TG-DSG-30
Dispenser Gun
Stainless steel
drive rod
driverod
Hardened drive pawl
Grip Adjustement
disposable nodrip barrel
reservoir and
piston
molded tapered
tip for
accurate
application
Features
Dispense sealant and vinyl adhesive without ooze. Or apply grease, pastes, glues and epoxies. Easy. No drip or mess.
Rugged, all-metal DispensGun makes easy, controlled applications of difficult-to-apply fluids. A 10:1 mechanical
advantage means very little squeeze is required to dispense even the highest viscosity fluids. Complete flow control
and positive shut off mean no oozing or dripping. Adjustable grip for smaller hands. When barrel is emptied, dispose.
No maintenance.
Applications
Fiber-optic assembly
Field dispensing
Light assembly
Rivet coating
Lubricating
Sealing
Touch-up
Solder paste
Glob top
Window frame sealing
Tel: +44 1455 553510 Email: sales@tglobaltechnology.com Web: www.tglobaltechnology.com Skype: tglobal.technology
How to use it
2. Remove the
lid of the barrel
3. Couple the
barrel to the
gun dispenser
by rolling it from
left to right
4. Remove the
tip of the barrel
5. Press the
trigger to apply
the product
Tel: +44 1455 553510 Email: sales@tglobaltechnology.com Web: www.tglobaltechnology.com Skype: tglobal.technology
Nozzles Available
Precision Stainless Steel TIPS: Burr-free, polished and
passivated stainless steel tips with polypropylene
SafetyLok hubs.
Smooth flow tapered TIPS: Unique tips provide smooth
flow of all fluid types.
Molded of polyethylene with UV-light block additive
and SafetyLok™ hub design.
Resists clogging of thick, particle-filled materials.
Use with UV-cure adhesives, sealants and grease.
Flexible TIPS: Flexible polypropylene 38.1 mm or 12.7
mm
(1.5" or 0.5") tubing for application onto sensitive areas.
Easily drags along edges and around corners; flexible for
access to hidden areas.
Dispenser Gun with all the TIPS
Tel: +44 1455 553510 Email: sales@tglobaltechnology.com Web: www.tglobaltechnology.com Skype: tglobal.technology
Calculation of volume to dispense
1. The required volume is heat transfer area times distance between surfaces.
2. Calculate the “effective heat transfer area” as follows:
- for a plastic package, use the length or width as the diameter and calculate the circular area to be
covered from A = ¼ п D². This area covers the center of the package where most of the heat transfer takes
place.
- for metal or ceramic lid packages, use the diagonal of the package as the diameter to calculate the heat
transfer area. This will insure that the whole surface is covered.
- for enhanced packages containing a metal slug, use the diameter of the metal slug to calculate the area
to be covered.
3. Estimate the distance from the device to the cold surface. To prevent any possibility of an air gap, use the
nominal gap plus the expected tolerance as the height.
4. Examples: Convert unit to cm prior to calculating since volume of material will be in cc.
A. for a 31 mm metal lid package with a 2 +/- 0.1 mm gap
Diagonal = (3.1*3.1 + 3.1*3.1)1/2 = 4.38
0.25 x 4.38 x 4.38 x 3,1416 x 0.21 = 3.16 cc of material
B. for a 24 mm plastic package with a 3 +/- 0.2 mm gap,
0.25 x 2.4 x 2.4 x 3.1416 x 0.32 = 1.45 cc of material
Tel: +44 1455 553510 Email: sales@tglobaltechnology.com Web: www.tglobaltechnology.com Skype: tglobal.technology
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