vacuum gauge with digital lcd display quotation

Digital Electronic Vacuum Gauges provide an LCD display of vacuum measurement in mBar, PA or Torr. Range is 0.02 mBar to 5 mBar. Stainless steel casing. Includes a cord with 3/8" to 1/2" OD adapter for connection to either vacuum tubing or a valve on a drying chamber. All FreeZone Freeze Dryers include a digital vacuum gauge. The Dry Ice Benchtop Freeze Dryer or other freeze dryers may use the Digital Electronic Vacuum Gauge as an accessory.

Ensure optimal pressure levels across several circumstances with our pressure meters. Netech offers four versatile digital pressure gauges suitable for numerous medical and industrial applications. These devices also perform vacuum gauge measurements.

If your needs require it, we also offer a special kit designed to calibrate blood pressure instruments. Below you will find a summary of all our pressure and vacuum meter models.

DigiMano 1000 Pressure Vacuum Meter is a portable digital instrument designed to measure the pressure of non-corrosive fluids and gases. This versatile instrument displays results in one of two engineering units on a large 3 digit LCD Display.

DigiMano BP Calibration Kit is a blood pressure calibration kit. It includes our most popular pressure meter, our patented Syringe Pump and tubing kit. The kit is available with two different combinations of pressure units.

DigiMano 2000 - Digital Pressure Vacuum Meteris a versatile, high performance pressure Vacuum meter. This precision device is designed for use in numerous medical and industrial applications and is compatible with a wide range of gases and fluids.

DigiMano 2500 Digital Pressure Vacuum Meter is a versatile, high performance Digital Pressure and Vacuum Meter. This precision instrument is designed for use in numerous medical and industrial applications. This device is compatible with a wide range of gases and fluids. It is housed in a rugged aluminium case with a sealed membrane keypad.

UniMano 1000 Pressure Vacuum Meter is an advanced meter designed for very precise measurements of pressure and vacuum in medical, laboratory and industrial applications. It combines such features as fluid compatibility, temperature compensation, linearity correction, leak detection, peak hold, over-pressure alarm and user selectable units of measurement.

VMpro 2 chemical resistant multi-range vacuum gauge combines Pirani technology with the advantages of a ceramic capacitance diaphragm sensor in a single gauge.

The built-in digital display gives clear readability for easy vacuum level monitoring and also shows the current measuring principle. There is a status indication light on top of the sensor.

B P Refcool is an integrated manufacturer and service solution provider with a wide array of world class products for refrigerant and air conditioning.

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Suitable for many general purpose lab applications, the Vacuubrand® DCP3000 + VSK3000 is a fully electronic absolute pressure vacuum gauge for measurements in the range from atmospheric pressure to 0.1mbar/1Torr /hPa by means of a separate capacitance pressure transducer (included). VACUU•BUS™ "plug-and-play" technology allows the addition of up to three additional pressure transducers, or two additional transducers and a vent valve, for monitoring of up to four different VSK3000 gauge heads from a single display. In additon to those four capacitive heads, four more of the new Pirani gauge heads (sold separately) can be connected. A combined digital and analog display provide both accurate results and quick trend indication. An RS232 port allows process validation for GLP/GMP/ISO regulations.

Vacuum connection to gauge head: Small flange KF16 with compression fitting for 10mm OD / 8mm ID PTFE tubing; stepped screw-in hose barb for 610mm ID tubing (included)

VACUU•BUS™ connectors: 1 socket for power supply, 2 connectors for external gauge heads, valves; expandable by Y adapters; Can be extended up to 30m with optional connectors

Our range of Vacuum Pressure Gauge are designed using cutting edge technology. These gauges are widely used in various industries such as power plants, chemicalread more...

McLeod Gauge is a vacuum gauge that uses the same principle as that of a manometer. By using the pressure dividing technique, its range can be extended from a value of 10-4 Torr. The basic principle is called the multiple compression technique.

The 937B controller is designed for versatility, reliability and economy. The large, easy to read, liquid crystal display provides readout for up to six sensors simultaneously. The back lit LCD display, intuitive menus and simple push button front panel, allows for ease in setup of the 937B.

The 937B, enables the use of any sensor card in each of the sensor card slots. The 937B can be configured with up to three hot or cold cathode type gauges, or three dual sensor cards for a maximum of six gauge connections.

Set Points: Twelve independently adjustable set points are standard. This allows for the automation of process related functions. The set point values are nonvolatile and remain unchanged after power down or power failure. They are easily viewed and configured in the channel set up screen. The 937B also includes an adjustable control set point that turns the cold cathode or hot cathode gauges power off or on, at the desired pressures, extending the sensor’s life.

Leak Test: The leak test mode includes a bar graph and variable audible alert to assist in locating leaks within a system. The function operates with the cold cathode, hot cathode, Pirani, and convection sensors. By taking advantage of differences in tracer gas sensitivity, this provides an excellent tool for helping locate coarse system leaks.

Analog Output Signals: The controller provides analog output signals accessible on the rear panel connector. Three types of analog signals are available. Unprocessed analog signals are used to provide the fastest response times. The logarithmic output voltages are scaled so that 0.6 Volts equals one decade of pressure. Combination output can be created by combining up to three sensors with a combined range from 10-11 to 20,000 Torr.

Digital Signals: In addition to analog outputs, the 937B communicates digitally for direct computer communication with built in connections for RS232 or RS485. A communication slot in the 937B chassis accepts an optional Profibus DPV1 board. The 937B can communicate with a host computer using either of these ports. Remote control of set points and cold cathode high voltage disable are some of the many features available with communications options.

The IGC100 is a high-accuracy vacuum gauge controller that offers pressure measurement and process automation never before available in a single instrument. It measures pressure from Bayard-Alpert ionization gauges, convection-enhanced Pirani gauges, and capacitance manometers providing uninterrupted pressure readings from 1000 Torr to UHV.

The IGC100 has a touchscreen display that can present data in a variety of formats including pressure versus time curves. There are built-in relays for process control, and several multipurpose input/output ports. The IGC100 is also fully web-ready. Now you can monitor and control your vacuum system from the lab, your home, or anywhere in the world.

The IGC100 is designed to be a highly accurate, stable controller. Its low noise, auto-ranging electrometer delivers high accuracy pressure readings into the UHV range. A low-noise, direct current (DC) supply powers the filament and establishes the emission current. The IGC100"s precision electronics eliminate controller-to-controller variations and the measurement uncertainties (up to 15 %) associated with traditional instruments.

The IGC100 has a large, back-lit LCD touchscreen display—new to vacuum gauge controllers. The instrument shows large numeric readings from each gauge (easily read from across the room), and can also display readings in bar graph or trend format. The screen is updated twice a second and results are presented in units of Torr, mbar, bar, Pa or microns. The IGC100 also displays pressure versus time curves (chart recordings), allowing you to follow pump down and venting cycles and to keep track of your vacuum system"s performance.

IGC100 data is continuously logged into memory. There is a real-time clock with date for precise time stamps. In addition to pressure readings, you can log the ADC voltages and relay activity. Data can be viewed on the IGC100 or downloaded to your computer for further analysis.

The IGC100 has an optional Ethernet interface with embedded web-server hardware that makes your controller fully web-ready. All you need is an internet connection and you can monitor and control your vacuum system from anywhere in the world. Just log on to the internet and enter the IP address of your controller—it"s really that simple!

The IGC100 does more than simply measure pressure. It can also be an eight channel process controller. There are eight relays, with corresponding TTL outputs, that can be used to control your vacuum system. They can be set by gauge pressure, status conditions (gauge on/off, filament on/off, etc.), the system clock, the analog I/O ports, or TTL input signals. The relays and TTL outputs can also be manually controlled from the front panel, and the status of all eight channels can be displayed.

Additionally, there are twelve dedicated TTL inputs for triggering functions like gauge on/off, filament on/off, degas, ion gauge lockout, etc. All process control events are time stamped and recorded in memory, and can be viewed at any time. User-programmable audible alarms and text messages can provide advance warning of potential problems.

The IGC100 can be set to automatically turn on an ion gauge once a Pirani gauge has reached a preset pressure level. If a UHV Pirani gauge is used in the same high-vacuum chamber as the ion gauge, you can make uninterrupted pressure measurements from atmosphere to UHV. In the event of overpressure, the IGC100"s built-in filament protection algorithm, with user-programmable set point, immediately turns off your gauge filament.

Despite its many features, the IGC100 is easy to use. The menu based interface is intuitive, and parameter entry is quick and simple. And of course, there is interactive help for all functions of the instrument. There are dedicated front-panel buttons for filament emission, degas, and filament auto-start, and LEDs indicate their status. The IGC100 is compatible with virtually all Bayard-Alpert ion gauges including glass tubulated, nude, nude-UHV, STABIL_ION®, and MICRO_ION®. You can select from a variety of standard gauge configurations or program your own.

You can also assign a location name to each gauge, which is then displayed on the front panel of the unit. No more messy, confusing stickers on the face of your instrument. There are no DIP switches, trim pots or thumb-wheel adjustments in the IGC100—you’ll never need to open the box.

A sensor on/off function has been added so you can shut down your Pirani gauges in the presence of flammable gases without having to physically disconnect them from the controller.

SRS supplies a wide range of ion gauges. These include tubulated and nude designs with a variety of mounting options, and a choice of tungsten (W) or thoriated-iridium (ThO2/Ir) filaments.

We also offer a convection-enhanced Pirani gauge (PG108). PG108 gauges offer a measurement range that extends from 1000 Torr to 10-4 Torr. With its all-metal seal, the PG108 is the only convection-enhanced Pirani gauge that can be operated directly in UHV environments, and baked to 250 °C without any disassembly. The PG108 is calibrated for N2, Ar and air. The IGC100 controller is also compatible with CONVECTRON® and HPS™ Series 317 convection-enhanced Pirani gauges.

The OmegaTMDVG-64A digital vacuum gauge delivers high precision at a low price. It can accurately read vacuum from 19,000 microns down to 0, over a wide temperature range of -17 to 65°C (0 to 150°F). The vacuum can be displayed in userselectable units.

The DVG-64A incorporates a revolutionary new sensor design that is highly resistant to contamination. Unlike other vacuum gauges currently on the market, the DVG-64A maintains working accuracy even when the sensor is contaminated with oil or similar contaminants. For many applications, the sensor does not require any cleaning for the life of the sensor.