• Low Heat Glue Guns
• Cold Glue Gun
• Cold Heat Glue Gun Charger
• Cold Heat Glue Gun Manual
• Cold Heat Glue Gun Manual
• Cold Heat Glue Gun Instructions
• Cold Heat Glue Gun Instruction Manual

Sep 23, 2013  Cold Heat Cordless Crafts 120 $24.99 gun, base, plus 8 sticks. Cold Heat Soldering Iron 120 Second TV Spot. Glue gun V/S glue gun/comparing and testing - Duration: 4:39. Made in creative. View and Download Coldheat Glue Gun quick start manual online. Glue Gun Glue Gun pdf manual download. Low-temperature glue guns can be used on sensitive materials that may melt or distort from too much heat, such as ribbon, thin foil, or Styrofoam. It’s the right choice when working with thin or delicate materials like burlap where high-temp glue could seep through and burn your fingers.

Page 2: Butane, Ignition instructions, Adhesive application, Trouble shooting, Storage of your p, Glue gun, Warnings

1. Only empty fuel tank in a well

ventilated area and away from

ignition sources. Remember

butane is heavier than air.

2. Depress the filler valve at the

back of the tank with a small

bladed screwdriver and let the

butane gas escape through the

small orifice opening. It takes

approximately one minute for the

butane to escape from the tank.

Be careful that the butane does

not hit against your fingers or

hands. This could cause frostbite

of the skin.

3. One method is to poke a small

bladed screwdriver through a

piece of paper and then

How to Empty Tank of Butane Gas if Needed

carefully depress the filler valve.

The escaping gas will hit the

paper and not your hand.

4. Never turn gas lever to “ON”

and allow gas to evacuate

through the ejector/tip. Doing

this will clog the ejector and

lead to premature failure.

5. Never try to unscrew the filler

valve as it is adhesively bonded

to the tank. Breaking of this

bond will destroy the unit,

causing the tank to leak.

WARNING: By-products of the combustion of the fuel used by this

product contain chemicals known to the State of California to cause

cancer and reproductive harm.
WARNING: The Department of Transportation Hazardous material

Regulations forbid the carriage of butane or other flammable gas

products on passenger aircraft. Do not pack this item or any other

flammable gas item, in any checked or carry-on baggage.
WARNING: Do not clean or remove the adhesive with solvent. May

cause fire. For additional health and safety information, see the product

label and Material Safety Data Sheet for the Master Adhesive used.

To reduce the risk of injury or property damage,

READ AND UNDERSTAND the following
warnings:

1. The Glue Gun contains flammable gas under

pressure. Use with care.

Checking the Contents ofthePackage.7Index to Parts and Controls. 48 g including NH-AAA rechargeablebattery.5Measured value by the standard of JEITA(Japan Electronics and InformationTechnology Industries Association)Supplied accessoriesSee page 7.Optional accessoriesActive SRS-T80Electret condenser ECM-CS10,ECM-CZ10, ECM-DS70P, ECM-DS30P, ECM-TL1Audio connecting cable RK-G136,RK-G139 (excluding Europe)Rechargeable battery NH-AAA-B2FUSB AC adaptor AC-U50A, AC-U50ADBattery charger BCG- 34HE4. 10 mm dia.Power90 mWoutputInput/Outputjack (minijack, stereo) input for plug in power, minimum inputlevel 0.9 mV, 3 kilohms or lower impedancemicrophonejack (minijack, stereo) output for 8 - 300 ohms headphonesUSB connector High-Speed USB compatiblePlayback speed control (DPC)+100% to –50% (MP3)0% to –50% (WMA)Power requirementsOne NH-AAA rechargeable battery (supplied):1.2 V DCOne LR03 (size AAA) alkaline battery (notsupplied): 1.5 V DCOperating temperature5 ̊C - 35 ̊CDimensions (w/h/d) (not incl.projecting parts and controls) (JEITA).534.4 × 99.0 × 13.4 mmMass (JEITA).5Approx. 8 Class2A is compatible, however,MBR (Multi Bit Rate), Lossless, Professional,and Voice are not supported.4The NoiseSubstitution function is notsupported, therefore, playback becomessimple playback with 32 kbps bit rate.FM sectionFrequency range87.5 - 108 MHzIF 150 kHzAntennacord antennaSpeakerApprox. Sony ic recorder user manual.

2. Keep out of reach of children.
3. Use only Master Appliance Ultratane Butane

Fuel to insure maximum safety and
performance. MSDS upon request.

4. Do not fill gas, use or store near open flame,

heater, furnace or combustible materials.

5. Always point away from face and body while

igniting or operating.

6. The nozzle gets hot during operation. Do not

touch the nozzle, melted glue or main exhaust
port when hot or place them on a flammable
object.

7. Hot gases are emitted from all exhaust slots.

Do not leave Glue Gun unattended.

8. Wait for nozzles to cool before changing. Keep

hands and combustibles from nozzle area
while in use.

9. Use only glue sticks designed for use with Kitchen gourmet omelet maker user manual.

hotmelt glue guns. Do not use liquid or paste
adhesive.

10. Make sure the adjustment knob is firmly closed

and the flame is completely extinguished after
using.

11. To prevent fuel tank leakage, do not store in

environmental area that exceeds 104°F/40°C

Important Safety Instructions

Use only Master Ultratane butane with your Glue Gun.
Do not fill gas or store near open flame, heater,
furnace or combustible materials. Make sure the unit is
cool before re-fueling and that the switch is turned to
the “OFF” position. Fill gas holding the unit firmly with
the refill nozzle pointed upwards. Insert nozzle into the
gas filling valve and press down. Use pumping action
for best results (Fig. 1). Gas will overflow from nozzle
when tank is full. After filling allow the gas to stabilize
for a few minutes before lighting.

Fill with Ultratane

®

Butane

1. Use only 1/2” diameter glue sticks. Insert glue stick

through tunnel at the back of gun (Fig.3).

2. To start fuel flow, squeeze and slide (fig 3) switch to

“ON” position. You will hear a “hissing” sound.

3. Push the “Ignition Switch” to ignite the flame. Hold for

about 5-10 seconds before releasing (Fig. 4).

4. After igniting, the ceramic elements inside the air

vent will glow “red” (Fig. 5). Tip the gun forward on

folding stand under the nozzle to stand the gun. Wait

for a few minutes for it to heat up and allow the glue

to melt and soften.

5. During operation of your glue gun, gas flow is

thermostatically controlled for optimum fuel efficiency

and to maintain the glue melt chamber temperature

at 280F to 320F. Gas will flow intermittently

depending on chamber temperature.

NEVER LEAVE UNIT UNATTENDED WHEN

GAS IS ON.

Ignition Instructions

1. Direct nozzle tip at any clean/dry surface you wish to

bond. Check for proper adhesive selection.

2. To apply melted adhesive use steady finger pressure

on feed trigger. Release feed trigger to stop flow of

adhesive.

3. Do not use excessive pressure on feed trigger.
4. Insert 1/2 inch glue stick into transport mechanism

as needed.

Adhesive Application

Low Heat Glue Guns

1. Make sure the ON-OFF button is in the full OFF position. (fig. 3).
2. Stand the folding base to rest the glue gun and cool the nozzle,

before storing.

3. Store in proper location avoiding elevated temperatures and

away from children.

4. Leave tank approximately 1/2 full so lubrication of fuel pickup

filter remains wet.

Trouble Shooting

Problem

Does not ignite

Low Gas Pressure

Low/No adhesive

flow

Probable cause

1. Empty tank

1. Low fuel
2. Cold fuel

1. No heat

2. Plugged tip

3. Glue gun unit not at

proper operating
temperature

Solution

1. Check window of tank and

refill with butane fuel

1. Refuel with butane gas.
2. Gently shake to warm fuel up.
* Use indoors only - Minimum

ambient temp 59°F.

1. See information above –

Cold Glue Gun

Does not ignite.

2. In the event the applicator tip

is blocking adhesive flow you
may clear the tip with a small
nail or paper clip.

3. Allow unit to heat up for

4 minutes after ignition.
Do not force adhesive.

Storage of Your P

ORTA

P

RO

® Glue Gun

(such as car dashboard or trunk, direct
sun, glove compartment, or other
enclosed, unventilated areas).

12. Use only in well-ventilated area.

Continuous or extended use indoors
should be done only with a local exhaust
ventilation to the outside.

13. Do not expose to open flame or other

sources of high temperature.

14. Always use safety glasses or goggles.
15. Do not misuse, abuse, alter or tamper.
16. Do not try to open the gas tank. Do not

puncture or incinerate.

17. Do not immerse in water.
18. Under no circumstances should you

attempt to repair a damaged glue gun.

Cold Heat Glue Gun Charger

19. It is your responsibility to follow your

governmental regulations when

disposing of this unit.

NOTE: For health and safety information, see
product label and Material Safety Data Sheet
for Master Adhesive before using.
NOTE: When operating in extremes of
temperature (hot or cold), at high altitude,
ignition may be difficult due to the variation of
gas pressure caused by these extremes. Gas
control settings will also be affected and will
vary from those under normal conditions. If
difficulties are experienced, please contact
our Customer Service Department.

OFF

Warnings:

!

CAUTION: Allow applicator to cool to room temperature before

servicing. Failure to do so

may cause burns.

CAUTION: Do not pull adhesive cartridge from the rear of the applicator

Cold Heat Glue Gun Manual

while in operation. Removing adhesive from the rear may cause molten

adhesive to flow out the rear of the applicator which may cause burns

Cold Heat Glue Gun Manual

and damage the applicator.
CAUTION: Avoid contact with hot adhesive and the applicator tip.

May cause burns. Wear safety glasses and gloves when using.
CAUTION: If molten material comes in contact with skin DO NOT

ATTEMPT TO REMOVE!!! Cool glue with cool water and/or ice as

quickly as possible and seek medical assistance if burn is over a

large area.

Cautions:

!

ColdHeat was an American company founded to develop and market products using the proprietarygraphite-like compound Athalite. The composite material is claimed by the manufacturer to have the unusual ability to conduct large amounts of heat and return to room temperature in a short amount of time.

• 1Soldering iron

Soldering iron[edit]

The first two products were soldering irons powered by alkaline batteries. The manufacturer claims this soldering iron is unique in that its Athalite tip undergoes a temperature change from ambient temperature to approximately 800 °F (427 °C) and back to ambient within three seconds when the tip is removed from the work.

The tip of this apparatus is split into two sections that completes an electrical circuit when a low electrical resistance is placed across the tip; e.g. metallic contacts, or solder.^[1] With a current flowing, the resistance of both the solder and the tip produces enough heat to increase the temperature beyond the melting point of solder. For the light-duty work it was designed for, the Athalite tip heats just enough and can cool very rapidly; however, if applied to something with large thermal capacity such as a metal chassis, the tip can become extremely hot and can take over a minute to cool in an extreme case.^{[citation needed]}

It is thought that the irons cannot be used indiscriminately for all work; the voltage across and current through the tip can damage electronic circuits being soldered. When not in contact with a joint, the split tip has 6 or more volts across it, enough to destroy semiconductorp-n junctions on contact if the iron accidentally touches multiple closely spaced pads. This is not static-electricity damage; any voltage over about 0.7V capable of delivering high current can destroy a semiconductor junction.

According to ColdHeat:

It's a common misunderstanding that high current in the joint causes the heat. The heat is generated by resistance within the tip. Heat is then conducted to the joint just as in traditional solder tools. Also, current in the joint is limited to the small region between the two tip halves and doesn't pass through the part being soldered. There is a tiny transient voltage when the tool is applied or removed, but it is orders of magnitude below the levels that cause static-electricity [sic] damage.^{[citation needed]}

Criticism[edit]

The tip is reported to be very easily damaged mechanically. The unit does not have enough power for effective desoldering of many board- and chassis-mounted components. The design of the tip is incompatible with some soldering techniques such as dragging or continuous-flow soldering (a popular technique for hand-soldering high-pin-count SMT packages, based on the principles of wave soldering).

One thorough review [1] of the ColdHeat soldering iron noted:

'For the electronics hobbyist, one particularly disconcerting side-effect of the Coldheat way of doing things is that localised arcing and sparking may be produced sporadically when the heating circuit opens or closes. .. sparks anywhere near a semiconductor are an anathema to the electronics enthusiast. High reverse voltages can be produced in inductive circuits as well. ..'

'The overall results of the soldering exercise were very disappointing. .. the test results on the PCB were of extremely mixed quality. .. The quality of the soldered joints was extremely inconsistent, due to the lack of temperature control and other variables that affect the finished joint. .. perhaps 20% of the finished joints being of a reasonably good standard.. It was difficult to feed solder onto the joint at a consistent rate because the heating effect was variable. ..The dull crystalline appearance of many joints points to inadequate heating, caused by the heat not sinking throughout the joint sufficiently to melt the solder thoroughly, before the iron was removed. Although a grey crystalline joint will often form a sufficiently working joint for non-critical applications, the circuit might have an intermittent fault because of this. ..'

'There is .. no escaping the most fundamental principle of soldering: in order to make a good quality solder joint, all parts should be heated to the melting point of the solder so that it can flow properly. In the case of 'cold-soldering' a PCB .. only one half of the joint can effectively be heated by the iron, e.g. a cropped resistor lead that you use to short out the electrodes to generate heat. Solder can then melt onto the hot leadout but it is then forced to flow onto the other component (the PCB copper pad) which is completely cold. Inadequate through-heating of components is the main cause of dry (gray) solder joints. What little heat there is, sinks away through the workpiece and the solder never flows properly. A crystalline, dull and brittle joint is formed. ..with our test circuit board.. three PCB copper pads were damaged by excess heat, causing the copper track to lift away from the laminate altogether. .. Unfortunately we failed to finish and test our sample board successfully, due to the damage caused to three copper pads.'

'.. With just a little practice with an ordinary electric iron ..it is perfectly possible for any novice or hobbyist to produce good quality consistent results ..that are superior – and faster – than the Coldheat principle. ..'

'Unfortunately, I can’t recommend the Coldheat soldering iron to the average electronics constructor unless they are extremely accident-prone, lacking confidence or have a real need to go cordless: they should save money and buy an ordinary electric iron instead. ..Users stand a much better chance of producing a higher quality and more consistent solder joint with an ordinary iron using accepted techniques.. .'

Athalite[edit]

Athalite is a highly malleable, yet fragile, composite material. The name is derived from 'Accelerated THermal Action'. It is most likely composed of graphite. It might also be formed by other materials containing semiconductive elements such as germanium or silicon, as stated in the patent application. A nickel-chromium or other resistivealloy is another possibility listed in the application, but is unlikely to have been used.^[2]

Cold Heat Glue Gun Instructions

Other products[edit]

Prior to the website's closure, ColdHeat featured products other than the soldering tool that use the same technology, including a cordless hot-melt glue gun called Freestyle. It heats up much more quickly than others (but not instantly like the solder tool.) It comes with a built-in stand, a pack of mini glue sticks, rechargeable battery, battery charger with its AC adapter, and an instructional manual and a book with different project ideas. However, much like the soldering tool, the Freestyle also had quality issues, usually related to the battery charge, and the heating element. There is a model that runs on AA batteries, for those who prefer their convenience.

ColdHeat had recently released a cordless heated seat, as well as a selection of heated pet beds.

Current status[edit]

Cold Heat Glue Gun Instruction Manual

ColdHeat signed a licensing deal with Weller/Cooper Tools in November 2005. Weller sold the ColdHeat Pro as the Weller CHT100.^[3][4]

See also[edit]

References[edit]

1. ^'Cold Soldering Iron -- better than a traditional iron?'. Epemag.wimborne.co.uk. Retrieved 27 August 2018.
2. ^'Patent Images'. Patimg1.uspto.gov. Retrieved 27 August 2018.
3. ^'Review: ColdHeat Soldering Iron'. AppleFritter.com. 2005-12-05. Retrieved 2012-11-10.
4. ^'ColdHeat Signs Agreement with Soldering Iron Giant Weller'. coldheat.com via archive.org. 2005-11-25. Archived from the original on December 27, 2007. Retrieved 2012-11-10.