Products
FJC02 Series Digital Contact Displacement Sensor
  • FJC02 Series Digital Contact Displacement SensorFJC02 Series Digital Contact Displacement Sensor
  • FJC02 Series Digital Contact Displacement SensorFJC02 Series Digital Contact Displacement Sensor
  • FJC02 Series Digital Contact Displacement SensorFJC02 Series Digital Contact Displacement Sensor
  • FJC02 Series Digital Contact Displacement SensorFJC02 Series Digital Contact Displacement Sensor
  • FJC02 Series Digital Contact Displacement SensorFJC02 Series Digital Contact Displacement Sensor
  • FJC02 Series Digital Contact Displacement SensorFJC02 Series Digital Contact Displacement Sensor

FJC02 Series Digital Contact Displacement Sensor

Model:FJC02 Series
FJC02 Series Digital Contact Displacement Sensor high-precision scale absolute measurement mode. Multi-digit digital display of the measured value. Resolution up to 0.1um. Maximum accuracy up to 1um, no cumulative error. RS485 communication output.​

FUWEI is a leading China FJC02 Series Digital Contact Displacement Sensor manufacturer, supplier and exporter. Adhering to the pursuit of perfect quality of products, so that our FJC02 Series Digital Contact Displacement Sensor have been satisfied by many customers. Extreme design, quality raw materials, high performance and competitive price are what every customer wants, and that's also what we can offer you. Of course, also essential is our perfect after-sales service. If you are interested in our FJC02 Series Digital Contact Displacement Sensor services, you can consult us now, we will reply to you in time!


FJC02 Series Digital Contact Displacement Sensor Performance Characteristics:

The FJC02 Series Digital Contact Displacement Sensor boasts an array of outstanding performance characteristics that make it a reliable choice in various measurement scenarios. It adopts a high-precision scale absolute measurement mode, ensuring accurate and stable results without the need for frequent recalibration.Equipped with a multi-digit digital display, the measured value is presented clearly and intuitively, allowing users to read data with ease at a glance. In terms of resolution, it reaches an impressive 0.1μm, enabling the detection of even the tiniest displacements with exceptional sensitivity.What's more, the maximum accuracy of this sensor is up to 1μm, and crucially, there is no cumulative error, which guarantees long-term measurement reliability in continuous operation. For seamless data transmission and integration with other systems, it features an RS485 communication output, facilitating efficient and convenient data exchange in industrial automation and monitoring setups.



FJC02 Series: Driving Digital Industry with Intelligent Sensing

In the era where intelligent sensing empowers digital industry, the FJC02 Series Digital Contact Displacement Sensor stands out as a pivotal component. Its stable performance forms the cornerstone of reliable operations in automated production lines and precision manufacturing, ensuring consistent results even in harsh industrial environments.Accurate detection is another hallmark, with its high-precision capabilities enabling it to capture minute displacements, which is crucial for quality control and process optimization. Built with imported chips, the sensor delivers superior signal processing and anti-interference ability, effectively resisting electromagnetic disturbances and maintaining data integrity in complex industrial settings.Moreover, it responds swiftly to changes, providing real-time measurement data to support timely decision-making in dynamic production processes. Crafted to be sturdy and durable, the FJC02 Series can withstand prolonged use and physical wear, making it a cost-effective solution that enhances efficiency and reliability across digital industry applications.


FJC02 Series: Advancing with CMOS Grating Measurement PrincipleThe FJC02 Series Digital Contact Displacement Sensor leverages the innovative CMOS Grating Measurement Principle to deliver exceptional performance in precision measurement. At its core, this principle enables high-speed reading through CMOS sensors, which are cleverly embedded in complex patterns on the scale. This design allows the sensor to capture displacement data with remarkable efficiency, ensuring rapid response even in dynamic industrial environments.A key advantage of this technology is its ability to address critical challenges in measurement accuracy. Specifically, it has effectively solved the problems of temperature characteristics and tracking errors that often plague traditional displacement sensors. By minimizing the impact of temperature fluctuations on measurement results and reducing tracking errors, the FJC02 Series maintains consistent precision across varying operating conditions.This integration of advanced CMOS grating technology not only enhances the sensor’s reliability but also solidifies its position as a high-performance solution for applications requiring precise and stable displacement detection, from manufacturing quality control to precision engineering.




FJC02 Series: Versatile Performance Across Diverse Scenarios

The FJC02 Series Digital Contact Displacement Sensor stands out for its exceptional adaptability, making it suitable for various scenarios that demand high-precision measurement. In part inspection, it excels at detecting minute dimensional variations, ensuring that each component meets strict quality standards with reliable accuracy.When it comes to motor shaft offset measurement, the sensor’s high sensitivity and stable performance enable it to capture even the smallest deviations, providing critical data for maintaining motor efficiency and preventing potential failures. For glass flatness testing, its precise detection capability shines, as it can identify subtle irregularities on the glass surface, which is essential for industries requiring flawless optical or structural glass products.Beyond these, the FJC02 Series is also a top choice for precision displacement measurement in research labs and advanced manufacturing settings. Its ability to deliver consistent results across different environments and applications underscores its versatility, making it an indispensable tool in numerous fields where precision is paramount.

Specification

Amplifier
Type
NPN
PNP
model
FJC02-71N
FJC02-71P
Display Range
-29.999~29.999
Display Resolution
1um
Response Time
10ms,50ms,100ms,500ms,1000ms
Supply Voltage
12-30 VDC including 10% pulsation (P-P), CLass 2

Power Consumption

Maximum 2200mW (maximum 73.3mA at 30V)
Output Control
NPN collectoropen circuit 40V Maximum 50mA Remaining voltage lV maximum
PNP collectoropen circuit 30V Maximum 50mA Remaining voltage lV maximum
Control input
Input time ofat least 10ms
Reaction Time
<1ms
Consumption

Current

<20mA

Ambient Temperature

10°C~+50 °C, no freezing
Relative Humidity
35~85% RH, no condensation
shock
10~55Hz, composite amplitude 1.5mm,2 hours each in the X,Y, and Z directions
material
PC
weight
Approximately 140g(including power cord)
Sensing head

Model
FJC01-12
Measuring Range
0-12.5mm
Variable Range
0-12.5mm
Check The Accuracy
1um
Resolving Power
0.1um
supply Voltage
5V
Measuring Force
<1.5N
Elastic Force
1N

Protective

Structure

Amplifier
IP40

Sensing Head

IP65

Mechanical Life span

Over 10 million times
Ambient Temperature
Working hours: 0~+50°C; When saving: -10~+60°C

Environmental Humidity

Working hours:35~85% RH, no condensation
Vibration
10~55Hz,single amplitude 0.35mm,50 minutes each in the X, Y, and Z axis directions
Impact
150m/s’ 6 directions, 3 times each(up and down, left and right, front and back)
Weight
about 100g
Connection Method
Connector relay type
Material
Sensing Head
Stainless steel
Rubber Sheath Viton



Hot Tags: FJC02 Series High Precision Digital Contact Displacement Sensor, China, Manufacturer, Supplier, Factory, Buy Discount, Buy, Customized
Send Inquiry
Contact Info
To inquire about laser displacement sensors, tag sensors, or safety light curtains, kindly leave your email address, and we'll reach out to you within 24 hours.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept