Standard Label Dimensions:
Label Width: Up to 7.2” (183 mm), Label Length: Up to 7” (178
mm) (Printer dependent)
Dispense Speed:
Up to 12” (305 mm) per second depending on printer and label
size
Label Dispense Accuracy:
Up to +/- 1/32” (0.8 mm)
Electrical:
115 Volts AC 60 Hz 5 Amps., 220 Volts AC 50 Hz 5 Amps.
Air: 4 cfm at
90 psi for most applications
Options: All
O.E.M. print engines, 17" (432 mm) powered unwind, Label on
pad detection (Consult factory for additional
options.)
3138 Printer Applicator Item: 3138
The Model 3138’s list of
advanced features make this Label-Aire's best printer
applicator for tough labeling jobs.
The Model 3138 is Label-Aire's
most advanced printer applicator featuring enhanced
two-line digital display with full error
messaging, velocity compensation with optional
encoder which results in accurate label placement
through changes in product velocity, and multi-page
memory (for saving setup parameters). All these
handy features greatly simplify setup and changeovers.
The new 3138 is just as tough as it is advanced. Its
rugged stainless steel and anodized aluminum
construction is corrosion resistant providing
long-lasting durability and maintenance-free
operation in most the hostile environments.
The 3138 is built to
handle your most demanding labeling applications with
ease and reliability.
Heavy duty
air cylinder for 24/7 label
application.
Velocity
compensation with
optional encoder for accurate label placement
through changes in product velocity.
Enhanced
two-line digital display
with full error messaging for added
convenience.
Compatible with any
O.E.M. printer on the market.
Standard 12" (305 mm)
unwind.
Available in either
domestic or CE (European) configurations.
Standard "end of
label/ribbon" and "low label/ribbon" strobe signals.
Applies labels to the
tops, sides, or bottoms of products for added
versatility.
Available in a
variety of stroke lengths.
Adobe Acrobat Reader version 4 or higher software is required to view forms.
It is free from Adobe Corporation and can be obtained by
clicking here.