HP J600 Part Numbers A B

HP DeskJet 600 Series Printers Refilling Polic y

Refilling Policy

To get the best performance from your printer, Hewlett-Packard
recommends using only genuine HP supplies in inkjet printers, including only
HP print and photo cartridges. Refilling HP print cartridges pushes electronic
and mechanical components past their normal life cycle, creating many
potential problems. Additionally,

Non-HP ink can cause the following:

print cartridge nozzles can become clogged resulting in streaked
copy or fuzzy characters.

print cartridge electrical components can become corroded resulting
in poor print quality and/or complete print cartridge failure.

Ink leaking from a refilled print cartridge may cause the following:

service station failure. The service station caps and cleans the print
cartridges between printouts. If the service station malfunctions,
irreversible damage to the print cartridges may result.

Caution

severe printer damage. If ink from a leaking print cartridge falls on
electrical components within the printer, severe damage to the
printer may result.

The ink in the print cartridges has been carefully formulated
by Hewlett-Packard to ensure superior print quality and
compatibility with the printer. Damage to the printer resulting
from modifying or refilling of HP print cartridges is not the
responsibility of Hewlett-Packard and is specifically excluded
from coverage of HP printer warranties.

Hewlett-Packard does not support the refilling of print
cartridges. Hewlett-Packard cannot guarantee the print
quality from refilled print cartridges.

Attempting to refill
the high-capacity print cartridge may result in a sudden
loss of ink from the print cartridge

by refilling high-capacity black ink or color ink print
cartridges is not covered by the Hewlett-Packard warranty
or customer service agreements.

. Printer damage caused

HP DeskJet 600 Series Printers Part Numbers

Part Numbers

Item Part Number Description

Print Cartridges 51649A

51629A High Capacity Inkjet Print

Color Kits

1. The color print cartridge is compatible with the HP DeskJet 600, 660C, 670C, 672C, 680C, 682C,
690C, 692C, 693C, 694C, and the HP DeskWriter 600, 660C, and 680C.

2. The color kits include a color print cartridge and the Print Cartridge Storage Container. The Print

Cartridge Storage Container can hold one black or one color print cartridge.

2

C4533A U.S.
C4534A Europe
C4535A Asia
C4536A Japan, Inter-Americas

1

Color Inkjet Print Cartridge
(Cyan, Magenta, and Yellow
Inks)

Cartridge (Black)

HP DeskJet 600 Series Printers Print Cartr idge Specifications

Print Cartridge Specifications

HP 51629A and 51649A Print Cartridge Specifications

Characteristic Product Specifications

Type: Both Plain paper drop-on-demand

Thermal InkJet printing

Ink Base: 51629A (Black)

51649A (Color)

Print Cartridge Life: 51629A (Black)

51649A (Color)

Typical Usable Ink: 51629A (Black)

51649A (Color)

Number of Nozzles: 51629A (Black)

51649A (Color)

Pen Speed: 51629A (Black)

51649A (Color)
Shelf Life: Both 18 Months
Vertical Resolution: Both 300 dpi

1. The 51629A print cartridge life is based on an 8 in. x 10 in. printable area with a 5% printing
density.

2. The 51649A print cartridge life is based on an 8 in. x 10 in. printable area with a 15% printing

density. The printing consists of 10% composite black and 15% of the following colors: cyan,
magenta, yellow, green, red and blue.

Pigment Based Ink
Dye Based Ink

1

650 Pages at 5% Density

2

350 Pages at 15% Density
40 ml

7.6 ml per Chamber (3 Chambers)
48 Nozzles

48 Nozzles (16 per Color)
8 kHz

5 kHz

HP DeskJet 600 Series Printers Thermal Inkjet Technology

Thermal Inkjet Technology

The HP DeskJet printer family uses Thermal InkJet II (TIJ II) technology.
This technology centers on a disposable print cartridge which propels ink out
of 48 nozzles. The basic principle of TIJ II is to apply heat to a tiny measure
of ink until it expands and is propelled through a nozzle.

This is achieved by first filling a small reservoir, known as the firing
chamber, with ink. The next step is to heat the ink with a thin-film resistor
layered above the firing chamber. As the ink heats up, it expands to form a
bubble. As the bubble continues to expand and burst, it is forced through the
nozzle located below the firing chamber.

This process is repeated up to 8,000 times per second and creates residual
heat in the resistor which must be removed. A layer of silicon placed above
the resistor transfers the residual heat from the resistor.