WG216 Zero Power Consumption Sensor (Wiegand sensor)
Features No need the power supply when it works.Bipolar excitation working mode, the sensor outputs a pair of positive a;
Basic Info.
Model NO. | WG216 |
Outer Lead | High Temperature Resistant Soft Lead |
Transport Package | Carton |
Specification | Epoxy potting, plastic shell |
Trademark | AHNJ |
Origin | Nanjing, China |
HS Code | 8542319090 |
Production Capacity | 100, 000, 000PCS/Year |
Product Description
Signal Type | Packing | Outer Lead | Magnetic Flux Density(mT) | Output Voltage(V) | Pulse Width(μs) | Operating Frequency(Hz) | Internal Resistance(Ω) | Dimension(mm) | Operating Temperature(ºC) |
WG112 | Epoxy potting, plastic shell | Tinned copper hard lead | 5~10 | ≥1.5 | 12 | 10k | 800 | 12.8×4.5×4.5 | -40~125 |
WG113A | Epoxy potting, plastic shell | Tinned copper hard lead | 5~10 | ≥1.5 | 15 | 10k | 1000 | 12.8×4.5×4.5 | -40~85 |
WG214 | Epoxy potting, plastic shell | High temperature resistant soft lead | 5~10 | ≥1.5 | 12 | 10k | 850 | 12×7.2×8 | -40~125 |
WG216 | Epoxy potting, plastic shell | High temperature resistant soft lead | 5~10 | ≥1.5 | 12 | 10k | 1000 | Refer to datasheet | -40~85 |
WG311 | Epoxy potting, aluminum shell | Tinned copper hard lead | 5~10 | ≥1.5 | 12 | 10k | 1000 | φ4×11.5 | -40~125 |
WG314 | Heat-shrink tube | Tinned copper hard lead | 5~10 | ≥1.5 | 12 | 10k | 650 | φ3.3×22 | -40~100 |
WG315 | Heat-shrink tube | Tinned copper hard lead | 5~10 | ≥1.5 | 12 | 10k | 1300 | φ3.3×22 | -40~100 |
Power Type | Packing | Outer Lead | Magnetic Flux Density(mT) | Output Voltage(V) | Pulse Width(μs) | Operating Frequency(Hz) | Internal Resistance(Ω) | Dimension(mm) | Operating Temperature(ºC) |
WG631 | Epoxy potting, aluminum shell | Tinned copper hard lead | 8~12 | ≥5.0 | 14 | 1k | 270 | 24×7×8.2 | -40~125 |
Features
No need the power supply when it works.Bipolar excitation working mode, the sensor outputs a pair of positive and negative electrical pulse signal when the magnetic field polarity changes for a circle.
Only when the external magnetic field polarity changes, magnetic strength reaches the excitation threshold, the sensor will outputs a pulse signal, so the vibration won't happen. The operation is stable and reliable.
The signal amplitude has nothing to do with the magnetic field changing speed, and it can work at the speed near to zero.
The signal processing is simple, and it can be directly connected with transistors, comparators, A/D converter, etc.
The output signal can be remote transmitted by the signal lines, it's suitable for LAN management.
No mechanic contact, no spark, is a kind of intrinsic safety devices.
Wide operating temperature range, strong environmental adaptability.
Performance Index
Name | Symbol | Value | Unit | |
Excitation strength | Min. | B | 3 | mT |
Typ. | 5~6 | |||
Max. | 12 | |||
Pulse signal amplitude | Vo | ≥1.5 | V | |
Pulse width(in the location of 1V) | τ | 10~30 | μS | |
DC internal resistance | Ro | 600~800 | Ω | |
Operating frequency | Min. | f | unlimited | kHz |
Max. | 10 | |||
Operating Temp. | T | -40~+125 | ºC | |
Outline Dimension and Typical installation location | - | See the figure | - | |
Sensitive silk location(distance to the bottom surface of sensor) | D | 2.0(distance to the bottom) | mm | |
Package | - | Aluminum shell, Epoxy potting | - | |
External lead | - | Tinned copper hard leads | - |
Application
Rotation count: smart water meter, heat meter, gas meter, fuel gauge, flow meter, odometer etc.
Position detection: oil depot level detection, tipping bucket rain gauge, unattended hydrometeorology monitoring.
Electronic switch: explosion-proof switch, ignition switch etc.
Sensor dimension and sensitive silk location
InstructionExample: In the water meter application, the magnetic ring of φ9.5×φ6.0×3.5 mm can be used, it is magnetized in axial direction, a pair of poles. The surface magnetic strength is more than 90 mT, the installation distance from the surface of ring to the bottom of the sensor is about 2.5mm.
Note: The sensor has certain requirements to the magnetic strength, too strong or too weak magnetic field may affect its operation.
If using other material and shape of the magnet, it needs to measure its magnetic field, and adjust the installation distance.
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