VS801-12N [TE]
VERTICAL LIQUID LEVEL SWITCHES;型号: | VS801-12N |
厂家: | TE CONNECTIVITY |
描述: | VERTICAL LIQUID LEVEL SWITCHES |
文件: | 总6页 (文件大小:210K) |
中文: | 中文翻译 | 下载: | 下载PDF数据表文档文件 |
te.com
VERTICAL
LIQUID LEVEL SWITCHES
VS Series
High- or low-level switching
N.O./N.C. SPST or SPDT outputs
Mounted on the top/bottom wall of a tank
Certified reed switch (UL component listed)
Many different configurations available
The VS series of point liquid level switches demonstrates a high
degree of reliability due to the use of non-reactive wetted components
and a unique reed switch designed specifically for level sensing
applications. The sensor utilizes a moving float with an embedded
magnet to activate a reed switch located in the sensor body. As the
liquid level raises the float, it moves into close proximity to the reed
switch and actuates it to give an open contact or closed contact
switch indication.
Features
Voltage rating up to 250VAC
Current rating up to 1.0 amp
Compact design and low profile
Optional cable lengths
Includes mounting hardware
The reliability of this sensor results from a very simple operating
principle, a single moving part, media compatible wetted materials,
and a unique reed switch design that has a UL recognized component
certification.
Applications
Water and fuel storage tanks
Full and/or empty detection
Pump on/off controls
The sensor mounts into the top or bottom wall of a liquid storage tank
using either a 1/2” NPT or M16 x 2.0 threaded fitting. The M16 mount
is available in either an internal or external configuration. The output
is a simple N.O. or N.C. SPST, or SPDT reed switch that utilizes
Ruthenium contact points for reliability. Changing from a N.O. output
to a N.C. output is done by removing the float and reattaching it in an
inverted orientation. This change can be done in the field. Electrical
outputs are a single pair or three wires with PVC insulation and
optional lengths of 0.5 m or 2.0 m.
Marine bilge and ballast tanks
Flood detection and prevention
Coolant level indication
Livestock watering tanks
Irrigation systems
Water treatment plants
Waste water tanks
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Page 1
TE CONNECTIVITY SENSORS /// VS SERIES
10/2020
LIQUID LEVEL SWITCH
VS SERIES
Absolute Maximum Ratings (1)
Model
Type
Parameter
Min
Max
Units
Notes/Conditions
DC contact voltage (SPST)
DC contact current (SPST)
RMS contact voltage (SPST)
RMS contact current (SPST)
DC contact voltage (SPST)
DC contact current (SPST)
RMS contact voltage (SPST)
RMS contact current (SPST)
DC contact voltage (SPDT)
DC contact current (N.O. SPDT)
DC contact current (N.C. SPDT)
RMS contact voltage (SPDT)
RMS contact current (SPDT)
Operating and storage temperature
Fitting pressure
100
1
V
A
VSx01
VSx09
VSx04
Do not exceed 15W
120
1
V
A
200
1.0
V
A
Do not exceed 70W
250
1.0
V
A
170
0.4
V
A
0.125
125
0.125
130
4.7
A
Do not exceed 5.0W
Internal tank pressure
V
A
-30
-1.0
1.0
1.0
°C
Bar
mm
mm
Tank wall thickness (Internal mount)
Tank wall thickness (External mount)
10
4.0
(1) Maximum limits the device will withstand without damage
TE CONNECTIVITY SENSORS /// VS SERIES
10/2020
Page 2
LIQUID LEVEL SWITCH
VS SERIES
Product Specifications
Parameter
Mounting Orientation
Fitting
Details & Options
Top/bottom entry
Internal or External
N.C. when float at bottom stop (SPST)
N.O. when float is inverted (SPST)
Switch Operation
Contact Forms
Form A (SPST) or Form C (SPDT)
Contact Material
Contact resistance (max)
Housing and Float Material
Cable Description
Shock
Ruthenium
250 mΩ (SPST)
Glass filled nylon 6.6 (better for oil, fuel, non-ionic liquids)
Glass filled polypropylene (better for aqueous media and solutions)
22 AWG 16/0.2mm PVC insulated, UL/CSA/BS6361
±50g 11ms half sign duration
Vibration
±35g 0 – 500Hz
Ambient Humidity
Ingress Protection
Approvals & Certifications
0 – 95% RH (non-condensing)
IP68 (wetted surfaces) IP65 (non-wetted surfaces)
UL file E98428
TE CONNECTIVITY SENSORS /// VS SERIES
10/2020
Page 3
LIQUID LEVEL SWITCH
VS SERIES
Outline Dimensions
Schematic
TE CONNECTIVITY SENSORS /// VS SERIES
10/2020
Page 4
LIQUID LEVEL SWITCH
VS SERIES
Mounting Orientations
Top Mount
Bottom Mount
Condition Switch (SPST)
Condition Switch (SPST)
No liquid
Liquid
Closed
Open
No liquid
Liquid
Open
Closed
Application Information
The versatile design of the VCS series level sensor provides four different mounting and operating
modes. The sensor can mount at either the top or bottom of a liquid storage tank. In either position,
the float can be oriented to provide a N.O. or N.C. contact. Because the magnet is positioned at one
end of the float, it can be removed from the body, turned upside down, and reinstalled to provide any of
the four configurations shown below.
To remove and re-orient the float, gently squeeze the retainer clips at the end of the sensor and slide
the float off the body. Reinstall the float by sliding it back over the stem ensuring that it passes the clips
and allows them to return to their original position.
TE CONNECTIVITY SENSORS /// VS SERIES
10/2020
Page 5
LIQUID LEVEL SWITCH
VS SERIES
Ordering Information
Model Number
VS __ __ __ __ __ __
-
Material (body + float)
Seal Material Options
3
8
Glass-filled nylon 6.6
Blank Silicone
Glass-filled polypropylene
N
Nitrile
Cable Length Options
Switch Options
1
2
0.5m Single insulated PVC
2.0m Single insulated PVC
01
04
09
Form A (N.O. SPST)
Form C (SPDT)
Form A (N.O. SPST)
Fitting Options
1
2
3
5
Internal M16
External M16
½” NPT
Universal fitting kit (Options 1 & 2)
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NORTH AMERICA
Tel +1 800 522 6752
EUROPE
Tel +31 73 624 6999
ASIA
Tel +86 0400 820 6015
te.com/sensors
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The information given herein, including drawings, illustrations and schematics which are intended for illustration purposes only, is believed to be reliable. However, TE
Connectivity makes no warranties as to its accuracy or completeness and disclaims any liability in connection with its use. TE Connectivity‘s obligations shall only be as
set forth in TE Connectivity‘s Standard Terms and Conditions of Sale for this product and in no case will TE Connectivity be liable for any incidental, indirect or
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© 2020 TE Connectivity Corporation. All Rights Reserved.
10/2020
TE CONNECTIVITY SENSORS /// VS SERIES
10/2020
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