Master of its class
VK10-K120-19 is the head with the largest contact surface in the VK10 series. The contact surface is at least 120 mm; this shows that high forces are at work in the operating environment of the VK10-K120-19.
The strapping head has been designed to secure pallets and profiles and is therefore considered a loyal companion in the building materials and timber industry. The generated tensioning force of up to 3,200 N acts on polyester straps with maximum dimensions of 19 x 1.27 mm.
As with all VK120 heads, joining is accomplished with a heater blade. A special feature of this model is the monitored welding temperature.
The harsh industrial use can do no harm to the VK10-K120-19; it has always been considered extremely reliable and impresses with a robust construction on a VK10 basis. For masterful strapping results in the polyester strap segment.

Technical Data
Kind of drive Electric
Tension force max. 3,200 N (depending on strap)
Mains voltage 400 V AC / 50 Hz
Control voltage 24 V DC
Connected load 0.9 kW
Current consumption 4 A
Strap conveying speed approx. 2.5 m/s (depending on strap thickness)

approx. 4.5 m/s (depending on strap thickness) - optional

approx. 8.2 ft/s (depending on strap thickness)

approx. 14.8 ft/s (depending on strap thickness) - optional
Dimensions 453 x 640 x 450 mm (L x W x H)
17.8 x 25.2 x 17.7" (L x W x H)
Weight 80 kg
176.4 lb
Strap/Joint
Type of strap Plastic strap
Strap PP
PET
Strap width 16 mm
5/8"
16, 19 mm
5/8" ; 3/4"
Strap thickness 0.75 - 1.10 mm
0.03 - 0.043"
0.70 - 1.35 mm
0.028 - 0.053"
Kind of seal Thermo-weld joint
Sealing strength
(depending on strap quality, strap dimensions)
up to 80% of the strap breaking load
(dependig on the use of the heating control)
Minimum bearing area
Expansive package 120 mm
4.7"
Slit coil ring 130 mm
5.1"
Hexagon pipe bundle 130 mm
5.1"
Round package Ø 600 mm
23.6"
Application
Common strappings with high tension force and material strength like. coils, slit coils, profiles, metal sheet packages etc.
Hotline
+49 2336 808 364

E-Mail
jgeurtz@titan-schwelm.de