Gefran Transducer
Gefran Transducer
Gefran Transducer in Textile Machinery Parts
A Gefran Transducer is an important electronic device used to measure and convert physical values like pressure, position, or temperature into electrical signals. In the textile industry, it is commonly used in various textile machinery parts to help monitor and control different machine functions.
In textile processes such as weaving, dyeing, printing, or finishing, accurate control of pressure, movement, and temperature is very important. The Gefran Transducer helps in reading these values and sending them to the control system. This allows machines to operate smoothly and maintain fabric quality.
Gefran Transducers are known for their high precision, fast response time, and long-lasting performance. They are made with strong materials to handle harsh factory conditions like dust, moisture, and chemical exposure. They are easy to install and require very little maintenance.
Using a Gefran Transducer in textile machinery parts helps improve automation, reduce manual errors, and increase overall production efficiency. It ensures better control over processes, less fabric waste, and higher product quality. That’s why many modern textile machines include Gefran transducers as part of their advanced control systems for smart and reliable manufacturing.
OVERVIEW
Overview of Gefran Transducer in Textile Machinery Parts
A Gefran Transducer is a key component used in many textile machinery parts to measure and convert physical values like pressure, position, or temperature into electrical signals. These signals are then sent to the control system to help manage different functions of the textile machine.
In the textile industry, processes such as dyeing, finishing, and weaving require precise control. The Gefran Transducer ensures that machines operate with the right settings, helping to improve fabric quality and reduce waste.
Gefran Transducers are compact, reliable, and built to handle tough working conditions like dust, humidity, and chemical exposure. They offer high accuracy, quick response, and long-term stability, making them ideal for continuous use in textile production lines.
By using Gefran Transducers in textile machinery parts, manufacturers can achieve better automation, smoother machine performance, and improved production efficiency, making them a smart investment for modern textile operations.
SPECIFICATION
Technical Specifications of Gefran Transducer for Textile Machinery Parts
Type: Pressure, position, or temperature transducer (model dependent)
Measurement Range:
Pressure: 0 to 600 bar (depending on model)
Position: 0 to 100 mm (linear)
Temperature: -50°C to +150°C (depending on sensor type)
Output Signal:
Analog: 4–20 mA, 0–10 V, or 0.5–4.5 V (depending on model)
Digital: Optional communication protocols (e.g., CANopen, Modbus)
Accuracy: ±0.1% to ±0.5% of full scale
Power Supply: 12–30 VDC (typical)
Operating Temperature: -20°C to +85°C (standard models)
Protection Rating: IP65 to IP67 for dust and water resistance
Material: Stainless steel housing, suitable for harsh environments
Mounting: Threaded or flange connections compatible with textile machinery parts
Response Time: <10 ms typical
These technical specs make Gefran Transducers reliable and efficient for precise monitoring and control in textile machinery parts.
FEATURES
Features of Gefran Transducer in Textile Machinery Parts
The Gefran Transducer offers several important features for use in textile machinery parts:
High Accuracy: Provides precise measurement of pressure, position, or temperature for better machine control.
Fast Response Time: Quickly detects changes, ensuring smooth operation of textile machines.
Durable Construction: Made from strong materials to withstand dust, moisture, and chemicals in textile factories.
Compact Size: Fits easily into various textile machinery parts without taking much space.
Easy Installation: Designed for simple setup and integration with existing systems.
Wide Measurement Range: Suitable for different parameters required in textile processes like weaving and dyeing.
Low Maintenance: Requires minimal upkeep, reducing downtime.
Reliable Signal Output: Sends stable and accurate electrical signals to control systems for efficient automation.
These features make the Gefran Transducer a reliable and essential component for improving performance in modern textile machinery parts.
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