Cavity Pressure Sensors

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
• Operating Temperature: 32 to 392 F
• Package: Bolt
• Force Measured: Compression

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

• Working Pressure Range: 0 to 20,000 psi
• Accuracy: 0.75 ±% FS
• Operating Temperature: 0 to 450 F
• Measurement Type: Absolute

Description: Metallux ME509 flush-mountable piezoresistive pressure sensors for gauge, absolute or gauge pressure measurement. Highly reliable ratiometric compensated pressure sensors. High sensitivity, low pressure measurement. The Wheatstone bridge is screen printed on

• Working Pressure Range: 2.900754 to 14.50377 psi
• Operating Temperature: -40 to 275 F
• Measurement Type: Absolute, Gauge
• Features: Other, Temperature Compensation

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 0-5Vdc, user

• Control Signal: Analog Voltage, Current Loop
• Features: Chart Recorder, Limit / Set Point Control, Liquid, Rate Indication / Control
• Type: Current Loop (Transmitter) Input, DC Voltage Input
• Interface: Digital Front Panel, Knobs / Switches / Meter

Description: The MEMS pressure sensor dies are underpinned by ES Systems’ innovative microfabrication process for silicon capacitive sensors. The capacitive pressure sensor dies integrated into the medium isolated pressure systems provide state-of-the-art accuracy and

• Working Pressure Range: 145.04 to 5,076.32 psi
• Accuracy: 0.25 ±% FS
• Operating Temperature: -40 to 257 F
• Measurement Type: Absolute

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:

• Working Pressure Range: 25 to 3,000 psi
• Measurement Type: Absolute, Compound, Gauge
• Signal Output: Analog Current, Analog Voltage
• Media: 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-response capacitance

• Working Pressure Range: 0 to 100 psi
• Accuracy: 0.25 ±% FS
• Operating Temperature: 0 to 175 F
• Signal Output: Analog Current, Analog Voltage

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

• Working Pressure Range: 15 to 500 psi
• Operating Temperature: -40 to 302 F
• Measurement Type: Absolute
• Media: Gas, Liquid

Description: Krystal Bond Technology. In the event that either pressure port is at full line pressure and the other at zero, no damage can be done to the transducer/transmitter.

• Working Pressure Range: 0 to 200 psi
• Accuracy: 0.3 ±% FS
• Operating Temperature: -40 to 185 F
• Signal Output: Analog Voltage

Description: sensors 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,

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 developed

Description: along with a choice of two pressure connectors typically used for very high level pressure connections.

• Measurement Type: Absolute
• Device Category: Sensor

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

• Measurement Type: Gauge
• Device Category: Transducer

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

• Working Pressure Range: 0 to 20,000 psi
• Operating Temperature: -100 to 300 F
• Measurement Type: Absolute, Sealed
• Signal Output: Analog Voltage

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

• Working Pressure Range: 0 to 300 psi
• Accuracy: 1 ±% FS
• Operating Temperature: 0 to 180 F
• Signal Output: Analog Voltage

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

• Working Pressure Range: 0 to 4,000 psi
• Operating Temperature: -100 to 300 F
• Signal Output: Analog Voltage
• Media: Gas, Liquid

Description: suspended in the form of two bridges over an etched cavity in the silicon. The chip is located in a precisely dimensioned airflow channel to provide a repeatable flow response. Highly effective thermal isolation for the heater and sensing resistors is attained by etching the cavity

• Air Volume Flow Rate Range: 0.211864406779661 SCFM
• Operating Temperature: -13 to 185 F
• Measurement Type: Air Volumetric Flow
• Output Options: Analog Voltage

Description: suspended in the form of two bridges over an etched cavity in the silicon. The chip is located in a precisely dimensioned airflow channel to provide a repeatable flow response. Highly effective thermal isolation for the heater and sensing resistors is attained by etching the cavity

• Air Volume Flow Rate Range: 0.035314666725 SCFM
• Operating Temperature: -13 to 185 F
• Measurement Type: Air Volumetric Flow
• Output Options: Analog Voltage

Description: suspended in the form of two bridges over an etched cavity in the silicon. The chip is located in a precisely dimensioned airflow channel to provide a repeatable flow response. Highly effective thermal isolation for the heater and sensing resistors is attained by etching the cavity

• Air Volume Flow Rate Range: 0.000882866668125 SCFM
• Operating Temperature: -40 to 257 F
• Measurement Type: Air Volumetric Flow
• Output Options: Analog Voltage

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

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

Description: 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 geometry of the sensor,

• Type: Gauge
• Features: Other

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

• Features: Digital, Other
• Pressure Measurement: Gauge

Description: forms the other surface of the cavity. Due to the geometry of the sensor, convection cannot take place within the cavity and consequently, the sensor is insensitive to the mounting position. Gas molecules are passed by diffusion only to the heated element where the heat

• Type: Gauge
• Features: Other

Description: top of the chip forms the other surface of the cavity. Due to the geometry of the sensor, convection cannot take place within the cavity and consequently, the sensor is insensitive to the mounting position. Gas molecules are passed by diffusion only to the heated element

• Features: Digital, Other
• Pressure Measurement: Gauge

Description: 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-filled cavity. Operating at very low

• Device: Sensor Element / Chip

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

• English Size: 0.125 to 0.25 inch
• Fitting Type: Adapter
• Features: English
• Material: Fluororesin (PFA/PTFE/PVDF), PVC/CPVC, Polyethylene (PE), Polypropylene (PP)

Description: load/unload. TuffGrip™ Return Position Sensors monitor supports to prevent crashes in automated system. Air Pressure Relief Vent keeps unit sealed and free of foreign materia . Air connection through the fixture via grooved mounting screw or through NPT ports on sensor housing.

• Plunger / Suppport Surface Diameter: 0.63 inch
• Stroke: 0.38 inch
• Plunger Actuation: Air / Fluid Actuated
• Mounting: Cylindrical Body

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: Uson's powerful TCU2, the second generation Test Control Unit offering unparalleled flexibility in a single test channel. TCU2 allows up to four high resolution sensors and with its available custom pneumatic configurations, the sky is the limit on your leak and flow test design creativity.

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

Description: The TRANSFORM 680 Microwave Digestion System is a top-loading, closed vessel microwave digester with high-pressure capabilities to enhance digestion quality while decreasing digestion time. This microwave digestion system is capable of simultaneously running up to 6 high-pressure

Description: version is also available (see Note below). High-torque performance. Floating axial compliance. The axial motion allows fast and simple programming of the robot. Optional sensors: All units are supplied with a Forward (-F) sensor to detect when the media is in contact with the work

• Idle Speed: 5,600 rpm
• Operating Speed: 2,600 rpm
• Torque: 12 to 24 In-lbs
• Power: 0.5226859501121 HP

Description: 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 pressure wave that travels

• Form Factor: Bench / Rack / Cabinet

Description: 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 asset of ITW Medical. Assembly equipment, vision

• Supplier Capability: Clean Room Molding, Design Assistance, Prototype / Market Entry Molding
• Industry: Medical
• Features: Midwest US Only, North America, Other, United States Only

Description: 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. Once the part has cooled down, it will be

• Maximum Energy Product, BH_max: 1.45 to 12 MGOe
• Residual Induction, B_r: 2.2 to 7.6 kilogauss
• Coercive Force, H_c: 2,000 to 6,000 Oersted
• Intrinsic Coercive Force, H_ci: 2,600 to 16,000 Oersted

Description: sampler use air pressure (up to 28 psi) to purge the tubing of excess water. The enclosure of the PVS4100C is a molded medium-density linear polyethylene, designed to handle tough environmental challenges and weathering. Its hub has an insulated ring and a cavity for crushed ice,

• Number of Control Relays: 0
• Features and Functionality: Battery Powered
• Instrument Specific Features: Controller Functionality
• Display Type: Digital Display