B&B Electronics manual 232HSPCC Resource Settings in Windows

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232HSPCC Resource Settings in Windows 9x

To view and/or edit hardware devices in Windows 9x, use the system Device Manager. Consult Windows 9x on-line help for details on the use of the Device Manager.

1.Open the Windows 9x System Properties window. To access the System Properties window double click the System icon in the Windows 95 control panel, or click the My Computer icon on the Windows 95 desktop with the right mouse button and select Properties from the pull down menu.

2.Click the Device Manager tab located along the top of the System Properties box. This lists all hardware devices connected to your computer. Configuration information is available on any of these devices via the Properties command button.

3.Double click the device group Ports (COM and LPT). The 232HSPCC device name should appear in the list of adapters.

4.Click the 232HSPCC’s device name and then click the Properties button to open a Port Properties box for this hardware adapter.

5.Click the Resources tab located along the top of the properties box.

6.The current address and interrupt configuration assigned by Windows 95 is shown in this window. Several predefined Basic Configurations have been included allowing easy selection of different configurations that match standard serial port settings.

7.When selecting a different basic configuration from the "Setting based on list" pay attention to the Conflicting device list information. Try to select a configuration that displays "No conflicts". If resource conflicts can be resolved by switching to one of the predefined basic configurations then skip down to the last step.

8.To modify any of the system resources showing a conflict click the resource name and click the Change Setting button. An Edit Resource window will open up. Note that basic configuration 7 must be selected to modify the I/O address resource.

9.Inside the Edit Resource window click on the up/down arrows to the right of the resource value. This scrolls you through all of the allowable resources for the 232HSPCC. Pay attention to the conflict information at the bottom of the window. Select a resource value that reports "No devices are conflicting". Click OK to save your changes, or Cancel to abort.

10.Repeat the above steps to resolve of resource conflicts. Once satisfied with the settings make a note of the new settings and click the OK button to accept. Clicking the Cancel button does not save your changes.

11.The 232HSPCC will automatically be reconfigured to the new resources specified. Any time the 232HSPCC is inserted Windows 95 will attempt to configure the card at these resource settings. Click the Use Automatic Settings to reset the 232HSPCC for automatic configuration.

Documentation Number 232HSPCC1199 Manual

PCMCIA Card

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B&B Electronics Mfg Co Inc – 707 Dayton Rd - PO Box 1040 - Ottawa IL 61350 - Ph 815-433-5100 - Fax 815-433-5104 B&B Electronics Ltd – Westlink Commercial Park – Oranmore, Galway, Ireland – Ph 353-91-792444 – Fax 353-91-792445

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Contents Not Recommended for New Installations Table of Contents DOS and Windows 3.x Installation InstallationInstalling the Serial Card IntroductionSoftware Setup Card and Socket Service Users Configuring the Serial CardUsing the Point Enabler Program Point Enabler UsersPcmcia Card Windows 9x Installation Installing a 232HSPCC in Windows 232HSPCC Resource Settings in Windows Appendix a Card SpecificationsPin D Connector Pin Assignments Pin # Signal Name Cable Pinout DiagramsNull Modem Cable Pinout Com Port Information COM Port IoBaseWarranty FCC Part 15 Compliance Declaration of Conformity Appendix B Declaration of Conformity

232HSPCC specifications

B&B Electronics 232HSPCC is a highly regarded serial communication device known for its efficiency and versatility. This product is especially recognized for facilitating reliable data transfer in various industrial applications, making it a favorite among engineers and technicians.

At the heart of the 232HSPCC is its ability to convert RS-232 signals to RS-422/485. This transition is essential for extending communication distances, allowing for transmission over significantly longer cables without degradation of the signal. While standard RS-232 communication is typically limited to 50 feet, the 232HSPCC reduces susceptibility to noise and enables distances of up to 4000 feet, making it ideal for factory automation, remote monitoring, and SCADA systems.

One of the standout features of the 232HSPCC is its robust design. This device is built to withstand harsh environmental conditions, ensuring reliable performance in areas with high levels of electromagnetic interference. It operates efficiently over a wide temperature range, accommodating diverse application settings while maintaining stability.

The 232HSPCC supports data rates of up to 115.2 kbps, ensuring high-speed communication that meets the demands of modern industrial networks. Its compatibility with various protocols adds to its flexibility, allowing it to be integrated seamlessly with existing systems. With its simple dip-switch configuration and automatic RTS/CTS handshaking, setup is straightforward, reducing downtime during implementation.

Additionally, this device features built-in isolation, which protects connected devices from voltage spikes and surges, thereby enhancing reliability and longevity. The 232HSPCC is also equipped with diagnostic LED indicators that provide real-time feedback on the status of communication and power, facilitating easier troubleshooting.

The compact design of the 232HSPCC allows for easy installation in confined spaces, while its sturdy housing provides durability and protection. This makes it suitable for both panel mounting and standalone applications.

In summary, B&B Electronics 232HSPCC is a powerful, versatile, and reliable solution for serial communication needs. Its ability to convert RS-232 to RS-422/485, combined with robust environmental resilience, high data rates, and built-in isolation, makes it an invaluable tool for professionals seeking efficiency and reliability in their operations.