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PCE-125/2 Ford flow cup
Sku: T-909752
199,20 € (incl. 19% de impuestos, excluyendo el transporte)
167,39 € (sin IVA legal, excluyendo el transporte)
258,10 € MSRP
En stock,listo para enviar en 48h
Product variants
| Sku: | Nombre: | SKU del fabricante: | ||
|---|---|---|---|---|
|
T-909753 | PCE-125/3 Ford flow cup | PCE-125/3 | |
|
T-909754 | PCE-125/4 Ford flow cup | PCE-125/4 | |
|
T-909755 | PCE-125/5 Ford flow cup | PCE-125/5 |
Contenido:
1 Pieza
Transporte:
Los gastos de envío de España no se han podido calcular automáticamente.
Proveedor:
Vendas e entrega por ToolTeam®
Formas de pago:
Reembolsos:
Seguridad:
Datos del producto
Fabricante:
PCE Deutschland GmbH
Condición:
Nuevo
Sku:
T-909752
SKU del fabricante:
PCE-125/2
GTIN Code (EAN):
4250348727596
Peso:
0,20 Kg
Toda la información relacionada con los productos de PCE Deutschland GmbH. Modificaciones técnicas y ópticas del fabricante y errores reservados.
Esta página ha sido traducida por máquina, la versión original en alemán se puede encontrar here, por favor tenga en cuenta también el Descargo de responsabilidad de la traducción.
Descripción del producto
Ford outlet cups are used for simple and fast measurement of liquids to determine their viscosity. However, it must be taken into account that this is only possible with low-viscosity liquids. Viscous pastes and other substances with a high viscosity are not suitable for measurement with a leakage cup. The design of an outlet cup is standardized according to a Din and is therefore always the same. It consists of a cylindrical hollow body which in most cases ends in a replaceable nozzle.
The openings of the nozzles are subject to a respective Din standard, as is the cup. A measurement is carried out as follows. First, the nozzle is closed underneath and the substance to be measured is filled in. Make sure that the beaker is filled to the top. An overflow channel prevents the measurement from being falsified by liquid running off the sides. Then the glass plate is pushed over the edge of the beaker to remove any excess material. Now you can open the nozzle again. The material remains in the beaker due to the vacuum created. If you now pull the glass plate horizontally from the beaker, you must activate the stopwatch. As soon as the outflowing stream breaks for the first time, you must stop the time and note it down.
When using an outlet cup, it is particularly important to ensure that it is thoroughly cleaned after each measurement, as residues in the nozzle and the cup can falsify further results. Deep or many scratches in the cup can also lead to measurement uncertainties in the result, as the removed material changes the volume of the cup and thus no longer complies with the specified DIN standard.
The openings of the nozzles are subject to a respective Din standard, as is the cup. A measurement is carried out as follows. First, the nozzle is closed underneath and the substance to be measured is filled in. Make sure that the beaker is filled to the top. An overflow channel prevents the measurement from being falsified by liquid running off the sides. Then the glass plate is pushed over the edge of the beaker to remove any excess material. Now you can open the nozzle again. The material remains in the beaker due to the vacuum created. If you now pull the glass plate horizontally from the beaker, you must activate the stopwatch. As soon as the outflowing stream breaks for the first time, you must stop the time and note it down.
When using an outlet cup, it is particularly important to ensure that it is thoroughly cleaned after each measurement, as residues in the nozzle and the cup can falsify further results. Deep or many scratches in the cup can also lead to measurement uncertainties in the result, as the removed material changes the volume of the cup and thus no longer complies with the specified DIN standard.
Resultados relacionados
Todos los catálogos
La oferta está destinada exclusivamente a clientes comerciales, empresas, instituciones públicas, comerciantes y autónomos. Todos los precios de los catálogos no incluyen el IVA, los gastos de envío ni los recargos, si procede.
El fabricante es el único responsable del contenido, el precio y los detalles de los productos y ofertas presentados en los catálogos. Sujeto a cambios técnicos y ópticos por parte del fabricante y a excepción de errores.
El fabricante es el único responsable del contenido, el precio y los detalles de los productos y ofertas presentados en los catálogos. Sujeto a cambios técnicos y ópticos por parte del fabricante y a excepción de errores.
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PCE-125/2 Ford flow cup
Ford outlet cups are used for simple and fast measurement of liquids to determine their viscosity. However, it must be taken into account that this is only possible with low-viscosity liquids. Viscous pastes and other substances with a high viscosity are not suitable for measurement with a leakage cup. The design of an outlet cup is standardized according to a Din and is therefore always the same. It consists of a cylindrical hollow body which in most cases ends in a replaceable nozzle.
The openings of the nozzles are subject to a respective Din standard, as is the cup. A measurement is carried out as follows. First, the nozzle is closed underneath and the substance to be measured is filled in. Make sure that the beaker is filled to the top. An overflow channel prevents the measurement from being falsified by liquid running off the sides. Then the glass plate is pushed over the edge of the beaker to remove any excess material. Now you can open the nozzle again. The material remains in the beaker due to the vacuum created. If you now pull the glass plate horizontally from the beaker, you must activate the stopwatch. As soon as the outflowing stream breaks for the first time, you must stop the time and note it down.
When using an outlet cup, it is particularly important to ensure that it is thoroughly cleaned after each measurement, as residues in the nozzle and the cup can falsify further results. Deep or many scratches in the cup can also lead to measurement uncertainties in the result, as the removed material changes the volume of the cup and thus no longer complies with the specified DIN standard. 4250348727596-4147 4250348727596 https://www.toolteam.com/es-ES/pce-125-2-ford-flow-cup-t-909752-4250348727596?dc=ES&cu=EUR 2024-12-02 199.2 DE 14
The openings of the nozzles are subject to a respective Din standard, as is the cup. A measurement is carried out as follows. First, the nozzle is closed underneath and the substance to be measured is filled in. Make sure that the beaker is filled to the top. An overflow channel prevents the measurement from being falsified by liquid running off the sides. Then the glass plate is pushed over the edge of the beaker to remove any excess material. Now you can open the nozzle again. The material remains in the beaker due to the vacuum created. If you now pull the glass plate horizontally from the beaker, you must activate the stopwatch. As soon as the outflowing stream breaks for the first time, you must stop the time and note it down.
When using an outlet cup, it is particularly important to ensure that it is thoroughly cleaned after each measurement, as residues in the nozzle and the cup can falsify further results. Deep or many scratches in the cup can also lead to measurement uncertainties in the result, as the removed material changes the volume of the cup and thus no longer complies with the specified DIN standard. 4250348727596-4147 4250348727596 https://www.toolteam.com/es-ES/pce-125-2-ford-flow-cup-t-909752-4250348727596?dc=ES&cu=EUR 2024-12-02 199.2 DE 14