related solar cable connectors.
The ratchet mechanism guarantees that adequate pressure is maintained throughout the operation without rebound. It prevents under-crimping and significantly reduces hand strain.
You can adjust the pressure regulating valve directly: rotate towards the "+" direction to increase crimping force, or turn towards the "-" direction to reduce it.
Simply press the integrated quick-release trigger button. This releases the ratchet lock immediately, allowing you to remove jammed connectors without disassembling the tool.
The handle features an ergonomic dual-material construction with soft TPE rubber for grip comfort and shock absorption, combined with sturdy PP hard rubber for structural stability.
