PCE Instruments VM 31-WB Human Vibration Meter with Whole-Body Sensor

Model # VM 31-WB

Includes whole-body sensor only – hand-arm sensor sold separately
Velocity, acceleration, displacement, 3 channel FFT, TEDS support
USB interface with Flash memory for up to 10,000 readings
Easy to use – ISO 8041 calibration certificate option available

BrandPCE Instruments
Model NumberVM 31-WB

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The PCE-VM 31-HA Human Vibration Meter or Analyzer is designed for measuring human vibration at the workplace. The Vibration Meter can calculate hand-arm vibration measurements according to ISO 5349 and whole-body vibration measurements according to ISO 2631. In addition to human vibration measurements, the Vibration Analyzer can measure the vibrations of machines. The Vibration Analyzer also supports TEDS, which means that it can detect and identify TEDS-capable sensors automatically. Overall, the device comes with 4 independent measuring channels. The measured data can be displayed as interval, running, or maximum RMS (MTVV), as well as estimated vibration dose value (eVDV), vector sum, peak, and maximum peak. The acceleration can also be displayed as FTT with up to 125 lines. The internal flash memory of the Vibration Analyzer can store up to 10,000 measurements or up to 1,000 FTTs, each with date, time, and a comment. The measured data can also be transferred to a PC via the USB 2.0 interface.
Includes whole-body sensor only – hand-arm sensor sold separately.
For tri-axial measurement (Xh, Yh, and Zh axes) of hand-arm and whole-body human vibration
For hand-arm vibration syndrome (HAVS) and carpal tunnel syndrome risk assessment, measuring exposure action values (EAVs) and exposure limited values (ELVs), and regulation compliance
Velocity, acceleration, displacement
3 channel FFT
TEDS support
Flash memory for up to 10,000 readings
USB interface
Compact design
Easy to use – ISO 8041 calibration certificate option available

Measuring range	Sensor with 1 mV/(m/s²)	Sensor with 10 mV/(m/s²)
Acceleration	1100 m/s² / 3609 ft/s²	110 m/s² / 361 ft/s²
Velocity	100 mm/s … 10,000 mm/s 4.0 in/s … 394.0 in/s (1 kHz/1 Hz)	10 mm/s … 1,000 mm/s 0.4 in/s … 39.4 in/s (1 kHz/1 Hz)
Displacement (Peak)	250 µm … 15,000 µm 0.01 in … 0.6 in (5 Hz/250 Hz)	25 µm … 1,500 µm 0.001 in … 0.06 in (5 Hz/250 Hz)
Display resolution (1 / 10 mV/(m/s²))
Acceleration	0.01 m/s² / 0.4 in/s²
Velocity	0.1 mm/s / 0.004 in/s
Displacement	1 µm / 4 x 10^-5 in
Linearity range	> 75 dB for ±6 % error
Noise	< 0.003 m/s² / 0.12 in/s²
Inputs	4 Low-Power-IEPE inputs; 0.7 mA / 17 V; TEDS support, IEEE1451.4, Template 25
Sensor sensibility	0.8 – 120 mV/(m/s²)
Display units human vibration (acceleration)	Interval RMS vector sum max. running RMS (MTVV) vibration dose value (VDV)
Display units acceleration, velocity, displacement	running RMS maximum RMS vector sum peak value maximum peak value
Filters	Weighting filters: Wb, Wc, Wd, Wh, Wj, Wk, Wm
	Unweighted: 6.3 – 1259 Hz (H/A) / 0.4 – 100 Hz (G/K)
	Acceleration: 0.1 – 2000 Hz / 1 – 1000 Hz
	Velocity: 1 – 100 Hz / 2 – 1000 Hz / 10 – 1000 Hz
	Displacement: 5 – 250 Hz
Frequency analysis (FFT)	125 lines for X/Y/Z, peak spectrum of acceleration, 3 – 240 / 6 – 480 / 12 – 960 / 24 – 1920 Hz
Data memory	Flash, 10,000 measurements, 1,000 FFts, each with date, time and comment
Display	OLED, 128 x 160 pixels, coloured
Interface	USB 2.0, full speed, CDC-mode (virtual COM port), via cable VM2x-USB
Batteries	3 x 1.5 V AAA batteries or accumulators (LR03 or HR03)
Environmental conditions	-20° C … +60° C / -4° F … +140° F < 95 % RH
Approx. dimensions	125 mm x 65 mm x 27 mm 4.9 in x 2.6 in x 1.1 in (without connectors)
Approx. weight	140 g / 0.31 lbs