FT-Q30
Miniature pressure switches wih DIN 43650/A electric connection, IP65 protection degree ( included ). Zinc-plated steel + anodized aluminium body, SPDT contact
Electrical contact:
Protection degree:
Electrical connection type:
Actuation type:
Product code composition
Choose the different options below to configure the most useful product code for your needs.
The code will be generated and sent automatically by clicking on "Submit a request".
1 ( 0,1 ÷ 1 Bar )
2 ( 0,2 ÷ 2 Bar )
10 ( 1,5 ÷ 10 Bar )
20 ( 9 ÷ 20 Bar )
50 ( 15 ÷ 50 Bar )
80 ( 40 ÷ 80 Bar )
100 ( 50 ÷ 100 Bar )
150 ( 50 ÷ 150 Bar )
250 ( 30 ÷ 250 Bar )
300 ( 40 ÷ 300 Bar )
A ( Electrical Contacts Type A )
E ( Electrical Contacts Type E )
18K ( 1/8"BSPT )
R18 ( 1/8"BSPP )
14K ( 1/4"BSPT )
R14 ( 1/4"BSPP )
* ( Zinc Plated and Black anodized aluminium - Standard )
* ( NBR - standard )
E ( EPDM )
HN ( HNBR )
S ( SILICONE )
V ( FPM )
* ( furnished without settings in firm - standard )
T.. ( Rising setting )
T..D ( Falling setting )
The request can be sent only upon completion of all the choice fields
Technical information
The new pressure switches of series FT-Q30.. consist of a flange with 1/8” or 1/4” male threaded connection ( taper or parallel ) in zinc plated steel, an anodized aluminum central body that houses a micro-switch of 250Vac/5A with SPDT contact, a DIN 43650/A connector with IP65 protection degree and regulation screw protected by a sealing plug. The new series FT-Q30 permits, thanks to the mechanical structure, the pressure switch setting when it is electrically connected to the implant (without necessarily disconnect the electrical connector to access to the screw regulation). The high strength, together with the modern and compact design, make this pressure switch suitable also for the application in small places, ensuring high reliability standards and endurance with heavy application. The pressure switch actuation by a diaphragm or a piston (depending on the regulation field ) guarantees a wide adjustment range from 100mbar to 300Bar in relation to the chosen model.
