Description
Specifications Table
Product Material – High-grade copper with insulated PVC sheathing
Grade – Laboratory-grade, low-voltage compatible
Application – Electrical circuit testing, signal transmission, and lab experiments
Product Overview
This premium lab test lead combines a crocodile clip on one end and a banana plug on the other, providing a versatile solution for secure electrical connections in laboratory settings. Engineered with high-grade copper conductors, it ensures minimal resistance and optimal signal transmission, making it ideal for precise measurements. The insulated PVC sheathing enhances durability while protecting against short circuits, ensuring long-term reliability. The crocodile clip offers a firm grip on various terminals, while the banana plug provides a quick and stable connection to compatible equipment. Designed for low-voltage applications, this lead is a must-have for accurate circuit testing, signal transmission, and experimental setups. Its robust construction and ergonomic design make it easy to handle, reducing the risk of connection errors during critical experiments. Whether used in educational labs or research environments, this lead delivers consistent performance, ensuring accurate results every time.
FAQs
1. What is the maximum voltage this lead can handle safely?
This lead is designed for low-voltage applications, typically up to 30V DC or AC, ensuring safe operation in standard lab conditions.
2. Can this lead be used with standard multimeters and power supplies?
Yes, the banana plug end is compatible with most multimeters, power supplies, and other lab equipment featuring standard 4mm banana sockets.
3. Is the crocodile clip insulated to prevent accidental short circuits?
The crocodile clip itself is not fully insulated, but the lead’s PVC sheathing minimizes exposure, reducing the risk of short circuits when handled properly.
4. Are there alternatives if I need a longer or shorter lead?
Alternatives are available in varying lengths, typically ranging from 30 cm to 2 meters, to suit different experimental setups and workspace requirements.
5. How should this lead be stored to maintain its performance?
Store the lead in a dry, cool environment, coiled loosely to prevent kinks or damage to the wiring, and avoid exposure to direct sunlight or chemicals.
