PSC212 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC212 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel povides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC213 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC213 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC215 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC215 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC216 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC216 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC217 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC217 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC312 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC312 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC313 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC313 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC315 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC315 provides stable operation when subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC316 Pressure Transducer was developed for all types of industrial applications. design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC316 provides stable operation subjected to shock and vibration. Suitable for use in OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC512 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC512 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC513 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC513 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC515 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC515 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC620 Low Pressure Transducer was developed for industrial pressure sensing applications. The structure is well suited for use in harsh media environments and chemical applications as the media is in contact with the 316SS disphragm. ASIC digital compensation and temperature correction provides high accuracy and a wide operating temperature range. Outputs available: 0.5-4.5 VDC Ratiometric.
Features digital compensation and temperature correction for high accuracy and stability. All Wetted parts are 316 stainless steel.
PSC621 Pressure Sensor incorporates a piezoresistive oil filled sensor capsule in a low profile form factor that provides media isolation and robust construction. The structure is well suited for use in harsh media environments and chemical applications as the media is in contact with stainless steel diaphragin and the O-ring isolates the media from the electronics.
This product comes with following configurations: resistor compensated mV output or non-compensated mV output. ASIC compensated Analog 0.5V to 4.5V. ASIC compensated Digital I2C output.
The sensor’s package is designed to incorporate an O-ring seal to ease application into the target system. These sensors are available in Absolute and Gauge reference configuration.
PSC623 Low Pressure Transducer incorporates a piezoresistive oil filled sensor capsule in a low profile form factor that provide media isolation and robust construction.The structure is well suited for use in harsh media environments and chemical applications as the media is in contact with the 316SS disphragm. ASIC digital compensation and temperature correction provide high accuracy and a wide operating temperature range. Outputs available: 0.5-4.5 VDC Ratiometric.
The sensor is available in Gauge reference configuration. All wetted part are 316 stainless steel.
PSC629 Pressure Sensor incorporates a piezoresistive oil filled sensor capsule in a low profile form factor that provides media isolation and robust construction. The structure is well suited for use in harsh media environments and chemical applications as the media is in contact with stainless steel diaphragin and the O-ring isolates the media from the electronics.This product comes with following configurations: resistor compensated mV output or non-compensated mV output. ASIC compensated Analog 0.5V to 4.5V. ASIC compensated Digital I2C output.
The sensor’s package is designed to incorporate an O-ring seal to ease application into the target system. These sensors are available in Absolute and Gauge reference configuration. Wetted parts is 316 stainless steel.
PSC630 media isolated high pressure transducer module is based on a piezoresistive pressure sensing element incorporating proprietary technologies. These technologies were developed to give the sensing element superior stability over time and repeatability over a wide temperature range. The sensors are oil filled, diaphragm media isolated and packaged in a welded 316 stainless steel housing. The isolation and packaging allows the sensors to function and withstand application in harsh corrosive environments. To further enhance the sensor’s performance each sensor has been individually comensated using resistors to normalize any shifts in zero from changes in temperature. Supplied with compensation resistor values.
The sensor’s package is designed to incorporate an O-ring seal to ease application into the target system. The sensors are available in Gauge reference configuration.
PSC631 media isolated high pressure transducer module is based on a piezoresistive pressure sensing element incorporating proprietary technologies. These technologies were developed to give the sensing element superior stability over time and repeatability over a wide temperature range. The sensors are oil filled, diaphragm media isolated and packaged in a welded 316 stainless steel housing. The isolation and packaging allows the sensors to function and withstand application in harsh corrosive environments. To further enhance the sensor’s performance each sensor has been individually compensated using resistors to normalize any shifts in zero from changes in temperature.Supplied with compensation resistor values.
The sensor’s package is designed to incorporate an O-ring seal to ease application into the target system. The sensors are available in Gauge reference configuration.
PSC812 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC812 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC813 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC813 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC815 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC815 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC816 Pressure Transducer was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC816 offers stable operation when subjected to shock and vibration. Suitable for use in Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC816 offers EMI and RFI immunity as per CE requirements.
PSC110 Pressure Transducer Front End was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC110 provides stable operation when subjected to shock and vibration. Suitable for use in transducers for OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media.
PSC110 is ideally suited as an OEM front end part for customization according to your specific application.
PSC120 Pressure Transducer Front End was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC120 provides stable operation when subjected to shock and vibration. Suitable for use in transducers for OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC121 Pressure Transducer Front End was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of the PSC121 provides stable operation when subjected to shock and vibration. Suitable for use in transducers for OEM machinery, process control, automation, plastic and alloy injection molding machines, hydraulic pumps, etc
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC121 is a companion part to PSC120 for applications requiring a lower profile.
PSC122 Pressure Transducer Front End was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC122 offers stable operation when subjected to shock and vibration. Suitable for use in transducers for Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC122 offers EMI and RFI immunity as per CE requirements, making it top of the PSC12X range.
PSC123 Pressure Transducer Front End was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, piezoresistive technology that offers reliable and accurate measurements under harsh environmental conditions. The robust construction of PSC123 offers stable operation when subjected to shock and vibration. Suitable for use in transducers for Off-road vehicles, injection molding machines, Hydraulic Pumps and controls, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure media. Features digital compensation and temperature correction for high accuracy and stability.
PSC123 offers the same EMI and RFI immunity as PSC122 but is an alternative for those applications requiring a lower profile.
PSC422 Pressure Transducer incorporates a piezoresistive ceramic sensor capsule in a low profile form factor that provides media isolation and robust construction. The structure is well suited for use in harsh media environments and chemical applications as the media is in contact with the back face of the diaphragm with the thick film bridge measurement isolated on the opposite side. ASIC digital compensation and temperature correction provides high accuracy and a wide operating temperature range. Voltage outputs available: 0.5-4.5 VDC Ratiometric, 0.0 – 5.0 VDC, 1.0 – 5 VDC.
Wetted parts are ceramic, FKM O-ring (NBR, HNBR, CR optional), Brass (316 stainless steel optional alternative). Vent hole and protection are applied onto the structure reference.
PSC423 Pressure Transducer incorporates a piezoresistive ceramic sensor capsule in a low profile form factor that provides media isolation and robust construction. The structure is well suited for use in harsh media environments and chemical applications as the media is in contact with the back face of the diaphragm with the thick film bridge measurement isolated on the opposite side. ASIC digital compensation and temperature correction provides high accuracy and a wide operating temperature range. Voltage outputs available: 0.5-4.5 VDC Ratiometric, 0.0 – 5.0 VDC, 1.0 – 5 VDC.
Wetted parts are ceramic, FKM O-ring (NBR, HNBR, CR optional), Brass (316 stainless steel optional alternative).
PSC632 Level sensor was developed for industrial and general level measuring applications. This Oil Filled sensor provides media isoation and it is completely sealed, with a vent tube integrated within the special output electric cable.
Features digital compensation and temperature correction for high accuracy and stability. All Wetted parts are 316 stainless steel, Nylon and FEP.
PSC633 Level sensor was developed for industrial and general level measuring applications. This Oil Filled sensor provides media isoation and it is completely sealed, change to the vent tube was integrated within the special output electric cable.
Features digital compensation and temperature correction for high accuracy and stability. All Wetted parts are 316 stainless steel, Nylon and FEP.
PRESSURE SENSOR LIMITED’s PSC616 Low Pressure Transducer was specially developed for Diesel Automotive engine Urea pump pressure sensing applications. The product is screw mounted on to the pump with an O-ring seal. The Oil filled sensor technology with media isolation uses an ultra thin 316 SS diaphragm.
Features digital compensation and temperature correction for high accuracy and stability. All Wetted parts are SS316 and the Viton 70 or 90 o-ring used for sealing.
Features:
PSC628 differential pressure sensor utilizes a single MEMS pressure die isolated by two stainless steel diaphragms in a low profile form factor that provides media isolation and robust construction. The structure is well suited for use in harsh media environments and chemical applications.
ASIC digital compensation and temperature correction provides high accuracy and a wide operating temperature range.
PSC903 Bluetooth Pressure Sensor was developed for all types of industrial applications. The design is based on high temperature, inorganically bonded, media isolated, technology that offers reliable and accurate measurements under harsh environmental conditions. piezoresistive. The robust construction of the PSC903 provides stable operation when subjected to shock and vibration. Integrated Bluetooth 4.0 transmission features and measure data runtime monitoring, recording and data analysis. Suitable for use in OEM machinery, easy-to-use APP software provide process control, automation, hydraulic pumps, Refrigeration systems, HVAC, etc.
State of the art design machined from a solid piece of stainless steel provides a leak-proof, all metal sealed system. There are no O-rings, welds or organics exposed to the pressure digital compensation and temperature correction for high accuracy and stability.
PSC627 was developed for low cost printed circuit board mounted pressure measurements. The design incorporates state of the art digital temperature correction of a micro-machined silicon pressure die for high end accuracy and stability. The design offers a very cost effective solution.
The wetted parts are PPS Silicon, Pyrex and RTV. Plastic housing: 6 pin DIP PCB mounting. Well suited for compressed air applications.
Available output types: Analog or Digital output.