SMC KQ2 Series Elbow Threaded Adaptor, G 1/4 Male to Push In 8 mm, Threaded-to-Tube Connection Style
技術文件
規格
Brand
SMCConnector A
G 1/4 Male
Connector B
Push In 8 mm
Pneumatic Fitting Type
Elbow Threaded Adaptor
Connection Style
Threaded-to-Tube
Threaded Connection
G 1/4 Male
Manufacturer Series
KQ2
Thread Material
Brass
Minimum Operating Temperature
-5°C
Maximum Operating Temperature
+60°C
Maximum Operating Pressure
1 MPa, 3 (Proof) MPa
Swivel Connection
No
原產地
France
產品詳情
Hexagon Socket Head Universal Male Elbow, KQ2VS
The KQ2VS hexagon socket head male elbow fittings from SMC are quick and easy to install into your pneumatic fittings. These KQ2VS hexagon socket head male elbow connectors are also more compact in design which means that these connectors can be used within a confined space. Hexagon socket head elbows are designed to allow tightening with a hexagon wrench in confined spaces. The new KQ2 range of products are lighter than previous models and have the advantage of improved insertion and removal forces.
Thread-to-Tube Adaptors
5,462.90 MOP
Each (In a Pack of 10) (不含稅)
10
5,462.90 MOP
Each (In a Pack of 10) (不含稅)
暫時無法取得庫存資訊。
10
暫時無法取得庫存資訊。
技術文件
規格
Brand
SMCConnector A
G 1/4 Male
Connector B
Push In 8 mm
Pneumatic Fitting Type
Elbow Threaded Adaptor
Connection Style
Threaded-to-Tube
Threaded Connection
G 1/4 Male
Manufacturer Series
KQ2
Thread Material
Brass
Minimum Operating Temperature
-5°C
Maximum Operating Temperature
+60°C
Maximum Operating Pressure
1 MPa, 3 (Proof) MPa
Swivel Connection
No
原產地
France
產品詳情
Hexagon Socket Head Universal Male Elbow, KQ2VS
The KQ2VS hexagon socket head male elbow fittings from SMC are quick and easy to install into your pneumatic fittings. These KQ2VS hexagon socket head male elbow connectors are also more compact in design which means that these connectors can be used within a confined space. Hexagon socket head elbows are designed to allow tightening with a hexagon wrench in confined spaces. The new KQ2 range of products are lighter than previous models and have the advantage of improved insertion and removal forces.