Web1 Apr 2024 · 1LE1001-1DA33-4JB4-Z H03+H04+M11+Q01. Product Description. SIMOTICS GP motor type: 1AV2163A low-voltage motor, IEC squirrel-cage rotor, self-cooled, IP55 temperature class 155 (F) according to 130 (B) aluminum enclosure High Efficiency IE2, in EEA: minimum efficiency according to (EU) 2024/1781 is IE3 (as of 01.07.2024) 2-pole * … Web6 Jun 2005 · There is a technic, Shock Pulse Method (SPM), invented in Sweden. Please consider the following : 1.- The SPM instrument measure the mechanic shock speed, measuring the compression wave produced when ball and race has shock. When both contact there is a molecular aceleration wich produce a compression wave and travel at …
High Definition Shock Pulse Method - SPM Marine & Offshore
WebIt is an ideal instrument for beginners in condition monitoring, or as a supplement to more advanced instruments for evaluated shock pulse measurement. Without specialized … Web3 Apr 2012 · Shock pulse works somewhere around 35-40Khz. This means it will "see" defects long before they show up using vibration (up to 5-10 Khz). I tend to use both, i will typically take a shock pulse measurement (I also use shock pulse spectrum to see what is craeting the noise) basic vibration and FFT so I am covering all bases. jesy nelson school life
SPM HD Shock Pulse Monitoring - YouTube
WebTemperature range: 0 to +50 °C. Power supply: 6 x 1.5 V LR6 alkaline cells. Battery life: power down 1 year, or 5000 readings, or 50 hours recording. Instrument size: 255 x 105 x 60 mm. Weight: 0.85 kg. Casing / cover: ABS / polyurethane. Keypad: sealed membrane. Display: LCD, 4x16 characters, LED backlight. WebDescription dBm/dBc which is a part of the original Shock Pulse Method ( SPM) is used to obtain an easy, fast and reliable diagnosis of the operating condition of rolling element bearings. Features of dBm/dBc Shock Pulse Monitoring Easily understandable condition evaluation in red-yellow-green scales WebSPM is an abbreviation for the Shock Pulse Method, which is a patented technique for using signals from rotating rolling bearings as the basis for efficient condition monitoring of machines. From the innovation of the method in 1969 it has now been further developed and broadened and is now a worldwide accepted philosophy for condition monitoring of … jesy nelson twitter