PQ-6 PLUS (RO)

When selecting printer type, the following data is used by the PQ-6 PLUS:

6LPI

8LPI

10CPI

15CPI

If you select a generic printer, the data used is located at 3400H and must be entered in the EPROM (see Section 3.3.3).

To cancel a print job sent from the host, press and hold the STOP button on the PQ-6 Plus (RO) front panel, and press the START button simultaneously. This sends a cancel request to the host, ending the print job.

4.3 Command Pass-Through

The command pass-through feature in the PQ-6 PLUS (RO) lets you (or a programmer) control an attached printer so that you can use special functions or features of the printer. It’s required because the IBM System 3X operating software will not allow codes below Hex 40 to be transmitted on the twinax cable.

The method will transmit any 8-bit binary value from Hex 00 to Hex FF. The PQ-6 does not interpret or translate data when in command pass-through mode.

To enter command pass-through mode, send the two-character sequence ampersand percent (&%) as part of the normal printable data.

NOTE

Ampersand (&)=EBCDIC 50 Hex

Percent (%)=EBCDIC 6C Hex

After it enters command pass through mode, the PQ-6 PLUS (RO) takes characters from its internal print buffer and outputs a single 8-bit binary value for every two EBCDIC characters it receives. The two EBCDIC characters should embody the Hex representation of a legal 8-bit value.

Example: To send an ASCII escape character (1B Hex), send the two-character sequence ampersand percent as a terminating character pair.

NOTE

No gaps or spaces should occur between any characters during command pass through mode.

To send the sequence of ASCII characters “ABC (space) 1 2 3,” the following command pass-through sequence would be sent:

EBCDIC

-

&

%

4

1

4

2

4

3

2

0

3

1

3

2

3

3

&

%

Hex

-

50

6C

F4

F1

F4

F2

F4

F3

F2

F0

F3

F1

F3

F2

F3

F3

50

6C

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Black Box PCA35A-R3, PS034E, PS035A, PCA35AE-R2 manual Command Pass-Through, Lpi

PCA35A-R3, PS035A, PCA35AE-R2, PS034E specifications

The Black Box PS034E, PCA35AE-R2, PS035A, and PCA35A-R3 are advanced solutions designed to meet the growing demands for high-performance data transmission and connectivity in various applications. These products are known for their exceptional capabilities, making them essential tools for professionals in networking, telecommunications, and data management.

The Black Box PS034E stands out with its compact design, facilitating easy installation in various environments. It offers a range of features, including support for high-speed data transmission, compatibility with a broad spectrum of devices, and robust security protocols. This model is particularly suited for organizations looking to enhance their network efficiency while ensuring reliable, uninterrupted connectivity.

The PCA35AE-R2 model is specifically engineered to provide seamless remote access to networked devices. One of its standout features is its advanced encryption technology, which safeguards sensitive data during transmission. Furthermore, the PCA35AE-R2 supports multiple protocols, making it versatile for various applications, from industrial automation to smart buildings, further enhancing its appeal in diverse sectors.

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The PCA35A-R3 model incorporates cutting-edge technology, including AI-driven monitoring capabilities. This state-of-the-art feature allows for real-time data analysis and predictive maintenance alerts, empowering users to address potential issues before they escalate into significant problems. Additionally, its robust design ensures high durability, making it suitable for deployment in demanding environments.

All four devices share common characteristics, such as high reliability, scalability, and ease of integration into existing systems. They cater to various sectors, including IT, education, healthcare, and manufacturing, showcasing their versatility in addressing different connectivity challenges. Collectively, these Black Box products represent the pinnacle of modern engineering, designed for efficiency, scalability, and security in an increasingly connected world.