Gefran PA1 Rectilinear Displacement Transducer

Gefran PA1 Rectilinear Displacement Transducer Specification

Resistance
5 kÎ© to 10 kÎ© (depending on model)

Output
Analog

Theory
Potentiometric

Type
Rectilinear Displacement Transducer

Accuracy
Â±0.05% FS (Full Scale)

Operating Voltage
up to 60 VDC as per model specification

Output Voltage
0 - 10V (dependent on model)

Compensated Temperature
-30Â°C to +100Â°C

Storage Temperature
-50Â°C to +120Â°C

Operating Temperature
-30Â°C to +100Â°C

Vibration Resistance
5...2000 Hz, Max 20 g

Linearity
±0.05% FS

Protection Class
IP65

Connector Type
3-pole or cable (as per model)

Repeatability
≤ 0.01 mm

Maximum Applied Voltage
60 VDC (depends on version)

Mechanical Stroke Length
25 mm to 600 mm (various models available)

Wiper Current
< 10 μA

Body Material
Anodized aluminum

Shock Resistance
Max 50 g, 11 ms

Electrical Travel
Equal to mechanical stroke +2mm

Mounting
Brackets with ball-joints or other options

About Gefran PA1 Rectilinear Displacement Transducer

25 to 150 mm stroke
Mechanical linkage using joint with take-up of play, M4 thread
Independent linearity up to 0.05%
Infinite resolution
No variation of electrical signal outside theoretical electrical stroke
Displacement speed up to 5 m/s
Working temperature: -30...+100C
Electrical connections:
PA1 F 3 wire 1 m screened cable
PA1 C 5 pole connector 1 m (DIN 43322)
Life duration: 100x106 operations (within C.E.U.)
Grade of protection IP40

High Accuracy and Superior Linearity

The Gefran PA1 delivers high-precision performance, featuring repeatability up to 0.01 mm and a linearity of 0.05% of full scale. This ensures precise linear position feedback for industrial applications such as automation systems, machinery monitoring, and quality control.

Rugged and Versatile Design

Built from anodized aluminum and rated IP65, the PA1 transducer resists dust and water, making it suitable for challenging environments. Its flexibility in mounting, with brackets and ball-joints, allows easy integration into new or existing setups.

Wide Range of Models and Specifications

With mechanical stroke lengths ranging from 25 mm to 600 mm and several electrical options, the PA1 supports diverse project requirements. It operates across a broad voltage range (up to 60 VDC) and output types, enabling tailored solutions for varied industrial needs.

FAQ's of Gefran PA1 Rectilinear Displacement Transducer:

Q: How is the Gefran PA1 Rectilinear Displacement Transducer installed?

A: The PA1 can be mounted using brackets with ball-joints or other available mounting options, allowing easy installation and alignment in various mechanical setups, depending on your project's requirements.

Q: What benefits does the PA1 offer in terms of measurement accuracy?

A: With a repeatability of 0.01 mm and linearity of 0.05% FS, the PA1 ensures highly precise position measurements, making it ideal for applications where reliability and accuracy are paramount.

Q: Where can the Gefran PA1 be used?

A: The PA1 is suitable for industrial environments, including automation, machinery, and quality control systems. Its IP65 rating and robust anodized aluminum body make it suitable for dusty, damp, or otherwise demanding settings.

Q: What process does the PA1 use to sense displacement?

A: The PA1 functions based on potentiometric theory, using a resistive element and a moving wiper to convert linear displacement into an analog electrical output proportional to the position.

Q: What are the available electrical connection options for the PA1 transducer?

A: Depending on the selected model, the PA1 offers either a 3-pole connector or a cable connection, providing flexibility for integration with existing control systems.

Q: When should you consider using a PA1 displacement transducer?

A: Choose the PA1 when you require high accuracy, robustness, and versatility in linear displacement sensing, especially when working in harsh industrial environments.

Q: What is the operating temperature range for the Gefran PA1?

A: The PA1 can reliably operate between -30C and +100C, with storage temperatures extending from -50C to +120C, ensuring dependable performance across a broad range of conditions.