MOXA BXP-C100 Series Hardware User Manual
- June 16, 2024
- MOXA
Table of Contents
BXP-C100 Series Hardware User Manual
Version 1.1, December 2023
www.moxa.com/products
BXP-C100 Series Hardware
BXP-C100 Series Hardware User Manual
The software described in this manual is furnished under a license agreement
and may be used only in accordance with the terms of that agreement.
Copyright Notice
© 2023 Moxa Inc. All rights reserved.
Trademarks
The MOXA logo is a registered trademark of Moxa Inc.
All other trademarks or registered marks in this manual belong to their
respective manufacturers.
Disclaimer
- Information in this document is subject to change without notice and does not represent a commitment on the part of Moxa.
- Moxa provides this document as is, without warranty of any kind, either expressed or implied, including, but not limited to, its particular purpose. Moxa reserves the right to make improvements and/or changes to this manual, or to the products and/or the programs described in this manual, at any time.
- Information provided in this manual is intended to be accurate and reliable. However, Moxa assumes no responsibility for its use, or for any infringements on the rights of third parties that may result from its use.
- This product might include unintentional technical or typographical errors. Changes are periodically made to the information herein to correct such errors, and these changes are incorporated into new editions of the publication.
Technical Support Contact Information
www.moxa.com/support
Introduction
The BXP-C100 wall-mount computers are powered by a 11th Gen Intel® Celeron® or Intel® Core™i5, or i7 processor. The computers come with a rich set of interface options including up to 10 software-selectable RS-232/422/485 serial ports, up to 10 gigabit Ethernet ports, 4 digital inputs, and 4 digital outputs. The communication interfaces are located on the front and rear sides of the product, enabling easy access and expansion for industrial applications. A dual-storage design that includes CFast and SD slots enables easy storage expansion. The unique battery fastener cover design for the battery slot secures the battery in place and ensures stability in all operating environments.
Package Checklist
Each model is shipped with the following items:
- BXP-C100 Series computer
- Wall mounting kit
- 2-pin terminal block for DC power
- 10-pin terminal block for DI/DO
- Quick installation guide (printed)
- Warranty card
NOTE
Please notify your sales representative if any of the above items are missing
or damaged.
Product Features
BXP-C100 computers include the following features:
- Box type computer with fanless design
- 11th Gen Intel® Core™ Processors
- Rich interface options for up to 10 serial ports or up to 10 LAN ports.
- -30 to 60°C wide-temperature design
- Compact size that fits multiple field applications
BXP-C100 Hardware Specifications
NOTE
The latest specifications for Moxa’s products can be found at
https://moxa.com.
Hardware Introduction
The BXP-C100 Series wall-mount computers are compact, well-designed, and rugged enough for industrial applications. LED indicators help you monitor performance and identify trouble spots, multiple serial ports allow you to connect different devices for wireless operation, and the reliable and stable hardware platform lets you devote your attention to developing your applications.
Appearance
Front View
BXP-C100-C1-T/BXP-C100-C5-T/BXP-C100-C7-T Models
BXP-C100-C1-8L-T/BXP-C100-C5-8L-T/BXP-C100-C7-8L-T Models
BXP-C100-C1-8C-T/BXP-C100-C5-8C-T/BXP-C100-C7-8C-T Models
BXP-C100-C1-2L3C-T/BXP-C100-C5-2L3C-T/BXP-C100-C7-2L3C-T Models
Rear View
BXP-C100-C1-T/BXP-C100-C5-T/BXP-C100-C7-T
BXP-C100-C1-8L-T/BXP-C100-C5-8L-T/BXP-C100-C7-8L-T
BXP-C100-C1-8C-T/BXP-C100-C5-8C-T/BXP-C100-C7-8C-T
BXP-C100-C1-2L3C-T/BXP-C100-C5-2L3C-T/BXP-C100-C7-2L3C-T
Dimensions
BXP-C100-C1-T/BXP-C100-C5-T/BXP-C100-C7-T Models
BXP-C100-C1-8L-T/BXP-C100-C5-8L-T/BXP-C100-C7-8L-T Models
BXP-C100-C1-8C-T/BXP-C100-C5-8C-T/BXP-C100-C7-8C-T Models
BXP-C100-C1-2L3C-T/BXP-C100-C5-2L3C-T/BXP-C100-C7-2L3C-T Models
LED Indicators
The following table describes the LED indicators located on the front panel of
BXP-C100 computers.
| LED Name | LED Color | LED Function |
|---|---|---|
| Power | Green | Power is ON |
| OFF | No power input or any other power error |
Ethernet
(10/100 Mbps) (1000 Mbps)| Green| Steady ON: 10/100 Mbps Ethernet link
Blinking: Data is being transmitted or received
Yellow| Steady ON: 1000 Mbps Ethernet link
Blinking: Data is being transmitted or received
OFF| No Ethernet connection
Storage (CFast)| Yellow| Blinking: Data is being accessed from the CFast card
OFF| Data is not being accessed from the CFast card
Reset Button
Press the Reset button on the front panel of the computer to reboot the
system. Pushing the Reset button will restart the system immediately and any
unsaved data will be lost.
NOTE
The BXP-C100 does not support a reset-to-default function.
Real Time Clock (RTC)
The BXP-C100’s real-time clock is powered by a lithium battery. You can easily
replace the battery yourself using an optional battery kit. Refer to the
Replacing the RTC Battery section for details. However, please note that there
is a risk of explosion if the battery is replaced by an incorrect type of
battery. Contact a qualified Moxa support engineer if you have questions or
need help replacing the RTC battery.
ATTENTION
There is a risk of explosion if the battery is replaced by a battery of the
incorrect type.
Hardware Connection Description
In this chapter, we describe how to connect the BXP-C100 to the network and to
various devices.
Installing the BXP-C100
The BXP-C100 computer comes with two wall-mounting brackets. Attach the
brackets to the computer using three screws on each side as indicated in the
diagram.
Fastening Torque: 10Kgf-cm
The six screws for the mounting brackets are included in the product package.
Refer to the following illustrations for detailed specifications.
To mount a BXP-C100 computer to a wall or cabinet, use two screws on each side
for the mounting brackets as shown in the illustration.
NOTE
The four screws for attaching the wall-mounting brackets to the wall or
cabinet are NOT included in the product package; they need to be purchased
separately.
The specifications of the 4 screws to be purchased separately is indicated in the diagram.
After mounting the BXP-C100 computer using the wall-mounting kit and fastening the 4 screws to fix the mounting brackets to the wall or cabinet, push the computer downwards to ensure that the device is secured firmly to the mounting surface.
NOTE
This computer is intended to be installed only in an area with restricted
access. In addition, for safety reasons, the computer should be installed and
handled only by qualified and experienced professionals.
ATTENTION
Safety First!
Be sure to disconnect the power cord before installing and/or wiring your
BXP-C100.
Wiring Caution!
Calculate the maximum possible current in each power wire and common wire.
Observe all electrical codes dictating the maximum current allowable for each
wire size. If the current goes above the maximum ratings, the wiring could
overheat, causing serious damage to your equipment.
Temperature Caution!
Be careful when handling the unit. When the unit is plugged in, the internal
components generate heat, and consequently the outer casing may feel hot to
the touch.
Connecting the Power
The BXP-C100 computer is provided with 2-pin power input connectors in a
terminal block on the front panel. Insert the power-cord wires into the
connectors and tighten them to secure the wires in place. Push the power
button. The power LED will light up to indicate that power is being supplied
to the computer. It should take about 30 to 60 seconds for the operating
system to complete the boot-up process.
The power input specification is given below:
- The DC power source rating is 12 VDC @ 6.65 A or 24 VDC @ 3.30 A
- A minimum wire gauge of 18 AWG is required.
For surge protection, connect the grounding connector located below the power connector with the earth (ground) or a metal surface.
NOTE
This computer is intended to be supplied by a UL Listed Power Unit “LPS” (or
“Limited Power Source”) rated 12 V @ 6.65 A min., 24 V @ 3.30 A min., and
minimum Tma = 60˚C. If you need assistance with purchasing a power adapter,
contact the Moxa technical support team.
NOTE
If using Class I adapter, the power cord adapter should be connected to a
socket outlet with an earthing connection or the power cord and adapter must
comply with Class II construction.
ATTENTION
Before connecting the BXP-C100 computer to the DC power inputs, make sure the
DC power source voltage is stable.
- The wiring for the input terminal block shall be installed by a skilled person.
- Wire type: Cu
- Only use 18-12 AWG wire size and a torque value of 0.5 N-m.
- Use only one conductor in a clamping point between the DC power source and the power input.
Communication Connections
Connecting to the Network
Connect your network cable to the computer’s Ethernet port. The other end of
the cable should be connected to your Ethernet network. When the cable is
properly connected, the LEDs on the computer’s Ethernet port turn on to
indicate a valid connection.
The BXP-C100 computer has 2, 4, or 10 10/100/1000 Mbps Ethernet ports with
RJ45 connectors on the front panel. Refer to the following table for the pin
assignments:
| Pin | 10/100 Mbps | 1000 Mbps |
|---|---|---|
| 1 | ETx+ | TRD(0)+ |
| 2 | ETx- | TRD(0)- |
| 3 | ERx+ | TRD(1)+ |
| 4 | – | TRD(2)+ |
| 5 | – | TRD(2)- |
| 6 | ERx- | TRD(1)- |
| 7 | – | TRD(3)+ |
| 8 | – | TRD(3)- |
NOTE
For reliable Ethernet connections, we recommend enabling the ports in standard
temperatures and keepingthem enabled in high/low temperature environments.
Connecting to a Serial Device
Use a serial cable to connect your serial device to the computer’s serial
port. The BXP-C100 computer comes with 2 software-selectable RS-232/422/485
serial ports on the rear panel. Additional serial ports are located on the
front panel. The ports use DB9 male connectors. The pin assignments are shown
in the following table:
RS-232/422/485 Pinouts
| Pin | RS-232 | RS-422 | RS-485 (4-wire) | RS-485 (2-wire) |
|---|---|---|---|---|
| 1 | DCD | TxDA(-) | TxDA(-) | – |
| 2 | RxD | TxDB(+) | TxDB(+) | – |
| 3 | TxD | RxDB(+) | RxDB(+) | DataB(+) |
| 4 | DTR | RxDA(-) | RxDA(-) | DataA(-) |
| 5 | GND | GND | GND | GND |
| 6 | DSR | – | – | – |
| 7 | RTS | – | – | – |
| 8 | CS | – | – | – |
Digital Inputs/Digital Outputs
The BXP-C100 comes with four digital inputs and four digital outputs in a
terminal block. Refer to the following figure for the pin definitions and the
current ratings.
Digital Inputs
Dry Contact:
Logic 0: Short to Ground
Logic 1: Open
Digital Outputs
Current Rating: 200 mA per channel
Voltage: 0 to 24 VDC
Connecting Displays
The BXP-C100 computer comes with a VGA and an HDIM display output located on
the front panel.
NOTE
For reliable video streaming, use premium HDMI-certified cables.
Connecting to a USB Device
The BXP-C100 computer comes with 2 USB 3.0 ports and 2 USB 2.0 ports on the
front panel. An additional 2 USB 2.0 ports are located on the rear panel. The
USB ports can be used to connect to peripherals, such as keyboard, mouse, or
flash drives for expanding the system’s storage capacity.
Installing SD / CFast Card
The BXP-C100 computer comes with two slots for plugging in an SD card and a
CFast card.
To plug in the cards, do the following:
- Remove the two screws that secure the slot cover.
- Remove the cover and locate the SD and CFast card slots.
- Insert the SD and CFast cards in the designated slots. Refer to the image printed beside the slots for the correct direction to insert the cards. When the cards are successfully inserted, you will hear a click.
- To remove the cards, simply push them in to release them and take them out.
Replacing the RTC Battery
The BXP-C100 computer comes with one slot for a battery on the rear panel of
the computer. A lithium battery (3 V / 200 mAh) is preinstalled in the slot.
To replace the battery, do the following:
- Unfasten the two screws on the battery cover.
- Take off the cover. The battery is attached to the slot cover as indicated in the image.
- Unplug the connector of the battery-cover assembly from the internal wire of the slot.
- Remove the two screws on the metal plate attached to the battery holder.
- Place a new battery in the battery holder, replace the metal plate, and fasten the two screws on to the frame to secure the battery.
- Plug in the connector of the battery-cover assembly to the internal wire of the slot.
- Place the battery holder back in the slot and secure it by fastening the two screws on the cover.
WARNING
- Be sure to use the correct type of battery. Incorrect battery may cause system damage. Contact Moxa’s technical support staff for assistance, if necessary.
- To reduce the risk of fire or burns, do not disassemble, crush, or puncture the battery; do not dispose of in fire or water and do not short external contacts.
BIOS Setup
In this chapter, we describe the BIOS settings for the BXP-C100 computer. The BIOS is a set of input/output control routines for peripherals to initialize the basic settings. The BIOS helps boot the system before the operating system is loaded. The BIOS setup allows the user to modify the system configuration for basic input/output peripherals. All the configurations are stored in the CMOS RAM, which has a backup battery in case the computer is not connected to a power source. Consequently, the data stored in the CMOS RAM is retained when the system is rebooted, or the power is disconnected.
Entering the BIOS Setup
To enter the BIOS setup utility, press the F2 key while the system is booting
up. The main BIOS Setup screen will appear. You can configure the following
settings on this screen.
- Continue: Continue to boot up
- Boot Manager: Select the device for boot up
- Device Management: Enter the device configuration menu
- Boot From File: Select the UEFI boot up file
- Administer Secure Boot: Enter the Secure Boot menu
- Setup Utility: Enter the BIOS configuration menu
- Intel® Management Engine BIOS Extension: Enter the AMT configuration menu (not supported in models with Intel® Celeron® and Core™ i3 processors)
Select F2 to enter the BIOS configuration.
When you enter the Setup Utility, a basic description of each function key is listed at the bottom of the screen. Refer to these descriptions to learn how to use them.
| F1 | General Help |
|---|---|
| F5/ F6 | Change Values |
| F9 | Setup Defaults |
| F10 | Save and Exit |
| Select Item | |
| Select Menu | |
| ESC | Exit |
| EN TER | Select or go to Submenu. |
The BIOS configuration screen will be shown when you enter the Setup Utility option.
NOTE
The Processor Type information may vary depending on the model that you have
purchased.
Main Page
The Main page displays basic hardware information, such as model name, BIOS
version, and CPU type.
Advanced Settings
Select the Advanced tab in the main menu to open the advanced features screen.
Boot Configuration
The Numlock option allows configuration of the Numlock value.
Options: On (default), Off.
SATA Configuration
This section allows you to select the SATA speed limit and hot plug setting.
SATA Speed Limited
Options: Auto (default), Gen 1, Gen 2, Gen 3
Serial ATA Port
This setting displays information on the installed drives.
SATA Port Hot Plug
This setting allows you to enable/disable hot-plugging capabilities (the
ability to remove the drive while the computer is running) that are configured
by software for installed storage drives.
Options: Disabled (default), Enabled
CPU Configuration
Active Processor Cores
This item indicates the number of cores to enable in each processor package
(Cores number depended on the processor).
Options: All (default), 1, 2, 3
Hyper-Threading
This feature makes the processor resources work more efficiently, enabling
multiple threads to run on each core. It also increases processor throughput,
improving overall performance on threaded software.
Options: Disabled, Enabled (default)
Turbo Mode
Enable/Disable processor Turbo Mode (not supported in models with Intel®
Celeron® ).
Options: Disabled, Enabled (default)
Video Configuration
DVMT Pre-Allocated
This item allows you to configure pre-allocated memory capacity for the IGD.
Pre-allocated graphics memory is invisible to the operating system.
Options: 64M (default), 96M, 128M, 160M
DVMT: The amount of video memory your computer has is dependent on the
amount of pre-allocated memory set for your system plus the Dynamic Video
Memory Technology (DVMT). DVMT dynamically allocates system memory for use as
video memory creating the most efficient use of available resources for
maximum 2D/3D graphics performance.
DVMT Total Gfx Mem.
This item allows you to configure the maximum amount of memory DVMT will use
when allocating additional memory for the internal graphics device.
Options: 256 MB (default), 128 MB, Max.
Chipset Configuration
This section allows you to configure the chipset settings.
Power ON after Power Failure
This item allows you to enable/disable the computer from automatically
powering up after system power is re-enabled.
Options: ON (default), OFF, Last State
Load Default After Cleaning RTC Battery
System will load default when detecting RTC battery loss.
Options: Disabled, Enabled (default)
DO-X Level
This item allows users to set the DO to high or low.
Options: High (default), Low
PCH-FW Configuration
This section allows you to configure the PCH-FW settings.
ME State
When Disabled ME will be put into ME Temporarily Disabled Mode.
Options: Disabled, Enabled (default)
ME Unconfig on RTC Clear
When Disabled ME will not be unconfigured on RTC Clear.
Options: Disabled, Enabled (default)
Unconfigure ME
Unconfigure ME by resetting MEBx password to default.
Console Redirection
This section allows you to configure the console redirection settings.
Console Serial Redirect
When the Console Redirection Function is enabled, the console information will
be sent both to the display monitor and the serial port (COM1).
Options: Disabled (default), Enabled
SIO ITE8786E
This section allows users to configure SIO settings.
UART Port 1
This function allows users to configure the resources for the UART port 1.
Disable: Disable the UART port 1 connection
Enable: Enable the UART Port 1 connection (default)
UART Port 2
This function allows users to configure the resources for the UART port 2.
Disable: Disable the UART port 2 connection
Enable: Enable the UART Port 2 connection (default)
NOTE
The other UART ports can only be configured by the OS utility.
Hardware Monitor
This section allows you to view stats such as CPU and system temperature,
voltage levels, and other chipset information.
Security Settings
This section allows users to configure security-related settings with a
supervisor password.
Current TPM Device
This item shows if the system has TMP device and its type.
TPM State
This item allows you view the status of current TPM settings.
Clear TPM
This item allows users to remove all TPM context associated with a specific
owner.
Set Supervisor Password
This item allows you to set the supervisor password. Select the Set Supervisor
Password option and enter the password and confirm the password again.
To delete the password, select the Set Supervisor Password option and enter
the old password; leave the new password fields blank, and then press enter.
After setting the supervisor password, you can choose when the input password screen should be displayed.
Enable: System will ask for the password on post time
Disable: System will ask for the password to go to the setup utility
Config-Only: System will only ask for the password when you select the config
(F2) option
Power Settings
This section allows users to configure power settings.
Wake on LAN
This feature is used to wake the system using a LAN device from a remote host.
Options: Enabled (default), Disabled
Auto Wake on S5
This item allows you to configure the computer to wake from S5 status. S5
stands for Soft Off, where the PSU remains engaged but power to all other
parts of the system is cut. Auto-wake on S5 schedules a softreboot at certain
periodic times that may be specified in the BIOS.
Options: Disabled (default); By Every Day (user specifies a regular daily time
when the computer will power up); By Day of Month (user specifies a regular
day each month when the computer will power up)
Boot Settings
This section allows users to configure boot settings.
NOTE
If you do not add any storage, you will not see the EFI option.
Network Stack
It deploys an Internet Protocol (IP) stack. The IP stack provides an
application library to open/close connections to remote devices and
send/receive data between the remote devices.
Options: Disabled (default), Enabled
PXE Boot capability
PXE booting is for booting a system over a network. You can start PXE over
IPv4 or IPv6 using this item.
Options: Disabled (default), UEFI: IPv4, UEFI: IPv6, UEFI: IPv4/IPv6
NOTE
This item is shown only when you have enabled the Network Stack.
USB Boot
Set booting to USB boot devices capability. Options: Enabled (Default),
Disabled
Timeout
This item allows users to set the number of seconds that the firmware will
wait before booting from the default boot selection.
EFI
This item allows users to select the boot order. Use F5 (move down) or F6
(move up) to change the value.
Exit Settings
The section allows users to exit the BIOS environment.
Exit Saving Changes
This item allows you to exit the BIOS environment and save the values you have
just configured.
Options: Yes (default), No
Save Change Without Exit
This item allows you to save changes without exiting the BIOS environment.
Options: Yes (default), No
Exit Discarding Changes
This item allows you to exit without saving any changes that might have been
made to the BIOS.
Options: Yes (default), No
Load Optimal Defaults
This item allows you to revert to the factory default BIOS values.
Options: Yes (default), No
Load Custom Defaults
This item allows you to load custom default values for the BIOS settings.
Options: Yes (default), No
Save Custom Defaults
This item allows you to save the current BIOS values as a “custom default”
that may be reverted to at any time by the load custom defaults selection.
Options: Yes (default), No
Discard Changes
This item allows you to discard all settings you have just configured.
Options: Yes (default), No
Enabling AMT
NOTE
The AMT function is NOT supported in models with Intel® Celeron® and Intel®
Core™ i3 processors.
To enter the BIOS setup utility, press the “F2” key while the system is
booting up. The main BIOS Setup screen will appear. Five options will be
available:
- Select Intel® Management Engine BIOS Extension to enter the AMT configuration.
- Press
to start the login procedure. 
- Type the default password: admin
- Type the new password. It must include both upper-case and lower-case characters, numbers, and special symbols. E.g., Admin’12.
- Select Intel® AMT Configuration to enable remote access without a local user present for consent, select User Consent, and then select User Opt-in and change the value to None.
- Set static IP or DHCP by request.
- Set Activate Network Access to enable remote access capability.
Using AMT
You can use any AMT tool available to run the remote management function using
a web browser.
-
Type the IP address of your computer as configured in the AMT configuration settings with port 16992.
The AMT logon screen will appear.
-
Click Log On and type the username (admin) and password.
NOTE
The AMT port is LAN1.
NOTE
For details, refer to the Intel AMT Implementation and Reference Guide at:
https://software.intel.com/sites/manageability/AMT_Implementation_and_Reference_Guide/default.htm?turl=WordDocuments%2Faccessingintelamtviathewebuiinterface.htm.
Administering Secure Boot
Press F2 to go to the Administer Secure Boot.
Secure Boot helps computers resist attacks and infection from malware. The feature defines an interface between the operating system and BIOS. It detects tampering with boot loaders, key operation system files, and unauthorized option ROMs by validating their digital signatures.
Enabling UEFI Secure Boot
Set as “enabled” in “Restore Secure Boot to Factory Settings” under Administer
Secure Boot menu. Press F10 as save and exist.
Moxa has included the Microsoft key in the BIOS by default. If you cannot boot up the computer using a non-Windows OS, use the following examples.
Enroll EFI Image
- Enter Administer Secure Boot and select the option Select a UEFI file as trusted for execution.
- Enter the loader name followed by the UEFI standard \EFI\BOOT\BOOT{machine type shortname}.E.g., efi\boot\BootX64.efi, Debian (EFI\debian\grubx64.efi), Suse (EFI\opensuse\grubx64.efi).
Enroll Customer Key
Enter “DB OPTION” and enroll your key. Please make sure your key is CRT format and uses RSA 2048 or better.
Upgrading the BIOS
This section describes how to upgrade the BIOS on your computer.
NOTE
It is possible to permanently damage the computer when upgrading the BIOS. We
strongly recommend that you contact Moxa’s technical support staff for
assistance to obtain all the necessary tools and the most current advice
before attempting to upgrade the BIOS on any Moxa device.
Step 1: Create a Bootable USB Disk
Before upgrading the BIOS, you must create a bootable USB drive as a system
boot device for use in the future.
- Insert a USB disk in the computer’s USB drive.
- Search for “format” and select Create and format hard disk partitions.
- Right-click on the USB disk item and select Format.
- Select FAT32 and click OK to start formatting the disk.
Step 2: Prepare the Upgrade File
You must use the BIOS upgrade installation file to upgrade the BIOS. Contact
Moxa’s technical department for assistance. The BIOS upgrade file includes an
efi folder and an xxxx.efi file. Copy the efi folder and xxxx.efi file to the
bootable USB disk.
Step 3: Run the Upgrade Program on Your Computer
-
Reboot the computer with the boot disk and press F2 to go to the Boot Manager.
If the BIOS cannot recognize the USB drive as the boot-up device, the USB drive might not have a partition table. Use the Windows command line tool diskpart to rebuild the partition table. -
Select the USB Disk.
The screen will switch to the SHELL environment. -
Type fs0:, go to the directory where the upgrade file is located, and type xxxxxx.efi (the file name is based on the upgrade file from Moxa).
-
Wait until the upgrade procedure is completed.
ATTENTION
Do NOT switch off the power supply during the BIOS upgrade, since doing so may cause the system to crash.
When the upgrade is finished, the computer will
automatically reboot.
You can check the BIOS version on the Main page to confirm the upgrade.
If the system
has more than one boot device, you will see more than one fsx (x represents
the number).
-
Go to each fsx (x stands for the number) and type ls to view the content of the boot device. If you find an upgrade file, run it.
A. Regulatory Approval Statement
**** This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
Class A: FCC Warning! This equipment has been tested and found to comply
with the limits for a Class A digital device, pursuant to part 15 of the FCC
Rules. These limits are designed to provide reasonable protection against
harmful interference when the equipment is operated in a commercial
environment. This equipment generates, uses, and can radiate radio frequency
energy and, if not installed and used in accordance with the instruction
manual, may cause harmful interference to radio communications.
Operation of this equipment in a residential area is likely to cause harmful
interference in which case the user will be required to correct the
interference at his or her own expense.
European Community
Warning:
This is a class A product. If used in a domestic environment, this product may
cause undesirable radio interference, in which case the user may be required
to take adequate measures to prevent the interference from affecting nearby
devices.
BXP-C100 Series Hardware User Manual
Documents / Resources
| MOXA
BXP-C100 Series
Hardware
[pdf] User Manual
BXP-C100 Series Hardware, BXP-C100, Series Hardware, Hardware
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References
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