The Xgard-1-CL2 is a single-gas sas detector used to warn for gases (Chlorine, CL₂, 0 … 5 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Chlorine, CL₂, 0 … 5 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-H2 is a single-gas Gas detector used to warn for gases (Hydrogen, H₂, 0 … 2000 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Hydrogen, H₂, 0 … 2000 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-NH3 is a single-gas Gas detector used to warn for gases (Ammonia, NH₃, 0 … 50 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Ammonia, NH₃, 0 … 50 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-NO2 is a single-gas gas sensor used to warn for gases (Nitrogen dioxide, NO₂, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Nitrogen dioxide, NO₂, 0 … 10 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-SO2 is a single-gas Gassensor used to warn for gases (Sulfur Dioxide, SO₂, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Sulfur Dioxide, SO₂, 0 … 10 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-CL2 is a single-gas Gas Leak Detector used to warn for gases (Chlorine, CL₂, 0 … 5 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Chlorine, CL₂, 0 … 5 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-H2 is a single-gas Gas Leak Detector used to warn for gases (Hydrogen, H₂, 0 … 2000 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Hydrogen, H₂, 0 … 2000 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-NH3 is a single-gas Gas Leak Detector used to warn for gases (Ammonia, NH₃, 0 … 50 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Ammonia, NH₃, 0 … 50 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-NO2 is a single-gas gas sensor used to warn for gases (Nitrogen dioxide, NO₂, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Nitrogen dioxide, NO₂, 0 … 10 ppm)
• Additional display and alarm station
• ATEX or UL approval

The Xgard-1-SO2 is a single-gas Gas Leak Detector used to warn for gases (Sulfur Dioxide, SO₂, 0 … 10 ppm), with display and signal output for sensors in combination with a stationary instrument to detect gases (ATEX or UL approval).

• Stationary
• For (Sulfur Dioxide, SO₂, 0 … 10 ppm)
• Additional display and alarm station
• ATEX or UL approval

• Measuring range: 15 … 100,000 cP
• Measurement accuracy: <±2% of measuring range
• Resolution: 0.01 cP
• Spindle set consisting of L1, L2, L3, L4
• Temperature measurement
• L0 Spindle is used for Viscosity below 15 cP- Temperature measurement

The paint viscosity tester has a measuring range of 15 … 100,000 cP. With an accuracy of <±2% of the range, the paint viscosity tester is a precise measuring device to determine the viscosity of a sample liquid.

• Measuring range: 15 … 100,000 cP
• Measurement accuracy: <±2% of measuring range
• Resolution: 0.01 cP
• Spindle set consisting of L1, L2, L3, L4
• Temperature measurement
• L0 Spindle is used for Viscosity below 15 cP- Temperature measurement

The viscometer has a measuring range of 15 … 100,000 cP. With an accuracy of <±2% of the range, the viscometer is a precise measuring device to determine the viscosity of a sample liquid.

• Measuring range: 15 … 100,000 cP
• Measurement accuracy: <±2% of measuring range
• Resolution: 0.01 cP
• Spindle set consisting of L1, L2, L3, L4
• Temperature measurement
• L0 Spindle is used for Viscosity below 15 cP- Temperature measurement

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

• Layer thickness: 2 ... 1000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 px)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for small indoor spaces

• Layer thickness: 2 ... 6000 µm
• smallest resolution: 0.1 µm
• Accuracy: ±1 % (100 ... 1000 µm)
• Single measurement, scan measurement, duplex measurement
• Color touch screen (320 × 480 pixels)
• Data storage
• USB and wireless
• Rod-shaped transversal probe for interiors and pipes

PCE-428 is a class 2 data logging decibel meter that meets IEC 60651:1979, IEC 60804:2000, IEC 61672-1:2013, ANSI S1.4-1983 and ANSI S1.43-1997 requirements. This portable high-accuracy decibel meter has a large easy-to-read illuminated LCD screen that displays the sound pressure level (SPL) numerically and graphically in real time. The decibel meter calculates the equivalent continuous sound level Leq (LXeq).

• Measuring range: 25 … 136 db(A)
• LXY (SPL), Leq (LXeq), LXYSD, LXSEL, LXE, LXYmax, LXYmin, LXPeak, LXN
• Frequency weighting: A, B, C and Z
• Time weighting: Fast (125 ms), slow (1 sec) and impulse (35 ms), decay (1500 ms)
• adjustable data-recording interval from 1 s … 24 h
• 1/1 octave band filter (optional 1/3 octave band filter upgrade)
• incl. ISO Calibration Certificate

PCE-428 is a class 2 data logging noise meter / sound meter that meets IEC 60651:1979, IEC 60804:2000, IEC 61672-1:2013, ANSI S1.4-1983 and ANSI S1.43-1997 requirements. This portable high-accuracy noise meter / sound meter has a large easy-to-read illuminated LCD screen that displays the sound pressure level (SPL) numerically and graphically in real time. The noise meter / sound meter calculates the equivalent continuous sound level Leq (LXeq).

• Measuring range: 25 … 136 db(A)
• LXY (SPL), Leq (LXeq), LXYSD, LXSEL, LXE, LXYmax, LXYmin, LXPeak, LXN
• Frequency weighting: A, B, C and Z
• Time weighting: Fast (125 ms), slow (1 sec) and impulse (35 ms), decay (1500 ms)
• adjustable data-recording interval from 1 s … 24 h
• 1/1 octave band filter (optional 1/3 octave band filter upgrade)
• incl. ISO Calibration Certificate