Brass Stainless Steel Electric Actuator Ball Valve High Wear
Resistance
Electric Actuator Ball Valve General
The Electric Actuator Ball Valve has simple structure, good sealing performance, no stuck and is
easy to operate and easy to open and close quickly, which make it
widely used. It has been developed in the direction of high
temperature and high pressure, large diameter, high sealing, long
lifetime and excellent regulation performance. And it has achieved
a high level.
The Electric Actuator Ball Valve, which is independently developed by Xintai Instruments and has
the same advanced foreign technology, adopts self-formulated hard
alloy hardening technology, and its service lifetime is more than
three times that of conventional metal-sealed ball valves. The
wear-resistant ball valves are commonly used in working conditions
such as silicon powder, mineral powderand coal powder gas
transmission, mud pump and so on.
TCN-02N-DC Series normal on/off actuator usage instructions
◎ Rated voltage: DC24V,DC12V
◎ Rated torque: 20Nm@DC24V[24N.m@Max],15Nm@DC12V[24N.m@Max]
◎ Install valves: 2-way, 3-way valve
◎ Wiring and feedback model: B3,BD3,B3S,BD3S,B3C,BD3C
◎ High performance brushless motor,Overload protection of internal
motor
◎ It can be used 20,000 times.*1
◎ Two and more actutors can be used in parallel
Electric Actuator Ball Valve Parameters
About US
Veson Valve Ltd. is specialized in researching and manufacturing
all kinds of pneumatic hydraulic actuators and valve operated with
pneumatic, hydraulic valve science and technology enterprises,
widely used in natural gas, oil, chemical, industry, metal smelting
and papermaking, printing, electric power, mining, pharmaceutical,
daily chemical, food and beverage, water treatment and are
treatment and mechanical equipment and other industries, the
company from its inception, insisting on the tenet of science and
technology innovation, quality first, set up over the years
acclaimed, is flow control engineering and automation equipment
modification of choice for products.
