Downloads

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FLOW CF22

ENGLISH

CF22 Nylon Housing N1

CF22_Aluminum Housing G1

CF22_Exproof GX Housing_ (003)

CF22_G2_English_new rod__

CF22_MANUAL_ENGLISH_

PORTUGUESE

CATALOGO_Chave de Fluxo CF22 N1

CATALOGO_Chave de fluxo CF22_G1

MANUAL_CF22 PT_

MANUAL_Chave de fluxo_Exd_CF22 GX_PT_

 

FLOW CFL12

ENGLISH

CFL12_10_2023_rev1_B (002)

PORTUGUESE

CFL12_10_2023_rev1_

 

FLOW CF520

ENGLISH

CF520_G1_INGLES

PORTUGUESE

CATALOGO_CF520 Monitor de fluxo N1_rev2

CATALOGO_Chave_Monitor_Fluxo

Eletronica_Dispersao_Termica_G1

 

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LEVEL – Tuning Fork Switch VTKR

ENGLISH

VTK Manual 2023_ENG

VTK_GX_english6

PORTUGUESE

CATALOGO_Chave_de_Nivel_VTK_G1_PT_rev2

CATALOGO_Chave_de_Nivel_VTK_N1_PT_rev1

CATALOGO_VTK_GX_portugues_rev1

MANUAL_V-TORK_PORTUGUES_PDF

 

LEVEL – Tuning Fork Switch MVTK

ENGLISH

VTK Manual 2023_ENG

PORTUGUESE

CATALOGO_MVTK_ChaveNivel_rev1

 

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LEVEL – Capacitive Switch SC750

ENGLISH

SC700_750_ENGLISH_PDF

SC750_English 1

PORTUGUESE

CATALOGO_SC750_PDF_rev2

 

LEVEL – Capacitive Switch SC250

ENGLISH

SC250_ENGLISH_PDF

 

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LEVEL – Conductive EL

ENGLISH

EL_Manual English

PORTUGUESE

CATALOGO_EL_PL_Condutiva_Rev.1

CATALOGO_RELES_CONDUTIVAS_rev1

MANUAL_EL_Condutiva

 

LEVEL – Conductive CN

ENGLISH

CN Conductive_Manual English

PORTUGUESE

MANUAL_CN1~CN2_Rev.1

 

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LEVEL – High Frequency – HFS202

ENGLISH

HFS202 – English manual

HFS202T Catalog english rev1

PORTUGUESE

CATALOGO_HFS 202 T_pt

CATALOGO_sensor_nivel_HFS202_PT

MANUAL_HFS Portugues

 

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LEVEL – Capacitive Transmitter – SC404

ENGLISH

SC404_ENGLISH

PORTUGUESE

CATALOGO_Sonda_Nível_Capacitiva_SC404.PT

MANUAL_SC404_PT_PDF_rev0

 

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LEVEL – Submersible Transmitter – LH840

ENGLISH

LH_English

CHP65 Hydrostatic Box Data Sheet

PORTUGUESE

CATALOGO_LH840_850_842

 

LEVEL – Hydrostatic Transmitter w/ Ceramic Cell – LH840CER

ENGLISH

LH_English 2017

Hydrostatic CHP65 data sheet

PORTUGUESE

CATALOGO_LH840C

MANUAL_Hidrostáticas

 

LEVEL – Hydrostatic Transmitter w/ Small Diameter – LH840S

ENGLISH

LH_English

CHP65 Hydrostatic Box Data Sheet

PORTUGUESE

CATALOGO_LH840-S

 

LEVEL – Hydrostatic Transmitter w/ Housing – LH842

ENGLISH

LH_English

CHP65 Hydrostatic Box Data Sheet

PORTUGUESE

CATALOGO_LH842

 

LEVEL – Hydrostatic & Temperature Transmitter – LHT840

ENGLISH

LH_English

CHP65 Hydrostatic Box Data Sheet

PORTUGUESE

CATALOGO_LH840_850_842

 

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LEVEL – Ultrasonic Transmitter – SLU

ENGLISH

Ultrasonic SLU English Catalog 2017

PORTUGUESE

CATALOGO_BARREIRA INTRINSECA_SIR-420

CATALOGO_SLU_pt

MANUAL_SLU Portugues_rev1

 

LEVEL – Ultrasonic Transmitter Mini – MSLU

ENGLISH

Ultrasonic MSLU English Catalog 2017

PORTUGUESE

CATALOGO_MSLU_Portugues_rev2_

 

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PRESSURE

Pressure – Economical – SP21

ENGLISH:

SP21_Eng

SD10_english

SD10_Parameters

PORTUGUESE:

CATALOGO_SP21_Transmissor_Pressao_V2

Brazil +55 11 3664-2300  •  USA +1 516-935-8001

SP96 – 316SS Piezo Cell Transmitter / SP98 – Capacitive Ceramic Transmitter

Home > SP96 – 316SS Piezo Cell Transmitter / SP98 – Capacitive Ceramic Transmitter
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The SP96 and SP98 Series of pressure transmitters are designed to measure the level or pressure of various industrial processes. Models can be mounted with various threaded, flanged, sanitary or SMS process connections.  All models are available with 4..20mA (2 wire) output (or voltage outputs) offer excellent stability, repeatability, accuracy and temperature compensation. HART communications protocol is also available for both models.  


The SP96 (silicon piezoresistive 316SS) is suitable for all general applications with clean, non-corrosive mediums.  

The SP98 (Thick Film Ceramic Capacitive Sensor) is suitable for either food industry or other sanitary applications or for the chemical industry that feature aggressive mediums or waste fluids with varying degrees of suspended solids.


Principle of Operations: The weight of the column of liquid generates hydrostatic pressure on the diaphragm of the sensor. When the density of the product is constant and the quantity of the liquid is increased or decreases, there will be a proportional output from the sensor.