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We found 25 matches....
Model: 133

Model: 133

3-channel PE/Isotron signal conditioner

    Model: 31979

    Model: 31979

    Rack mount kit for 133 and 136 holds 3 units

      Model: 31875-0001-0

      Model: 31875-0001-0

      Accessories, Low Pass Filter module, Used on 133 , 136, 433, 428, 436 10Hz -3dB corner frequency

        Instruction Manual Model 133

        Instruction Manual Model 133

        del 133. Gently remove the plastic frame from the Model 133 front panel (store the panel for future use and for return of the unit to Endevco when required). Hold the Model 133 behind the front panel mount, (the part with three cut-out rectangular holes), gently insert the Model 133's front
        IM133-Rev-H2

        
	Calibrating the Model 133 via calibration coefficients

        Calibrating the Model 133 via calibration coefficients

        Model 133 via calibration coefficientsCalibrating the Model 133 via calibration coefficients Calibrating the Model 133 via calibration coefficients Question What is the process for performing a calibration in-house with my Model 133 (3-channel) signal conditioner? Answer The calibratio

        
	Model 133 Higher IEPE Current Drive Setup

        Model 133 Higher IEPE Current Drive Setup

        Model 133 Higher IEPE Current Drive SetupModel 133 Higher IEPE Current Drive Setup Model 133 Higher IEPE Current Drive Setup Question I have a Model 133, which has selectable IEPE current limits of: 0, 4 and 10 mA. I have an application that requires a longer cable length and a higher band

        
	Model 133 and Model 136 Error Code definition

        Model 133 and Model 136 Error Code definition

        Model 133 and Model 136 Error Code definitionModel 133 and Model 136 Error Code definition Model 133 and Model 136 Error Code definition Question How can I translate the Error Code identified with a particular fault with my model 133 conditioner? Is there a definition of the particular err

        
	Programming the gain on a model 133 and 136 signal conditioner

        Programming the gain on a model 133 and 136 signal conditioner

        model 133 and 136 signal conditionerProgramming the gain on a model 133 and 136 signal conditioner Programming the gain on a model 133 and 136 signal conditioner Many users sometimes become confused when attempting to configure a model 133 or 136 signal conditioner, particularly when trying to prog

        
	How to program the gain on a model 133 and 136 signal conditioner

        How to program the gain on a model 133 and 136 signal conditioner

        model 133 and 136 signal conditionerHow to program the gain on a model 133 and 136 signal conditioner How to program the gain on a model 133 and 136 signal conditioner Question Many users sometimes become confused when attempting to configure a model 133 or 136 signal conditioner, particularly w

        
	Dual mode signal conditioning

        Dual mode signal conditioning

        s the 133 can be used with both IEPE and charge mode accelerometers. The caveat is that the 133 is a single-ended conditioner, designed for use with single-ended accelerometers. Piezoelectric charge mode accelerometers are available in single-ended and differential output. The 133 does not work with

        
	Providing a simple DC output to corresponding rotational shaft vibration levels

        Providing a simple DC output to corresponding rotational shaft vibration levels

        model 133 is connected to J1. The AC signal is rectified by the diode D1, allowing the positive swing to pass thru while blocking the negative swing. R1 serves as the isolation resistor between the model 133 output and the rectifier circuit. C1 is the filter capacitor and R2 is the discharge path. T

        
	What do IEPE and Isotron mean?

        What do IEPE and Isotron mean?

        model 133 is available. The 133 provides three channels of IEPE signal conditioning in one package, and offers a lot of flexibility in accelerometer choices and output scaling for downstream data acquisition systems. Contact our applications engineers to further discuss your options with IEPE accele

        
	Signal conditioner output scaling

        Signal conditioner output scaling

        devco 133 and 136 signal conditioners are designed for ease of entry of the accelerometer sensitivity and the desired output specified in millivolts per engineering unit. In cases where very low sensitivity transducers are used, such as high g shock accelerometers the user must either round off the

        
	Driving long output cables with the model 136

        Driving long output cables with the model 136

        model 133. While a typical test will probably be a transient event, the square wave is an effective test of rise time and the effects of high frequency bandwidth limitations. (repetition rate). Back to ask the experts

        751_legacy1.pdf

        751_legacy1.pdf

        The Endevco ® model 751 is a low-cost, lightweigh

        752a_legacy1.pdf

        752a_legacy1.pdf

        Model 752A12 / A13 ISOTRON ® accelerometer Featur

        61c12_c13_legacy1.pdf

        61c12_c13_legacy1.pdf

        Legacy product not for sale The Endevco ® brand m

        7702a1.pdf

        7702a1.pdf

        The Endevco model 7702A-XXXX stud mounted, Isoshea

        Practical Considerations of Accelerometer Noise

        Practical Considerations of Accelerometer Noise

        model 133. TP 324 Endevco_TP324_REVISED
        Endevco_TP324_REVISED

        Instruction Manual Model 136

        Instruction Manual Model 136

        mber (133, 136, etc.), firmware revision, address. 2. Send settings for all of the 7 functions programmable through the front panel. 3. Query settings for all of the 7 functions programmable through the front panel. 4. Send calibration constants. The new calibration constant will take effect
        IM136-Rev-F2

        7251aht-500m-11.pdf

        7251aht-500m-11.pdf

        The Endevco ® model 7251AHT-500M1 is a small pie

        Considerations for using charge amplifiers with high temperature piezoelectric accelerometers

        Considerations for using charge amplifiers with high temperature piezoelectric accelerometers

        10 MΩ 133 General SE 10 MΩ 2721B High Temp SE 1 kΩ 2771C General SE 100 kΩ 2771CM2 High Temp SE 10 kΩ 2775B General SE 10 MΩ 2777A High Temp Diff 50 kΩ 6634C General SE or Diff 10 MΩ Table 2 [Source: Ref 1] Figure 1Several questions arise at this point: • Why does the accelerometer’s resistance drop
        EDV-TP-339

        edv-catalog_lowres.pdf

        edv-catalog_lowres.pdf

        TEST & MEASUREMENT SENSOR CATALOG EXTREME ENVIRO

        Instruction Manual Model 6634C

        Instruction Manual Model 6634C

        11011 133 91 5B ACK 00000110 006 6 06 1 00110001 061 49 31 \ 01011100 134 92 5C BEL 00000111 007 7 07 2 00110010 062 50 32 ] 01011101 135 93 5D BS 00001000 010 8 08 3 00110011 063 51 33 ^ 01011110 136 94 5E HT 00001001 011 9 09 4 00110100 064 52 34 _ 01011111 137 95 5F LF 00001010 012 10 0A 5 0
        IM6634C-Rev-G