Pressure Gauges
Pressure gauges provide a reliable way to measure pressure values in real time and are an essential for both calibration and measuring. Our gauges from Sika and GE Druck are perfect for use in a wide variety of different pressure applications.
Find out more about Pressure Gauges below.
- 63mm stainless steel gauge
- Range from 0 to 400 bar
- ¼" BSP stainless steel bottom entry
- Max Bluetooth range: 100m
- 45° angle enables quick and easy installation at pressure connections
- Hoseless measurement reduces refrigerant loss
- 7 units of measurement
- Single input
- Range of 15 to 12000 microns
- Cleanable sensor
- Built-in hanging hook and back magnets
- 5 digit display
- Connects wirelessly to the Testo Smart App or Testo 550s/557s Digital Manifold
- Wireless vacuum measurement
- Integrated 45° angle for easy installation at service points
- For evacuation of refrigeration/air conditioning systems and heat pumps
- Wireless Bluetooth communication - send measurement data to your phone or tablet
- Highly accurate, reliable results
- High precision with a choice of pressure ranges
- Backlit screen
- MIN/MAX mode, IP67 protection class, zero function, selectable pressure units & more
- Precision digital pressure gauge with your choice of pressure range
- Higher accuracy version of the Sika Type E2 gauge
- Backlit screen, MIN/MAX mode, IP67 protection class, zero function, selectable pressure units & more
- 3-bar measurement
- Smart Connect app
- Humidity sensor
- Selection of different models available
- Optional explosion protection
- Selectable pressure measurement units
- Available in twelve models with different ranges
- Log and store up to ten data files
- NEW µcontroller and more space for future upgrades
- Available in twelve models with different ranges
- Large internal memory for logging up to ten data files
- New µcontroller and more space for future enhancements
- Multiple ranges available
- High accuracy
- Measure from as low as 15 psi to 15000 psi
- Ten models with different ranges
- Log up to ten data files to the large internal memory
- New µcontroller and more space for future enhancements
- Available in seven models with varying pressure ranges
- Measures pressure to an accuracy of 0.04% of the reading
- Can be used with a range of Fluke’s hydraulic and pneumatic pressure pumps and test kits
- Use with Fluke’s Pressure Test Pumps to test and calibrate pressure instruments
- Choice of 21 measurement units including bar, H2O, kPa, MPa and psi
- Rugged design with an easy-to-use supervisor menu
- Marine-grade enclosure that resists corrosion
- Intrinsically safe
- Selectable measurement range and accuracy
- High precision
- Constantly displays pressure levels
- Standard G ¼ fitting
- Integral filtering and flow regulation
- Fast response planar aluminum oxide sensor
- ½" M NPT process connection
- Fast pressure safety valve (PSV) mode
- Easy to use
- Includes calibration reminders and alerts
- Record over 200 million data points
- Gas pressure comparator which can be used to facilitate the pneumatic calibration of instruments optimised to measure gas pressure
- Capable of high-pressure pneumatic operations
- Has a pressure range of 0-3000 psi (210 bar)
- Ten range available: supporting absolute pressure from 0 to 15 000 psiA
- Three selectable accuracies
- Calibration reminders and alerts
- Accuracy: 0.1% of reading
- Available with psi, bar, or kPa measurement ranges
- Ultra-rugged, intrinsically safe, and housed in a marine-grade enclosure
- Accuracy: 0.2% of reading
- Protective boot
- Bright, backlit display with extra-large digits
About Pressure Gauges
A pressure gauge is a device that measures the pressure in a gas or liquid. Pressure gauges are widely used all over the world in industrial environments because of their affordable price. Gauge pressure is typically used in processes where pressure cannot dip below atmospheric pressure, such as when measuring and controlling tire pressure.
Mechanical pressure gauges utilise an inner tube that is connected to a gear and shaft assembly that works together to move a pointer. When the pressure within the tube surges, the tube uncoils slightly. As the tube uncoils, the motion triggers the gear and shaft system that moves the pointer on the gauge.