Black Box SC121A, SC120A-R2 manual Configuration and Operation

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CHAPTER 5: Configuration and Operation

i. Report Temperature:

example command: <cr>//t<cr>

example report: //t+19.5 +19.5 = +19.5˚C, +67˚F

j. Report SCSI-Bus Performance: example command: <cr>//P<cr> report format: //P<aabb1122><cr>

For ports A, B, 1, and 2 respectively, aa, bb, 11, and 22 = ASCII representations of 8-bit hexadecimal values from 00 to FF, where

00 represents 0% busy (completely idle) and FF represents 100% busy

k. SCSI-Bus Inactivity to SCSI Report: example command: <cr>//I<cr> report format: 1111 2222

For ports 1 and 2 respectively, 1111 and 2222 = ASCII representations of 16-bit hexadecimal values that express the length of time in tenths of seconds that the port has been inactive (not transmitting or receiving data). For example, “0A73” = 0 x 4096 (163) + 10 x 256 (162) + 7 x 16 + 3 tenths of seconds = 267.5 seconds = 4 minutes 27.5 seconds.

l. Yank on SCSI Reset line:

example command: <cr>//B2Y<cr>

report: none

m. Enable/Disable Audible Alarm:

example command: <cr>//OAx<cr> [x = ASCII 1 or 0]

x:0 = enable alarm, 1 = disable alarm report: none

n.Set Serial-Port Baud Rate:

example command: <cr>//OBxy<cr> [x and y = ASCII 1 or 0]

x:0 = COM1, 1 = COM2

y:0 = 9600 bps, 1 = 19,200 bps report: none

o.Set Mode of Serial (Comm) Port for RS-232 Port 2: example command: <cr>//OCx<cr> [x = ASCII 1 or 0]

x:0 = use Port 2 for daisychaining, 1 = use Port 2 as a second serial port report: none

Note: This command has no effect if the LAN port is enabled, which disables RS-232 Port 2.

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Contents 2 Scsi Matrix Switch European Union Declaration of Conformity 2 Scsi Matrix Switch NOM Statement Trademarks Used in this Manual Contents 2 Scsi Matrix Switch Specifications Scsi InterfaceSingle-Ended SE Scsi SC120A-R2 Only Differential DE Scsi SC121A OnlyLow-Voltage Differential LVD Scsi SC120A-R2 Only Serial InterfaceLAN Port Agency ApprovalsPhysical Introduction About the Scsi SwitchFeatures Technical Description IntroductionGeneral Hardware Description SC121A block diagram Typical switch installation Installation Switch PlacementPower Equipment Off What’s IncludedEthernet LAN Port Cabling Scsi Interface CablingRS-232 Serial Port Cabling LCD Display, Keypad, and Indicators Operator Controls and IndicatorsAC Power Switch LCD Display Control Menus Display Ports SET Temp Limit Scsi Switch Port Configuration Scsi Switch Default ConfigurationInternal Terminator Selection Configuration and OperationScsi Cable Interface Requirements Termination configuration SC120A-R2 termination example Selecting Internal Terminator Power Selecting External Terminator PowerSignal Description DB9 Pin DB25 Pin Serial-Port PinoutLAN/Serial-Port Commands Command Cmd Example Command String Response Expanded List of Commands Configuration and Operation Set Temperature Limit Ascii Character Reference for Scsi Switch Box Selection Graphical User Interface GUIConnecting Multiple Scsi Switches Typical ApplicationNetwork Control of Scsi Switch Apconcfg Utility Apconcmd Utility Scsi Technical Information Scsi BasicsScsi Installation Tips Scsi Technical InformationScsi Interface Signal Descriptions Signal Name Pin Number Scsi connector assignments for Scsi connector assignments for Differential 16-bit Scsi wide Low-voltage differential LVD 16-bit Scsi wide +BSY +ACK +RST +MSG Signal Name Pin Number HVD LVD Scsi Switch component placement Shipping and Packaging TroubleshootingCalling Black Box Legal Information Copyright 2002. Black Box Corporation. All rights reserved

SC121A, SC120A-R2 specifications

The Black Box SC120A-R2 and SC121A represent the cutting edge of industrial networking devices designed for robust performance and versatility in various environments. These devices are tailored for applications that require reliable data transmission, making them essential in modern automation and control systems.

One of the standout features of the Black Box SC120A-R2 and SC121A is their advanced serial-to-Ethernet conversion capability. This functionality allows users to connect legacy serial devices to Ethernet networks seamlessly. With support for multiple protocols, including TCP/IP and UDP, these converters ensure smooth communication between devices, regardless of their original architecture.

Both models are engineered to withstand harsh industrial conditions. They feature a rugged construction that includes high-quality enclosures designed for durability and protection against dust, moisture, and extreme temperatures. This resilience makes them ideal for use in factories, transportation, and other challenging environments.

In terms of connectivity, the SC120A-R2 and SC121A come equipped with multiple serial ports, enabling simultaneous connections to various devices. The auto-sensing capability of these ports simplifies installation and configuration, making them user-friendly for both technical and non-technical personnel. Users can easily manage and monitor connections through a straightforward web-based interface.

Additionally, these devices incorporate advanced security features, including encryption and authentication protocols, ensuring that data transmission remains secure from potential threats. This focus on security is crucial for industries where sensitive data is transmitted, enhancing overall system integrity.

The SC120A-R2 and SC121A also support a range of network configurations, allowing for flexibility in deployment. Their compatibility with various operating systems ensures that users can integrate them into existing systems without significant modifications.

Moreover, these models offer flexibility in power options, supporting both PoE (Power over Ethernet) and traditional power supply methods. This versatility enables easy installation without the need for additional power infrastructure.

Overall, the Black Box SC120A-R2 and SC121A are sophisticated networking devices that combine advanced technology with rugged design. Their ability to bridge the gap between legacy serial interfaces and modern Ethernet networks, coupled with robust features and security measures, makes them a valuable asset for numerous industrial applications. Whether in a manufacturing plant or a transportation hub, these devices provide reliable, efficient, and secure communication solutions that meet the demands of today's connected world.