The Tension Load Cell  PCE-DDM 10WI is the ideal tool for weighing big loads and for measuring strong tensile forces. The Tension Load Cell  PCE-DDM 10WI is delivered in a protective carrying case and includes two shackles made of heavy-duty aluminum. The instrument is manufacturer calibrated, but can be certified to ISO standards for an additional fee.

- Measurement range: 10,000 kg / 100 kN / 22,046 lbs
- Resolution: 5 kg / 50 N
- Units of measurement: kg / t / lbs / N / kN
- Supplied without remote control indicator

 

The PCE-428-KIT Sound Level Meter Kit is commonly used by professionals to ensure compliance with environmental noise regulations and workplace noise permissible exposure limits. The sound level meter also functions as a data logger, recording measurements at an adjustable interval from 1 s ... 24 h and storing the recorded measurement data to a micro SD card memory. Alternatively, the sound level meter can be connected directly to a PC via USB.

- Class 2
- 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)
- Kit includes factory calibration certificates (per ISO 9001) and a type 2 / class 2 acoustic calibrator (PCE-SC 42)

PCE-428-KIT is a class 2 data-logging condition monitoring noise meter kit 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 sound level meter has a large easy-to-read illuminated LCD screen that displays the sound pressure level (SPL) numerically and graphically in real time.

- Measuring range: 25 ... 136 db(A)
- A, B, C and Z frequency weightings
- 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)
- Kit includes factory calibration certificates (per ISO 9001) and a type 2 / class 2 acoustic calibrator (PCE-SC 42)

PCE-428-KIT is a class 2 data-logging noise meter / sound meter kit 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 sound level meter has a large easy-to-read illuminated LCD screen that displays the sound pressure level (SPL) numerically and graphically in real time.

- Measuring range: 25 ... 136 db(A)
- A, B, C and Z frequency weightings
- 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)
- Kit includes factory calibration certificates (per ISO 9001) and a type 2 / class 2 acoustic calibrator (PCE-SC 42)

PCE-428-KIT is a class 2 sound data logger kit 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 sound level meter has a large easy-to-read illuminated LCD screen that displays the sound pressure level (SPL) numerically and graphically in real time.

- Measuring range: 25 ... 136 db(A)
- A, B, C and Z frequency weightings
- 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)
- Kit includes factory calibration certificates (per ISO 9001) and a type 2 / class 2 acoustic calibrator (PCE-SC 42)

This gas detector Gas-Pro-1 can gauge with its sensors a maximum of four different gases. Because of this versatility, the gas detector Gas-Pro-1 is ideal for use in a variety of applications, such as: near canals, sewage treatment plants, drains, wastewater facilities, dumps/landfills, chemical/oil plants, shipping ports and more.

- Purpose: Personal protection
- Sensor type: CO / H2S / O2 / CH4
- Memory: Yes
- Interface: USB
- Includes suction pump
- Other gas sensors available upon request. (Please email jmu@pce-instruments.com (UK) or jwe@pce-instruments.com (US) for details!)

 

The concrete hardness tester is an analog measuring device to determine concrete strength. The measuring method of the concrete hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the concrete hardness tester. The resulting rebound enables the concrete hardness tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The concrete rebound test hammer is an analog measuring device to determine concrete strength. The measuring method of the concrete rebound test hammer is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the concrete rebound test hammer. The resulting rebound enables the concrete rebound test hammer to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The wireless PCE-VMS 501 Vibration Sensor detects vibration within an acceleration range of up to 30 g and a frequency range between 5 and 10 KHz. The wireless vibration sensors, which measures vibrations at machines to transfer those wireless vibrations to a receiving unit.

- Acceleration range: up to 300 m/s²
- Wireless communication via ZigBee
- Frequency range between 5 Hz and 10 kHz
- Wireless transferring Piezo sensors
- Transmission rate of 1 minute per sensor

 

The durometer is an analog measuring device to determine concrete strength. The measuring method of the concrete durometer is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the durometer. The resulting rebound enables the durometer to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The gloss meter PCE-IGM 60 is an optical measuring instrument with a measuring geometry of 60°. The surface is analyzed by the gloss meter and then the result is shown. Every surface has the characteristic to reflect light.

- Measurement geometry: 60° degree angle
- Measuring range: 0 ... 300 GU
- Standards: ISO 2813 / GB/T 9754 / ASTM D 523 / ASTM D 2457
- Light source: D65
- Wave length: 400-700 nm

 

The Material Hardness Tester for Metal PCE-2600N is used wherever a fast hardness test has to be carried out. It is possible to use the material tester PCE-2600N to determine the surface hardness of many metals. The material tester PCE-2600N is especially suitable for quality or product inspection.

- Measurement according to Leeb Rebound method
- Measurement units: HLD, HRA, HRB, HRC, HB, HV, HS
- Measurement ranges: 170-960 HLD, 59.1-88 HRA, 3.5-101.7 HRB, 17.9-69.5 HRC, 19-683 HB, 80-1042 HV, 30.6-102.6 HS 
- Accuracy: ± 0.5%, Repeatability: ± 0.8%
- Impactor: DL
- Display: 128 x 64 OLED

The material tester is an analog measuring device to determine concrete strength. The measuring method of the material tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the material tester. The resulting rebound enables the material tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The Material Hardness Tester for Metal PCE-2600N is used wherever a fast hardness test has to be carried out. It is possible to use the material tester PCE-2600N to determine the surface hardness of many metals. The material tester PCE-2600N is especially suitable for quality or product inspection.

- Measurement according to Leeb Rebound method
- Measurement units: HLD, HRA, HRB, HRC, HB, HV, HS
- Measurement ranges: 170-960 HLD, 59.1-88 HRA, 3.5-101.7 HRB, 17.9-69.5 HRC, 19-683 HB, 80-1042 HV, 30.6-102.6 HS 
- Accuracy: ± 0.5%, Repeatability: ± 0.8%
- Impactor: DL
- Display: 128 x 64 OLED

The Metal Hardness Testing Durometer PCE-2600N is used wherever a fast hardness test has to be carried out. It is possible to use the durometer PCE-2600N to determine the surface hardness of many metals. The durometer PCE-2600N is especially suitable for quality or product inspection.

- Measurement according to Leeb Rebound method
- Measurement units: HLD, HRA, HRB, HRC, HB, HV, HS
- Measurement ranges: 170-960 HLD, 59.1-88 HRA, 3.5-101.7 HRB, 17.9-69.5 HRC, 19-683 HB, 80-1042 HV, 30.6-102.6 HS 
- Accuracy: ± 0.5%, Repeatability: ± 0.8%
- Impactor: DL
- Display: 128 x 64 OLED

The NDT tester or gloss meter PCE-IGM 60 is an optical measuring instrument with a measuring geometry of 60°. The surface is analyzed by the gloss meter and then the result is shown. Every surface has the characteristic to reflect light.

- Measurement geometry: 60° degree angle
- Measuring range: 0 ... 300 GU
- Standards: ISO 2813 / GB/T 9754 / ASTM D 523 / ASTM D 2457
- Light source: D65
- Wave length: 400-700 nm

 

The NDT tester - hardness tester is an analog measuring device to determine concrete strength. The measuring method of the NDT tester - hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the NDT tester - hardness tester. The resulting rebound enables the NDT tester - hardness tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The roll hardness tester is an analog measuring device to determine concrete strength. The measuring method of the roll hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the roll hardness tester. The resulting rebound enables the roll hardness tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle