Tell me about the heaters

Flow of heater temperature setting

1.If you select the media type when loading the media, the initial temperature value of each heater for that media is set on the heater front panel:

●If the initial temperature value has been set, the heater turns on but heating does not start.

●If the initial temperature value is set to **, the heater turns off. The set temperature on the heater front panel displays OFF.

2.If the printing job data are sent from the host (PC), either of the following operations is performed before the print starts:

a.If the HEATER PREF set for the media is SOFTWARE:

●The temperature set in the RIP (print data, job) overwrites the temperature set on the heater front panel, and the heating starts. Heating does not start if the temperature value is set to OFF.

●If the temperature is not set in the RIP (print data, job), heating starts with the temperature set on the heater front panel.

b.If the HEATER PREF set for the media is HEAT PANEL:

●The temperature set in the RIP is ignored and heating starts with the temperature set on the heater front panel.

3.Printing starts when the current temperatures of the front, print, and rear heaters all reach the value exceeding set temperature –2 °C.

If the current temperature is higher than the set temperature, printing starts without waiting for the temperature to drop. Even after printing has started, the temperature control makes sure that the heaters maintain the set temperature.

4.During printing, the temperature can be adjusted by using the heater or keys on the heater front panel.

Even after printing has finished, the changed temperature is applied as the set temperature.

5.The print job returns to step (2).

To set the initial temperature value of front, print, and rear heaters, and the HEAT PREFsetting (heater), see “Tell me about The MEDIA REG menu”.

Tip The heater front panel displays the set heater temperature in all cases.

Temperature control

The following tables describe how heater temperature is controlled.

Maintaining the preset temperature

Function:

To heat the media to reduce the ink drying time, improve fixing of ink to media, and to protect

 

media from media wrinkling.

 

 

304

Chapter 15 Tell me about the heaters

ENWW

Page 313 Page 315
Page 314
Image 314
HP 10000s manual Flow of heater temperature setting, Temperature control
Page 313 Page 315

10000s specifications

The HP 10000s series is a robust line of high-performance computing solutions, meticulously designed to meet the demands of enterprise-grade environments. These systems are known for their exceptional reliability, scalability, and versatility, making them a preferred choice for businesses requiring advanced computing resources.

One of the standout features of the HP 10000s is its powerful processing capabilities. These systems are equipped with cutting-edge processors, often utilizing the latest Intel Xeon architecture. This ensures superior computational power and efficiency, allowing organizations to run complex applications and handle large datasets with ease.

In terms of memory, the HP 10000s offers extensive options, supporting significant amounts of RAM to meet the needs of memory-intensive applications. This flexibility helps businesses optimize performance and ensure smooth multitasking, which is crucial for high-demand workloads.

Storage options in the HP 10000s series include a variety of HDD and SSD configurations, allowing users to select the most suitable combination based on performance needs and budget. The integration of high-speed NVMe drives can dramatically enhance data access times, ensuring that users experience minimal latency and maximum throughput.

Networking capabilities are another focal point of the HP 10000s. These systems are typically equipped with advanced networking features, including support for high-speed Ethernet interfaces. This ensures robust connectivity and aids in the seamless integration of the systems into existing IT infrastructures, enabling efficient data transfer and communication.

The HP 10000s also emphasize energy efficiency and environmental sustainability. With energy-efficient components and advanced power management features, these systems help organizations reduce their carbon footprint while keeping operational costs in check.

Security is a paramount concern for enterprises, and the HP 10000s series incorporates multiple layers of security features. This includes hardware-based security measures, secure boot options, and advanced encryption capabilities to safeguard sensitive data and maintain compliance with industry regulations.

Ultimately, the HP 10000s series offers a compelling combination of power, reliability, and scalability. Its advanced technologies and features empower organizations to tackle demanding applications seamlessly while ensuring they are well-prepared for future growth. As businesses continue to innovate and expand, the HP 10000s stands as a solid foundation for their computing needs, driving efficiency and performance in an increasingly competitive landscape.
Top Page Image Contents