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Desoldering / Rework
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 HAKKO FR-830

 Pre-heater (Bottom Heater) HAKKO FR-830
Available in:
Japan North America EU
Oceania Asia Other Countries

Forthcoming Release

 
Compact pre-heater with quick start-up and excellent heat recovery.

Lead-free compliant ESD-SAFE model European RoHS compliant

Catalog RequestManuals / MSDS / Engineering documents
Features

Compact pre-heater with quick start-up and excellent heat recovery.
Combined with HAKKO FR-803B(SMD Rework Station)
·Easy attachment with connecting cord which is included in HAKKO FR-803B
·Upgraded working efficiency by heating parts from top and bottom
·Operating FR-820 with buttons of HAKKO FR-803B
(Start Ventilating/Cooling Down by pressing “HOT AIR” button on Handpiece of FR-803B)
·Automatically cool down after turning off the power
Temperature regulating function
· Temperature range 150-300°C(302-572°F)
· CAL enables fine adjustment of temperature.
Preheating in short time
· The improved air outlet shorten preheat time compared with air conventional product. (Refer to the graph.)
Suitable for multi-layer board preheating
Automatic cool-down function mounted.
· Pushing the "START/STOP" button at the end of work automatically activates the cool-down function.
Compact, lightweight, and slightly larger hot air outlet.
Outer dimensions of HAKKO FR-830
Various types of optional functions
· Local heating enabled.
A set of [Extension pipe w/ Lid] is available.
Various types of switching!
[Hand switch][Foot switch] can be connected.
Controlling the temperatures of Hot Air Rework System and workpiece using the Temperature Probe
Measure temperatures of Hot Air Rework System and workpiece using the Temperature Probe for Hot Air Rework System (No. C1541) and thermometer (HAKKO FG-100/HAKKO FG-101) to protect the workpiece.
  Controlling the temperatures of Hot Air Rework System
 
Replacement parts for Temperature Probe for Hot Air Rework System(No. C1541)
How to Use the Temperature Probe for Hot Air Rework System(No. C1541)
 
Measuring example
Measuring example		  

Graph
FR-830
* Please refer to above values, which vary depending on soldering condition.
Measuring condition
·Hot air temperature 300ºC
·A gap between the hot air outlet and the PWB for 10mm
·Attach sensors to top/under sides of P.W.B and measure temperature.
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Packing List

Model No. Packing List
FR-830 HAKKO FR-830, Power cord, Instruction manual


Specifications

Power Consumption 100V-210W, 110V-240W, 120V-470W
220V-230W, 230V-250W, 240V-270W
Control Temperature 150-300°C(302-572°F) (above the hot air outlet)
Outer Dimensions 140(W) × 75*(H) × 185(D) mm (5.5 × 3.0 × 7.3 in.)
Weight 750g (1.653 lb)
Volume of Air 0.15m3/min(fan capability)
* Height(H) is the distance from the bottom of the foot to the top of the hot air outlet.


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Replacement Parts

Part No Name
A1571 Sensor


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Option


Part No. Name Specification
B3263 Extension pipe w/LID

??Do not operate HAKKO FR-830 while the LID is put on the extension pipe. It causes malfunction.		 Nozzle pipe with a lid B3263
B2763 Hand switch Hand switch B2763
B1649 Foot switch Foot switch B1649
C1391B NOZZLE TREY
 NOZZLE TREY
For further details,
click here.
C1392B REWORK FIXTURE REWORK FIXTURE
For further details,
click here.
C1390C　 OMNIVISE OMNIVISE
For further details,
click here.

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Operation & Example of Use

Please keep a gap between the hot air outlet and the PWB for more than 10mm to allow the air to flow. When there is not enough space for the air to flow, the fuse may blow up.

Please keep a gap between the hot air outlet and the PWB for more than 5mm to allow the air to flow. When there is not enough space for the air to flow, the fuse may blow up.

How to use

When should the optional Temperature Probe for Hot Air Rework System(No. C1541) be used?
The Temperature Probe for Hot Air Rework System (No. C1541) is equipped with 2 types of sensors. Before measuring temperatures as follows, connect the sensor to the thermometer.
Sensor A: When measuring the temperature of hot air blown from the nozzle:
Correcting thermal control can be made by confirming the temperature of the hot air that is actually blown.
Sensor B: When measuring the temperature of applicable parts (workpieces):
Rework can be performed without causing damage to the parts being reworked (QFP, etc.)
How to Use the Temperature Probe for Hot Air Rework System(No. C1541)
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