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M7 X 0.75 Bushing Thread Trimmer Potentiometer with Single-turn Or Multi-turn Adjustment and Carbon Resistive Material for Electronic Applications
  • M7 X 0.75 Bushing Thread Trimmer Potentiometer with Single-turn Or Multi-turn Adjustment and Carbon Resistive Material for Electronic Applications

M7 X 0.75 Bushing Thread Trimmer Potentiometer with Single-turn Or Multi-turn Adjustment and Carbon Resistive Material for Electronic Applications

Product Details
Applications:
Calibration, Tuning, And Adjustment In Circuits
Temperaturecoefficient:
±100 Ppm/°C
Adjustmenttype:
Single-turn Or Multi-turn
Terminalresestance:
≤±1%R Or 10Ω
Bushing Thread:
M7 X 0.75
With Knob:
Okay
Temperature Range:
-55°C~+125°C
Resistive Material:
Carbon
Highlight: 

M7 X 0.75 Bushing Thread Trimmer Potentiometer

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Single-turn Or Multi-turn Adjustment Variable Resistor

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Carbon Resistive Material Trimpot

Product Description

Product Description:

The Trimmer Potentiometers are precision electronic components designed for fine-tuning and calibration in various electrical circuits. Featuring a termination style of PC pins, these potentiometers offer reliable and secure connections to printed circuit boards, ensuring stable performance and ease of installation. With a terminal resistance accuracy of ≤±1%R or a minimum of 10Ω, they provide consistent resistance values crucial for applications demanding high precision and stability.

The mechanical design of these trimmer potentiometers includes a bushing thread sized M7 x 0.75, which allows for robust mounting and easy integration into different device enclosures or panels. This standardized threading ensures compatibility with a wide range of hardware setups, making them versatile components in both industrial and consumer electronics.

One of the distinguishing features of these trimmer potentiometers is the inclusion of a knob, which facilitates manual adjustment during calibration, tuning, and adjustment tasks. The knob offers tactile feedback and precise control, enabling technicians and engineers to make accurate resistance changes without the need for specialized tools. This is particularly beneficial in scenarios where quick and repeatable tuning is required.

Trimmer potentiometers are widely used in applications such as calibration, tuning, and adjustment in circuits. They play an essential role in optimizing the performance of various electronic devices by allowing fine adjustments to voltage, current, or signal parameters. This makes them indispensable components in the development and maintenance of complex electronic systems.

In the context of modern consumer electronics, these trimmer potentiometers find applications in devices such as cordless hedge trimmers, electric hair trimmers, and cordless hair trimmers. For instance, in cordless hedge trimmers, they help in fine-tuning the motor speed control circuits to achieve optimal cutting performance and battery efficiency. Similarly, in electric hair trimmers and cordless hair trimmers, trimmer potentiometers enable precise adjustment of motor speed and power settings, ensuring smooth and comfortable user experiences.

The robust construction and reliable electrical characteristics of these potentiometers ensure they can withstand the rigors of everyday use in portable and cordless devices. Their compact size and easy integration capabilities make them ideal for handheld tools where space constraints are common, yet precise control is necessary.

Moreover, their application extends beyond just consumer tools; they are also vital in professional electronic equipment requiring frequent calibration and adjustment. Their consistent performance over time helps maintain device accuracy and prolongs the lifespan of the equipment they are integrated into.

In summary, the Trimmer Potentiometers with PC pin termination, high terminal resistance accuracy, M7 x 0.75 bushing thread, and an included adjustment knob offer an excellent solution for calibration, tuning, and adjustment in circuits. Their use in cordless hedge trimmers, electric hair trimmers, and cordless hair trimmers underscores their versatility and importance in both consumer and industrial electronics. These potentiometers combine precision, durability, and ease of use, making them indispensable components for enhancing the functionality and reliability of a wide range of electronic products.


Features:

  • Product Name: Trimmer Potentiometers
  • Terminal Resistance: ≤±1%R or 10Ω
  • Resistive Material: Carbon
  • Temperature Coefficient: ±100ppm/℃
  • Termination Style: PC Pins
  • Resistance Range: 10 Ohms to 2 Megaohms
  • Ideal for use in Electric String Trimmer applications
  • Compatible with Copal Potentiometer standards
  • Suitable for Candle Wick Trimmer electronic controls

Technical Parameters:

Termination Style PC Pins
Applications Calibration, Tuning, And Adjustment In Circuits
Adjustment Type Single-turn Or Multi-turn
Resistance Range 10 Ohms To 2 Megaohms
Temperature Range -55°C ~ +125°C
Terminal Resistance ≤±1%R Or 10Ω
Temperature Coefficient ±100 Ppm/°C
Resistive Material Carbon
Size Dimensions Varies, Typically 6mm To 15mm Diameter
Bushing Thread M7 X 0.75

Applications:

Trimmer potentiometers are essential components widely used in various electronic applications for precise calibration, tuning, and adjustment in circuits. Their accuracy and reliability make them indispensable in scenarios where fine-tuning electrical parameters is crucial. With a terminal resistance tolerance of ≤±1%R or 10Ω, these potentiometers provide consistent performance, ensuring that electronic devices operate at optimal levels. The through-hole mounting type and PC pin termination style facilitate secure and stable installation on printed circuit boards, making them suitable for both prototype development and mass production.

The M7 x 0.75 bushing thread design of trimmer potentiometers allows for easy and firm mounting, which is particularly beneficial in environments subjected to vibration or mechanical stress. This makes them highly suitable for use in devices such as candle wick trimmers, where precise adjustment is necessary to control the trimming mechanism accurately. In electric grass trimmers, the potentiometers can be used to fine-tune the motor speed or power output, enhancing the tool’s efficiency and user control. Similarly, in electric hair trimmers, these components help in adjusting the cutting speed or blade positioning, providing a smooth and customizable trimming experience.

Beyond these specific tools, trimmer potentiometers find applications in a broad range of electronic equipment including audio devices, measurement instruments, and industrial control systems. Their ability to be finely adjusted makes them ideal for calibration tasks where even minor deviations can affect overall system performance. The through-hole mounting ensures durability and ease of replacement, which is crucial in maintenance and repair scenarios.

In summary, trimmer potentiometers are versatile components designed for precision adjustment in various electronic circuits. Their robust construction, combined with the M7 x 0.75 threaded bushing and PC pin termination, supports reliable mounting and connectivity. Whether used in candle wick trimmers, electric grass trimmers, electric hair trimmers, or other electronic devices, these potentiometers enable users to achieve accurate tuning and optimal performance, making them a vital part of modern electronic design and maintenance.


Customization:

Our Trimmer Potentiometers can be customized to meet your specific requirements with a temperature coefficient of ±100 Ppm/°C, ensuring stable performance across varying temperatures. Designed with a stopper torque of ≥40mN.m, these potentiometers provide reliable resistance control for precision applications. Featuring a through hole mounting type and PC pins termination style, they offer easy installation and secure connections in your electronic circuits. The bushing thread is M7 X 0.75, compatible with a variety of mounting setups. Ideal for integration with Acrylic Trimming Machine and Edge Trimming Machine systems, our potentiometers are perfect for applications involving Aluminium Trim Profiles, delivering durability and accuracy in trimming and adjustment tasks.


Support and Services:

Our Trimmer Potentiometers come with comprehensive technical support and services to ensure optimal performance and reliability. We provide detailed datasheets, application notes, and installation guides to assist with proper usage and integration into your projects. Our engineering team is available to offer expert advice on product selection, circuit design, and troubleshooting. Additionally, we offer custom solutions and modifications to meet specific requirements. For maintenance, calibration, and repair services, please consult our support resources to maximize the lifespan and accuracy of your trimmer potentiometers.


Packing and Shipping:

Our Trimmer Potentiometers are carefully packaged to ensure maximum protection during transit. Each unit is placed in anti-static bags to prevent damage from electrostatic discharge. The products are then securely packed in sturdy boxes with adequate cushioning materials to avoid any mechanical impact.

For shipping, we offer multiple options including standard, expedited, and express delivery services. All shipments are handled with care and tracked until they reach the customer. We ensure timely dispatch and provide tracking information promptly after the order is processed.

Bulk orders are palletized and shrink-wrapped to maintain stability and safety. We also comply with all relevant shipping regulations to guarantee a smooth delivery process worldwide.


FAQ:

Q1: What is a Trimmer Potentiometer?

A Trimmer Potentiometer is a small adjustable resistor used to calibrate, tune, or adjust electronic circuits. It allows fine-tuning of voltage or current in a circuit.

Q2: What are the common applications of Trimmer Potentiometers?

Trimmer Potentiometers are commonly used in calibration circuits, adjustable power supplies, audio equipment, and sensor adjustments to fine-tune performance.

Q3: How do I adjust a Trimmer Potentiometer?

Adjustment is typically done using a small screwdriver to turn the screw on top of the trimmer, changing its resistance value to the desired setting.

Q4: What resistance values are available for Trimmer Potentiometers?

Trimmer Potentiometers come in a wide range of resistance values, typically from a few ohms up to several megaohms, depending on the model and application requirements.

Q5: What types of mounting options are available for Trimmer Potentiometers?

They are available in various mounting styles including through-hole, surface-mount, and panel-mount configurations to suit different circuit designs.


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