-
... NYYCUK tuning fork level switch is a new type of level switch. It is designed and manufactured using the principle of tuning fork vibration. It is on the base of the induction rod of the tuning fork level switch, the tuning fork rod is driven through the
... NYYCUK tuning fork level switch is a new type of level switch. It is designed and manufactured using the principle of tuning fork vibration. It is on the base of the induction rod of the tuning fork level switch, the tuning fork rod is driven through the more
Brand Name:NUOYING
Model Number:NYYCUK-B
Place of Origin:Xi'an,Shaanxi,China
-
4-20mA Micro Motion oil Fork Density Meter sensor Description of 4-20mA Micro Motion oil Fork Density Meter sensor Vibrating Fork Density Meter in different density solution with different resonant frequencies, the resonance frequencies was different, ...
4-20mA Micro Motion oil Fork Density Meter sensor Description of 4-20mA Micro Motion oil Fork Density Meter sensor Vibrating Fork Density Meter in different density solution with different resonant frequencies, the resonance frequencies was different, ... more
Brand Name:yunyi
Place of Origin:china
Certification:ce
20mA Micro Motion Tuning Fork Level Sensor 20Mpa 28VDC
-
...Level Detector Rosemount 2140 wired HART tuning fork level switch With a 4-20mA output signal, users can convert the 2140 4-20mA signal into the DPDT output required by the customer through a secondary device, and can also install a HART output. EMERSON ROSEMOUNT 2140 Level Detector Vibrating Fork 02140-9200 OUTPUT...
...Level Detector Rosemount 2140 wired HART tuning fork level switch With a 4-20mA output signal, users can convert the 2140 4-20mA signal into the DPDT output required by the customer through a secondary device, and can also install a HART output. EMERSON ROSEMOUNT 2140 Level Detector Vibrating Fork 02140-9200 OUTPUT... more
Brand Name:Emerson
Model Number:ROSEMOUNT 2140 Level Detector
Place of Origin:US
EMERSON ROSEMOUNT 2140 Level Detector Wired HART Tuning Fork Level Switch
-
KVS100 Series Vibrating Fork Liquid / Solid Level Switch Introduction KVS100 series tuning fork level switch is a new type of level switch. It is designed and manufactured using the principle of tuning fork vibration. It is the base of the induction rod...
-
Ultrasonic Level Sensor Application This series is compact type ultrasonic level meter for continuous non-contact level measurement in liquids and solids. It's widely applied to the metallurgical, water treatment, chemical, electricity and oil industries. ...
Ultrasonic Level Sensor Application This series is compact type ultrasonic level meter for continuous non-contact level measurement in liquids and solids. It's widely applied to the metallurgical, water treatment, chemical, electricity and oil industries. ... more
Minimum Order Quantity:1
Price:Discuss
Payment Terms:L/C,D/A,D/P,T/T,Western Union,MoneyGram
Liquid Vibration Explosion Proof Tuning Fork Liquid Level Switch
-
...level transmitter Liquid tuning fork level measurement Product performance · Can be used in safety systems with functional safety requirements of SIL2, according to IEC61508/IEC61511-1 standard · A variety of process connection forms are available A variety of electronic plug-ins, such as NAMUR, relays, thyristors, PFM signal output...
...level transmitter Liquid tuning fork level measurement Product performance · Can be used in safety systems with functional safety requirements of SIL2, according to IEC61508/IEC61511-1 standard · A variety of process connection forms are available A variety of electronic plug-ins, such as NAMUR, relays, thyristors, PFM signal output... more
Brand Name:MC
Model Number:FTL 50
Place of Origin:China
FTL 50 Water Depth Measurement Sensor 316L IEC61508 IEC61511-1 Standard
-
...level switch for granular bulk solids VB61.XXAGDRAMX Measuring principle VEGAVIB and VEGAWAVE are point level sensors based on the vibration principle. VEGAVIB is equipped with a vibrating rod as sensor element, VEGAWAVE has a tuning fork. Both are designed for industrial use in all areas of process technology and are deployed mainly in bulk solids. The vibrating element (vibrating rod or tuning fork...
...level switch for granular bulk solids VB61.XXAGDRAMX Measuring principle VEGAVIB and VEGAWAVE are point level sensors based on the vibration principle. VEGAVIB is equipped with a vibrating rod as sensor element, VEGAWAVE has a tuning fork. Both are designed for industrial use in all areas of process technology and are deployed mainly in bulk solids. The vibrating element (vibrating rod or tuning fork... more
Brand Name:VEGA
Model Number:VB61.XXAGDRAMX
Place of Origin:Germany
316L VEGAVIB 61 VEGA Instrumentation Vibrating Level Switch VB61.XXAGDRAMX
-
...Level Switch Level Switch, Flush Mount, Aluminium, Polyester, Stainless FTM50-2GG2A4A32AA Approval:2 ATEX II 1/2D Ex ta/tb IIIC Da/Db Process Connection:GG Thread EN10226 R1-1/2 Material; Surface Refinement:2 316L; Ra<=3.2um/126uin, w/o Fork; Bulk Density:A 155mm/6in; min 10g/l standard fork Electronics; Output:4 FEM54; relay DPDT...
-
...Level Detection Soliphant FTM51 Approval: A Non-hazardous area Process Connection: GG Thread EN10226 R1-1/2, d=43mm/1.69" sensor combinable with sliding sleeve Material; Surface Refinement: 2 316L; Ra<=3.2um/126uin, w/o Overall Length; Bulk Density: L 1000 mm ..... mm; min 10g/l standard fork Electronics; Output: 4 FEM54; relay DPDT...
...Level Detection Soliphant FTM51 Approval: A Non-hazardous area Process Connection: GG Thread EN10226 R1-1/2, d=43mm/1.69" sensor combinable with sliding sleeve Material; Surface Refinement: 2 316L; Ra<=3.2um/126uin, w/o Overall Length; Bulk Density: L 1000 mm ..... mm; min 10g/l standard fork Electronics; Output: 4 FEM54; relay DPDT... more
Brand Name:E&H
Model Number:FTM51-AGG2L4A32AA
Place of Origin:Germany
316L Vibronic Point Level Detector Soliphant FTM51-AGG2L4A32AA
-
...through beam photoelectric sensor, also called U-type photoelectric sensor. It is an infrared photoelectric sensor, which is composed of a light projector and light receiver. The slot width determines the strength of the inductive received signal and the