Description
1. Integrated image collecting and algorithm chip together,
ALL-in-One2. The flexibility to adapt to the conditions was the fingers,
whether it is dry fingers, wet fingers, light texture fingerprints
fingers, and old fingers, all have high recognition rate3. The main application areas: can be embedded into a variety of
end products, such as: access control, attendance, safety deposit
boxThe R502-F is waterproof design.(Except the connector part, after
install the R502-F, you can protect it by yourself)
R502-F can connect with
KS200,K202,K215-V1.3,K216,K219-A,K220,KS220,K236-A Fingerprint
control board.
***The different between R502-F with R502-A:
R502-F is waterproof design. R502-A is not.
Size have a little different.
***The different between R502-F with R503:
R503 have a zinc alloy enclosure, easy for installation. You can
make a M25 hole and install it directly.
R502-F don't have enclosure, but it is smaller and waterproof.
***The different between R502-F with R502:
R502 LED is on the top of module, size is very thin.
R502-F is round LED, thicker than R502, but waterproof.R502-F Specifications
Model | R502-F |
Type | Capacitive Fingerprint Module |
Interface | UART(TTL) |
Resolution | 508 DPI |
Voltage | DC 3.3V |
Fingerprint Capacity | 200 |
Sensing array | 192*192 pixel |
Working current | 20mA |
Standby current | Typical touch standby voltage: 3.3V, Average current: 2uA |
Fingerprint module external size | Diameter 21.5 (mm) |
Fingerprint module inner size | Diameter 19.4 (mm) |
Fingerprint module height | 9 (mm) |
Effective collection area | Diameter 15.5 (mm) |
Connector | SH1.0-6Pin |
LED Control | YES |
LED Color | RGB |
Scanning Speed | < 0.2 second |
Verification Speed | < 0.3 second |
Matching Method | 1:1; 1:N |
FRR | ≤1% |
FAR | ≤0.001% |
Work environment | -20C ---60C |
Work Humidity | 10-85% |
Anti-static capacity | 15KV |
Abrasive resistance intensity | 1 million times |
Communications baud rate (UART): | (9600 × N) bps where N = 1 ~ 12(default N = 6, ie 57600bps) |
Files
·Provide Free Reference SDK Files for Arduino, Android,.Net,Windows
and so on.
·Provide User ManualYou can download the R502-F user manual from this website link:
https://hzgrow.en.made-in-china.comR502-F Operation display video on Youtube: https://youtu.be/8w_bkgwTabEIf need SDK files,pls contact us.The Role of Fingerprint Modules in Modern Security and Time
Management Systems
In the rapidly evolving landscape of security and time management
solutions, fingerprint modules have emerged as a cornerstone
technology, driving innovation and enhancing the efficiency of
various systems. From fingerprint time attendance systems to
fingerprint access control systems, these modules play a pivotal
role in ensuring the security and smooth operation of numerous
applications.
A fingerprint module is a compact, sophisticated device that
captures and analyzes the unique patterns of an individual's
fingerprints. This biometric data is then used to verify the
identity of users, providing a highly secure and accurate means of
authentication. The technology behind fingerprint modules has
advanced significantly over the years, making them more reliable,
faster, and easier to integrate into various systems.
One of the most common applications of fingerprint modules is in
fingerprint time attendance systems. These systems are widely used
in corporate environments, schools, and other organizations to
track employee or student attendance. By using fingerprint modules,
these systems can accurately identify individuals and record their
arrival and departure times, eliminating the need for traditional
punch cards or manual entry. This not only saves time and reduces
administrative overhead but also ensures that attendance data is
accurate and tamper-proof.
Another critical application of fingerprint modules is in
fingerprint access control systems. These systems are designed to
restrict access to specific areas or resources based on the
identity of the user. By integrating fingerprint modules, access
control systems can grant or deny access based on the biometric
data of authorized individuals. This provides a highly secure
solution for protecting sensitive areas, such as server rooms, data
centers, or restricted sections of a building.
Fingerprint devices, which often incorporate fingerprint modules,
are also used in fingerprint time recorders and fingerprint door
access systems. Fingerprint time recorders are similar to time
attendance systems but are typically used in more specialized
environments, such as construction sites or manufacturing
facilities. They allow workers to clock in and out using their
fingerprints, ensuring accurate and reliable time tracking.
On the other hand, fingerprint door access systems use fingerprint
modules to control access to buildings or rooms. These systems can
be configured to allow or deny access based on specific criteria,
such as time of day, user role, or other factors. By integrating
fingerprint modules, these systems provide a convenient and secure
way to manage access to various areas.
The advantages of using fingerprint modules in these systems are
numerous. They offer a high level of security, as fingerprints are
unique to each individual and difficult to replicate. Additionally,
fingerprint modules are relatively inexpensive and easy to
integrate into existing systems. They are also user-friendly, as
most individuals are already familiar with the process of scanning
their fingerprints.
In conclusion, fingerprint modules are a vital component of modern
security and time management systems. From fingerprint time
attendance systems to fingerprint access control systems, these
modules provide a secure, accurate, and efficient means of
authentication. As technology continues to evolve, we can expect to
see even more innovative applications of fingerprint modules in
various industries and sectors.
