Cavity pressure sensors, direct measuring (ø4 mm, 200 bar) / 6165A

These piezoelectric cavity pressure sensors are suitable for low-viscosity crosslinking compounds.

6165A

These piezoelectric cavity pressure sensors are suitable for low-viscosity crosslinking compounds.
Características/ventajas principales
  • Pressure range: 0 … 200 bar
  • Exchangeable cable
  • Resistant against penetrating resin due to welded diaphragm design
  • For industrial use during the embedding of chips and circuit boards (transfer molding)
  • High-sensitivity sensor housed in a sealed cartridge
The Type 6165A is a high sensitivity sensor with a 2.5 mm front diaphragm which is welded into a robust 4 mm diameter cartridge. This welded annular gap design prevents the ingress of low-viscosity resins and so ensures a high quality signal with no distortion. Cables are exchangeable to facilitate simple cable exchange and cable repair. The pressure acts directly on the front of the diaphragm and is in turn conveyed to the measuring element, which outputs an electric charge that is proportional to the pressure. This is converted by an amplifier to a voltage ranging from 0 … 10 V and is then available at the amplifier output. The sensor is available in two cable designs. The coaxial design uses high-insulation cables that do not need to be laid in the mold. The practical single-wire design is based on a cable that can be cut to any length. The connector with cut and grip technology can be connected upon installation in the mold. This facilitates simple installation and service.
6165AA
Precio Bajo pedido Nivel de existencias
Bajo pedido
Cavity pressure sensor, direct measuring (ø4 mm, 200 bar), coaxial cable (length 0.1 to 5 m)
Ficha de datos
Inglés
pdf
Para acceder, haga clic aquí para iniciar sesión. Se le redirigirá automáticamente.
Guía de inicio rápido
Cavity pressure sensor for low viscosity resins
Inglés
pdf
Para acceder, haga clic aquí para iniciar sesión. Se le redirigirá automáticamente.
Manual
Direct cavity pressure sensors
Inglés
pdf
Para acceder, haga clic aquí para iniciar sesión. Se le redirigirá automáticamente.