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M12 Aviation Head Control Spring Cable
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M12 Aviation Head Control Spring Cable
M12 Aviation Head Control Spring Cable
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M12 Aviation Head Control Spring Cable

M12 Aviation Head Control Spring Cable Description M12 Aviation Head Control Spring Cable Parameter M12 Aviation Head Control Spring Cable Introduction Here is some information to help control an M12 aviation head control spring cable: M12 Aviation Head Control Spring Cables These types of…

Product Introduction
M12 Aviation Head Control Spring Cable Description

· Molded and Spring

· Different Fuction cable as Requirement

· Suitable for Machine use

· UL listed for safety; IEC standard; TUV

 

M12 Aviation Head Control Spring Cable Parameter

Rated Voltage:

12V-24V

Rated Current:

0.1A-10A

Connector:

Molded and Spring

Power Supply:

Electric

 

M12 Aviation Head Control Spring Cable Introduction

Here is some information to help control an M12 aviation head control spring cable:

M12 Aviation Head Control Spring Cables

These types of spring cables are used in aircraft headrest and seat control systems to provide adjustable tension and resistance. They typically have M12 threaded ends to connect to the aircraft seat frame and headrest.

Control Objectives

The main objectives in controlling an M12 aviation head control spring cable would be:

1. Adjustable tension – You want to be able to programmatically adjust the amount of tension or resistance provided by the spring cable to suit the user’s preference.

2. Consistent tension – You want to maintain a consistent and stable level of tension over time, even as the spring cable ages.

3. Position control – If the spring cable controls the position of a headrest or seat, you want to precisely control the position based on user input or automation.

Control System Components

A control system for an M12 aviation head control spring cable would likely include:

• Actuator – A motor, linear actuator, or pneumatic cylinder attached to one end of the spring cable to adjust the tension.

• Position sensor – A linear potentiometer, encoder, or Hall effect sensor to measure the position of the headrest or seat for feedback.

• Load cell – An optional load cell sensor attached to the spring cable to directly measure the tension and provide feedback for a control loop.

• Controller – A microcontroller or programmable logic controller (PLC) to run the control algorithms and actuate the actuator based on sensor feedback.

• User input – Some means of accepting user input to specify the desired tension or position, such as buttons, switches or a touchscreen.

The controller would implement a control algorithm, potentially a PID loop, that uses feedback from the position and/or load cell sensors to actuate the actuator and achieve/maintain the desired tension and position settings.

 

 

 

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Frequently Asked Questions
 
 

M12 Aviation Head Control Spring Cable

What type of actuator should I use?

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Common choices are a DC motor, linear actuator, or pneumatic cylinder. Motors provide precise position control but require more power. Actuators are simpler and use less power but may not need position control. Pneumatic cylinders are robust but require an air supply.

What voltage should I use?

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Most systems use 12V or 24V DC as this is compatible with aircraft power systems and provides enough power for actuators and sensors. Higher voltages require more complex safety systems.

How do I measure cable tension?

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You can indirectly measure tension by controlling cable extension based on position feedback. For more precision, attach a load cell sensor directly to the cable to measure tension in a control loop.

How do I control cable position precisely?

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Use a linear position sensor like a potentiometer or encoder to measure the cable extension. Then implement PID control of an actuator to maintain the desired setpoint position based on sensor feedback.

What type of controller should I use?

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Common options are a microcontroller, PLC, or small industrial controller. Choose based on required I/O, processing power, real-time control capabilities, and interface requirements.

 

 

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