RTD is an abbreviation of Resistance Temperature Detector, which means Resistance Temperature Detector, or thermal Resistance. The resistance temperature detector (RTD) is actually a special wire, and its resistance varies with temperature, and usually RTD materials include copper, platinum, nickel and nickel/iron alloys. The RTD element can be a wire or a thin film that is applied to a ceramic substrate using electroplating or sputtering.
RTD resistance to 0 ºC resistance as a nominal value. 0 ºC Ω platinum RTD resistance in 1 100 ºC when its value is 100.39 Ω, usually 119.4 Ω 50 ºC. The error of RTD is smaller than that of thermistor. For platinum, the error is generally 0.01% and nickel is usually 0.5%. In addition to error and resistance, RTD has the same interface circuit as thermistor.
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FP Series Electric Quantity Transducer
| FPA | FPAR | FPAT | FPAX | Â | Â |
| FPV | FPVR | FPVT | FPVX | Â | Â |
| FPW | FPW201 | FPW301 | FPWT | FPWT201 | Â |
| FPK | FPK201 | FPK301 | FPKT | FPKT201 | Â |
| FPWK | FPWK201 | FPWK301 | FPWKA | FPWKA201 | FPWKA301 |
| FPWH | FPWH201 | FPWH301 | FPKH | FPKH201 | FPKH301 |
| FPWWH | FPWWH201 | FPWWH301 | FPKKH | FPKKH201 | FPKKH301 |
| FPF | FPFT | FPPF | FPPFT | FPH | FPS |
| FPD-1 | FPD-2 | FPDH-1 | FPDH-2 | FPT-1 | FPT-2 |
We can provide the product model and specifications:
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| Product | Model No. |
| AC current transducer | JD194-BS4I-N |
| AC voltage transducer | JD194-BS4U-N |
| AC current transducer | JD194-BS4I |
| DC current transducer | JD194-BS5I |
| AC voltage transducer | JD194-BS4U |
| DC voltage transducer | JD194-BS5U |
| Power transmitter | JD194-BS4P |
| Power transmitter | JD194-BS4Q |
| Power factor transducer | JD194-BS4H7 |
| Frequency transmitter | JD194-BS4F7 |
| Integrated transmitter | JD194-BS4Z6 |
| Integrated transmitter | JD194-BS4Z8 |
| Integrated transmitter | JD194-BS4Z-S |
| Temperature transmitter | BS6T |
| Resistance transducer | BS6R |
| Intelligent signal conditioner | BS6M |
| AC current transducer | RPA |
| AC voltage transducer | RPV |
| AC current transducer | RPAT |
| AC voltage transducer | RPVT |
| AC current transducer | RPAX |
| AC voltage transducer | RPVX |
| Power transmitter | RPW |
| Power transmitter | RPK |
| Power transmitter | RPWK |
| Power factor transducer | RPPF |
| Frequency transmitter | RPF |
| Frequency transmitter | RPFT |
| AC current transducer | CPA |
| AC voltage transducer | CPV |
| AC current transducer | CPAT |
| AC voltage transducer | CPVT |
| AC current transducer | CPAX |
| AC voltage transducer | CPVX |
| Power transmitter | CPW |
| Power transmitter | CPK |
| Power transmitter | CPWK |
| Power factor transducer | CPPF |
| Frequency transmitter | CPF |
| Frequency transmitter | CPFT |
| Power transmitter | FPW |
| Power transmitter | FPK |
| Power transmitter | FPWT |
| Power transmitter | FPKT |
| Power transmitter | FPWK |
| DC transducer | FPD-1H |
| DC transducer | FPD-2H |
| DC transducer | FPDH-1H |
| DC transducer | FPDH-2H |
| AC current transducer | FPA |
| AC voltage transducer | FPV |
| AC current transducer | FPA2 |
| AC voltage transducer | FPV2 |
| AC current transducer | FPAR |
| AC voltage transducer | FPVR |
| AC current transducer | FPAT |
| AC voltage transducer | FPVT |
| AC current transducer | FPAX |
| AC voltage transducer | FPVX |
| AC current transducer | FPAX2 |
| AC voltage transducer | FPVX2 |
| AC current transducer | GPA |
| AC voltage transducer | GPV |
| AC current transducer | GPA2 |
| AC voltage transducer | GPV2 |
| AC current transducer | EPA |
| AC voltage transducer | EPV |
| AC current transducer | GPAT |
| AC voltage transducer | GPVT |
| AC current transducer | GPAX |
| AC voltage transducer | GPVX |
| AC current transducer | GPAX2 |
| AC voltage transducer | GPVX2 |
| AC current transducer | GPAS |
| AC voltage transducer | GPVS |
| Generator negative sequence current meter | FPFX-100 |
| Temperature transmitter | FT3 |
| Temperature transmitter | FT2 |
| Temperature transmitter | FT2-C |
| Temperature transmitter | GPT |
| Temperature transmitter | EPT |
| Shift transmitter | FPB |
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Bolt anti-loosening labeling paste provides a more intuitive and simple inspection method for loosening and tampering of bolts and nuts, with simple construction and good fastness.
It can be applied to most places with bolts (such as steam turbine, wind power blade connecting bolts, locomotive bogie and other key connecting bolts, etc.) to provide reliable torque marking scheme.
Before use,clean the surface of bolts and firmware required to be marked to ensure that there is no dust, oil, etc. Apply a continuous label between bolts and firmware until it is naturally cured. Please cover the product immediately after use to prevent the product from curing in the air and affecting the effect of next use.
Our Tamper Proof Torque Marker can be applied to most places with bolts as Torque Seal Marker(such as steam turbine, wind power blade connecting bolts, locomotive bogie and other key connecting bolts, etc.) to provide reliable torque marking scheme.
With the function of cross-check,it has good properties of Viscous coating gummy, slow drying, toluene and xylene free of low odor, easy to apply.
The curing time depends on the thickness of the coating, the dry time of the table is 30-60 minutes, and the dry time is 5-7 days.
Cross-Check,Cross Check Tamper Proof Torque Mark,Torque Seal Marker,Tamper Proof Torque Marker
CAS Applied Chemistry Materials Co.,Ltd. , https://www.casac1997.com