GOOT CD-15 ceramic trimmer screwdriver 1.3mm x 0.4mm
Brand: GOOT
VAT included (Ex VAT: 2.50 €)
Volume Discounts
| Quantity | Price | Save |
|---|---|---|
| 2+ | 2.95 € | -4% |
| 10+ | 2.80 € | -9% |
| 20+ | 2.46 € | -20% |
The GOOT CD-15 ceramic trimmer screwdriver for potentiometers is a specialised tool designed for precise adjustments in sensitive electronic components. Its ceramic tip measures 1,3mm x 0,4mm, perfect for potentiometers and other fine-adjustment elements in electronic circuits.
Main features:
- Ceramic material: Non-conductive and non-magnetic, ideal for avoiding interference in high-frequency bands.
- Precise dimensions: 1,3mm x 0,4mm tip for fine, controlled adjustment.
- Applications: Adjustment of potentiometers in audio equipment, computers and telecommunications systems.
- Ergonomics: Compact design that makes handling easier in tight spaces and with delicate components.
This screwdriver is especially useful for electronics technicians and professionals who require precision and safety when handling sensitive components. Its ceramic material ensures there will be no electrical conductivity or magnetism that could affect circuit operation during adjustment.
Typical uses:
- Adjustment of potentiometers in amplifiers and professional audio equipment.
- Configuration and calibration of components in computers and electronic devices.
- Maintenance and adjustment in telecommunications systems where high-frequency signals are handled.
Compatibility: Compatible with most potentiometers and electronic components that require fine adjustment without the risk of damage from conductivity or magnetism.
In short, the GOOT CD-15 ceramic trimmer screwdriver is an essential tool for any professional who needs to make precise and safe adjustments to delicate electronic components.
- 1.3mm x 0.4mm ceramic tip for fine adjustment
- Non-conductive and non-magnetic material
- Ideal for potentiometers in audio equipment, computers and telecommunications
- Ergonomic design for comfortable, precise handling
- Perfect for adjustments in high-frequency bands
Customer Questions & Answers
What is the main advantage of using a ceramic screwdriver such as the Goot Cd-15 instead of a metal one for adjusting potentiometers in electronic circuits?
The Goot Cd-15, being made of ceramic, is completely non-conductive and non-magnetic, which helps prevent the creation of stray current loops or electromagnetic interference. This is key when calibrating sensitive high-frequency components, where a metal screwdriver could alter the signal or the adjustment.
What special care does the ceramic on the Goot Cd-15 require, and how durable is it compared with plastic or metal alternatives?
Ceramic offers excellent chemical and thermal resistance, but it is more brittle under impact than plastic or metal. Avoid dropping it or applying excessive torque. With proper use and handling, its service life is longer than that of plastic tools, but it is less tolerant of knocks.
What safety standards or certifications does this screwdriver comply with for professional use?
No specific international certifications are stated for the product, such as VDE or IEC, but its use is in line with recommended safe practices for adjustment work on sensitive electronics. It is advisable to check any specific certification requirements in regulated environments.
What is the GOOT CD-15 ceramic trimmer screwdriver used for?
It is used to make precise adjustments to potentiometers and sensitive electronic components, avoiding interference thanks to its non-conductive and non-magnetic ceramic material.
Is it suitable for working with high-frequency equipment?
Yes, its ceramic material is ideal for high-frequency bands as it does not generate magnetic or electrical interference.
What size is the screwdriver tip?
The tip measures 1,3mm wide by 0,4mm thick, suitable for fine adjustments in potentiometers.
Is it compatible with all potentiometers?
It is compatible with most potentiometers and electronic components that require fine and safe adjustment.
Is the screwdriver conductive or magnetic?
No, it is made from ceramic material that is neither conductive nor magnetic, ensuring safety in electronic adjustments.