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We found 68 matches....
Model: 21170-0007P2

Model: 21170-0007P2

Model 920 Replacement Battery

    Model: 211B

    Model: 211B

    Force ring, 5k lb comp., 18 pC/lb, charge output
    • Sensitivity: (±15%) 18 pC/lb(4047 pC/kN)
    • Upper Frequency Limit: 90000 Hz
    • Temperature Range: -100 to +400 °F(-73 to +204 °C)
    • Weight: 0.35 oz(10 gm)

    Model: 2110E

    Model: 2110E

    Dual Purpose Shaker, 489 N (110 lbf) pk sine force, 25.4 mm (1") pk-pk stroke, through-hole armature for stinger attachment/modal testing, 83 mm (3.25") diameter mounting surface. Trunnion mounting base and 2000X03 accessory kit included.
    • Output Force, sine pk: (Forced Air Cooling) 110 lbf(489 N)
    • Stroke Length: (Continuous pk-pk) 1.0 in(25.4 mm)
    • Frequency Range: (Nominal) DC-6500 Hz
    • Acceleration: (Bare Table) 110 g pk
    • Weight: (Nominal) 56 lb(25 kg)

    Model: 2110E-CASE

    Model: 2110E-CASE

    Heavy Duty Transportation Case for TMS 2110E Shaker; Exterior Dimensions (L x W x D) 25x20x12 inches (63x50x30 cm); weight 23 lbs (10 kg).

      Model: 2110G09

      Model: 2110G09

      10/32 Nylon Stinger 9" (22.9 cm) ,pkg of 3

        Model: 2110G12

        Model: 2110G12

        10/32 Nylon Stinger 12" (30.5 cm) ,pkg of 3

          7722-7724_ds_083119.pdf

          7722-7724_ds_083119.pdf

          Description /…i 6 "Áœ`iÃÇÇÓÓÉÇÇÓ{>À iÀÕ}}i`«

          edv-ds-7270a_lowres.pdf

          edv-ds-7270a_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 K , 6 K , 2 0 K , 6

          edv-ds-7264d_lowres.pdf

          edv-ds-7264d_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US Sm a l l s i z e ,

          edv-ds-701ah-701fh_lowres.pdf

          edv-ds-701ah-701fh_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US F l a t f r e q u

          edv-ds-7268c_lowres.pdf

          edv-ds-7268c_lowres.pdf

          K e y f ea t u r e s þÿ Q S m a l l s i z e þÿ Q D C r es p

          edv-ds-7274a.pdf

          edv-ds-7274a.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 K , 6 K , 2 0 K a n

          edv-ds-7264b-022421.pdf

          edv-ds-7264b-022421.pdf

          K e y f ea t u r e s þÿ Q M e c h a n i c al o v e r t r a v e

          edv-ds-8515c.pdf

          edv-ds-8515c.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 1 5 a n d 5 0 p s i a

          edv-ds-8511a-5-10-20k_lowres.pdf

          edv-ds-8511a-5-10-20k_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 5 0 0 0 , 1 0 0 0 0

          edv-ds-2680b.pdf

          edv-ds-2680b.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US F o r u s e w i t h p

          edv-ds-8530cm37_lowres.pdf

          edv-ds-8530cm37_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 1 5 , 5 0 a n d 1 0 0

          edv-ds-8530c.pdf

          edv-ds-8530c.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 1 5 , 5 0 a n d 1 0 0

          7264c_ds_083019.pdf

          7264c_ds_083019.pdf

          K e y f ea t u r e s þÿ Q 5 0 0 g a n d 2 0 0 0 g f u l l s c a l e

          edv-ds-757ah-757fh.pdf

          edv-ds-757ah-757fh.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US Q en-US H i g h s e n s i t

          tn-24_mechshock.pdf

          tn-24_mechshock.pdf

          en-US W r i t t en B y en-US en-US P a tr i ck L . W a l t e r , Ph . D .

          tn-24_mechshock.pdf

          tn-24_mechshock.pdf

          en-US W r i t t en B y en-US en-US P a tr i ck L . W a l t e r , Ph . D .

          edv-ds-8530b_lowres.pdf

          edv-ds-8530b_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 00 , 5 00 , 1 000

          Selecting Accelerometers for and Assessing Data from Mechanical Shock Measurements

          Selecting Accelerometers for and Assessing Data from Mechanical Shock Measurements

          Selecting Accelerometers for and Assessing Data from Mechanical Shock Measurements

          edv-ds-726ch_lowres.pdf

          edv-ds-726ch_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US H i g h s e n s i ti

          edv-ds-8510b_lowres.pdf

          edv-ds-8510b_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 1 , 2 , 5 , 2 0 0 , 5

          tn-20_vib_1005.pdf

          tn-20_vib_1005.pdf

          en-US D a t a V a l i d a t i on : en-US en-US A P r e r e q u i s

          Data Validation: A Prerequisite to Performing Data Uncertainty Analysis

          Data Validation: A Prerequisite to Performing Data Uncertainty Analysis

          10;PÓ is a piezoelectric directional constant, a ÒdÓ is a piezoelectric coefficient, and a Ò Ó is a stress component. As opposed to piezoelectric transducers for pressure and force, which almost exclusively use quartz, many accelerometers use ceramic-based materials

          edv-ds-7280am4_lowres.pdf

          edv-ds-7280am4_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 , 0 0 0 g , 2 0 ,

          tn-18_1005_lowres.pdf

          tn-18_1005_lowres.pdf

          en-US I n t r o d u c t i o n t o A i r B l a s t en-US M e a s u r e m

          tn-18_1005_lowres.pdf

          tn-18_1005_lowres.pdf

          en-US I n t r o d u c t i o n t o A i r B l a s t en-US M e a s u r e m

          Introduction to Air Blast Measurements Part III: Guaranteeing that Validated Pressure Measurements are Acquired

          Introduction to Air Blast Measurements Part III: Guaranteeing that Validated Pressure Measurements are Acquired

          Introduction to Air Blast Measurements Part III: Guaranteeing that Validated Pressure Measurements are Acquired

          edv-ds-713al-713fl_lowres.pdf

          edv-ds-713al-713fl_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US Q en-US 2 0 0 0 g f u l l s

          edv-ds-7310a_lowres.pdf

          edv-ds-7310a_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US Q en-US R a n g e s o f 1 0

          edv-ds-758h_lowres.pdf

          edv-ds-758h_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US Q en-US 2 , 0 0 0 g r a n g

          edv-ds-7330_lowres.pdf

          edv-ds-7330_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US R a n g e s o f 1 0

          edv-ds-8510c.pdf

          edv-ds-8510c.pdf

          en-US K e y f ea t u r e s en-US þÿn en-US Q en-US 1 5 , 5 0 a n d 1 0

          edv-ds-727_lowres.pdf

          edv-ds-727_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US L ig h t we ig h t

          edv-ds-7270am7_lowres.pdf

          edv-ds-7270am7_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 K , 6 K , 2 0 K , 6

          tn-15-0205_dynamic_pressure_calibration.pdf

          tn-15-0205_dynamic_pressure_calibration.pdf

          en-US W r i t t en B y en-US en-US J i m L a l l y , C o - fo u nde r P C

          tn-15-0205_dynamic_pressure_calibration.pdf

          tn-15-0205_dynamic_pressure_calibration.pdf

          en-US W r i t t en B y en-US en-US J i m L a l l y , C o - fo u nde r P C

          Dynamic Pressure Calibration

          Dynamic Pressure Calibration

          Background: In the late 1950’s and 1960’s, with the advent of the aerospace era and advanced weapons development, came the requirement for high-frequency pressure sensors to make shock wave, blast, rocket combustion instability, and ballistic measurements. Piezoelectric sensors at that time had limited frequency response, and were mainly used for acoustic and engine combustion applications.

          edv-ds-8530bm37_lowres.pdf

          edv-ds-8530bm37_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US 2 0 0 , 5 0 0 , 1 0

          wp17_hydro_power_turbine_generator_rotor_monitoring.pdf

          wp17_hydro_power_turbine_generator_rotor_monitoring.pdf

          a c c u m e t r i x . c o m | 1 5 1 8 3 9 3 2 2 0 0 H Y DR O P OW E R

          Hydro Power Turbine Generator Rotor Monitoring

          Hydro Power Turbine Generator Rotor Monitoring

          Keeping a watchful eye on hydro generator temperatures

          tp277.pdf

          tp277.pdf

          en-US Basic Advantages of the Anisotr opic Etched, en-US T ransverse Gage Pr essur e T rans

          edv-ds-7360a_lowres.pdf

          edv-ds-7360a_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US n en-US T h r e e a x e s o

          wpl_68_howsensormountingaffectsmeasurements.pdf

          wpl_68_howsensormountingaffectsmeasurements.pdf

          en-US W r i t t en B y en en-US D av i d A . C o r e lli en-US H o w S

          wpl_68_howsensormountingaffectsmeasurements.pdf

          wpl_68_howsensormountingaffectsmeasurements.pdf

          en-US W r i t t en B y en en-US D av i d A . C o r e lli en-US H o w S

          How Sensor Mounting Affects Measurements

          How Sensor Mounting Affects Measurements

          How Sensor Mounting Affects Measurements

          edv-ds-7264h_lowres.pdf

          edv-ds-7264h_lowres.pdf

          en-US K e y f ea t u r e s en-US þÿ en-US Q en-US D C r e s p o n s e

          3p03218condensedreport.pdf

          3p03218condensedreport.pdf

          R EP O RT is s u e d b y a S w e d is h N a tio n a l L a b o ra

          Side-by-Side Microphone Test Results

          Side-by-Side Microphone Test Results

          3rd Party Competitive Test Results

          wpl_88_forcelinkstiffness.pdf

          wpl_88_forcelinkstiffness.pdf

          en-US W r i t t en B y en en-US D a v i d O r t , M e l i s s a M a z e

          Force Link Stiffness White Paper

          Force Link Stiffness White Paper

          Force Link Stiffness White Paper

          wpl_36_acoustic_methods_calibration_pcb.pdf

          wpl_36_acoustic_methods_calibration_pcb.pdf

          en-US W r i t t en B y en-US en-US Ch a d W a lb e r en en-US C ar m i

          Acoustic Methods of Microphone Calibration

          Acoustic Methods of Microphone Calibration

          ctorÓ from the actuator response can be used to provide the actual field r e- sponse of the microphone. 2. The pr obl e m Array, Probe, and Surface Microphones typically cannot be calibrated through the use of an ele c- tros

          wpl_47_continuousmonitoring.pdf

          wpl_47_continuousmonitoring.pdf

          en-US C on t i n u o u s C on d i t i on en-US en-US M o n it o ri n

          wpl_59_thermalresponse.pdf

          wpl_59_thermalresponse.pdf

          en-US W r i t t en B y en-US en-US J u s t in B a r r o w en-US T e s t

          wpl_59_thermalresponse.pdf

          wpl_59_thermalresponse.pdf

          en-US W r i t t en B y en-US en-US J u s t in B a r r o w en-US T e s t

          PCB Platinum Stock Products - China

          PCB Platinum Stock Products - China

          ; PÓ «J B N C Ly~ûo4 BN C Ly~û o4 LÀ 'u wû -¿u  ]t /• = *¢ n¸ PZ \» ™ç «D 7C 7U 12 %W = “o 4 (Ÿ )ß&û Þ n¸ &¿H 2® SERIES 640B0X Q *¢7

          Continuous Condition Monitoring with Vibration Transmitters and Plant PLCs

          Continuous Condition Monitoring with Vibration Transmitters and Plant PLCs

          Continuous Condition Monitoring with Vibration Transmitters and Plant PLCs

          TEST APPARATUS DESIGN FOR ASSESSMENT OF TECHNIQUES USED TO MITIGATE THERMAL TRANSIENT RESPONSE OF BLAST PRESSURE TRANSDUCERS

          TEST APPARATUS DESIGN FOR ASSESSMENT OF TECHNIQUES USED TO MITIGATE THERMAL TRANSIENT RESPONSE OF BLAST PRESSURE TRANSDUCERS

          chopÓ a propane torch flame with a stainless steel wheel while capturing the false pressure response of the pressure transducer . The setup was designed to allow for the torch to be slid closer or farther from the pressure transducer , and to be pivoted to one side. Moving the pro

          Continuous Monitoring | PCB Piezotronics

          Continuous Monitoring | PCB Piezotronics

          s Ó , s h o w p o s s i b l e al ar m l ev el s f or gener al c l as s es of m ac hi ner y . An o t h e r c r i t i c a l c o n c e r n f o r v i b r a t i o n m o n i

          wpl_33_28th_spsimcon_pcb.pdf

          wpl_33_28th_spsimcon_pcb.pdf

          en-US W r i t t en B y en en-US B o b M e t z , P C B Pi e z o tr o n i

          Optimizing 3-Component Force Sensor Installation for Satellite Force Limited Vibration Testing

          Optimizing 3-Component Force Sensor Installation for Satellite Force Limited Vibration Testing

          c Ó a c c e l e r a t i o n o f t h e st r u c t u r e Õ s c e n t e r - of - gr a vi t y. [1 ] [5 ] Pa y l o a d s a r e o f t e n f i t t e d w i t h p i e z o e l e c t r

          IP55 Ratings

          IP55 Ratings

          14;ÓÕ× / -)0./ .$./)/$-*+#*) )- (+'$!$ - . #)$'$ ) .ü )û +*-/. ØØ/ !*--*/ /$

          qa1087_pcb_manufacturing_guidelines.pdf

          qa1087_pcb_manufacturing_guidelines.pdf

          U s er G uide: M anuf ac t u ring Guidelin es N OTE