JC624 CZPT Oil Program Strain Sensor Overview:
JC624 hydraulic oil technique strain sensor is a civil and industrial solution with massive intake and lower charges, for which a new normal of value functionality has been set up. This sequence of items is broadly employed for pneumatic and hydraulic detection even in very severe medium environment this kind of as sewage, vapor, slight corrosive liquid and fuel.
JC624 sequence is made with international advanced micro-machined silicon pressure-delicate resistance steel membranes. Micro-melting technological innovation is adopted to solidify the substantial-temperature glass on the stainless steel isolating membrane. Glass cementation avoids the influence of temperature, humidity, mechanical tiredness and medium on the adhesive and material, therefore boosting long-phrase security of the sensor in industrial atmosphere. Meanwhile, the result of P – N junction in a conventional micromechanical sensor can also be prevented.
JC624 CZPT Oil Technique Pressure Sensor Features:
* Leakage security
* Minimal-value OEM
* Cost-free of O-ring, silicone oil, and welding seam
* Millivolt or common signal output
* Large cost performance
* Extensive variety of functioning temperature
* One-piece integrated composition manufactured of stainless steel
Process Connection Drawings:
JC624 CZPT Oil System Pressure Sensor Software:
* Pump and compressor
* CZPT and pneumatic method
* CZPT and h2o therapy method
* Computerized detection system
* Agricultural products
* Refrigeration products — Freon or ammonia
Technical Parameters:
| Measuring range | ~100KPa…70MPa | |||
| Pressure type | Gauge pressure or absolute pressure | |||
| Permissible overpressure | Two times of full-scale pressure | |||
| Measuring media | The gas or liquid compatible with 316 stainless steel | |||
| Power supply | 5V DC | 12~36 VDC (generally 24V DC) | ||
| Signal output | ≥70mV DC | four-20mA, 1-5 V, 0~5 V, 0.five-four.5 V | ||
| Accuracy(nonlinearity + hysteresis + repeatability) | ±0.5%FS(typical value) | |||
| Lengthy-term stability | ±0.25%FS/12 months | |||
| Range of operating temperature | -twenty~+85ºC | |||
| Range of compensation temperature | -ten~+50ºC | |||
| Temperature efficiency | Zero temperature coefficient:±0.04%FS/ºC(typical) ±0.06%FS/ºC(highest) |
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| Sensitivity temperature coefficient:±0.04%FS/ºC(normal) ±0.06%FS/ºC(highest) | ||||
| Thermal hysteresis | ±0.one%FS(common) | |||
| CZPTal connection | PG7cable connection | Connector DIN43650 | ||
| Enclosure protection class | IP67(cable type) | IP65(socket type) | ||
| Response time(10%~90%) | ≤3ms | |||
| Load resistance | ≤(U-12)/.02 Ω | |||
| Insulation resistance | 100MΩ,500VDC | |||
| Safety and explosion protection | Ex ia II CT6 | |||
| Vibration error | ≤±0.01%FS(Axes X,Y,Z,200Hz/g) | |||
| Excess weight | Approx. 250g | |||
Buying Info:
| JC624 | CZPT Oil System Force Sensor | |||||
| Code | Item type | |||||
| T | Pressure transducer | |||||
| S | Force sensor | |||||
| Force variety | Gauge strain (G may possibly not be indicated)complete strain(A) | |||||
| Code | Overall precision (linearity + repeatability + hysteresis) | |||||
| ±1%FS | ||||||
| one | ±0.five%FS | |||||
| Code | Sign output | |||||
| A1 | 4~20mA | |||||
| V1 | one~5V DC | |||||
| V2 | ~5V DC | |||||
| V3 | .5~four.5V DC | |||||
| V4 | ≥70 mv DC (force sensor) | |||||
| Code | Extra capabilities | |||||
| F1 | M20x1.5 external thread | |||||
| F2 | G1/4 external thread | |||||
| F0 | CZPT | |||||
| W1 | Cable type(IP67,2m) | |||||
| W3 | Aerial socket type(IP65) | |||||
| E | Intrinsically safe explosion-proof type Ex iaIICT6 | |||||
| JC624 T (~one.6MPa) -one -A1 -F1 -W3 CZPT Oil Technique Force Sensor | ||||||
Ideas for Kind Choice
* The medium to be calculated shall be suitable with the materials making contact with with the item.
* As an extra perform code for variety assortment, the code “E” for intrinsically safe explosion-proof kind Ex iaIICT6 denotes that energy source must be supplied by means of security barrier
* For other special demands, make sure you talk about with us and obviously reveal them in the get.
