Search Example: “SUS” “Fe” “t 0.1” “φ” “HSW-03”

imageMaterial At/DMaterial Bt/DSpot welderElectrodeWelding situation
SUS 0.7t + SUS φ0.01 SUSt 0.7SUSt 0.7HSW-01
HSW-PC1		PSW-T1
HSW-EB1		Welded two locations with different voltage settings
Neon lamp lead wire + Cu 0.3ΦCuφ 0.3Cuφ 0.3HSW-03HSW-EB1Welded at 6.5V 1.6mS.
When the pulse width was increased from 1.6mS to 1.8mS,
the copper wire was melted and buried in the resistance solder.
I used it by cutting it so that it can grip 1 mm of the resistance end,
but it is recommended to make a dedicated electrode
that can firmly grip the resistance electrode part.
sus430 1.0t Bonde steel plate2

sus430 1.0t Bonde steel plate1		SUSt 0.1Fet 0.8HSW-03PSW-P2
HSW-EB1		Welded by the method shown in the photo
FishhookSUSφ 2.0SUSφ 2.0HSW-03HSW-EB1Maximum setting for both voltage and pulse width
The obtained strength is low and it is about temporary fixing,
and half of them peeled off when dropped freely from a height of about 30 cm.
K thermocouple_T thermocouple


K thermocouple_T thermocouple2		K tcφ 2.0T tcφ 2.0HSW-02PSW-T1Welded with HSW-03 machine, which can read numerical values,
and then welded with HSW-02A machine
and HSW-TC1 electrode for condition setting and shooting.
Al 0.015t＋Al 0.1t、Cu 0.01t＋Ni 0.1t

Al 0.015t＋Al 0.1t、Cu 0.01t＋Ni 0.1t 2		Alt 0.15Alt 0.1HSW-03PSW-P2
HSW-FB2		25V 0.3ms
Al 0.015t＋Al 0.1t、Cu 0.01t＋Ni 0.1t 3Cut 0.01Nit 0.1HSW-03PSW-P2
HSW-FB2		25V 0.6ms
Since there is a hole at 1.2mS, it seems that about 0.6mS is good.
Al t0.1 + Ni t0.1

Al t0.1 + Ni t0.1 2

Al t0.1 + Ni t0.1 3		Alt 0.4NiT 0.1HSW-03PSW-P2
HSW-EB1		Welding was possible without any problems.
If you forcibly peel it off, the material will break.
0.4t Al + 0.1t Ni

0.4t Al + 0.1t Ni 2		Alt 0.15Nit 0.1HSW-03PSW-P2
HSW-EB1		It was necessary to consider the heat dissipation on the aluminum side
when selecting the electrodes, and the heat dissipation was insufficient.
Φ0.1 K tc

Φ0.1 K tc 2		K tcφ 1.0K tcφ 1.0HSW-03HSW-TC1In order to keep the strands parallel,
we welded with a split in the bamboo skewer and welded without any problem.
Cu block + 0.3Φ k tc

Cu block + 0.3Φ k tc 2		CuBlockK tcφ 3.0HSW-03HSW-TC1
HSW-FB2
PSW-P2		It was not possible to weld the thermocouple directly to the copper block
0.3φ T tc、0.3φ R tc + Cu 5tCut 5.0T tc
R tc		φ 0.3HSW-03HSW-FB2
PSW-P2
HSW-T1		Cut the tip of each wire of the thermocouple and weld
it to the end of the copper alloy work at 0.3 to 0.5 ms.
Ti 0.1 t + Ti 0.1 tTit 0.1Tit 0.1HSW-01HSW-W02Welded easily. If you need less strength than this,
you need to add HSW-PC1 (power controller).
If you need more strength or spot diameter,
you need HSW-02A or HSW-03.
FeSn t 0.5 + Ni-Cr Φ0.3Fe:Snt 0.5Ni-Crφ 0.3HSW-01HSW-EB1
HSW-P1N		Welded. Welding strength can be adjusted by adjusting the voltage.
K tc Φ0.1K tct 0.5K tcφ 0.3HSW-01HSW-PC1Welded
Al:Li-po + Ni t 0.08 or t 0.15Al:Li-pot 0.2Nit 0.15HSW-03HSW-W2Welding results are good.
Strength can be increased by increasing the number of welding points or
changing the shape of the aluminum side electrode. Nickel material is 0.08t and 0.15t
Fe t0.15

Fe t0.15 2		Fet 50.0Fet 0.01HSW-03HSW-CL1
PSW-P2		If it is 0.3t or less, it can be welded with HSW-02A + HSW-PC1 + HSW-F1N.
For 0.5t, the one with strong spot marks used the PSW-P2 electrode shown in the photo.
Al t 1.0 + T tcAlt 1.0T tcφ 0.1HSW-03HSW-TC1
HSW-FB1		To see how the thermocouple wires are welded, I welded each wire to the Al plate separately.
Also, after creating the thermocouple contact, it is also welded to the Al plate.
SUS t 0.5 + SUS t 0.5

SUS t 0.5 + SUS t 0.5 2		SUSt 0.5SUSt 0.5HSW-03HSW-W2
PSW-02		Any model can be welded. HSW-03 machine has more room for setting
K tc φ0.65

K tc φ0.65 2		K tcφ 0.65K tcφ 0.65HSW-02HSW-W2Weldable
It is possible to increase or decrease the strength
SUS φ50 t 2.0 + SUS φ 1.5SUSt 2.0SUSφ 1.5HSW-03PSW-P2
HSW-CL1		Welding is possible with a voltage of 25 V and a pulse width of 0.77 mS to 2.5 mS.
Since the welding mark was large,
it is necessary to match the shape of the electrode tip to the work and process it.
SUS φ0.35

SUS φ0.35 2		SUSφ 0.35SUSφ 0.35HSW-03HSW-W2Weldable
Can also be used with HSW-02A spot welder + HSW-PC1
solar cellsolar cellK tcφ 1.0HSW-03NGNot weldable
Difficult to raise the temperature without breaking the Ag side used for the pattern
K tc φ 0.1

K tc φ 0.1 2		K tcφ 0.1K tcφ 0.1HSW-03HSW-TC1Can be welded using HSW-03 and thermocouple electrodes
There is a sufficient range of adjustment for both voltage and energization time.
Ti t 4 + Ag t 0.1Tit 4.0Cut 0.1HSW-03PSW-P1
HSW-FB2		Welding is difficult for both Cu and Ag, so pressure is weakened and flash welding is required.
If the pressure is too weak, the copper foil will be punctured.
T tc φ0.3 + Cu

T tc φ0.3 + Cu 2		T tcφ 0.3Cut 1.0HSW-03NGCannot be welded with HSW-03, HSW-02A spot welders
T tc φ 0.3T tcφ 0.3T tcφ 0.3HSW-03HSW-TC1Polarity setting: + side: Cu side
-Side: Constantin side
Voltage 20V, welding pulse width 0.7mS
Pt t 0.8 + Pt φ 0.5

Pt t 0.8 + Pt φ 0.5 2		Ptt 0.8Ptφ 0.5HSW-02PSW-P1
HSW-FB2		Since Pt wire tends to weld to the electrode during welding,
it is better to reduce the voltage a little.
K tc φ 0.025

K tc φ 0.025 2		K tcφ 0.025K tcφ 0.025HSW-03HSW-T1
HSW-FB2		Fixed with tape on a flat plate electrode with the strands crossed
Hold down with T1 electrode from above and spot weld at 3.6V 0.02mS
SUS micro-screenSUS100# 60SUSmicro-screenHSW-03PSW-R2
HSW-EB1		Welded in seam mode. The rod-shaped electrode is applied to the back surface of the work.
By shaping the contact surface,
it is possible to reduce welding marks and slightly adjust the welding width.
SUS316 + SUS φ 0.25SUS316t 10.0SUSφ 0.25HSW-03HSW-T1
HSW-FB2		Weldable
The T1 electrode connects the two reeds together to the negative side of the welder.
The FB2 electrode is welded with the + side cable connected and the wire inserted in the hole.
Be careful not to let the electrodes come into contact with the protective surface
Welding strength can be adjusted by setting the energizing time
SUS t 10.0 + Ag φ 0.5

SUS t 10.0 + Ag φ 0.5 2		Fet 10.0Agφ 0.5HSW-03Custom
HSW-FB2		Seam welding: 10V, 0.2-0.5mS
Uses a custom electrode that uses two HSW-EB1
Cu φ 0.15 + Ni-Cr φ 0.02

Cu φ 0.15 + Ni-Cr φ 0.02 2		Cuφ 0.15Ni-Crφ 0.02HSW-03HSW-T1
HSW-FB2		Weldable
The surface of the Cu wire is very uneven,
so it is necessary to select a location when applying precision welded electrodes.
C5210 t 0.6 + SKD11 φ1.0

C5210 t 0.6 + SKD11 φ1.0 2		C5210t 0.6SKD11φ 1.0HSW-03PSW-P1
HSW-FB1		Dedicated electrodes are required due to unstable electrode contact
Since the current is concentrated on the flange part, it is better to use stud welding.
Ni/Cut 0.2Ni/Cut 0.2HSW-03NGUnweldable
Welding was not possible due to low heat generation due to low resistance.
Alt 0.4Alt 0.4HSW-03NGUnweldable
Welding was not possible due to low heat generation due to low resistance.
T tc φ0.3 + T tc φ0.3T tc
E tc
T tc		φ 0.3
φ 0.2
φ 0.1		T tc
E tc
T tc		φ 0.3
φ 0.2
φ 0.1		HSW-01HSW-T1
HSW-FB2		T thermocouple φ0.1: 14V
E thermocouple φ0.2: 9V
T thermocouple φ0.1: 7V
Ni t 0.1 + SUS:Ni φ0.2

Ni t 0.1 + SUS:Ni φ0.2 2		Nit 0.1SUS/Niφ 0.2×30HSW-03HSW-TC1Weld 10 times at 21V: 1mS and weld Ni terminals twice at 21V: 3.8mS
Welded with 24.8V2.5mS silver tungsten electrode
If necessary, it is possible to apply additional current for welding.
Mo + E tc φ 0.2Mot 1.0E tcφ 0.2HSW-03HSW-T1
HSW-FB2		Welding is also possible with HSW-02A + HSW-PC1,
Welding with HSW-03 where numerical values can be seen
Welding strength can be adjusted.
Al t 20.0 + AlAlt 20.0Al?HSW-03PSW-P2
HSW-FB2		Weldable
Welding strength can be increased or decreased
T tc φ 0.2 + Cu t 0.05T tcφ 0.2Cut 0.05HSW-03PSW-P2
HSW-FB2		Weldable
Welded at 9.5V, 0.33mS and then welded to copper foil by 25V, 30ms seam welding.
Fe φ 3.0Feφ 3.0Feφ 2.0HSW-03PSW-TFTHSW-03 is not strong enough, so it can be welded with HSW-04 machine.
Ni/Cuφ 0.1Ni/Cuφ 0.1HSW-03HSW-TC1Welding around 9V: 80μS
Chromel side is-side, Constantan is + side
SUS φ 4.0 + SUS φ 4.0SUSφ 4.0SUSφ 4.0HSW-03PSW-P1
HSW-EB1		Weldable
Welding strength may be insufficient for workpieces of 3 to 4φ.
SUS meshSUSmeshSUSmeshHSW-03HSW-EB1Seam welding mode 10V 0.1mS to 24V 1ms welding
Welding while applying force to the left and right meshes with rod-shaped electrodes
SS400 + SUS304 t 0.3SS400t 10.0SUS304t 0.3HSW-01HSW-P1S
HSW-CL1		Can be welded with HSW-01A machine
PSW-P2 recommended
Fe:Zn φ 3.0 + Fe φ0.5Fe:Znφ 3.0Feφ 0.5HSW-03PSW-P1
HSW-FB2		Weldable
It is necessary to increase the electrode pressurization pressure
Fe:Zn φ2.0Fe:Znφ 2.0Fe:Znφ 2.0HSW-03HSW-W2Weldable
Fe:Sn t0.3

Fe:Sn t0.3 2		Fe:Snt 0.3Fe:Snt 0.3HSW-03PSW-P1
HSW-EB2		Can be welded at 25V, 30mS
SK-4 t2.0 + K tc φ0.32SK-4t 2.0K tcφ 0.32HSW-02PSW-P1
HSW-EB2		Welding is possible at around 8V 0.4 to 1mS by the method shown in the photo.
SUS φ3.0SUSφ 3.0 pipeSUSφ 3.0 pipeHSW-03customWelding is possible from 24V 0.75mS to 2mS
KOVAR + AgKOVAR?Ag?HSW-03PSW-P1
HSW-EB2		17V pulse width 200μS can be welded
(1) Welding is possible by applying electrodes from above and below.
(2) Welding is possible with electrodes from the top and rod-shaped electrodes below.
(3) Unstable when a rod-shaped electrode is used for the Ag piece
SUS430 t4.0 + SUS430 t2.0SUS430t 4.0SUS430t 2.0HSW-03PSW-P1
HSW-CL1		Weldable at 25V, 30mS
Al t 0.02*22Alt 0.02*20Alt 0.02*20HSW-03PSW-R2
HSW-FB2		23V, 330μS can be welded in seam welding mode
Fe + SUSFe?SUS?HSW-02PSW-P1
Custom		Weldable
Meter pointer + Coil springParts?Parts?HSW-03PSW-TC1Weldable
Setting 9V 1.3ms
Pt tc φ0.5 Parts?Parts?HSW-03PSW-TC1Weldable
Al t 10.0 + K tc φ 0.1Alt 10.0K tcφ 0.1HSW-01HSW-P1N
PSW-TC1		Weldable
The thermocouple side is the-side, and the aluminum plate side is the + side.
SUS316 φ 0.08 + SUS meshSUS316φ 0.08SUS mesht 0.14HSW-02PSW-R2
HSW-EB1		Can be welded in seam welding mode
Cu t 0.1 + Cu t 0.15Cut 0.1Cut 0.15HSW-03PSW-P1
HSW-FB2		Weldable
Insufficient strength due to welding limit of HSW-03 machine
SUS φ 0.25 + Ni/Fe

SUS φ 0.25 + Ni/Fe 2		SUSφ 0.25Ni/Fe?HSW-03PSW-T1
HSW-FB2		Weldable
Setting 4.4V, 0.03mS
Electrodes are made of chrome copper
SUS t 0.4 + Cu:Sn AWG20SUSt 0.4Cu:SnAWG20HSW-03PSW-P1
HSW-FB2		Weldable: Setting 24V, 5mS
The rod-shaped electrode is processed and applied to a wide range from the top.
t5.0 + Fe y 0.2Partst 5.0Fet 0.2HSW-03PSW-P1
HSW-FB2		Insufficient welding strength due to painting
Can be welded if peeled off
SPHC t 1.6 + SUS430 t 0.63SPHCt 1.6SUS430t 0.63HSW-03PSW-P1
HSW-FB2		Setting 25V, 30mS
Welded at maximum output, but insufficient welding strength
Pt φ0.05 + Pt φ0.25

Pt φ0.05 + Pt φ0.25 2		Ptφ 0.05Ptφ 0.25HSW-03PSW-TC1Setting 7V, 0.05mS
Weldable
Ni t1.0 + SS400 t3.0Ni Partst 1.0SS400t 3.0HSW-03PSW-P1
HSW-FB2		Insufficient strength at maximum value
Welding is possible with HSW-04
Cu φ0.1 + SUS φ0.05

Cu φ0.1 + SUS φ0.05 2		Cuφ 0.1SUSφ 0.05HSW-01PSW-T1
HSW-FB2		Weldable
Cu/Sn t0.08 + Ag φ0.5Cu/Snt 0.08Agφ 0.5HSW-02HSW-P1N
HSW-FB2		Weldable
Welding pulse width can be increased or decreased
Cu:Nit 0.2Cut 0.02HSW-03NGNot weldable
Al t0.2 + Al t0.03Alt 0.2Alt 0.03HSW-03PSW-P1
HSW-FB2		Weldable
Setting 25V, 7ms
W t1.0 + K tc φ0.2Wt 1.0K tcφ 0.2HSW-03PSW-P1
HSW-FB2		Weldable
The setting in seam welding mode is relatively good
Pt φ0.08 + Pt φ0.08

Pt φ0.08 + Pt φ0.08 2		Ptφ 0.08Ptφ 0.08HSW-03PSW-T1
HSW-FB2		Weldable
Setting 10.5V, 0.08mS
Ni φ0.2 + Cu φ0.2Niφ 0.2Cuφ 0.2HSW-03PSW-T1
HSW-FB2		Weldable
Setting seam welding 14.5V, 0.5mS
Ti φ0.2 + Pt φ0.08Tiφ 0.2Ptφ 0.08HSW-03PSW-T1
HSW-FB2		Weldable
Setting seam welding 14.5V, 0.5mS
Cu t0.22 + Ni φ0.17Cut 0.22Niφ 0.17HSW-03PSW-P1Weldable, Welding strength adjustable
Setting 12.6V, 1mS
SUS t0.05 + SUS t0.05SUSt 0.05SUSt 0.05HSW-01HSW-W2
HSW-P1S		Weldable
Setting 12V, 1.4mS
Al t0.03 + Al t0.1Alt 0.03Alt 0.1HSW-03PSW-P1
HSW-FB2		Weldable
Cu t0.01 + Al t0.1Cut 0.01Alt 0.1HSW-03PSW-P1
HSW-FB2		Weldable
Al t0.02 + Ni t0.1Alt 0.02Nit 0.1HSW-03PSW-P1
HSW-FB2		Weldable
Cu t0.02 + Ni t0.1Cut 0.02Nit 0.1HSW-03PSW-P1
HSW-FB2		Weldable
SUS mesh 100SUSmesh 100SUSmesh 100HSW-03PSW-R2
HSW-FB2		Weldable, strength adjustment possible
Setting 10V, 0.1ms
Fe t20 + Fe t0.01Fet 20.0Fet 0.01
t 1.5		HSW-03PSW-P1
HSW-FB2		Weldable
SUS304 mesh

SUS304 mesh 2		SUS304meshSUS304meshHSW-03PSW-R2
HSW-FB2		Weldable
Cu/Ni /Zn t3.0 + PBPCu/Ni/Znt 3.0PBPt 0.2HSW-02PSW-P1
HSW-FB2		Weldable
SUS t4.0 + SUS mesh100SUSt 4.0SUSmesh 100HSW-03PSW-R2
HSW-FB2		Seam weldable
Setting 17V 0.16ms
Cu φ0.1 + SUS φ0.1Cuφ 1.0SUSφ 1.0HSW-03HSW-F1N
HSW-EB1		Weldable
Setting 6.4V 0.08ms
Dedicated electrode is required when welding Cu wire and SUS wire in parallel
Fe + K tc φ0.3Fe?K tcφ 0.3HSW-03PSW-P1
HSW-EB1		Setting 7V 26ms
Welding is possible without problems for the purpose of welding thermocouple wires
Fe t50.0 + K tc φ0.3Fet 50.0K tcφ 0.3HSW-03PSW-P1
HSW-EB1		Setting 14V 60ms
Welding is possible without problems for the purpose of welding thermocouple wires
SUS tc + K tc φ0.1SUS tcφ 1.5K tcφ 0.1HSW-03NGNot weldable
Cr/Niφ 0.2Cu/Niφ 0.1HSW-03PSW-TC1Weldable
Setting 9V, 80μs
Chromel side is-side, Constantan is + side
Fe t20.0 + Pt φ0.08

Fe t20.0 + Pt φ0.08 2		Fet 20.0Ptφ 0.08HSW-01PSW-P1
HSW-FB2		Weldable
Can be set from 13 to 24V depending on the required strength
Ni/Mo/ Cu t0.1 + Ni/Mo/ Cu t0.1

Ni/Mo/ Cu t0.1 + Ni/Mo/ Cu t0.1 2		Ni/Mo/Cut 0.1Ni/Mo/Cut 0.1HSW-03HSW-F1NWeldable
Setting 18V, 0.2ms
If welding strength is required, double welding or spot welding
Au- 0.07Fe φ0.2 + Cr/Ni φ0.2Au-0.07Feφ 0.2Cr/Niφ 0.2HSW-03PSW-TC1Weldable
Au-0.07Fe (φ0.2) + Chromel (φ0.2) setting 10V, 0.4mS
Au-0.07Fe (φ0.2) to each setting 10V, 1.0mS
T tc φ 0.32 + T tc φ 0.32T tcφ 0.32T tcφ 0.32HSW-01PSW-PC1
HSW-EB1		Weldable
Polyester coating must be peeled off in advance
Cu t1.5 + Cu φ0.6Cut 1.5Cuφ 0.6HSW-03NGNot weldable
film + Fe t10.0Film?Fet 10.0HSW-03PSW-P2Weldable
Setting 13V, 1ms
Surface coating needs to be peeled off at 230 ° C
SUS430 t0.5 + SUS304 T0.3

SUS430 t0.5 + SUS304 T0.3 2		SUS430t 0.5SUS304t0.3HSW-03PSW-P1
HSW-EB1		Weldable
Setting 10.7V, 0.5-2.0ms
Cu + Ni φ0.1Cu?Niφ 0.1HSW-03PSW-TC1Weldable
Setting 9V, 80μs
It is necessary to remove the insulating film
K tc φ0.3 + K tc φ0.3K tcφ 0.3K tcφ 0.3HSW-03PSW-TC1Weldable
Setting 7V, 0.2ms
SUS mesh 300 + SUS t0.4

SUS mesh 300 + SUS t0.4 2		SUSmesh 100SUSt 0.4HSW-01PSW-P1
HSW-FB2		Weldable
Both flat electrode and rod electrode can be welded
Fe φ1.5 + Ti:Pt φ1.5

Fe φ1.5 + Ti:Pt φ1.5 2		Feφ 1.5Ti:Ptφ 1.5HSW-03PSW-P1
HSW-EB1		Weldable
Settings 16V, 0.4ms-20V, 10ms
Fe φ1.2 + Fe φ1.2Feφ 1.2Feφ 1.2HSW-03PSW-P1
HSW-EB1		Weldable
Setting 24V, 15ms
SMAφ 0.3SMAφ 0.3HSW-03PSW-TFTWeldable
Welded at 9V 300μS. The overlapping part is HSW-TC1 double pulse mode 9V 1.4mS
SUS t0.04 + SUS t0.04SUSt 0.04SUSt 0.04HSW-01PSW-P1
HSW-FB2		Weldable
SUS316 t0.4 + SUS304 t2.0SUS316t 0.4SUS304tt 2.0HSW-02PSW-P1
HSW-CL1		Weldable
Two-point welding because the strength was a little insufficient
The clip side is the + side and the welding stick side is the-side.
Al t0.01 + CR2032Alt 0.01CR2032BatteryHSW-01HSW-P1S
HSW-EB1		Weldable
Setting 20V, 0.24ms
Welding strength can be adjusted within the range where the aluminum foil does not melt
Fe punching metalFe?Fe?HSW-03HSW-W2Weldable
Setting 20V, 10ms
Bi-Te + Ni t0.1Bi-Tet 4.0Nit 0.1HSW-03PSW-P1
HSW-EB1		Weldable
Settings 6.6V, 0.3-0.9ms 11V, 0.4ms
Welding was difficult because Bi-Te has low strength and is damaged just by energizing.
Although it was temporarily welded to the Ni plate, it could be easily peeled off.
If it exceeds 11V, 0.4mS, it will be gasified by the heat generated during welding.
SUS304 φ0.6/0.5/0.4SUS304t 0.6SUS304t 0.4HSW-03customWeldable (double pulse mode)
Setting 0.4φ 14.7V 0.5mS // 0.5φ 10.3V 0.67mS // 0.5φ 22V 0.37S // 0.6φ 22V 0.37mS
If the SUS material protruding from the electrode is not shortened, it will be thermally denatured as the temperature rises.
Uses HSW-03 machine with double pulse function that can prevent splash generation during welding
Cu t5.0 + FeCut 5.0Fe?HSW-03PSW-P1
HSW-EB1		Weldable
Settings 7V, 0.3ms / 14V, 1ms
Adjustable as long as the work does not melt
Cr/Niφ 0.1Cu/Niφ 0.1HSW-03PSW-TC1Weldable
The chromel side is the-side and the constantan is the + side.
K tc φ0.65 + Fe t3.0K tcφ 0.65Fet 3.0HSW-02HSW-P1N
HSW-EB1		Weldable
Setting 15V, 1.5ms
K tc φ0.3 + Fe t2.0K tcφ 0.3Fet 2.0HSW-02HSW-P1N
HSW-EB1		Weldable
Welding strength can be adjusted by adjustment.
By using HSW-CL1, it is more stable and there are no welding marks on the steel plate.
K tc φ0.05＋Fe t1.0K tcφ 0.05Fe partst 1.0HSW-02PSW-TC1
HSW-FB2		Weldable setting 5.4V, 80μS
After welding the alumel wire and the chromel wire,
Weld a thermocouple to a screw with a rod-shaped electrode
I pressed the machine screw on the rod-shaped electrode using nickel 0.25 mm thick,
Dedicated electrodes are recommended to improve the accuracy of welding points
SUS304 t11.0 + Ni t0.15SUS304t 11.0Nit 0.15HSW-01HSW-P1NWeldable setting 20V
HSW-03 is required when welding Ni t 0.15
Ni/Cr t0.23 + Ni/Cr t0.23Ni/Crt 0.23Ni/Crt 0.23HSW-03customWeldable
Setting 17-20V, 0.3ms, then seam welding
Welding is required while abutting on a flat surface
SUS t0.4 + SUS t0.4SUSt 0.4SUSt 0.4HSW-03PSW-P1
HSW-EB1		Weldable
Setting 4V, 20ms
T tc φ0.3 + T tc φ0.3T tcφ 0.3T tcφ 0.3HSW-01PSW-TC1Weldable
Setting 8V, 0.25ms
anritsu Temperature sensor probeparts?parts?HSW-03PSW-TC1Weldable, setting 11V, 0.4ms seam welding
Possible by overlapping and welding the ends
It is necessary to remove the oxide film before welding
Fe t0.45 + Fe t1.0 Steel bladeFe(Steel blade)t 0.45Fet 1.0HSW-03PSW-P1
HSW-EB1		Weldable
Welding at 8 second intervals at 24V, 10ms
SUS t1.0 + SUS t2.0SUSt 1.0SUSt 2.0HSW-03PSW-P1
HSW-EB1		Weldable
C7701R-H t0.4C7701R-Ht 0.4C7701R-Ht 0.64HSW-03PSW-P1
HSW-EB1		Weldable
Setting 24V, 30ms
Only C7701R-H t0.4 can be welded
Cu/Sn t0.5 + SUS t0.2Cu/Snt 0.5SUSt 0.2HSW-01PSW-P1
HSW-EB1		Weldable
Setting 24V, 10ms
SUS t0.75 + SUS mesh100SUSt 0.75SUSmesh 100HSW-03PSW-R2
HSW-EB1		Weldable
Setting 24.8V, 0.1ms
The electrodes are HSW-EB1 on the bottom, mesh on the SUS plate, and HSW-R2 from the top.
Cu t0.02 + Cu t0.02Sut 0.02Cut 0.02 * 10HSW-03PSW-P1
HSW-EB1		Weldable
Setting 13.8V, 0.8ms / 2.0ms
Weld strength can be adjusted by setting
Ni t0.08 + Ni t0.08Nit 0.08Nit 0.08HSW-03PSW-H3Weldable
Setting 25V, 0.6ms
Ni t0.15 + Ni t0.15Nit 0.15Nit 0.15HSW-03PSW-H3Weldable
Setting 25V, 1.6ms
Al Li-Po t0.1 + Ni t0.08Al Li-Pot 0.1
battery		Nit 0.08HSW-03PSW-H3Weldable
Setting 25V, 0.21ms
It is better to use HSW-EB1 on the aluminum side and PSW-P2 on the nickel side.
Li-ion + Ni t0.25Ni Li-iont 0.3
battery		Nit 0.25HSW-03PSW-H3Weldable
Setting 25V, 30ms
Alt 0.2Nit 0.08HSW-03PSW-H3Weldable
Setting 25V, 10ms
Fe SS400 t20.0 + Cu φ0.15Fe SS400t 20.0Cuφ 0.15HSW-03PSW-H3Weldable
Setting 25V, 30ms
Fe t20.0 + Fe t0.3Fet 20.0Fet 0.3HSW-02HSW-F1N
HSW-CL1		Weldable
Setting 24V, 100μs ~ 3ms
Connect the clip electrode to the mold and PSW-P2 to the shim tape
Welding pen attached as standard is also available
SUS t0.3 + SUS mesh φ0.025SUSt 0.3SUS meshφ 0.025HSW-03HSW-P1N
HSW-EB1		Weldable
Setting 7 to 24V
Adjust the tip area of the electrode to about 1 mm
Weld strength is adjustable
Fe t20.0 + Al t0.2Fet 20.0Alt 0.2HSW-03HSW-P1N
HSW-EB1		Weldable
Setting: 0.1 mm thick, 25 V, 12 mS
sus304 t3.0 + sus t0.3SUS304t 3.0SUSt 0.3HSW-03PSW-P1
HSW-EB1		Weldable
Setting: 24V, 30mS
parts?Cu/Sn?HSW-02PSW-P1
HSW-FB2		Weldable
Settings: 14V ~ 16V, 500μS ~ 1.5mS
When the voltage is increased, the board pattern melts.
If the electrode pressing pressure is insufficient, a hole will be created.
R tcφ 0.2R tcφ 0.2HSW-02PSW-TC1Weldable
Setting: 10.8V ~, 100μS
sus304 φ1.5 + sus304 φ1.5SUS304φ 1.5SUS304φ 1.5HSW-02HSW-W2Weldable
Setting: 24V, 30mS
It is possible to reduce the pulse width and the spot mark.
Fe t20.0 + fe t0.62Fet 20.0SUS304t 0.62HSW-03HSW-P1N
HSW-EB1		Weldable but insufficient strength
Ni/Cr/ Fe/Mn φ 0.1 + Cu/Ni φ 0.1Ni/Cr/Fe/Mnφ 1.0Cu/Niφ 1.0HSW-03PSW-TC1Weldable
Setting: 9V, 80μS
Al t0.01 + Al t0.02Alt 0.01Alt 0.02HSW-03PSW-R2
HSW-EB1		Seam weldable
Setting: 9V, 130μS
parts + Cuparts?Cu?HSW-02HSW-P1N
HSW-EB1		Weldable
Setting: 16V, 300μS ~ 1mS
Fe t20.0 + Pt φ 0.08Fet 20.0Ptφ 0.08HSW-03PSW-P1
HSE-FB2		Weldable
Setting: 24V, 30mS
Zn t0.1 + Zn t0.3Znt 0.1Znt 0.3HSW-03NGNot weldable
Setting: 25V, 30mS
sus316 t0.8 + sus316 t0.8SUS316t 0.8SUS316t 0.8HSW-03HSW-P1N
HSW-EB1		Weldable
Setting: 25V, 30mS
sus φ 1.0 + sus φ 1.0SUSφ 1.0SUSφ 1.0HSW-03HSW-W2Weldable
Setting: 14V, 500μS
Strength can be adjusted by setting
Cu φ 0.26 + Cu/Ni φ 0.13Cuφ 0.26Cu/Niφ 0.13HSW-01HSW-W2Weldable
Setting: 5.5-7.7V
sus t0.5 + sus t0.7SUSt 0.5SUSt 0.7HSW-02HSW-P1N
HSW-EB1		Weldable
Setting: 24V
HSW-03 machine is recommended when welding strength is required
Cuφ 0.4*7Cu/Znt 0.4HSW-02NGNot weldable
Setting: 24V, 60μ-10mS
Cu/Cr?Cu?HSW-02PSW-TC1Weldable
Setting: 8 to 16V, 60μ to 1mS
Temporary welding at 60-100 μs to avoid fusing
Then weld and fix in 200-1ms
SUSt 0.03Cu-Ag?HSW-03HSW-P1N
HSW-EB1		Weldable
Settings: 16-24V, 60μ-180μS
Because the SUS foil is thin, it partially melts
Fe/Ni:Cu?Cu?HSW-02PSW-TC1
HSW-EB1		Weldable
Setting: 18 to 20V, about 1000μS
Adjustable welding strength
Cu:Snφ 0.5Agt 0.05HSW-02PSW-P1
HSW-EB1		Weldable
Setting: 24V, about 2mS
Adjustable welding strength
Pt?Pt?HSW-02PSW-TC1Weldable
Setting: 24V, 2mS
Can be welded up to 1.5 mm width
Ti t0.3 + Pt φ0.08Tit 0.3Ptφ 0.08HSW-03PSW-P1
HSW-FB2		Weldable
Over 20 kg in tension strength test
Al t0.2 + Al t0.05Alt 0.2Alt 0.05HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 30ms
Seam welding is not possible with the HSW-03 machine
SUS t2.6 + SUS t0.8SUSt 2.6SUSt 0.8HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 30ms
sus444 t3.0 + Fe/Ni/Cr t0.05SUS444t 3.0Fe/Ni/Crt 0.05HSW-01PSW-P1
HSW-FB2		Weldable
SUS φ 0.23 meshSUSφ 0.23 meshSUSφ 0.23 meshHSW-03PSW-R2
HSW-FB2		Weldable
φ0.23x45mesh ・ ・ ・ 16.3V, 0.25mS, welding interval 3 times / sec
φ0.14x50mesh ・ ・ ・ 16.3V, 0.14mS, welding interval 5 times / sec
Cu t0.2 + Al t0.2Cu/?t 0.2Alt 0.2HSW-03HSW-W2Weldable
Setting: 25V, 30mS
Insufficient welding strength
SUS304 t2.0 + SUS304 φ2.0SUS304t 2.0SUS304φ 2.0HSW-03custom
HSW-FB2		Weldable
Setting: 25V, 3-30mS
It is good to have an electrode to hold the SUS wire
SUS301 t0.1 + SUS φ0.5SUS301t 0.1SUSφ 0.5HSW-03PSW-TC1
custom		Weldable
Setting: 10V, 0.6mS
Wrap (+) electrode around φ8.0 pipe and weld
Al Li-po t0.1 + Al/Ni t0.15

Al Li-po t0.1 + Al/Ni t0.15 2		Al Li-pot 0.1
battery		Al-Nit 0.15HSW-03PSW-P1
HSW-EB1		Weldable
Setting: 10V, 0.7mS
Uses a clad material made by laminating aluminum and nickel to 0.15t
K tc φ 0.025 + K tc φ 0.025K tcφ 0.025K tcφ 0.025HSW-03PSW-TC1Weldable
Settings: 4.5V, 0.02mS
Al/Li-ion + Al/Ni t0.15Al/Li-ionbatteryAl:Nit 0.15HSW-03PSW-P1
HSW-FB2		Weldable
Settings: 17V, 17mS
Place the aluminum side of the nickel / aluminum clad material on the battery,
Weld with a welding stick from the nickel side of the clad material
Al t1.0 + K tc φ0.32Alt 1.0K tcφ 0.32HSW-03PSW-P1
HSW-EB1		Weldable
Setting: 14V, 2mS
Welding may be done several times in 1.5mS seam mode
SUS304 t0.1 + Ni t0.03SUS304t 0.1Nit 0.03HSW-03PSW-P1
PSW-H3		Weldable
Setting: 11V, 0.8mS
Welded with Kapton tape in an environment insulated from the copper plate below
CR2032 + CuSn t0.15CR2032batteryCuSnt 0.15HSW-03PSW-H3Weldable
Setting: 17.9V, 30mS
Copper tin plating 0.25t cannot be welded
Al/ Li-ionbatteryNit 0.6HSW-03HSW-EB1
PSW-P2		Not weldable
Setting: 25V, 30mS
Fe t0.1 + Fe t0.1Fe?t 0.1Fe?t 0.1HSW-03PSW-TFTWeldable
Setting: 25V, 30mS
Insufficient welding strength as the wire diameter increases
SUS t0.5 + SUS φ 0.2 meshSUSt 0.5SUSφ 0.2 meshHSW-03PSW-R2
HSW-EB1		Weldable
Setting: 19.8V, 0.93mS Seam welding mode
SUS t1.0 + Ta φ0.3SUSt 1.0Taφ 0.3HSW-03PSW-P1
HSW-EB1		Weldable
φ0.2: 7.3V, 0.41mS
φ0.3: 7.3V, 0.6mS
SUS mesh + SUS φ2.9SUSmeshSUSφ 2.9HSW-03PSW-FB2
HSW-EB1		Weldable
Setting: 25V, 20ms
Al t0.02 + Cu 0.02Alt 0.02Cut 0.02HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 16.7ms
Cu:Ni t1.0 + K tc φ0.3Cu:Nit 1.0K tcφ 0.3HSW-03HSW-FB2
PSW-P2		Not weldable
Setting: 25V, 30ms
Cu AWG10 + CuTO92 φ0.3CuAWG 10CuTO92φ 0.3HSW-03HSW-EB1
PSW-P2		Not weldable
SUS t0.05 + SUS t0.05SUSt 0.05SUSt 0.05HSW-03PSW-P2
HSW-FB2		Weldable
Setting: 12.3V, 0.3ms
Fe + FeFe?Fe?HSW-03PSW-P2
HSW-EB1		Not weldable
Al + K tc φ0.3Al?K tcφ 0.3HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 18V, 0.21ms
SUS mesh + SUS meshSUSmeshSUSmeshHSW-03PSW-P1
HSW-FB2		Weldable
Setting: 12V, 0.5ms
K tc φ0.025 + K tc φ0.025K tcφ 0.025K tcφ 0.025HSW-03PSW-TC1Weldable
Setting: 5V, 0.03ms
E tc φ0.025 + Cu φ1.0E tcφ 0.025Cuφ 0.1HSW-03PSW-P1
HSW-EB1		Weldable
Setting: 4.6V, 0.08ms
SUSφ 0.5SUSφ 0.5HSW-03custom
PSW-FTF		Weldable
Settings: 25V, 0.24mS (φ0.5) / 25V, 0.5mS (φ0.85) / 25V, 0.9mS (φ0.94)
SUS φ0.5 + SUS φ0.5SUSt 0.3SUSt 0.3HSW-02PSW-P1
HSW-EB1		Weldable
Setting: 25V, 22mS
SUS φ15.0 + SUS φ0.4SUSφ 15.0SUSφ 0.6HSW-03PSW-P1
HSW-EB1		Weldable
Settings: φ0.6 12V, 3.0 ~ 6.0mS / φ0.35 12V, 0.3 ~ 1.0mS / φ0.1 9.7V, 0.1mS
SUS t2.0 + SUS meshSUSt 2.0SUSmeshHSW-03PSW-R2
HSW-FB2		Weldable
Setting: 12V, 0.21ms
Ni/Fe/Crt 0.1Inconelt 0.1HSW-03PSW-R2
HSW-FB2		Weldable
Settings: Seam mode ① 12V 1.6mS ② 18V 1.6mS ③ 20V 1.0mS
R tc φ0.5 + R tc φ0.5R tcφ 0.5R tcφ 0.5HSW-03custom
HSE-EB1		Weldable
Setting: 12V, 0.26ms
R tc φ0.3 + CuR tcφ 0.3Cu?HSW-03PSW-TC1
HSW-EB1		Weldable
Setting: 18V, 0.34ms
SUS t0.15 + SUS t0.15SUSt 0.15SUSt 0.15HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 1.2ms
K tc φ0.18 + K tc φ0.5K tcφ 0.18K tcφ 0.5HSW-03PSW-TC1
HSW-FB2		Weldable
Setting: 6.3V, 0.6ms
Weld strength adjustable
Cu/Sn?Cu/Sn:Ni?HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 21V, 0.3 ~ 0.7mS
NifilterNi?HSW-02PSW-P1
HSW-FB2		Weldable
Fe t0.1 + Fe t0.05Fet 0.1Fet 0.05HSW-03PSW-R2
HSW-FB2		Weldable
Setting: 15 to 20V, 0.2 to 0.3mS
SUS φ 0.5 + SUS φ 0.8SUSφ 0.5SUSφ 0.8HSW-03PSW-TFT
custom		Weldable
Settings: 5V, 0.24mS (φ0.5) / 25V, 0.5mS (φ0.85) / 25V, 0.9mS (φ0.94)
Ni/Ti φ 0.3 + Ni/Ti φ 0.3Ni/Tiφ 0.3Ni/Tiφ 0.3HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 14.6V, 0.12ms
SUSt 1.0SUSt 0.1HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 20V, 3-5ms
Bat SR416S + NiSR416Sbattery
Ni?HSW-03HSW-P1SWeldable
Fe t20.0 + Fe t0.1Fet 20.0Fet 0.1HSW-03PSW-P1
HSW-EB1		Weldable
Settings: 25V, 30mS / 16V, 6mS
Fe SDK-61 t0.15 + Ni t0.2Fe SKD-61t 0.15Nit 0.2HSW-02PSW-TC1
HSW-EB1		Weldable
Setting: 9.3V
Pt t0.2 + Cu φ0.8Ptt 0.2Cuφ 0.8HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 24V, 30mS
Li-ion battery + Al-Ni battery tabLi-ionbatteryAl-Ni BatTabt 0.1HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 17V, 12mS
The welding stick is (+) and the flat plate electrode side is (-).
Cu alloy + Cu t3.0Cu Alloyt 0.07Cut 3.0HSW-04PSW-P2
HSW-FB2		Weldable
Setting: 25V, 25ms
Welding is not possible with the HSW-03 machine
FeCr φ2.6 + K tc φ0.1

FeCr φ2.6 + K tc φ0.1 2		FeCrφ 2.6K tcφ 0.1HSW-03HSW-TC1Weldable
Settings: 10.6V, 0.37ms
Al t1.0 + K tc φ0.1Alt 1.0K tcφ 0.1HSW-03PSW-02
HSW-FB2		Weldable
Setting: 15.2V, 0.33ms
Difficult to weld directly
Weld the Al-Ni clad material and weld the thermocouple on it.
NCR18650BF + Ni t0.12NCR18650BFbatteryNit 0.12HSW-03PSW-H3Weldable
Setting: 23V, 6ms
SUS t10.0 + SUS t0.5SUSt 10.0SUSt 0.5HSW-03HSW-FB2
PSW-R2		Weldable
Setting: 20V, 1.5ms
SUS spring φ1.6 + SUS spring φ2.6SUS springφ 1.6SUS springφ 2.5HSW-03customWeldable
Setting: 25V, 2.6ms
Insufficient welding strength
R tc φ0.3 + Cu φ4.0R tcφ 0.3Cu
Al		φ 4.0
φ 6.5		HSW-03HSW-FB2
PSW-P1		Weldable
Setting: 20V, 1.5ms
Pt φ0.15 + Cu φ0.12Ptφ 0.15Cuφ 0.12HSW-03PSW-TC1Weldable
Setting: 10.8V, 0.18ms
Hold with oil tweezers, sandwich between PSW-TC1 electrodes and weld
NiCr φ2.0 + SUS φ1.0NiCrφ 2.0SUSφ 1.0HSW-03HSW-EB1
PSW-P1		Weldable
Setting: 15V, 1.5ms
Welding is possible even with HSW-02A machine
SUS304 φ 0.1 + SUS304 φ 0.1SUS304φ 0.1SUS304φ 0.1HSW-03PSW-TC1Weldable
Setting: 7V, 0.15ms
K tc φ 0.5 + K tc φ 0.5K tcφ 0.5K tcφ 0.5HSW-03PSW-TC1Weldable
Setting: 14V, 1.0ms
SUS mesh + SUS meshSUSmeshSUSmeshHSW-03HSW-FB2
PSW-R2		Weldable
Setting: 15V, 1.0ms
K tc φ0.1 + Cu t0.1K tcφ 0.1Cut 0.1HSW-03HSW-Eb1
PSW-P1		Weldable
Setting: 20V, 1.5ms
Welding of Cu0.3 and Almel wire is difficult
(+) Rod-shaped electrode-K thermocouple-Cu plate-Welding stick (-)
K tc R tc φ0.1 + Al t3.0K tc
R tc		φ 0.1Alt 3.0HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 18V, 8.0ms
Direct welding of K thermocouple to Al plate is not possible
Welded tc on top of welded Al-Ni clad material
Al + Ti t0.12Al?Tit 0.12HSW-03HSW-FB2
PSW-P1		Weldable
Setting: 25V, 16.5ms
Cu t0.3 + Cu φ0.1Cut 0.3Cuφ 0.1HSW-03PSW-H3Weldable
Setting: 8.7V, 0.58ms
parts + k tc φ0.8PartsK tcφ 0.8HSW-03HSW-FB2
PSW-P1		Weldable
Setting: 20V, 1.5ms
HSW-04 is recommended due to lack of strength
T tc φ0.2 + contactT tcφ 0.2contact?HSW-03PSW-TC1Weldable
Setting: 12V, 1.0ms
Alt 0.2Ni-Cut 0.2HSW-03HSW-FB2
PSW-P1		Not weldable
Zn-Fe φ2.5 + Zn-Fe φ2.5Zn-Feφ 2.5Zn-Feφ 2.5HSW-03HSW-EB1
PSW-P1		Weldable
Setting: 12V, 1.5ms
Welding is possible even at 25V, 30mS
However, due to the effect of zinc plating, the copper of the electrode is damaged.
Welding can also be done by sandwiching a thin brass plate
Al t2.0 + K tc φ0.65Alt 2.0K tcφ 0.65HSW-03HSW-W2Weldable
Setting: 15V, 8ms
NiCr φ2.0 + SUS φ1.0NiCrφ 2.0SUSφ 1.0HSW-03PSW-P1
HSW-EB1		Weldable
SUS mesh + SUS meshSUSmeshSUSmeshHSW-03PSW-R2
HSW-FB2		Weldable
Setting: 15V, 1ms
SUS t10.0 + SUS t0.5SUSt 10.0SUSt 0.5HSW-02APSW-P1
HSW-FB2		Weldable
Setting: 24V
K tc contact + K tc contactK tccontactK tccontactHSW-03PSW-TC1Weldable
Setting: 8.6V, 1.0ms
SUS304 t0.8 + SUS t0.8SUS304t 0.8SUSt 0.8HSW-03
HSW-04		PSW-P1
HSW-CL1		Weldable
Setting: 25V, 30ms
K tc R tc + Al t3.0K tc
R tc		contactAlt 3.0HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 18V, 8ms
K thermocouple cannot be welded to Al plate, thermocouple is welded on Al-Ni clad material
Al + TiAl?Ti?HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 16ms
If you want to increase the strength, you need HSW-04 machine
Cu t0.3 + Cu φ0.3 SphericalCut 0.3Cuφ 0.3
Spherical		HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 1ms
Alt 0.2Ni:Fet 0.2HSW-03PSW-P1
HSW-EB1		Insufficient welding strength
Setting: 25V, 30ms
Zn:Fe φ2.5 + Zn:Fe φ2.5Zn:Feφ 2.5Zn:Feφ 2.5HSW-03PSW-P1
HSW-EB1		Weldable
Setting: 25V, 30ms
Copper is damaged during welding.
This gives an energizing route to the iron wire side with a clip electrode as shown in the photo,
You can avoid it to some extent by doing it
T tc φ0.065 + T tc φ0.065T tcφ 0.065T tcφ 0.065HSW-03PSW-T1
HSW-FB2		Weldable
Setting: 6.1V, 0.6 / 0.3 / 0.17ms three times
SUS parts + SUS t0.5SUSpartsSUSt 0.5HSW-02APSW-P1
HSW-CL1		Weldable
Setting: 15V, 1ms
Ag φ0.3 + Ag φ0.3Agφ 0.3Agφ 0.3HSW-02APSW-TC1Weldable
HSW-03 machine is recommended if you want to increase the welding strength
Al Current collector 15μm + Al tab 100μmAl Current collector15μmAl tab100μmHSW-03PSW-P1
HSW-FB2		Weldable
Setting: 15V, 1ms
Cu Current collector 15μm + Cu tab 100μmCu Current collector15μmCu tab100μmHSW-03PSW-P1
HSW-FB2		Weldable
Setting: 15V, 1ms
TipartsK tcφ 0.2HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 15V, 0.2-0.6ms Seam welding mode
SUS mesh parts + SUS meshSUSmesh partsSUSmeshHSW-03PSW-R5
HSW-FB2		Weldable
Setting: 20V, 0.4ms Seam welding mode
T tc Spherical + Mo partsT tcSphericalMopartsHSW-03PSW-P1
HSW-FB2		Weldable
Setting: 20V, 0.5ms
In normal welding, it was blown by sparks or flash welded.
Welding is good while increasing the energizing time from 0.02 mS to 0.8 mS in seam welding mode.
SUS304HpartsSUSpipe
φ 3.0
t 0.5		HSW-03PSW-P1
HSW-FB2		Weldable
Setting: 25V, 2ms
Al Capacitor parts + Al Capacitor partsAlCapacitor partsAlCapacitor partsHSW-03PSW-R5
HSW-FB2		Weldable
Setting: 15V, 1ms
HSW-R2 can also be used, but since the foil is thin, R5 with good operability is used.
K tc contact + Solder PCBK tccontactSolderPCBHSW-03PSW-TC1
HSW-W2		Weldable
Setting: 20V, 0.3ms
Since the copper foil thickness of the printed circuit board is thin and it melts,
It is better to weld over solder plating