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Pistol-Grip Attachment allows paste to be applied manually to copper and brass assembly
Compressed air from control panel is introduced to upper gun body, forcing circular piston and attached piston rod upward against coil spring. Pressurized paste alloy (from reservoir) fills vacant space between piston rod tip and nozzle orifice.
As timer de-energizes, compressed air is exhausted, and coil spring returns piston and rod to closed position. Piston rod tip displaces paste alloy through nozzle orifice and seals opening until next cycle. Precise deposit size is obtained by adjusting control panel timer, paste pressure, and length of piston rod stroke.
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Engineered to specifically address the waste and discomfort that result from dispensing materials in collapsible tubes. A comfortable, balanced design that safely protects the tube from damage and the operator from contamination.
First time users are recommended to supply a tube sample.Features
• Eliminates waste
• Avoids material contamination
• Improves operator safety
• Prevents tube damage
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Utilising the time proven oval gear principal of positive displacement fluid measurement, the HG45 Preset Mechanical is a highly accurate, metered control handle ideal for use in all automotive, transport and workshop installations
Features
- dispenses up to 30 L/min (8 US gal per min)
- oval gear design
- settable volume up to 99.9 litres/US quarts
- easy to use thumbwheels for accurate volume setting - simply depress wheel and rotate
- able to set to decimal accuracy* easy to read 5 digit non-resettable total and 3 digit resettable batch total
- automatic non drip nozzle
- straight through flow path reduces pressure drop
- can be used without the preset function if required
- no batteries to fail
- simple handle latch design
- 10 year warranty
- 10 year guarantee parts availability
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| ... products without technical information |
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Pistol-Grip Attachment allows paste to be applied manually to copper and brass assembly
Compressed air from control panel is introduced to upper gun body, forcing circular piston and attached piston rod upward against coil spring. Pressurized paste alloy (from reservoir) fills vacant space between piston rod tip and nozzle orifice.
As timer de-energizes, compressed air is exhausted, and coil spring returns piston and rod to closed position. Piston rod tip displaces paste alloy through nozzle orifice and seals opening until next cycle. Precise deposit size is obtained by adjusting control panel timer, paste pressure, and length of piston rod stroke.
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