{{product.productLabel}} {{product.model}}
{{#if product.featureValues}}{{product.productPrice.formattedPrice}} {{#if product.productPrice.priceType === "PRICE_RANGE" }} - {{product.productPrice.formattedPriceMax}} {{/if}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
{{product.productLabel}} {{product.model}}
{{#if product.featureValues}}{{product.productPrice.formattedPrice}} {{#if product.productPrice.priceType === "PRICE_RANGE" }} - {{product.productPrice.formattedPriceMax}} {{/if}}
{{#each product.specData:i}}
{{name}}: {{value}}
{{#i!=(product.specData.length-1)}}
{{/end}}
{{/each}}
{{{product.idpText}}}
... The CVE-A and CVE-AP transducers, convert A.C voltage to D.C process indicator signal. The analog output is directly proportional to the input signal, calibrated as a RMS with sinus signal of 50Hz. ...
CIRCUTOR
... The CCE-A and CCE-AP transducers, convert A.C current to D.C process indicator signal. The analog output is directly proportional to the input signal, calibrated as a RMS with sinus signal of 50Hz. ...
CIRCUTOR
... The CV-A transducers, convert A.C voltage to D.C process indicator signal. The analog output is directly proportional to the input signal, calibrated as a RMS with sinus signal of 50 Hz. Output type: ...
CIRCUTOR
... The CV-A transducers, convert A.C voltage to D.C process indicator signal. The analog output is directly proportional to the input signal, calibrated as a RMS with sinus signal of 50 Hz. Output type: ...
CIRCUTOR
... CV-D transducers, convert D.C voltage to D.C process indicator signal, and it can be used for galvanic separation between the input and output circuits. The analog output is directly proportional to ...
CIRCUTOR
... CV-D transducers, convert D.C voltage to D.C process indicator signal, and it can be used for galvanic separation between the input and output circuits. The analog output is directly proportional to ...
CIRCUTOR
... CC-A transducers, convert A.C current to D.C process indicator signal. The analog output is directly proportional to the input signal, calibrated as a RMS with sinus signal of 50 Hz. Output type: ...
CIRCUTOR
... CC-A transducers, convert A.C current to D.C process indicator signal. The analog output is directly proportional to the input signal, calibrated as a RMS with sinus signal of 50 Hz. Output type: ...
CIRCUTOR
... CV-D transducers, convert D.C voltage to D.C process indicator signal, and it can be used for galvanic separation between the input and output circuits. The analog output is directly proportional to ...
CIRCUTOR
... CV-D transducers, convert D.C voltage to D.C process indicator signal, and it can be used for galvanic separation between the input and output circuits. The analog output is directly proportional to ...
CIRCUTOR