Temperatus sensoremWzp2-8496 est platinum scelerisque resistor temperatus sensorem (PT100), quae utitur platinum resistentia elementa, quae propinquos meos (LX) DCCLI signa. Temperature mensurae range tegit -50 ℃ + D ℃ et basic errorem gradum pervenit classis (±0.15℃@0℃). Eius tutela fistula est ex 316L immaculatam ferro, et superficies insulatas cum Magnesium cadmiae, quae potest sustinere mechanica vibrationis in summus pressura vapor ad 40m / ² maximam vibrationis resistentia ad 40m / ad maximam vibrationis resistentia ad 40m / ² maximam vibration resistentia ad 40m / ad maximum vibrationis resistentia ad 40m / ².

Nam summus caliditas et altus humiditas operationem condiciones ad vapor Turbine, temperatus sensorem WZP2-8496 instructa cum duplex-layer signantes structuram:

- In fronte finem utitur laser Welding technology ad consequi airtight praesidium

- Quod coniunctas arca instructa cum Silicone sigillum et CREPITUS-probationem glandulae

Efficens praesidium gradum pervenit ip67, quae potest resistere continua vapor pressura inpulsa 0.6mpa.

Applicationem missionibus in vapor Turbine Systems

I. Key Cras Points

- Main Vapor Pipe Temperature Cras (plerumque installed 2D in fronte de regulating valvae)

- Cylindrus murus temperatus magna (symmetrically disposita superius et inferiores cylindrorum)

- Ferentem temperatus magna (embedded installation in afferendum temperatus mensuræ foraminis)

II. Signum transmissione Optimization

Tria filum wiring modum adoptatur et coniungitur ad DS system per compensationem filum (ut KX-ha, ff) quod effectibus excludit mensurae deviationem per lineam resistentia. Typicam wiring resistentia valorem regitur infra 0.1Ω ut ad temperatus signum tradenda errore est minus quam 0,2 ℃.

Technical advantages in Engineering Applications

I. Dynamic responsio perficientur

By optimizing the packaging process of the temperature sensing element (ceramic substrate + vacuum sintering technology), the thermal response time τ reaches 5.8 seconds (test conditions in oil), which is 40% higher than the traditional model, and can accurately capture the temperature gradient changes in the turbine startup stage.

II. Anti-intercessiones facultatem

In fortis electro agro environment of 10kv / m, in sensorem output fluctuation est minus quam 0.1%, occurrens in requisita IEC 61000-4-8 vexillum. Est maxime idoneam complexu electro environments cum frequency converters et summus potentia motoribus.

Installation et sustentationem Points

I. Installation Specifications

- In inserendis profundum debet occursum l≥15D (D est pipe diameter)

- cum installing vapor pipe, a XLV ° caedes angulus debet esse ad vitare condensate cumulus

- Keep a minimum procul 300mm ex potestate funem

II. Sustentacionem Strategy

- nulla calibration omnis (VIII) horas operandi

- Fallae tam fornacem collatio test est suadeo omnis II annorum

- reponere illud in tempore quando in Valore resistentia est inventus est inferior 100mω (250mdc test)

InTemperatus sensoremWzp2-8496 est optimum perficientur in measurement accuracy (0.1% fs), diu term stabilitatem (annua cedri <0.05%) et environmental adaptability per innovative structural consilium et materiale ipsum. The application case of a 600MW supercritical unit shows that after using this sensor, the thermal efficiency of the steam turbine is increased by 0.3% and the number of unplanned shutdowns is reduced by 42%, which fully verifies its technological leadership in the field of industrial temperature monitoring.

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