Cavity Pressure Sensors

Description: Slide Sensors are used to Monitor and Control Injection Molding Cavity Pressure. Slide Sensors are usually installed under an ejector pin. The entire assembly can be Slid out of a Mold and a Blank Sensor Installed for sampling applications. SSC-10 Slide

• Accuracy: 0.7500 ±% FS
• Device Category: Sensor
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: Button Sensor used to Monitor and Control Injection Molding Cavity Pressure. Button Sensor are usually installed under an ejector pin and the connector mounted permanently on the Mold. BSC-10 Button Extension Cable connects the sensor to the IPC-01-01 Cavity

• Accuracy: 0.7500 ±% FS
• Device Category: Sensor
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: Cavity pressure quartz sensors are used in direct or indirect cavity pressure measurement for the injection molding process. The characteristics of these sensors allow high-definition measurements even in the lowest pressure ranges. • Cavity

• Accuracy: 1 ±% Full Scale
• Category of Device: Sensor / Transducer
• Force Measured: Compression
• Load Cell Package: Bolt

Description: Cavity pressure quartz sensors are used in direct or indirect cavity pressure measurement for the injection molding process. The characteristics of these sensors allow high-definition measurements even in the lowest pressure ranges. • Cavity

• Accuracy: 1 ±% Full Scale
• Category of Device: Sensor / Transducer
• Force Measured: Compression
• Load Cell Package: Bolt

Description: Cavity pressure quartz sensors are used in direct or indirect cavity pressure measurement for the injection molding process. The characteristics of these sensors allow high-definition measurements even in the lowest pressure ranges. • Miniature

• Accuracy: 1 ±% Full Scale
• Category of Device: Sensor / Transducer
• Force / Load Rating: 0.0 to 2248 lbs
• Force Measured: Compression

Description: Compact and self contained Provides Digital Display Readout of Cavity Pressure Provides Amplified Output of Scaled Cavity Pressure Signal when setup correctly with Pin Dia. ( 0-5Vdc Output = 0 to 20,000 PSI ) User Selectable Analog Amplified Output: Default 0

• Control Technique: Limit / Set Point Control
• Form Factor: Stand-Alone
• Media: Liquid
• User Interface: Knobs / Switches / Meter, Digital Front Panel

Description: diaphragm which is, in turn, glued to the sensor’s body. The bridge faces the inside where a cavity is made and the diaphragm’s opposite side can therefore be exposed directly to the medium to be measured. Higher sensitivity is reached thanks to a larger diameter (32.4 mm), thus

• Device Category: Sensor
• Electrical Output: Other
• Features: Temperature Compensation
• Operating Temperature: -40 to 275 F

Description: Single-Ended Low Cavity Volume Pressure Transducer Superior stability, sturdy design, low cavity volume and low price, make this pressure transducer a wise choice for high purity applications. Available with choice of 5 VDC, 10 VDC, or 4 to 20 mA output. Features:

• Device Category: Transducer
• Electrical Output: Analog Voltage, Analog Current
• Media: Gas
• Pressure Reading: Absolute, Gauge, Compound

Description: Compact and self contained Provides Digital Display Readout of Cavity Pressure Provides Amplified Output of Scaled Cavity Pressure Signal when setup correctly with Pin Dia. ( 0-5Vdc Output = 0 to 20,000 PSI ) User Selectable Analog Amplified Output: Default 0

• Control Signal Output: Analog Voltage, Current Loop
• Control Technique: Limit / Set Point Control
• Controller Inputs: DC Voltage Input, Current Loop (Transmitter) Input
• Form Factor: Stand-Alone

Description: transferred hydraulically to the hermetically sealed sensing element through the oil used to fill the cavity between the sensing element and the stainless steel diaphragm. The pressure capsule interface is either I2C, SPI or analog. The sensors are provided calibrated and

• Accuracy: 0.2500 ±% FS
• Device Category: Sensor
• Features: Temperature Compensation
• Media: Liquid, Gas

Description: Liquid Media on Both Ports Bleed Screws for Accurate Results Optional Manifold for Easy Installation The 830 series differential pressure sensor is designed for wet-to-wet differential pressure measurements of liquids or gases. They feature fast

• Accuracy: 0.2500 ±% FS
• Device Category: Transducer
• Electrical Output: Analog Voltage, Analog Current
• Features: Temperature Compensation

Description: The HM Series was designed for harsh-media applications from low to medium pressure. Features Pressure 15 to 500 psi (1 to 34.5 bar; 103 to 3,447 KPa) Temperature -40 to 150 °C Configuration Absolute, pressurized from the cavity side Media Air and gases and liquids that are

• Device Category: Sensor
• Media: Liquid, Gas
• Operating Temperature: -40 to 302 F
• Pressure Reading: Absolute

Description: The Model 5000 offers wet/wet differential pressure measurement of both liquids and gases compatible with stainless steel, but without the use of fluid-filled cavities. This eliminates the risk of system contamination and at the same time offers all of the benefits associated with

• Accuracy: 0.3000 ±% FS
• Device Category: Sensor, Transducer
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: THe DMP334 has a robust all stainless steel construction for use on high range hydraulic equipment. A high performance thin film sensing element provides a strong mechanical design with no oil filled cavities or thin isolation diaphragms. A choice of 4 different pressure ranges can be

• Device Category: Sensor
• Pressure Reading: Absolute

Description: M3200 Pressure Transducer The M3200 pressure transducer from the Microfused line of TE issuitable for measurement of liquid or gas pressure, even fordifficult media such as contaminated water, steam, and mildlycorrosive fluids. The transducer pressure cavity is

• Device Category: Transducer
• Pressure Reading: Gauge

Description: • 3 Field Selectable Ranges in a Single Unit • User Selectable 0-5 or 0-10 Volt Output • Rugged NEMA-4 (IP-65) Enclosure with External Mounting Bracket • Rugged 316L Stainless Steel Monolithic Pressure Cavity • Short Circuit and Reverse Polarity Protected

• Accuracy: 1 ±% FS
• Device Category: Transducer
• Electrical Output: Analog Voltage
• Features: Temperature Compensation

Description: Mold ejector pin force sensor, 560 lb comp., 20 pC/lb, charge output Miniature charge output quartz forces sensor designed for obtaining an indirect measurement of injection molding cavity pressure by positioning the sensor beyond an ejector pin. They measure

• Category of Device: Sensor / Transducer
• Force / Load Rating: 560 lbs
• Load Cell Package: Miniature
• Operating Temperature: -300 to 400 F

Description: The Series GT200 is a reliable rugged pressure transducer, with a high frequency response, for measuring dynamic and static pressures. Available in absolute or sealed gage zero pressure reference, the major design feature is a fully cleanable pressure cavity. Other

• Device Category: Transducer
• Electrical Output: Analog Voltage
• Features: Temperature Compensation
• Media: Liquid, Gas

Description: The Series GT100 is a reliable rugged pressure transducer, with a high frequency response, for measuring dynamic and static pressures. The major design feature is a fully cleanable pressure cavity with replaceable stainless steel diaphragms. Other features of design

• Device Category: Transducer
• Electrical Output: Analog Voltage
• Features: Temperature Compensation
• Media: Liquid, Gas

Description: OPERATION The microbridge mass airflow sensor operates on the theory of heat transfer. Mass airflow is directed across the surface of the sensing elements. Output voltage varies in proportion to the mass air or other gas flow through the inlet and outlet ports of the package. The specially

• Air Volume Flow Rate Range: 0.0353 SCFM
• Air Volumetric Flow: Yes
• Mounting: Fixtured or Permanent
• Operating Temperature: -13 to 185 F

Description: OPERATION The microbridge mass airflow sensor operates on the theory of heat transfer. Mass airflow is directed across the surface of the sensing elements. Output voltage varies in proportion to the mass air or other gas flow through the inlet and outlet ports of the package. The specially

• Air Volume Flow Rate Range: 0.2119 SCFM
• Air Volumetric Flow: Yes
• Mounting: Fixtured or Permanent
• Operating Temperature: -13 to 185 F

Description: OPERATION The microbridge mass airflow sensor operates on the theory of heat transfer. Mass airflow is directed across the surface of the sensing elements. Output voltage varies in proportion to the mass air or other gas flow through the inlet and outlet ports of the package. The specially

• Air Volume Flow Rate Range: 8.83E-4 SCFM
• Air Volumetric Flow: Yes
• Mounting: Fixtured or Permanent
• Operating Temperature: -40 to 257 F

Description: that detect pressure change in door cavities have been developed recently and production vehicle applications are increasing. The pressure sensors detect pressure change when there is a change in the door volume. Due to the nature of pressure change, the

Description: , acceleration-based crash sensors have been used in the automotive industry to deploy restraint devices when vehicle crashes occur. With improvements in the crash sensor technology, pressure sensors that detect pressure changes in door cavities have been

Description: -sensitiveorganic epoxies used in traditional load cell designsproviding excellent long term span and zero stability. TheFC22 measures direct force and is therefore not subject tolead-die fatigue failure common with competitive designswhich use a pressure capsule embedded within a siliconegel

• Category of Device: Sensor Element / Chip

Description: OPERATION The microbridge mass airflow sensor operates on the theory of heat transfer. Mass airflow is directed across the surface of the sensing elements. Output voltage varies in proportion to the mass air or other gas flow through the inlet and outlet ports of the package. The specially

• Air Volume Flow Rate Range: 0.0353 SCFM
• Air Volumetric Flow: Yes
• Mounting: Fixtured or Permanent
• Operating Temperature: -40 to 257 F

Description: loggers, and AS950 samplers, making it a versatile tool for measuring flow rates in open channels. The sensor's cavity is filled with high-viscosity silicon oil, which reduces the buildup of sand, silt, and grit on the pressure transducer; it is available in both oil-filled and

• Operating Temperature: 32 to 158 F

Description: 1VDC/decade that can be interfaced to external analog equipment for pressure readout or controlling. The MicroPirani sensor consists of a silicon chip with a heated resistive element forming one surface of a cavity. A cover on top of the chip forms the other surface of the

• Display: Digital
• Sensor Technology: Other
• Type: Gauge

Description: interfaced to external analog equipment for pressure readout or controlling. The MicroPirani sensor consists of a silicon chip with a heated resistive element forming one surface of a cavity. A cover on top of the chip forms the other surface of the cavity. Due to the

• Sensor Technology: Other
• Type: Gauge

Description: interfaced to external analog equipment for pressure readout or controlling and one mechanical relay which can be used for process control, examples are interlocking valves or pumps. The MicroPirani sensor consists of a silicon chip with a heated resistive element forming one surface

• Sensor Technology: Other
• Type: Gauge

Description: external analog equipment for pressure readout or controlling and three mechanical relays which can be used for process control, examples are interlocking valves or pumps. The MicroPirani sensor consists of a silicon chip with a heated resistive element forming one surface of a

• Sensor Technology: Other
• Type: Gauge

Description: protection treatments are presented. Comparison of the simplified estimation to VisioTomo and Ion Probe Head Gasket data are also shown. The critical volume ratio between the flame shield passages and transducer tip cavity as a function of in-cylinder pressure at flame arrival divided

Description: 's proprietary differential pressure transducer for utmost sensitivity and repeatability. Even use two channels to test two cavities or parts simultaneously to reduce cycle time. With Optima vT, you're in charge.

• Computer Interface Options: Serial Interface
• Display Type: Video Display Terminal
• Leak Test Method: Mass Flow, Pressure Differential / Decay
• Local Interface: Digital Front Panel

Description: Our IPS PTFE Body Gauge Isolator protects (Isolates) a pressure gauge or other pressure sensor from the effects of corrosives aggressive media and prevents contamination of ultra-pure liquids. The Gauge Isolator consists of an All-PTFE body, containing a close tolerance machined

• Category: Adapter
• Connection: Threaded
• English Size: 0.1250 to 0.2500 inch
• Material: PVC/CPVC, Fluororesin (PFA/PTFE/PVDF), Polyethylene (PE), Polypropylene (PP)

Description: What are the applications for square rounded corner windows? Vacuum cavity observation windows, high ressure sensor protection windows, laser sealing windows, underwater optical equipment. What are the advantages of square rounded corner windows? 1. Rounded corners eliminate stress

• Parallelism or Wedge Angle: 180 arcmin
• Surface Flatness: λ/10
• Surface Quality: 60-40 Scratch / Dig
• Window Shape: Rectangular

Description: screw or through NPT ports on sensor housing. Cartridge mount body allows hydraulic feed passages to intersect with cavity from any angle. Dual wipers keep chips and debris from invading support. Fail safe design requires air pressure to build before sensing the retracted

• Locking Actuation: Hydraulic
• Mounting: Cylindrical Body
• Plunger / Suppport Surface Diameter: 1 inch
• Plunger Actuation: Air / Fluid Actuated

Description: Historically, deburring and material removal has largely been a manual operation due to the limitations of previously available automated deburring tools. Conventional automated deburring tools can perform adequately along a straight edge or surface, with little or no compliance for cavities

• Idle Speed: 5600 rpm
• Operating Speed: 2600 rpm
• Power: 0.5227 HP
• Power Type: Pneumatic

Description: important parameters. Today, they are determined indirectly and/or model-based, calibrated by gas sensors installed up- or downstream of the catalysts or by a differential pressure sensor. This contribution overviews a novel approach to determine directly the catalyst state by a

Description: Molding Injection molded magnets involves prepearing the feedstock which mainly consists of magnetic powder(such as Ferrite, NdFeB, or SmCo) with a variety of thermoplastic material (such as Nylon 6,Nylon 12,PPS and etc.), injecting the feedstock into mold cavity under high pressure.

• Coating: Yes
• Coercive Force, H_c: 2000 to 6000 Oersted
• Geometry: Block / Bar, Rod, Round / Ring / Disc, Arc Segment, Other
• Intrinsic Coercive Force, H_ci: 2600 to 16000 Oersted

Description: reduces contamination issues by ensuring a clean, controlled environment for each individual sample. The TRANSFORM 680 Microwave Digestion System can hold 6 high-pressure vessels operating at 400 psi and 250°C. A sealed thermocouple sensor enable fast and accurate temperature control

Description: technology when it comes to pressure control. Cavity pressure transducers are used to help monitor and control the injection process, and sensors are tied into automation for improved quality control. Post Injection Molding Automation Post molding automation is a key

• Industry: Medical
• Location: North America, United States Only, Midwest US Only
• Molding Type: Other
• Services Offered: Clean Room Molding, Prototype / Market Entry Molding, Design Assistance

Description: — particles that have the potential of causing short circuits and serious malfunctions in system operations. A shaker is used to excite loose particles within the component cavity. Upon striking the lid of the cavity part of the particle energy is converted to a wide band

• Form Factor: Bench / Rack / Cabinet

Description: intuitive touch pad. The controller can accept a pulse input (e.g., rain gage), a 4- to 20-mA signal (e.g., flow meter), or initiate a sample on a timed basis. The sampler can also be interfaced with our dataloggers to measure a variety of sensors, as well as control the sampler based on

• Battery Powered: Yes
• Controller Functionality: Yes
• Display Type: Digital Display
• Mounting / Environment: Portable

Description: intuitive touch pad. The controller can accept a pulse input (e.g., rain gage), a 4- to 20-mA signal (e.g., flow meter), or initiate a sample on a timed basis. The sampler can also be interfaced with our dataloggers to measure a variety of sensors, as well as control the sampler based on

• Battery Powered: Yes
• Controller Functionality: Yes
• Display Type: Digital Display
• Mounting / Environment: Portable

Description: 20-mA signal (e.g., flow meter), or initiate a sample on a timed basis. The sampler can also be interfaced with our dataloggers to measure a variety of sensors, as well as control the sampler based on time, event, or measured conditions. PVS4150C Benefits Very easy to

• Battery Powered: Yes
• Controller Functionality: Yes
• Display Type: Digital Display
• Mounting / Environment: Portable

Description: . 1.2.1 Since a full specimen is normally tested in the calibrated hot box, it is unnecessary and improper to install internal convection barriers in excess of those normally a part of the specimen. Such barriers would be required for a vertical specimen with internal cavities extending above

Description: The 112CP series combined pressure and temperature sensors delivers the benefit of both pressure and instream temperature sensing in a single, robust integrated package. Sensata Technologies has been a leading global supplier of pressure sensors and switches for

• Device Category: Sensor
• Electrical Output: Analog Voltage, Analog Current
• Operating Temperature: -40 to 275 F
• Pressure Reading: Gauge

Description: lightweight design LED indicators aid in identifying sensor status * Not continuous use Features: Available in a variety of pressure ranges from -14.5 psi to 8700 psi. User-definable measurement units (psi/bar) for convenient and familiar data

• Accuracy: 1.5 ±% FS
• Device Category: Sensor
• Operating Temperature: -4 to 158 F
• Pressure Reading: Sealed

Description: Compact Package Amplified Temperature Compensated Digital Output No Position Sensitivity above 0-2"H2O EMI/RFI and ESD Protected Superior Output Signal Stability Printed Circuit Board through Hole Mounting

• Accuracy: 0.2500 ±% FS
• Device Category: Sensor
• Electrical Output: Special Digital (TTL)
• Media: Gas

Description: . Extended electrical capacities and life cycles, in both environmentally sealed and unsealed configurations, encourage usage in the most rigorous electrical protection applications. Sensata Technologies has been a leading global supplier of pressure sensors and switches for over 50

• Device Category: Sensor
• Operating Temperature: -65 to 275 F
• Pressure Reading: Gauge
• Working Pressure Range: 500 psi

Description: Compact Package Amplified Temperature Compensated Digital Output No Position Sensitivity above 0-2"H2O EMI/RFI and ESD Protected Superior Output Signal Stability Printed Circuit Board through Hole Mounting

• Accuracy: 0.2500 ±% FS
• Device Category: Sensor
• Electrical Output: Special Digital (TTL)
• Media: Gas

Description: 30PSI, DIFFERENTIAL, A-PKG PRESSURE SENSOR

• Device Category: Sensor
• Pressure Reading: Differential

Description: 10IN ACPC CGRADE GA.,ABSOL PRESSURE SENSOR

• Device Category: Sensor
• Pressure Reading: Absolute