Audited Supplier
CD-F
Corrosive Fluids
High Temperature
Electric
Thread
Direct Acting
PTFE
Low Pressure
Direct-Acting Piston Structure
AC/DC
on/off Control
DIN
Industrial Usage
CE, RoHS, Sil, ISO9001:2008
Hydrochloric Acid, Sulfuric Acid & Vitriol Ammonia
PTFE
Diaphragm Type
12 Months
YJ
Export Carton
ISO9001&CE
China
8481804090
Product Description
1. General Description
CD-F series solenoid valves are a kind of automatic control device used in various industrial processe. They open and close automatically according to electric-controlled signals in the control of liquid and air. It is especially suitable for corrosive fluid, such as all kinds of acid and alkali, hydrochloric acid, sulfuric acid and vitriol.
2. Features
These solenoid valves feature:
(1) Anti-corrosive: the body is made of PTFE, the rest parts isolate the fluid.
3. Construction
The solenoid valves work on the principle of directed step action and adopt diaphragmatic seal. When the coil is charged, the electro-magnetic force thus produced will attract the armature, drive the diaphragm lifting, causing the valve to open. When the power source of the coil is turned off, the diaphragm restores the home position under the force of the restoration spring, causing the valve to close.
CD-F series solenoid valves are a kind of automatic control device used in various industrial processe. They open and close automatically according to electric-controlled signals in the control of liquid and air. It is especially suitable for corrosive fluid, such as all kinds of acid and alkali, hydrochloric acid, sulfuric acid and vitriol.
2. Features
These solenoid valves feature:
(1) Anti-corrosive: the body is made of PTFE, the rest parts isolate the fluid.
(2) State-of Arts design and compact construction.
(3) Reliable service and long life.3. Construction
The solenoid valves work on the principle of directed step action and adopt diaphragmatic seal. When the coil is charged, the electro-magnetic force thus produced will attract the armature, drive the diaphragm lifting, causing the valve to open. When the power source of the coil is turned off, the diaphragm restores the home position under the force of the restoration spring, causing the valve to close.
