Operating Instructions

<Assembly Instructions for left-side operation>

1. Assemble the HY headset according to the assembly diagram.

(A)Attach the head pad marked "L" to the left side of the headset, and the head pad marked "R" to the right side, by pressing firmly until they "snap" into place.

(B)Connect the interconnecting cable to the headset and the beltpack, ensuring that the locking ring of each connector is fully engaged.

(C)If the internal monitoring system is to be used, connect the stereo mini plug of the PH 5 head- phone to the headphone jack of the headset. (Note: Other stereo headphones with an im- pedance of 16 ohms or greater may be used if desired.)

2.Insert the "L" and "R" units of the headphone into the respective left and right ears as illustrated.

3. Set the cough button to the "mic off" position.

"mic on"

"mic off"

position

position

4.Position the headset so the "L" and "R" head pads rest immediately above the respective "L" and "R" ears, and adjust the headband for a comfortable fit.

5.Loosen the mic adjustment knob, and position the mic capsule approximately 10-25mm (1/2-1 inches) from the corner of the mouth. Ensure that the can- tilever is positioned fully downward, and carefully tighten the mic adjustment knob to hold the mic arm in the desired location. You should experiment with the positioning of the mic capsule, in relation to the mouth, to determine the location that pro- vides the best reproduction of your individual vocal tonality and performing style.

Note: The cantilever that connects the mic arm to the body of the headset allows you to swing the mic arm up and away from the face when necessary, and then reposition the mic arm to ex- actly the same location when desired.

6.Turn the beltpack power switch to "OFF," and rotate the monitor level volume control to "MIN" and the monitor balance control to its center pos- tion. Connect an XLR cable between the MIC OUTPUT of the beltpack, and a low-Z input of a mixer or sound system. If the integral monitoring system is to be used, insert a stereo or mono 1/4" phone plug into the LINE INPUT JACK, and slide the line mode selector switch to the appropriate setting.

7.Place the beltpack power switch in the "ON" posi- tion. Set the COUGH BUTTON to the "ON" posi- tion, and the red LED will light to indicate "mic live"status. Rotate the MONITOR LEVEL VOLUME CONTROL to obtain a desirable level in the head- phones, and adjust the MONITOR BALANCE CON- TROL to obtain the proper "mix" between the direct vocal and the line input monitor signal.

8.For right-side operation, reverse the positions of the "L"and "R" head pads. The MIC ARM should be reversed by carefully pulling the CANTILEVER out away from the headset (just enough for clearance) and swinging it to the other side; then gently lower the arm to the surface of the headset. Orient the red LED of the mic capsule toward the face, by first loosening the MIC ADJUSTMENT KNOB, turn- ing the shaft, and then retightening the knob.

CANTILEVER

OFF

POSITION

SPECIAL

SCREW

POSITION FOR

POSITION FOR

LEFT-SIDE

RIGHT-SIDE

OPERATION

OPERATION

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Toshiba HY1 instruction manual Operating Instructions, Assembly Instructions for left-side operation
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HY1 specifications

The Toshiba HY1 is a significant advancement in the realm of high-capacity storage solutions, designed primarily for enterprise-level applications. This innovative hard disk drive (HDD) is engineered to meet the rigorous demands of data centers, cloud storage, and high-performance computing environments. With its impressive specifications and cutting-edge technologies, the Toshiba HY1 stands out as a reliable component for data-centric operations.

One of the main features of the Toshiba HY1 is its substantial storage capacity, which can reach up to 18TB. This massive storage capability allows organizations to effectively manage and store vast amounts of data, making it an ideal choice for businesses that require efficient data management systems.

The Toshiba HY1 utilizes ultra-fast SATA interfaces, enabling high-speed data transfer rates. The 6 Gb/s SATA interface ensures that large files can be read and written with minimal latency, enhancing the overall performance of storage operations. This speed is particularly beneficial for applications that involve intensive data processing, such as virtualization, enterprise applications, and large-scale databases.

Efficiency and reliability are crucial characteristics of the HY1. Toshiba has integrated advanced power management technologies that not only optimize performance but also reduce energy consumption. The energy-efficient design helps lower operational costs and contributes to a more sustainable approach to data storage.

Another standout feature of the Toshiba HY1 is its robust data security mechanisms. Equipped with AES hardware encryption, the HY1 ensures that sensitive information is safeguarded against unauthorized access and potential data breaches. This is particularly important in today’s environment where data privacy is a top priority for businesses.

Toshiba’s commitment to durability is reflected in the HY1’s design. Built to withstand the rigors of constant read/write cycles, the HDD incorporates advanced error recovery features that protect data integrity over its lifespan. This resilience is vital for enterprises aiming to maintain continuous access to critical data.

In summary, the Toshiba HY1 is a powerhouse in the field of data storage, characterized by high capacity, fast data transfer rates, energy efficiency, robust data security, and exceptional durability. It is an exemplary choice for organizations looking to enhance their data management capabilities while ensuring reliable performance and security in their storage solutions.
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