10. GENERAL MAINTENANCE

EM1-33033

10.4 Threshold Setting

10.4 Threshold Setting

For the printer to maintain a constant print position it uses the transmissive sensor to detect the gap between labels by measuring the amount of light passing through the media. When the media is pre- printed, the darker (or more dense) inks can interfere with this process causing paper jam errors. To get around this problem a minimum threshold can be set for the sensor in the following way.

Threshold setting procedure (For firmware version 2.5A or later)

Power on

O N L I N E

[PAUSE] key.

P A U S E

[PAUSE] key.

T R A N S M I S S I V E

[FEED] key.

R E F L E C T I V E

[FEED] key.

T R A N S M I S S I V E

[PAUSE] key.

T R A N S M I S S I V E

P A U S E

[RESTART] key.

O N L I N E

Command

O N L I N E

(1)The printer is in stand-by.

(2)Load a media roll in the usual way.

(3)Press the [PAUSE] key.

(4)The printer enters the pause mode.

(5)Press and hold the [PAUSE] key for at least 3 seconds in the pause state.

(6)The sensor type is displayed.

(7)Press the [FEED] key.

(8)The reflective sensor (black mark sensor) is selected.

(9)Press the [FEED] key again.

(10)The transmissive sensor (feed gap sensor) is selected.

(11)Press and hold the [PAUSE] key.

(12)The media is advanced until the [PAUSE] key is released.

(13)Release the [PAUSE] key when more than 1.5 labels (tags) are advanced.

(Threshold setting is completed by this operation.)

(14)Press the [RESTART] key.

(15)The printer is in stand-by.

(16)Send an issue command from the PC to the printer.

NOTES:

1.If the [PAUSE] key is released within 3 seconds whilst in pause state, paper will not feed.

2.Failure to feed more than 1.5 to 2 labels may result in an incorrect threshold setting.

3.While the print head is raised, the [PAUSE] key does not work.

4.Error such as paper end and cutter error are not detected during paper feed.

5.Selecting the transmissive sensor (for pre-printed labels) within software commands allows the printer to detect the proper print start position correctly even when using pre-printed labels.

6.If the printer continues to print out of position after setting the threshold, adjust the feed gap sensor in the system mode. Reset the threshold again. Make sure that the transmissive sensor (for pre-printed labels) is selected in the feed and issue commands.

10-4

Page 25
Image 25
Toshiba EM1-33033E owner manual Threshold Setting, L I N E

EM1-33033, EM1-33033E specifications

The Toshiba EM1-33033E and EM1-33033 are advanced lithium-ion battery packs designed for various applications, including electric vehicles and renewable energy storage. These models highlight Toshiba's commitment to innovation and performance in energy storage technology.

One of the standout features of the EM1-33033E and EM1-33033 batteries is their robust energy density. With a capacity optimized for long-lasting performance, these batteries can deliver enhanced power output, making them ideal for high-demand applications. This capability enables electric vehicles equipped with these battery packs to achieve higher ranges on a single charge, improving overall efficiency.

Both models are constructed using advanced lithium-ion technology, which helps in maintaining excellent thermal stability and safety. The lithium chemistry employed in these batteries reduces the risk of overheating and ensures more reliable operation under varying environmental conditions. Additionally, the design incorporates a high-quality thermal management system that maintains optimal battery temperatures during charge and discharge cycles.

Another critical characteristic of the Toshiba EM1-33033E and EM1-33033 is their fast charging capability. These battery packs can be charged quickly, reducing downtime and allowing for more flexible use in applications such as fleet management. Users benefit from shorter charging times, which is particularly advantageous in commercial settings where vehicle utilization rates are crucial.

The batteries also support a long lifecycle, thanks to Toshiba's proprietary manufacturing processes. The robust design ensures a high number of charge and discharge cycles, which translates into lower overall replacement costs and increased sustainability. Both models are designed with recyclability in mind, contributing positively to environmental impact considerations.

Moreover, Toshiba has integrated advanced monitoring systems within these battery packs. These systems provide real-time data on battery health, charge status, and performance metrics, allowing users to make informed decisions and optimize usage patterns.

In summary, the Toshiba EM1-33033E and EM1-33033 lithium-ion battery packs stand out due to their high energy density, fast charging capabilities, exceptional thermal stability, and long lifecycle. These features make them suitable for various energy storage applications, illustrating Toshiba's dedication to delivering reliable and efficient energy solutions for the future.