Pro's Kit 608-352 Guia De Inicio Rapido

608-352
TEMPERATURE CONTROLLED
S O L D E R I N G
S T A T I O N
OPERATING INSTRUCTIONS
Production inspected
Group
TUV Rheinland
gaper
S ic herheir
1
2
3
REPLACEMENT TIPS / PANNES DE REMPLACEMENT
ERSATZSPITZEN / DIVERSE STIFTEN ZIJN OPTIONEEL VERKRIJBAAR /REPLACEMENT TIPS
508-351-T 508-351-T2 508-351-T3
PROK I'S INDUSTRIES CO., LTD.
508-351-T4 508-351-T5 508-351-T6 508-351-T7
1 Fuse holder (rear) Use 1A MGP fuse only.
2 Temperature display
3 Heat resistant silicone cable
4 Handle
5 Collar
6 Heater w/sensor
7 Tip
8 Knurled nut barrel assembly
9 Power switch
10 Temperature adjustment
11 Tip cleaning sponge
12 Iron holder
1 Porte-fusible(arriere) Uniquement pour fusible MPG 1A.
2 Affichage de la temperature
3 Cable en silicone resistant à la chaleur
4 Manche
5 Collet
6 Elément chauffant avec thermomètre
7 Panne
8 Ecrou molette sur cylindre
9 Interrupteur de tension
10 Reglage de la température
11 Eponge de nettoyage de la panne
12 Support du fer
12
1 Sicherungshalter(Rückseite) Nur 1A MGP Sicherung benutzen
2 Temperaturanzeige
11
3 Hitzbestandiges Silikonkabel
4 Handgriff
5 Zylinder
6 Heizelement mit Temperatursensor
7 Spitze
8 Bundgriff
9 Netzschalter
10 Temperaturregler
10
11 Reinigungsschwamm
12 Kolbenhalter
1 Zekeringhouder(achter) Uitsluitend voor MPG 1A zekering
9
2 Temperatuuruitlezing
3 Hittebestendige siliconekabel
4 Handle
8
5 Collar
6 Verwarmingselement met sensor
7
7 Stift
8 Kartelmoer
6
9 Aan/uit schakelaar
10 Temperatuuregelaar
5
11 Schoonmaaksponsje
4
12 Soldeerbouthouder
1 Portafusible(posterior) Utilice solamente fusible 1A MGP
2 Display temperatura
3 Cable silicona resistente al calor
4 Mango
5 Manguito
6 Resistencia con sensor
7 Punta
8 Ensamblaje protector punta
9 Interruptor puesta en marcha
10 Ajuste temperatura
11 Esponja limpieza punta
12 Soporte para soldador
P R O D U C T D E S C R I P T I O N
The electronic temperature control soldering station has been devel-
oped to meet the present and future needs of the electronics industry.
It incorporates a sophisticated electronic circuit which enables the
user to change the tip temperature from 300°F(150°C) to 790°F
(420°C) without the need to change the tip or heating element. The
temperature is maintained within ±10°F of its preset temperature.
This is made possible by a unique temperature sensor that is located
G B near the tip, resulting in rapid response and little temperature varia-
tion. The tip of the unit is isolated from the AC line by a transformer.
Low voltage (24 volts) is utilised to power the heating element. Com-
pletely electronic switching protects voltage and current sensitive
components against transient spikes sometimes caused by other
units utilising mechanical switching circuits. This unit incorporates a
linear LED array readout which accurately indicates the temperature
of the tip.
WOR K ING T E MP E R A T UR E
Soldering at the correct temperature is very important to insure per-
fect solder connection. If the temperature is too low the solder will not
flow correctly and will cause cold solder joints. If the temperature is
too high the flux will be burned and not allow the solder to flow. High
temperatures can also cause damage to the PC Board and other sen-
sitive components. When tip working temperature is set within the
F correct parameters suited to the particular solder being used a good
joint is assured. The most common solder alloys used in the electron-
ics industry is 60%tin, 40% lead (60/40). A common tip working tem-
perature of 60/40 solder is detailed below (this may vary from manu-
facturer to manufacturer).
Melting point
Normal operation
(270°C-300°C)
Production line operation
(320°C-380°C)
Desoldering operation for small joint
Desoldering operation for larger joint
C A R E OF T HE T IP
The tip supplied is iron plated copper. If used properly it will last a
long time.
D
1. Always keep tips tinned before switching off or storing for
any period of time; wipe only before use.
2. Do not keep the iron set at a high temperature for a long
period of time as this will break down the surface of the tip.
3. Never clean the tip with coarse abrasive materials or files.
4. If an oxide film does form it can be cleaned by lightly rubbing
with a 600-800 grit emery cloth, isopropyl alcohol or
equivalent, and then immediately reheat and retin the tip to
prevent oxidation of the wettable surface.
5. Remove the tip and clean every twenty hours of use, or at
least once a week, and remove any loose build up in the
barrel.
6. Do not use fluxes containing chloride or acid. Use only rosin
or activated resin fluxes.
7. Do not use any compound or anti-seize materials on the
wettable surface.
N L
N MAINTENANCE
T IP R E P L A C E ME NT A ND DR E S S ING
Note: Tip replacement or cleaning should be done only when the iron
is at room temperature. The tip can be changed or replaced simply
by unscrewing the knurled nut barrel assembly. The station must be
switched off and allowed to cool before and during this operation, as
damage may result if the system is left on without the tip inserted. Af-
ter removing tip, blow out any oxide dust that may have formed in the
tip retaining area of the barrel assembly using only hand pressure to
tighten. Pliers should only be used to tighten the nut if loosening
should occur when the iron is hot to avoid buming your fingers. Care
should be taken not to overtighten as this would damage the element.
G E NE R A L C L E A NING
The outer case of the iron or station may be cleaned with a damp
E
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 solvent to clean the case.
G B
419°F (215°C)
518°F-572°F
608°F-716°F
599°F (315°C)
752°F (400°C)