The LT‑623 (SPL‑62) Quick Connection Terminal is a compact, easy‑to‑use wire connector designed to simplify electrical wiring by providing tool‑free, secure connections. It features a spring lock lever mechanism that allows solid or stranded wires to be inserted quickly without twisting or soldering. Ideal for electrical installations, control panels, LED lighting systems, and general wiring tasks, this terminal block offers reliable conductivity and robust performance.
🔧 Key Features
- 🔌 Quick connection design with spring lock lever — no tools required
- 🪛 Push‑in style wiring for fast installation
- 📏 4 conductors (2 inputs → 4 outputs) configuration (6:2)
- ⚡ Rated for up to 32 A and 450 V AC (typical for SPL‑62 series)
- 🛡️ Accepts both solid and stranded wires (from small to medium sizes)
- 🧱 Compact and robust nylon housing with metal contacts
📊 Specifications
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Model: LT‑623 (SPL‑62) Quick Connection Terminal
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Connection Type: Spring lock quick connection
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Conductor Count: 4 conductors (2 inputs, 4 outputs)
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Rated Voltage: ~450 V AC (typical)
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Rated Current: ~32 A
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Wire Size Range: Approx. 0.08 – 4.0 mm² single/stranded
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Stripping Length: ~11‑12 mm
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Housing Material: High‑grade insulative nylon
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Operating Temp: Approx. −40 °C to +105 °C
🧠 Applications
- 🔌 Electrical panel connections
- 💡 LED lighting and fixtures wiring
- 🏠 Home and commercial electrical installations
- 🤖 Control and automation systems
- 🚗 Automotive and vehicle wiring projects
📦 Package Includes
- 1 × LT‑623 (SPL‑62) Quick Connection Terminal Block
⚠️ Important Notes
- Make sure wires are stripped to the recommended length before insertion
- Ensure proper polarity and secure insertion for reliable performance
- Not intended for use in high‑vibration or outdoor exposed environments unless specified
⭐ Why Choose This Terminal Block?
The LT‑623 (SPL‑62) Quick Connection Terminal offers a fast, secure, and tool‑free method of making reliable electrical wire connections — ideal for installers, hobbyists, and professionals looking to simplify wiring and improve safety without compromising performance.
