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MICRON

should only be used to tighten the nut to avoid burning your fingers and care should be taken not to over-
tighten as this would damage the element. The solder tips supplied are nickel/chrome plated pure copper and
if used properly will give a long life.

Remember to tin all new tips before use. Refer to item 3 in the Operating Instructions 

1. Always keep tips tinned before returning to the holder, switching off or storing for any period of time. Wipe

only before using. 

2. Don’t keep iron set at a high temperature for long periods of time as this will break down the surfaces of the

tip. 

3. Don’t put any excessive pressure on a tip or rub a tip on a joint. It does not improve the heat transfer but

only damages the tip. 

4. Never clean the tip with abrasive materials or a file. 

5. Don’t use a flux containing chloride or acid. Use only rosin or activated resin fluxes. 

6. If any oxide does form, it can be cleaned by lightly rubbing with a 600-800 grit emery cloth, or cleaning with

isopropyl alcohol or equivalent. After cleaning, wet the tip and wrap rosin-core solder completely around the
newly exposed surfaces. 

GENERAL CLEANING 

The outer cover of the iron and station may be cleaned with a damp cloth using small amounts of liquid
detergent. Never submerse the unit in liquid or allow any liquid to enter the case of the station. Never use any
solvent to clean the case. 

IMPORTANT SERVICE NOTE: 

There are no user serviceable parts inside the unit. Do not open the unit. If the fuse blows, only replace with an
equivalent fuse.

If the iron or station should become faulty or, for some reason not operate normally, the system should be
returned to the service department of your authorised dealer or service agent, or a similarly qualified person in
order to avoid a hazard.

T 2418 Specifications

Input: ..................................................................................................................................220-240Va.c. 50Hz 
Heater voltage: ......................................................................................................................................32V a.c.
Heater element: ....................................................................................................................................Ceramic
Heater insulation: ................................................................................................................................<100MΩ
Nominal power: ..........................................................................................................................................80W
Temperature range:  ........................................................................................200°C to 480°C (392°F to 896°F)
Temperature correction range:  ..........................................................................+99°~ -99°C / +210°F~ -210°F
Heat up time:..........................................................................................................................................<45sec
Leakage voltage: ....................................................................................................................................<0.4mV
Weight: ......................................................................................................................................................1.7kg
Tip to ground resistance: ..........................................................................................................................<0.1Ω
Fuse: ..................................................................................................................................M205 1A Slow Blow

Distributed by Altronic Distributors Pty. Ltd.

• Perth • Sydney • Melbourne

Phone: 1300 780 999 Fax: 1300 790 999

Internet: www.altronics.com.au

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Summary of Contents for T 2418

Page 1: ...tructions LED display Simple push button operation Silicone burn proof iron lead Free standing iron holder with tip cleaner Temperature adjustable Temperature correction adjustment Suitable for ROHS compliant soldering ESD safe and spike free circuitry Grounding socket ...

Page 2: ...your health do not inhale solder fumes Product Description The T 2418 digital readout electronically temperature controlled soldering station has been designed to meet the present and future soldering needs of the electronic production industry hobbyist and student The unit has a slender soldering iron pencil design with a burn proof silicone cord and a comfortable rubber grip that prevents operat...

Page 3: ...c Rubber Handle Bending T 2442B T 2434 Heater Collar Guard Complete T 2418A Handle Exploded View Diagram The handle suits tips T 2434 0 8mm conical supplied T 2435 1 6mm chisel sold separately T 2436 3 2mm chisel sold separately 6 ...

Page 4: ...cleaning wet the tip and wrap rosin core solder completely around the newly exposed surfaces GENERAL CLEANING The outer cover of the iron and station may be cleaned with a damp cloth using small amounts of liquid detergent Never submerse the unit in liquid or allow any liquid to enter the case of the station Never use any solvent to clean the case IMPORTANT SERVICE NOTE There are no user serviceab...

Page 5: ...nit reaches the display set temperature the heater indicator light Item 3 above flashes to indicate the unit has reached the set operating temperature Once operating temperature has been reached tin the surface of the tip by applying a new covering of solder to the tip Tip tinning is necessary to protect the life of the tip 4 Once the tip is tinned let the station idle for about 3 minutes then pre...

Page 6: ...ys preset correction value A Centigrade temperature correction 99 C 99 C Press 5 or 6 key to change the temperature correction amount If the temperature on the display is more than the temperature of the tip input a positive figure Eg If the current display set temperature is 200 C the actual temperature of the tip is only 190 C and the temperature offset is 00 enter 10 C If there is already a tem...

Page 7: ...lease note that the lead free solder alloys require a higher soldering temperature which shortens tip life COMMON CAUSES OF TIP UNWETTING solder not taking 1 Tip temperature higher than 410 C 770 F 2 The tip working surfaces are not well tinned while the iron is idling 3 Lack of flux in soldering wicking repairing and touch up etc operation 4 Wiping tip on a high sulphur content sponge dirty or dr...

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