soldering thermometer & tester

FEATURES

LAGUNASTAR INDUSTRIES COMPANYShop = 3rd Flr Unit C22 Banawe De Sta Rosa Phase 2 Balibago, Santa Rosa City, Laguna

B23 L6 Villa Susana Malitlit, Santa Rosa City, Laguna 4026

Mob/Tel : 0933-5996622, 0932-8688548, ( 049) [email protected] , [email protected] , [email protected] www.hanstartools.com , http://soldering102.blogspot.com

LOW COST, WILL GET THE JOB DONE VAT Reg. TIN 007-434-260-000

TECHNICAL DATA SHEETDaily Maintenance inspection for

Station-type soldering irons

(Using SOLDERING Thermometer &Tester)

Tools Needed:

1. Hanstar 191/ Hanstar FG-100/ Goot TM-100 thermometer

2. Hoslen-SLD 192 thermometer tester with built-in surface resistance tester

3. 191- 212 or 191- 211 sensor 4. Thermocouple wire type K with plug (TP-01) , Thermometer needle probe TP-02( A1130)Objective:

Prevent device damage and soldering failure

The Hoslen-SLD 192 measures tip temperature, leak voltage and tip-to-ground resistance & surface resistance. Hanstar 191 measures tip temperature. Every soldering operator should have one on their workbench to ensure their soldering equipment is operating properly at all times.Procedure:

Inspection 1. Checking the leak voltage (using Hoslen-SLD 192)

Inspection 2. Checking the tip-to-ground resistance

(using Hoslen-SLD 192)

Inspection 3. Checking the tip temperature

(using Hanstar 191 or Hanstar Fg-100)

Note: Lagunastar Industries acknowledges the Hakko website www.hakko.com as one of the sources for this information.

HOSLEN-SLD 192 SOLDERING TESTER Soldering thermometer tester with built in surface resistance tester ( 5 in 1 tester!)FEATURES: Accurately measures: Temperature of Soldering iron tip, Leak electricity voltage Grounding resistance Surface resistance Temperature of Soldering Pot or any Liquid Meet MIL-STD-2000 standard Measure actual trms

Wide temperature range, high accuracy. Inspection result can output to monitor.

Easy replaceable temperature sensor ensures accuracy (hakko 191-212 sensor)SPECIFICATION: SLD-HOSLEN 192

Temperaturedecompounds1 deg C

range0 ~ 600 deg C

accuracy 3deg C (300-500 deg C)

sensorK(CA)Thermocouple(0.2mm)

VOLTAGEResolution0.1mV

range0 ~ 90mV (AC)

accuracy (5% + 1 digit)

Accord with MIL-STD-2000standard

RESISTANCEresolution0.1

range0 ~ 90

accuracy+/- (5%+1 number)

DISPLAYindication liquid crystal3.5 digits

SURFACE RESISTANCEMeasure range103 -1012 ohm/sq

Accuracy0.5

MONITOR OUTPUTtemp1mV/C

voltage10mV/mV

resistance10mV/

POWER CONSUMPTION1W

SIZEAbout 245(W) X 50(H) X 120(D) mm

WEIGHTabout1.1kg

OPERATING ENVIRONMENT0 ~ 40 deg C, RH =0 ~ 80%

AccessoriesAC/DC adaptor plug (220V) , carrying case, manual, ground wire

BAKON 192

BK192 soldering tester

1. Measure temperature of soldering iron tip, leak electricity voltage and grounding resistance exactly.2. Meet MIl-STD-2000 standard.3. Measure actual trms. 4. Widely temperature range, high accuracy. 5. Testing result can be outputted to monitor. Specifications SOLDERING TESTER BAKON 192 temp Dissolution 1

Range 0-600

Sensor K-(CA)Thermocouple)0.2mm

Accuracy 3

Voltage Dissolution 0.1mV

Measure range 0-90mV(AC)

Accuracy (5%+1[One number]

Accord with MIL-STD-2000 Standard

Anti-resistance Dissolution Range Accuracy 0.1 0-90 (5%+1One number]

Indicate Liquid crystal Outrange 3 1/2 Digital indicator

-/

Monitor output Temp Voltage Anti-resistance Damage 1mV/ 10mV/mV 10mV/ -7V (Max)

Power consumption 1W

Dimension 200(W)50H120(L)mm

Weight Almost 1.1kg

Inspection 1. Checking the leak voltage (using SLD-Hoslen 192 or Bakon 192)

The following factors cause electric current to be leaked from the tip to the P.W.B. and the device, resulting in adverse effects on objects being soldered. For this reason, check the leak voltage periodically.

Even though an insulative ceramic material is used, long-term use has caused the heating element to deteriorate and the leak voltage to increase.

Accumulation of oxides on the parts such as tip/element cover caused contact failure to be generated and leak voltage to increase.

How much leak voltage is normal?

The lower the leak voltage, the better. The MIL standard which has been abolished at present specifies that the leak voltage is designated to be lower than 2mV; therefore, all Hanstar station-type soldering irons have been delivered with the leak voltage set to 2mV or less in conformance to the MIL standard. The MIL standard is a US military-based standard and the standard MIL-STD 2000A regarding soldering irons has been abolished.

Point for measuring the leak voltageMeasure the leak voltage after adjusting the temperature setting to the maximum. When the leak voltage is measured at the highest temperature, the highest leak voltage will be recorded. If normal results are obtained even in unfavorable conditions such as at the highest temperature, it is judged that normal results will be obtained at other temperature settings. (This method is based on the MIL standard.)

If the leak voltage is higher, what actions should be taken?

1. If the heating element has deteriorated

- Replace the heating element with a new one. The heating element will be oxidized and blackened in this case.

2. If oxides have accumulated on other parts

- Remove oxides with steel wool (Tinsel Tip Cleaner Top S-603). An oxidized tip causes the wetting characteristics to deteriorate. The chemical is convenient to use for recovering the tip wetting characteristics.

Inspection 2. Checking the tip-to-ground resistanceWhen Oxide and flux stuck on the tip, the element cover and nut will cause the tip-to-ground resistance to become higher. As a result, the leak voltage will become higher; therefore, periodically check the tip-to-ground resistance.

* For the tip-to-ground resistance, let the current temperature increase to the set temperature to make the temperature stable before measurement.

How much tip-to-ground resistance is normal?

As with leak voltage, the lower the tip-to-ground resistance, the better.The MIL standard which has been abolished at present specifies that the resistance is designated to be lower than 5; therefore, all HANSTAR station-type soldering irons have been delivered with the resistance set to 2 or less which is stricter than that of the MIL standard.

If the tip-to-ground resistance is higher, what actions should be taken?

Polish the contact sections such as the tip and element cover with sandpaper, steel wool, etc. to remove any oxide films. An oxidized tip causes the wetting characteristics to deteriorate. A soldering chemical paste is convenient to use for recovering the tip wetting characteristics.

Inspection 3. Checking the tip temperatureIf the tip, element cover, etc. are oxidized, heat conduction will be deteriorated, causing the tip temperature to become lower, resulting in soldering failure. To prevent soldering failure, measure the tip temperature daily.

*Tip temperature can be measured by Hoslen- SLD 192 HANSTAR-HANSUN THERMOMETER 191FEATURES-With CA sensors that precisely measure the temperature of soldering iron tip - With Large liquid crystal digital display - Easy to replace sensor - Low battery & sensor alarm display function. - Latest design can be used to measure the temperature of solder pot & the inner temperature of other liquids and solids by use of a probe. - FREE!!! 10pcs Thermometer sensor (191-211 or 191-212) & thermocouple wire type K with mini plug (Hansin 191-KWP- for liquid temp.)Item no.191

Resolution1deg C

Measure Range0 to 600 deg C

SensorK(CA)Thermocouple(0.2mm)

Accuracy3deg C

Indicatea) 3.5digital indicator.b)Battery alarm

PowerDC 9V dry battery

Service lifemore than 150 hours

Working Room Temperature 0-40 deg C

Size160(W)45(H) 80(D)mm

Weightalmost 200g

Designportable handle

Other Accessories:PROBE A1310 - THERMOCOUPLE PROBE USED FOR SOLDER POTTP-02 (A1310) Temperature probe

HANSTAR FG-100 Thermometer The Hanstar FG-100 v2 thermometer provide fast, accurate tip temperature measurements using a fine CA wire sensor (0.2). The FG-100 measures tip temperatures as well as solder pot temperatures (with optional temperature probe.) Lightweight, easy-to-replace sensors provide accurate measurement of tips for verification or calibration processes. When the MAX HOLD feature is enabled, the thermometer will display the maximum temperature measured. To preserve battery life, the auto shutoff feature turns the thermometer off when not used for three minutes. The thermometer design allows for easy measurements from right or left handed operators.

The sensor (P/N: 191-211) has a special metal alloy coating (patent pending) that resists corrosion and oxidation

Sensor replacement is quick and easy

Easy-to-read digital temperature display

Part No. FG 100

Type Centigrade

Resolution 1C

Range of Measurement 0C - 700C

Applied SensorK(CA) type thermocouple

Measurement Tolerance3C (300C - 600C)5C other than above

Power Supply9V battery

Dimensions 68(W) x 140(H) x 28(D) mm(2.7 x 5.5 x 1.5 in.)

Weight 115 g (4.0 lbs.)

HANSTAR FG-100 v2- Modified version, it is used to measure soldering iron temperature when using the sensor 191-212.

It is with hole at the bottom that can fit TP-01 thermometer probe that you can use to measure also SMD Rework Hot Air temperature or TP-02 (a1130) needle probe so you can check the soldering pot boilers temperatureIn general, the optimal temperature range for soldering is 300C to 500C, and that for SMD rework system is 300C to 600C. The tolerance is 3C within the optimal temperature range (300C to 600C). For the temperature range other than the above, the tolerance is not guaranteed but usually stays in the range of about 5C.TECHNICAL DATA SHEET

Product = SOLDERING THERMOMETER SENSOR 191-212Part no. = 191-212

THERMOMETER SENSOR 191-212-Soldering thermometer sensor, Hakko 191-212 / Hakko, 191-211

-Sensor replacement is quick and easy

-Fast accurate soldering tip temperature measurements using a fine CA wire sensor (dia. = 0.2mm).

*Used in soldering thermometers model 191, 192. fg-100, fg-101, 199

Hakko's 191-212 is a thermometer sensor for no-lead solder. The 191-212 sensor wire is specially coated near the weld junction to improve sensor life when using no-lead solders. 10 pieces of sensor wire for use with 191 and 192 thermometers. 191-211 is used for soldering using Leaded 63/37 types.

Part No. 191-212

Application: Sensor for Soldering Thermometer/Tester using Lead-Free Solders

Type of Product = Replacement Sensors & Probes

Estimated Weight ( g) :20 g / pack

Standard Carton Qty :10pcs/ pack

Temperature Range: 0 to 600 deg C

Country of Origin :Indonesia

Suggested Replacement rate of sensor: The suggested sensor replacement period is after 50 times of usage, but depends on the temperature used and the components in the solder and flux.If you use lead-free solder, the sensor needs to be replaced more frequently. If the sensor degrades because it is being eaten away by the solder, it will register a low temperature. Even if the sensor is not broken, it is suggested to replace it after about 50 measurements.

If the soldering tip has degraded, the temperature will register extremely low. Keep these points in mind and decide on the sensor replacement period.

Caution: The sensor is extremely thin and may break if pushed with force.GOOT TM-100 TIP THERMOMETEROriginal, From Japan

Measure tip temperature quickly, with high accuracy Industry-leading Tip Thermometer with superior stability and responsiveness (PAT.P)

Corresponding to wide temperature range 0-550 degrees C as is necessary for soldering work.

The tolerance stays in the range of 10.5% of the full scale.

Tip temperature is measurable only 2-3 seconds with highly accurate sensor. (Even extra-fine tips in about 5 seconds.)

The good solder- wettability, and the well-designed form, make for stable & accurate readings of various tips.

Easily user-replaceable sensor with excellent workability & maintenance.

Economical long-life temperature sensorGood for over 200 uses. An average use is roughly 3 seconds at 350 degrees C (662F).

Sensor-life Counter Alarm to Estimate Operating-life (PAT.P)Counts in units of 3-seconds of use at temperature 350 degrees C (662F).

The alarm lamp will blink when the counter exceeds the set number of counts.

High visibility with seven-segment display LEDExcellent LED lighting makes display easy to read, even in dark environments.

Takes standard batteries (4 AA batteries)Operates for over 100 continuous hours with alkaline cells.

Also takes rechargeable AA batteries (LR6, 6RP).

Equipped with a flat-battery alarm.

Corresponds to a wide range of tipsDesigned to perform well with various tip sizes and forms.

Peak-Hold FunctionRetains display of the peak level of temperature change (unsetting also available).

Auto-Power OFF functionAutomatically powers off when no temperature change of 100 degrees or more is measured after device is switched on.

How To Calibrate Your Soldering Iron in Two Steps A soldering iron is like a piano; once in a while it needs a tuning.

Whether you're using an old iron hand piece or just bought a replacement, calibrating your soldering iron should be a weekly routine.

The biggest setback of all soldering stations is the inaccuracy of its temperature reading over time. As the station and iron get older, the power gets weaker. The station may have a reading of 700F (371C), but that doesn't mean it's actually that temperature. In fact, you may be soldering at 650F (343C).

Or worse, if you replace your station with a new and advanced hand piece, your station may be set at a temperature when, in fact, it's actually 50 degrees hotter, which can ruin the PCB or component you're working on.

That's why it's important to calibrate your soldering iron regularly.

How To Calibrate Your Soldering Iron and Heating Element

There are different types of tip thermometers and calibrators out there, but for the purposes of this blog, we are showing you the Hakko FG-100-02.

Step 1: Install The Sensors

Your tip thermometer will come with a set of tip sensors.

These sensors need to be looped onto the thermometer board. Be sure to match the blue and red sides of the sensor wire with the posts that are marked with blue and red dots on the thermometer board. These sensors are in effect, thermocouples, and polarity matters!

Note, each sensor typically lasts 30 to 50 measurements. The unit will come with ten total, and replacements are relatively inexpensive.

Step 2: Test The Soldering Iron

Set your soldering iron to the desired temperature.

Once the station is up to that temperature, touch the soldering tip against the midpoint of the sensor. Be sure you do not press down against the wire. This could cause the wire to stretch which will create erroneous readings.

Keep the soldering iron pressed against that sensor until the thermometer finishes calibrating. Once the temperature of the thermometer stops moving upward, you will see an accurate reading of your soldering station and iron temperature.

After the soldering iron has reached the set temperature and stabilized, rest the tip flat on the sensor and apply a little solder to create a heat bridge. Keep the tip in contact with the sensor until the peak reading is achieved. It is best to repeat this 2 or 3 times to ensure you receive similar peak readings to be sure you are measuring correctly. What you will see on the digital display of the tip thermometer is an accurate reading of your soldering irons tip temperature.

Ref: http://hmcelectronics.blogspot.com/2014/06/how-to-calibrate-your-soldering-iron-in.html

LAGUNASTAR INDUSTRIES COMPANY

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Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463




Mob/Tel. 0933-5996622 049-5308463

soldering thermometer & tester

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