Basic Info.
Model NO.
HYM660
Certification
CE ISO9001
Customized
Customized
Application
Liquid Powder
Ambient Temp
-40ºC~80ºC
Supply
120/240VAC, 50/60HZ or 24VDC
Output
DPDT relay
Power Dissipation
3W
Ingress Protection of Shell
IP67
Transport Package
Carton
Trademark
HJSENSOR
Origin
China
HS Code
90262010
Production Capacity
50000 Pieces / Year
Product Description
Product Overview:
The Vibration Probe level meter used adopts anti-adhesion circuit, which can remove the influence of adhesion and false level signal hanging around the probe while detecting the real level.Vibration probe level meter can detect have (high level) or not have (low level) materials in various containers according to the working principle of ash storehouse sensing. It can set high level or low level fault alarm .Vibration probe level meter can measure various process material, such as refined oil, gasoline, conductive mud, etc.
Principle:
The working principle of vibrator level meter is based on radio frequency (RF) technology. A radio frequency is applied to the probe and, through continuous analysis, the influence caused by the surrounding environment is determined. Since all materials have a dielectric constant and their conductivity is different from air, the total impedance changes when the probe is in contact with the material due to a small capacitance shift. Since the energized probe and the container wall form the two plates of the capacitor, the probe's insulator and the surrounding air become the dielectric material, when the air (whose dielectric constant is 1.0) becomes the dielectric material of any other material (dielectric constant > 1) The capacitance effect is strengthened during displacement. This changes the impedance of the application. That is, a change in capacitance value causes a change in impedance. This effect is measured by the circuit and then compared with a reference established by the sensitivity setting (circuit).
Setting of sensitivity of the vibrator level meter will affect the correctness of the sensor output. The probe's null-kotetm circuit allows the measuring circuit to ignore the material accumulated on the probe, which would otherwise cause sensitivity failures. The NULL-KOTETM circuit is excited with the same radio frequency potential as that applied to the sensor probe. Since the current cannot flow at the same potential, the NULL-KOTETM circuit cuts off the current flow that would normally flow from the energized probe through the accumulated material to the container walls. In this way, the material around the energized probe is measured, not the accumulated material.
Application:
Technical Parameters:
Ordering Guide:
Related Products:
Certification:
FAQ:
1. Q: Are you manufacturer or trading company?
A: We are manufacturer which focuses on sensor for 10 years.
2. Q: What's your quality control system?
A: MC, ISO9001, CE Certificated.
3. Q: What is the warranty of your products?
A: Our warranty time is 18 months after shipment.
The Vibration Probe level meter used adopts anti-adhesion circuit, which can remove the influence of adhesion and false level signal hanging around the probe while detecting the real level.Vibration probe level meter can detect have (high level) or not have (low level) materials in various containers according to the working principle of ash storehouse sensing. It can set high level or low level fault alarm .Vibration probe level meter can measure various process material, such as refined oil, gasoline, conductive mud, etc.
Principle:
The working principle of vibrator level meter is based on radio frequency (RF) technology. A radio frequency is applied to the probe and, through continuous analysis, the influence caused by the surrounding environment is determined. Since all materials have a dielectric constant and their conductivity is different from air, the total impedance changes when the probe is in contact with the material due to a small capacitance shift. Since the energized probe and the container wall form the two plates of the capacitor, the probe's insulator and the surrounding air become the dielectric material, when the air (whose dielectric constant is 1.0) becomes the dielectric material of any other material (dielectric constant > 1) The capacitance effect is strengthened during displacement. This changes the impedance of the application. That is, a change in capacitance value causes a change in impedance. This effect is measured by the circuit and then compared with a reference established by the sensitivity setting (circuit).
Setting of sensitivity of the vibrator level meter will affect the correctness of the sensor output. The probe's null-kotetm circuit allows the measuring circuit to ignore the material accumulated on the probe, which would otherwise cause sensitivity failures. The NULL-KOTETM circuit is excited with the same radio frequency potential as that applied to the sensor probe. Since the current cannot flow at the same potential, the NULL-KOTETM circuit cuts off the current flow that would normally flow from the energized probe through the accumulated material to the container walls. In this way, the material around the energized probe is measured, not the accumulated material.
Application:
Casting machinery: detection of sand particle level;
Environmental protection: detection of sewage level;
Hydraulic machinery: testing lubricating oil level;
Construction machinery: testing cement warehouse material level;
Flour factory: test flour, wheat grain level;
Feeding plant: test soybean meal feed level
Power plant: test fly ash material level;
Environmental protection: detection of sewage level;
Hydraulic machinery: testing lubricating oil level;
Construction machinery: testing cement warehouse material level;
Flour factory: test flour, wheat grain level;
Feeding plant: test soybean meal feed level
Power plant: test fly ash material level;
Glass factory: testing quartz sand and broken glass material level;
Chemical factory: testing the liquid level of polyester, spandex, acid, alkali and other chemical materials;
Boiler plant: test drum water level, and other pressure vessel liquid level
Chemical factory: testing the liquid level of polyester, spandex, acid, alkali and other chemical materials;
Boiler plant: test drum water level, and other pressure vessel liquid level
Technical Parameters:
| Medium | Liquid, powder, particle, solid |
| Supply Voltage | 24VDC or 220VAC |
| Output Way | DPDT relay (Double-pole double-throw) |
| Ambient Temp | -20ºC~80ºC |
| Medium Temp | -20ºC~120ºC(normal), 120~260°C(middle Temp), more than260 (High Temp) |
| Operation Pressure | Less than 2MPa |
| Time-lapse | 0-30s(optional) |
| Capacitor | 5A |
| Probe material | SS304/SS316 selected, PTFE for N,M Type, Ceramic for H type |
| Thread Spec | G 1/2", G1, NPT 3/4. NPT 1, Flange, customized others |
| Electrical Connection | M20*1.5 (Standard), customized others |
| Ingress Protection of Shell | IP67 |
| Sensitivity | 0.5pf~750pf |
Ordering Guide:
| Item NO. | Type | ||||
| HYM660 | Vibration Probe Level Switch | ||||
| Code | Type | ||||
| P34 | NPT 3/4 | ||||
| P1 | NPT1 | ||||
| G12 | G1/2 | ||||
| G1 | G1 | ||||
| F | Flange | ||||
| Other | Customized | ||||
| Code | Temperature | ||||
| N | Normal -20~120°C | ||||
| M | 120~260°C | ||||
| H | More than 260°C | ||||
| Code | Power Supply | ||||
| V1 | 24VDC | ||||
| V2 | 220VAC | ||||
| Code | Additional Functions | ||||
| L | Customized Insertion Depth | ||||
| M | M12 | ||||
| Other | Customized | ||||
| HYM610 | 0 | V1 | P21 | ||
Related Products:
Certification:
FAQ:
1. Q: Are you manufacturer or trading company?
A: We are manufacturer which focuses on sensor for 10 years.
2. Q: What's your quality control system?
A: MC, ISO9001, CE Certificated.
3. Q: What is the warranty of your products?
A: Our warranty time is 18 months after shipment.
4. Q: What is lead time of your product?
A: Normally, our factory lead time is within 10~15 working days for products without customization. You can also check lead time detail with our sales depending on different items. 5. Q: Do you provide customized products?
A: Yes, we can laser mark your logo on products; OEM and ODM customization are welcomed. 6. Q: What is your MOQ?
A: We have no MOQ limit, small quantity order is acceptable. 7. Q: What's the transport?
A: Express such as DHL, FedEx, TNT, UPS for freight prepaid; and we can also use your own courier account to do the freight collect. For more goods we can arrange by air or by Sea. 8. Q: What is your terms of payment ?
A: We could accept T/T, Paypal, WU.
A: We could accept T/T, Paypal, WU.