BIM-UNT-AN6X-圖爾克磁感應(yīng)傳感器

：O21-3952 9829/3O-8O1O
O21-6O83 1959
189 1857 2467
125 5O9 6653
：張海情
：8010@shqiantuo.com.cn
公司：www.qiantuomy.com

適于T型槽氣缸，無需安裝附件
可選擇附件安裝于其他外型氣缸上
單手可安裝
微調(diào)裝置和固定器可直接安裝在傳感器上
穩(wěn)固的安裝
磁阻式傳感器
3線直流, 10…30 VDC
常開npn輸出
電纜連接

磁感應(yīng)傳感器用于檢測(cè)氣缸位置。 基于磁場(chǎng)能夠穿透非鐵磁性金屬的特性，傳感器能夠檢測(cè)鋁制氣缸內(nèi)附于活塞上的永磁體的位置。 基于特殊的原理，傳感器能夠可靠地檢測(cè)所有標(biāo)準(zhǔn)氣缸內(nèi)不同磁場(chǎng)強(qiáng)度的永磁體。 采用*非接觸的工作方式并且有短路保護(hù)功能。

BIM-UNT-AN6X-圖爾克磁感應(yīng)傳感器

Capacitive sensors with high application potential
Capacitive sensors operate contactless,
reactionless and wear-free. Both, electrically
conductive and non-conductive
materials are detected reliably. Capacitive
sensors can thus be applied in systems
in which inductive sensors would be
inappropriate.
In addition to distance and position, capacitive
sensors measure defl ection,
thickness, fi lling level, eccentricity, concentricity,
deformation, wear and vibration.
The functional principle of capacitive
sensors is based on the arrangement of
two conductors （plates） separated by a
dielectric （insulator）. An electric fi eld created
through the potential diff erence between
the two conductors is stored in the
dielectric. The change of fi eld strength
（capacitance） in the dielectric is used
as a measure. Non-conductive materials
are detected through the change of
fi eld strength in the dielectric whereby
a probe on the one hand and the ambient
on the other hand represent the two
conductors. Conductive materials are detected
through the change of material as
well as through the change of distance
between the conductors.
The eff ective switching distances of capacitive
sensors can vary considerably. A
maximum switching distance is achieved
with metallic objects. Reduction factors
do not have to be observed as with conventional