Hydraulic Cylinder Position Feedback

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Hydraulic Cylinder Position Feedback Specification

Application
Hydraulic Cylinder Position Monitoring

Response Time
<1 ms

Cable Length
2 m

Signal Type
Current / Voltage

Mounting Type
Threaded / Flange

Sensitivity
High

Power Consumption
2 W

Sensor Type
Linear Transducer

IP Rating
IP67

Wireless
No

Product Type
Hydraulic Cylinder Position Feedback

Material
Stainless Steel

Input
Hydraulic Pressure

Function
Position Sensing

Usage
Industrial Automation

Accuracy
0.1 mm

Resolution
0.01 mm

Voltage
24 V DC

Weight
2 kg

About Hydraulic Cylinder Position Feedback

We are known as foremost manufacturer and supplier of Hydraulic Cylinder Position Feedback that is made available in diverse specifications in order to meet the varied needs of clients. The offered hydraulic cylinder is broadly used for heavy duty applications in cranes, turf equipment, aircraft, material handling, mining, etc. This Hydraulic Cylinder Position Feedback is equipped with position sensors viz end position proximity switches and continuous position feedback with inbuilt LVDT. Clients can purchase this hydraulic cylinder from us at rock bottom prices.

Key Features:

Robust construction
Corrosion resistance
Accurate dimensions
Durability

High-Precision Position Sensing for Hydraulic Cylinders

Featuring a linear transducer and leveraging hydraulic pressure as input, this sensor accurately measures cylinder positions with a remarkable 0.1 mm accuracy and a fine 0.01 mm resolution. Its high sensitivity and rapid response time make it ideal for applications requiring reliable and repeatable feedback, ensuring superior control in industrial automation workflows.

Durable Construction and Reliable Operation

Made from stainless steel, the sensor withstands challenging industrial conditions and resists corrosion. Thanks to its IP67 rating, it remains protected from dust and moisture. The threaded and flange mounting options provide flexibility in installation, while the supplied 2-meter cable ensures easy connectivity in various setups.

Versatile Signal Output and Efficient Power Use

Delivering both current and voltage output signals, the sensor integrates seamlessly with modern industrial control systems. Operating at 24 V DC and consuming only 2 W, it offers energy-efficient yet powerful performance for continuous hydraulic cylinder position monitoring. The sensor meets rigorous automation requirements for manufacturers, suppliers, and traders in India.

FAQs of Hydraulic Cylinder Position Feedback:

Q: How is the hydraulic cylinder position feedback sensor installed in industrial automation setups?

A: The sensor offers both threaded and flange mounting options, enabling straightforward integration onto hydraulic cylinders. Its 2-meter cable facilitates flexible positioning and connection within automation systems.

Q: What process does the sensor use to detect the position of hydraulic cylinders?

A: Using hydraulic pressure input, the linear transducer senses the cylinders position. It produces highly accurate readings with a 0.1 mm accuracy and a 0.01 mm resolution, which are then communicated via current or voltage signals.

Q: When should you use this high-precision sensor in hydraulic applications?

A: This sensor is recommended when precise monitoring and rapid response times are critical, such as in automated manufacturing, process control, or heavy-duty machinery requiring accurate hydraulic cylinder position feedback.

Q: Where are these sensors typically supplied and used in India?

A: These position feedback sensors are distributed, exported, imported, manufactured, and supplied throughout India. They are primarily used in industrial automation sectors where hydraulic cylinder position monitoring is essential.

Q: What are the key benefits of using a stainless steel hydraulic position feedback sensor?

A: The stainless steel design ensures durability and corrosion resistance in harsh environments. The high IP67 rating protects the sensor against dust and water, promoting reliable long-term performance in industrial settings.

Q: How does the sensors high sensitivity and fast response time improve automation efficiency?

A: With a response time of less than 1 ms and high sensitivity, the sensor enables real-time monitoring and swift system adjustments. This ensures optimal performance and minimized downtime in automated processes.