Product Specification 108-5118
Rev. K 11 of 16
6.10 はんだ耐熱試験方法(電線対基板タイプのポストヘッ
ダーに適用)
ポストヘッダーをプリント基板の取付穴に挿入後260±
5℃のはんだ槽中に10±0.5秒間浸漬する。手半田の場
合ポストヘッダーをプリント基板の取付穴に挿入後350
±10℃ 1~2秒にて半田付を行う。但しポストの半田付
部にこて先等による加圧のなきこと。
6.10 Soldering Heat Resistivity (Applicable to Post
Header, Wire-to-Board Type Only):
With post header inserted into the mounting holes,
printed circuit board shall be processed for soldering
for 10±0.5 seconds in the soldering tub where the
temperature is controlled at 260±5°C.
(Manual Soldering)
In case of manual soldering, test the sample post
header assembled on PCB, by applying soldering
iron, controlled at 350±10°C for 1 to 2 seconds. In
this testing, soldering spot of the post shall remain
free from the pressure by the applied soldering iron.
6.11 圧着部引張試験方法
電線(撚線)を圧着したコンタクトをショッパー引張試験
機に取り付け、軸方向に毎分100mmの速度で操作して
測定する(被覆部は含まない)。
6.11 Crimp Tensile Strength:
Fasten a wire-crimped contact lead onto the head of
tensile testing machine and apply an axial pull off
load to the wire by operating the head to travel with
the speed at a rate of 100mm a minute without
insulation support crimp set in effect. Crimp tensile
strength is determined when the wire is broken or is
pulled off from the wire crimp.
6.12 ポスト保持力試験方法(電線対基板タイプのポストヘ
ッダーに適用)
ポストヘッダー・アッセンブリーのハウジングを図3の如く
治具で受け、ポスト先端を軸方向に垂直にフォース・ゲ
ージで押して測定する。
6.12 Post Retention Force (Applicable to Post Header,
Wire-to-Board Type Only):
Place post inserted header assembly over the test
fixture in the manner as shown in Fig.3, and apply
an axial push down force on top of post contact.
Post retention force is determined when the post is
dislodged from the inserted position. Measurement
shall be done by using a force gage.
6.13 コンタクト挿抜力試験方法
リセプタクル・コンタクトを引張試験機に取り付け、図4に
規定するゲージを軸方向に毎分100mmの速度で操作
し、測定する。
6.13 Contact Insertion/Extraction Force:
Fasten a receptacle contact on the head of tensile
testing machine, and apply axial loads to the
receptacle contact to mate with and unmate from
the gage, specified in Fig.4, by operating the head
to travel with the speed at a rate of 100mm a
minute.