TURCK電容式傳感器，BC3-S12-AP6X/S100
電話：O21-3952 9829/3O-8O1O
傳真：O21-6O83 1959
手機：189 1857 2467
QQ：125 5O9 6653
聯系人：張海情
郵箱：[email protected]
公司網站：www.yznetworks.com
M12 x 1圓柱螺紋
塑料, PA12-GF30
可通過電位計調節靈敏度
溫度可達 100℃
3線直流, 10…30 VDC
常開，pnp輸出
電纜連接
電容式傳感器用于非接觸地和無磨損地檢測金屬（導電）和非金屬（非導電）的檢測物。
The portfolio comprises inductive, magnetic-inductive, capacitive, photoelectric, ultrasonic, pressure, temperature and flow sensors.
TURCK電容式傳感器，BC3-S12-AP6X/S100
BCF series – The problem solver
In diffi cult applications conventional
sensors don‘t provide suffi cient
detection reliability. In particular,
conductive coatings that cover large
surfaces may lead to detection problems
or even to complete failure.
Such diffi culties belong to the past,
thanks to the BCF sensors because
they combine innovative switching
technology with optimized electrode
and compensation features.
• Suited for highly viscous media
• Improved EMC safety
(in connection with
high frequency technology)
Plastic is most commonly provided in
form of pallets for transport and storage
purposes. Sensors are installed in
pipes, silos and inspection windows to
monitor the fi lling level.
From the perspective of sensor
technology, such applications are a
challenge, because electrostatic charge
may destroy the sensor or poor
permittivity may reduce switching
distances.
Moreover, mounting in metal fl anges
inhibits unrestrained detection and thus
error-free operation of the electronics.
Any kind of parasitics evolving from level
control of plastic pallets, can be blank
off by BCC sensors. They are highly
EMC safe and ESD immune.
Predamping is effectively prevented
with a laterally mounted shield and an
integrated processing unit. The user
can thus exploid the full measuring
range.
• Detection of smallest pallets
• Unchanged switching distance, even
when mounted in a metal pipe
• High EMC safety and almost
completely ESD immune
Capacitive proximity switches are
non-contact and wear-free sensors
for detection of metal (electrically
conductive) and non-metal (nonconductive)
targets.
Switching distances and
dielectric constants
The switching distances of
capacitive sensors can vary
considerably. The largest switching
distances are achieved by conductive
materials (e.g. metals). When
sensing metals with capacitive
sensors, reduction factors for
different metals do not have to be
observed as opposed to conventional
inductive sensors.
The switching distances for nonconductive
materials depend on
the dielectric constant: the larger
the dielectric constant, the higher
the switching distance (see table).
Level control made easy
In order to guarantee smooth
production processes, it is
indispensable to detect liquid
levels reliably (overflow, run-dry
protection and level control):
Here, capacitive sensors made by
TURCK are a valuable and reliable
production aid due to mature and
interference-immune electronics
mounted directly to the pipe or
hose, or if it has to detect the
medium through a plastic or glass
wall - reliable detection is assured.
If mounting inside a container is
inevitable, TURCK has special
polypropylene adapters with extra
mechanical and chemical
resistance, or special sensor
versions in PVDF (Dyflor) housings
and with sealing rings.
TURCK also offers sensors with
PTB approval for installation
in explosion hazardous areas.
TURCK電容式傳感器，BC3-S12-AP6X/S100
