Envelope sizes

Imperial (U.S.) system

Size

U.S. Dimensions

Metric Dimensions

 

 

 

Tray 1:

 

 

Minimum

3 by 5 in

76 by 127 mm

Maximum

8.5 by 14 in

216 by 356 mm

 

 

 

Optional envelope

 

 

feeder:

 

 

Minimum

3.5 by 6.3 in

90 by 160 mm

Maximum

7 by 10 in

178 by 254 mm

 

 

 

Envelopes to avoid

Do not use the following envelopes:

 

• with clasps, snaps, or tie strings

 

• with transparent windows, holes, perforations, or cutouts

 

• having an open flap with adhesive exposed

 

• having paper, inks, adhesives, or materials that discolor, melt,

 

offset, or release hazardous emissions when exposed to

 

175° to 230° C (347° to 446° F)

 

• having extremely smooth, shiny, rough, textured, or deeply

 

embossed surfaces

 

• damaged, wrinkled, or irregularly shaped

 

• constructed with encapsulating adhesives that do not require

5

moistening, but rely instead on pressure to seal them

Preventing jams caused by envelopes

When you are printing on envelopes, use these preventive measures to avoid printer malfunctions.

• Carefully feed the envelopes into the printer.

• Be aware of the envelope’s construction.

EN

Envelope specifications 159

Page 160 Page 162
Page 161
Image 161
HP LJ 1100A, LJ 4000TN, LJ 2100M, LJ 2100TN manual Envelope sizes, Envelopes to avoid, Preventing jams caused by envelopes
Page 160 Page 162

LJ 2100, LJ 1100SE, LJ 1100A, LJ 4000TN, LJ 1100AXI specifications

The HP LaserJet series has long been recognized for its reliability and performance in the world of personal and office printing. Among its noteworthy models are the HP LaserJet 4000, LaserJet 2100TN, LaserJet 2100M, LaserJet 1100ASE, and LaserJet 1100AXI. Each model brings its own unique features, technologies, and characteristics that cater to various printing needs.

The HP LaserJet 4000 is a robust workhorse designed for medium to large office environments. It features a print speed of up to 20 pages per minute and a maximum print resolution of 1200 x 1200 dpi, ensuring crisp and clear text and graphics. Equipped with a 90 MHz processor and 8 MB of RAM, the 4000 can handle complex documents with ease. It supports HP’s built-in networking capabilities, allowing multiple users to share the printer effortlessly. Additionally, its versatility extends to various media sizes and types, making it suitable for diverse printing tasks.

The LaserJet 2100TN is another commendable model that offers both performance and value. With a print speed of 20 pages per minute and a resolution of 600 x 600 dpi, it’s an ideal choice for small to medium-size businesses. Its advanced HP Smart Printing technology increases its efficiency by optimizing print quality and minimizing paper wastage. The model comes with a 250-sheet tray and supports optional paper feeders, enhancing productivity for high-volume printing tasks.

The HP LaserJet 2100M features an intuitive design that emphasizes user-friendliness. It boasts the same print speed and resolution as the 2100TN but includes an additional 32 MB of RAM, allowing for enhanced processing power. The model supports direct printing from various devices, making it a versatile option for busy office environments.

The LaserJet 1100ASE and 1100AXI models are suited for smaller teams or home offices. Both models deliver reliable performance with print speeds of up to 10 pages per minute. The 1100ASE comes equipped with a parallel port for easy connectivity, while the 1100AXI includes USB support for modern devices. With a compact design, these printers fit perfectly in space-constrained environments without sacrificing print quality, with a maximum print resolution of 600 x 600 dpi.

Overall, the HP LaserJet 4000, 2100TN, 2100M, 1100ASE, and 1100AXI cater to a range of printing needs, offering diverse features and technologies. They are recognized for their durability, efficiency, and exceptional print quality, making them a standout choice for any printing requirement. Whether for high-volume office tasks or everyday documents, these models exemplify HP's commitment to excellence in laser printing.
Top Page Image Contents