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Product Identification and Basics
The X20SI9100, identified by its material number, is a specialized module from B&R. It serves as a crucial component in industrial safety - related setups. With 20 safe digital inputs and 4 pulse outputs, it offers a comprehensive solution for signal handling. Designed for a nominal voltage of 24 VDC, it is compatible with standard industrial power supplies. The module's connection to X20 12 - pin terminal blocks simplifies its integration into existing systems, making it a convenient choice for various applications.
Technical Features
One of the remarkable features of the X20SI9100 is its sink circuit design. This design choice is beneficial for ensuring stable signal reception. Additionally, it comes with software input filters that are configurable for each channel. These filters can be adjusted for switch - on and switch - off behavior, providing flexibility in signal processing. The module also generates pulse signals, which are useful for diagnosing the sensor line. This advanced functionality helps in maintaining the integrity of the safety - related system and detecting potential issues promptly.
Application - Oriented Advantages
In safety - related applications, the X20SI9100 proves highly
valuable. It can read various digital signals in applications up to
PL e or SIL 3, ensuring a high level of safety. For example, in
manufacturing plants, it can be used to monitor safety sensors such
as emergency stop buttons and safety light curtains. The ability to
configure filters for each channel allows for precise signal
handling, reducing the risk of false alarms. The pulse outputs aid
in regular system diagnostics, ultimately enhancing the overall
reliability of safety - critical industrial processes.
Category | Details |
General Information | |
- Material Number | X20CP0483 |
- Brand | B&R |
- Product Type | CPU Module (assumed based on naming convention, as no product type
is given in the initial description, but 'CP' often stands for CPU
in industrial control systems) |
- Function | Expected to be the central processing unit for B&R's X20
system, handling data processing, control logic execution, and
communication management between different modules within the
industrial control setup. However, without official documentation,
this is a speculative function based on typical CPU module
functions in industrial systems. |
- B&R ID Code | Not provided in the given description. Check official B&R
product documentation for the exact ID code. |
- Warranty | Usually around 12 months, but this can vary depending on the region
and distributor. There is no specific warranty information in the
provided description. |
- Status Indicators | Likely has indicators for power status, CPU activity (e.g.,
flashing LED to show data processing), communication status with
other modules, and potential error status. However, without more
detailed product information, this is an assumption based on common
practices in industrial CPU modules. |
- Diagnostics | Expected to have built - in diagnostic capabilities to detect
issues such as hardware failures, communication errors, and
software glitches. This could include self - test routines during
startup and continuous monitoring during operation. But again, this
is based on general knowledge of industrial CPU modules as no
specific diagnostic details are given. |
- Power Consumption | Power consumption details for the module itself are not provided.
In industrial CPU modules, power consumption can vary depending on
factors like the processing speed, the number of active
communication channels, and the complexity of the control tasks
being executed. Check B&R product documentation for accurate
power consumption values. |
Processing Power | |
- Processor Type | Information not available in the provided description. In
industrial CPUs, common processor types include ARM - based
processors for their power - efficiency and real - time performance
capabilities, or x86 - based processors for more complex computing
tasks. Check B&R product manuals for the actual processor type
used in X20CP0483. |
- Clock Speed | Clock speed details are not given. A higher clock speed generally
allows for faster data processing. However, the appropriate clock
speed depends on the specific application requirements. For
example, in applications where high - speed data processing is
crucial, a CPU with a relatively high clock speed would be
beneficial. Check B&R product information for the clock speed
of X20CP0483. |
- Memory (RAM) | Amount of RAM is not specified. Sufficient RAM is essential for the
CPU to store and quickly access data during operation. In
industrial control systems, the required RAM size can vary from a
few megabytes to several gigabytes depending on the complexity of
the control algorithms and the amount of data being processed
simultaneously. Check B&R product documentation for the RAM
capacity of X20CP0483. |
- Memory (Flash/ROM) | Flash or ROM memory details are not provided. Flash/ROM is used to
store the operating system, firmware, and other essential software
components. The size of this memory type affects the amount of
software that can be stored and the ability to perform tasks such
as system updates. Check B&R product information for the
Flash/ROM memory capacity of X20CP0483. |
Communication Interfaces | |
- Ethernet Interfaces | Number and type of Ethernet interfaces are not given. In industrial
control systems, Ethernet interfaces are commonly used for
communication with other devices such as HMIs (Human - Machine
Interfaces), other control modules, and higher - level control
systems. They may support different Ethernet standards like
Ethernet/IP, PROFINET, or Modbus TCP. Check B&R product
documentation for the Ethernet interface details of X20CP0483. |
- Serial Interfaces | Information about serial interfaces (e.g., RS - 232, RS - 485) is
not available. Serial interfaces are often used for communication
with legacy devices or devices that require a simple, low - speed
communication link. Check B&R product manuals for the presence
and details of serial interfaces on X20CP0483. |
- Other Interfaces | There is no mention of other communication interfaces such as USB,
CAN (Controller Area Network), or wireless interfaces. However,
depending on the application requirements, these interfaces may be
present. For example, USB interfaces can be used for connecting
external storage devices or programming interfaces, and CAN
interfaces are useful in automotive and industrial applications for
in - vehicle or local network communication. Check B&R product
information for any additional communication interfaces on
X20CP0483. |
Environmental Conditions | |
- Mounting Orientation | Mounting orientation details are not provided. In industrial
applications, modules are often designed to be mounted horizontally
or vertically. However, some modules may have specific mounting
orientation requirements to ensure proper heat dissipation or
electrical performance. Check B&R product documentation for the
recommended mounting orientation of X20CP0483. |
- Installation Elevation above Sea Level | No data available on the installation elevation limit. In general,
industrial electronics may have limitations or derating
requirements at high elevations due to factors such as reduced air
density affecting heat dissipation. Check B&R product manual
for the maximum installation elevation for X20CP0483. |
- Degree of Protection per EN 60529 | Protection class not specified. Common protection classes for
industrial modules range from IP20 (suitable for indoor use,
protected against solid objects larger than 12 mm) to higher -
level protection classes like IP67 (fully protected against dust
and temporary immersion in water). The protection class depends on
the intended application environment. Check B&R product
information for the IP rating of X20CP0483. |
- Temperature (Operation) | Operating temperature range is not given. Industrial - grade CPU
modules typically have an operating temperature range, such as - 25
°C to 60 °C, to withstand different industrial environments.
Extreme temperatures can affect the performance and lifespan of the
module. Check official B&R documentation for the operating
temperature range of X20CP0483. |
- Temperature (Storage) | Storage temperature range is not provided. Usually, the storage
temperature range is wider than the operating range, perhaps - 40
°C to 85 °C. This allows the module to be stored in less -
controlled environments. Check B&R product documentation for
the storage temperature range of X20CP0483. |
- Relative Humidity (Operation) | Relative humidity range during operation is not available. In
industrial applications, modules are often designed to operate in a
relative humidity range like 5% - 95%, non - condensing. High
humidity can cause corrosion and electrical problems. Check B&R
product details for the relative humidity range during operation of
X20CP0483. |
- Relative Humidity (Storage) | Storage relative humidity range is not specified. Similar to
operation, it is likely to be in a non - condensing range. Check
official B&R documentation for the exact storage relative
humidity range of X20CP0483. |
- Vibration and Shock Resistance | Information on vibration and shock resistance is not provided.
Industrial modules are usually designed to withstand certain levels
of vibration and shock, especially in applications where the
equipment may be subject to mechanical stress, such as in
manufacturing plants or mobile machinery. Check B&R product
manual for the vibration and shock resistance ratings of X20CP0483. |
Mechanical Properties | |
- Physical Dimensions (W x H x D) | Dimensions not provided in the given description. The size of the
module is designed to fit into the standard B&R X20 system's
mounting structure. Check B&R product manual for accurate
dimensions. |
- Weight | Weight of the module is not given. It can be important for
installation and shipping considerations. Check official B&R
documentation for the weight value. |
- Mounting Mechanism | Mounting method not specified. It is likely to be designed to be
easily mounted on a standard DIN rail or a specific mounting
structure within the X20 system. Refer to B&R product
information for the mounting mechanism details. |
Certifications | |
- CE | Given the nature of B&R products and their use in industrial
applications, it is likely CE - certified, but this is not
confirmed in the provided description. CE certification indicates
compliance with European safety, health, and environmental
protection regulations. Check B&R product documentation for CE
certification status. |
- UL | May be UL - listed, but no information is available. UL listing
shows compliance with safety standards in the United States and
Canada. Check B&R product documentation for UL status. |
- Other Certifications | There could be other relevant certifications depending on the
intended application, such as certifications for use in hazardous
environments (e.g., ATEX for explosive atmospheres), or for
specific industries like automotive (e.g., ISO 26262 for functional
safety in automotive applications). Check B&R product
information for a complete list of certifications. |