Accelerometers. NP Series. Sensor Amplifier Calibrator. Accelerometer. Peripherals

Transcription

1 NP-series Vibration Sensing Accelerometers NP Series Accelerometer Sensor Amplifier Calibrator Peripherals

2 NP Series Accelerometers An accelerometer is a sensor that converts mechanical vibrations into electrical signals that are proportional to the vibratory acceleration. There are several different types of NP Series accelerometers available, such as an ultra-compact type that weighs a mere 0.g, a tri-axial type for simultaneous measurement of acceleration in the X, Y, Z directions, a waterproof type, a high-sensitivity type. Select the type that best meets your application needs. These purpose-designed sensors are capable of high-sensitive detecting mechanical vibration. Features All the NP Series are Piezoelectric Accelerometers. 1. The NP Series accelerometers are seismic* vibration detectors, therefore do not require a reference point for measurement. Measurement is performed simply by mounting the accelerometer to the measured object.. Compared to other vibration sensors, the NP Series accelerometers are compact lightweight, thereby facilitating mounting to a test object. Their small size makes them easy to hle.. In general, the high resonance frequency the wide measurement frequency range enable measurement with minimal distortion, even of waveforms containing wideb frequency components. 6. A wide range of accelerometers with the performance capabilities to suit various applications environmental conditions is available. 3. The wide dynamic range enables the measurement of even ultrasmall acceleration levels. 4. The NP Series accelerometers are mechanically robust, are therefore ideal for measuring a large acceleration for shock acceleration measurement applications. k M C *: A vibration system where M is the mass, k is the spring constant, C is the viscosity resistance. Piezoelectric Elements Piezoelectric Accelerometers Piezoelectric Element When force is applied to a single crystal or to barium titanate, an electric charge is generated on its surface. This is called the piezoelectric effect. Materials which exhibit the piezoelectric effect are called piezoelectric materials (piezoelectric elements). Piezoelectric Accelerometer A piezoelectric accelerometer is a sensor that utilizes a piezoelectric element both as a seismic spring as an electromechanical transducer at the same time. Electrical signals are output in direct proportion to the vibratory acceleration. Accelerometer Types: Compressed Shear Piezoelectric accelerometers can be basically divided into two types, compressed shear, according to the different methods of applying force to the piezoelectric element. Figure 1 shows the respective construction for each of the two types. With the compressed type (a), the piezoelectric element is swiched between the sensor base the inertial mass. With the shear type (b), the piezoelectric element is fixed in place between a post that is placed vertically on the base the inertial mass. The compressed type was the type that was conventionally used in the past, but recently use of the shear type, which is minimally affected by base strain sudden variations in temperature, has become more widespread. Figure 1 : Piezoelectric Accelerometer Structure (a) Compressed type obust against impact force Force Force Inertial mass (Weight) An electric charge is generated when either a compressing force or a pulling force is applied to the piezoelectric element in the axial direction. Piezoelectric element Base Post Piezoelectric element (b) Minimally affected by pyroelectric noise base strain High sensitivity Force Force Inertial mass (Weight) Base An electric charge is generated when force is applied to the piezoelectric element in the shear directions.

3 Helpful Purchasing Guidelines How to choose between a charge output accelerometer an accelerometer with built-in preamplifier The selection of the most suitable sensor will depend on your measurement application. Use the descriptions provided below to help you make the correct choice between a charge output accelerometer one with built-in preamplifier. Charge output accelerometer Accelerometer with built-in preamplifier This type of accelerometer is used for the measurement of collision, drop test, other similar impact vibrations, for vibration measurement at high temperatures. Charge amplifier (converts the charge output to a voltage output) Charge output accelerometer This type of accelerometer is used for the measurement of general mechanical vibrations (diagnostic tests on plant equipment so forth). Accelerometer with built-in preamplifier Constant current supply amplifier Output of charge Voltage signal A constant current is supplied Voltage signal for voltage output. Miniature / BNC conversion adapter Cable NP-001 Cable Drive current supplied to the sensor Device Sensor NP-000 Series Features High performance against external shock impact force. Can be used at high temperatures. Device Sensor NP-00*/3000/7000 Series Features Compact design, high sensitivity. Comparatively high noise-withst capability. Cable Amplifier Low-noise cable used. Care must be taken with the way the cable is fixed (noise countermeasure). The cable length can be extended up to approx. 0m. Care must be taken, however, with countermeasure against noise interference. Sensitivity settings are required for each sensor. Care must be taken with the storage location (temperature, humidity, etc.). Comparatively expensive. Cable Amplifier Comparatively little affected by noise which is caused by the shake of cable. The cable length can be extended up to approx. 0m. Extremely easy to hle. eady to use as soon as the power is turned on. Compact, lightweight design. Series marked with have been already discontinued. * The Effect of Each of the Different Mounting Methods on the Frequency Characteristics There are several different methods of mounting the accelerometer on the measured object: screw mount, magnetic base, adhesive, so forth. Depending on the mounting method selected, however, the frequency characteristics may be adversely affected. The figure below shows examples of the frequency characteristics for the various methods that can be used to mount an accelerometer on the measured object. (1) Screw mount + silicon oil () Screw mount (3) Magnetic base (4) Search needle () Thick double-sided tape (6) Thin double-sided tape () (6) (4) (3) (1) () Accelerometer mounting methods db 0.1 () (4) () (1) khz Contact resonance frequency characteristics (e.g.) (3) (6) What is mass effect? The mass effect is the change in natural frequency of the measured object which has been affected by the sensor mass mounted on it. Sensor Measured object m M fe=fe 1 - M M+m M: Mass of the measured object m: Mass of the sensor fe : esonant frequency fe : esonant frequency deviation Mass effect refers to the sensor mass ability to affect an object's natural frequency. Because natural frequency depends on mass, an object to which sensor is attached will have a lower natural frequency than that of the object itself. If a sensor mass is too large, the sensor will decrease the object s natural frequency, thus resulting in measurement error. It is recommended that the sensor mass is under one-fiftieth or hundredth of the object's mass. Note that mass is not the mass of the whole object but the mass of the part to which the sensor will be attached. The part may be unexpectedly light. 3

4 Vibration Measurement Systems System Configuration NP-00 /3000/7000 Series (Built-in preamplifier type) Models with have been already discontinued. Sensor Sensor Cable Conversion Adapter Amplifier Signal Cable Analyzer NP-00 /600 /3000 Series NP-011 to 014: - to +ºC, ø1. NP-0131 to 0134: -73 to +60ºC, ø.3 NP-31/ 341/3414/ (miniature) connector Note: Select the cable according to the sensor s operating temperature range. (4) () NP-311 M3 (micro) connector 3-6 Plug connector NP-011 to NP-014: - to +160ºC, ø1. Note: The exclusive cable (3m) is provided with NP-31 as stard accessory. NP-017A: 3m, -90 to +60ºC, ø1.1 Note: The cable NP-017A is provided with NP-311 as stard accessory. Attached cable, 3m: -0 to +80ºC, ø.9 CF-07 ( ma) / 08 (0.6 ma) conversion adapters Note: Use CF-08 for the NP-00 Series. CF-09 ( ma) BNC-6-pin connector conversion adapter () NP-33 (3) For the NP-330 3m signal cable provided NP (miniature) connectors NP-0: 3m Extension cable NP-360A NP-043: 6m NP-360B NP-044: 9m BNC connectors NP-06: 3m -3 (miniature) connectors NP-0: 3m NP-001 Miniature / BNC conversion adapter NP-0081N TEDS adapter * S- -ch sensor amplifier *1 MX-0 Series BNC connector (1) NP-37 Extension cable /374 NP-013: m /376N NP-014: m /378N 0.3m cable provided BNC connectors NP-03: 3m NP m branch cable provided CF-01 filter envelope converter *1 NP-001 is provided as stard accessory NP-73 V-0600 m cable provided /AG-6000 Series extension cable (sold separately) NP-3331B /3331N0 NP-0143 to 0148: -0 to +1ºC, ø4. MX-0 Series BNC connector PS ch sensor amplifier *1 NP-39 NP-000 Series (Charge output type) Sensor Sensor Cable Conversion Adapter Charge Amplifier Signal Cable Analyzer NP-000 Series NP-6-3 (miniature) connector NP-011 to 014: - to +ºC, ø1. NP-0131 to 0134: -73 to +60ºC, ø.3 Note: Select the cable according to the sensor's operating temperature range. Attached cable, 3m : -0 to +160ºC, ø0.8 CH-6130/6140 MX-0 Series BNC connector (3) (1) NP-1 Attached cable, 3m : -0 to +160ºC, ø1. CH-0A NP-7 NP-9 3m signal cable for the NP-7 provided (NP-016) M3 (micro) connector Note: The cable (3m) is provided with NP-9 as stard accessory. NP-011 to 014: - to +160ºC, ø1. NP-06 Attached cable, 3m : -0 to +160ºC, ø0.8 Analyzers *1 (1) (3) (1) (3) *1 (1) (3) *1 TEDS TEDS TEDS TEDS TEDS CF-700A CF-360/380 DS-000 Series (1) Voltage input (BNC connector) () Sensor input (6-pin connector) (3) Sensor input (BNC connector)* 1 (4) Sensor input (-3 (Miniature) connector) *1: Can not be used with the NP-00 series. (There are some exceptions) *: NP-0081N connects TEDS amplifier the sensor which is not applicable to TEDS. DS-3000 Series CF-400 VC-0/30 4

5 TEDS function New technology What is TEDS? TEDS, an abbreviation for Transducer Electronic Data Sheet, is an information description format for sensor-specific information. TEDS facilitates your measurement process! TEDS is very helpful not only for the multi-channel, but also single-channel measurement. TEDS prevents from occurring serious human-error at the time of setup such as sensitivity setup. Manufacturer ID:3=ONO SOKKI Model number:378n Serial number:1346 Writable in USE area Measurement location ID:001 Benefits of TEDS Sensitivity:.0mV/(m/s ) Axial direction:z Output polarity:positive Calibration date:01//01 Calibration frequency:19.hz Calibration temperature:3.3ºc It reduces initial setting time of the sensor sensitivity with manual data entry. TEDS sensor features auto-setting which minimizes human-errors such as miss-entry, giving sensor s information including sensitivity axial direction. As it is not required to control of data-sheet for each sensor, the work is simplified. Conventional procedure of the measurement 1) Make the correspondent table of measurement points sensor sensitivities while mounting sensors. ) Tag the both side of cables with careful attention not to make a wrong connection. 3) Lay the cables check the disconnection. 4) Connect sensors to amplifiers in order while checking the each tag. ) Setup the sensitivity of amplifier or analyzer. 6) Start measurement. Preparation for measurement using TEDS applicable sensors 1) Lay the cables. ) ead TEDS information to complete the checking disconnection setting the sensitivity. 3) Start measurement. Do you figure out the each connection of measurement point sensor? Is the sensitivity setup correct? At multipoint measurement, TEDS greatly helps to save the setup time. Also it is effective at single point measurement. Alternative solutions to make the existing sensor applicable to TEDS NP-0081N TEDS Adapter The NP-0081N adapter makes an accelerometer with built-in preamplifier applicable to TEDS. You can use the existing sensor as TEDS applicable sensor only by adding sensor s information such as sensitivity on this adapter. TEDS function is available just by using NP-0081N adapter between the accelerometer TEDS equipments. This adapter enables an accelerometer with built-in preamplifier being used as TEDS applicable sensor easily. By using this adapter, there is no need to embed TEDS tip in the sensor itself. You can use the sensor as TEDS applicable one while optimizing the features of each sensor such as ultra compact lightweight. Specifications Item NP-0081N Applicable sensor NP-3000 series (CCLD sensor with built-in preamplifier) TEDS stard IEEE Template Ver. 1.0 Connector Sensor side: -3 Coaxial Measurement instrument side: C0 (BNC) -40 to +8ºC Operating humidity range 8%H or less Outer dimensions ø1 40mm Weight Approx. 0g NP-3000 series Accelerometer NP-0081N TEDS adapter Connect to TEDS applicable amplifier or analyzer. *The sensor is delivered after matching with NP-0081N adapter. TEDS applicable analyzers Analyzers DS-000/3000 Series CF-360/380 CF-400 CF-700A Multi-channel data station Portable FFT analyzer FFT comparator Portable -channel FFT analyzer

6 8 4 NP-3000 Series Accelerometers with Built-in Preamplifier Features Ultra-compact lightweight Compact lightweight Compact lightweight Compact general-purpose usage General-purpose usage General-purpose usage floating Structure Model name NP-311 NP-3418 NP NP-31 NP-3 NP-311 Appearance Sensitivity * 1 1.0mV/ (m/s ) 1.0mV/ (m/s ) 1.0mV/ (m/s ) 0.mV/ (m/s ) 1.0mV/ (m/s ) 1.0mV/ (m/s ) ±1% ±% ±1dB ±1dB ±1dB ±1dB esonance frequency 0kHz or more Approx. 40kHz Approx. 40kHz Approx. 4kHz Approx. 0kHz Approx. 0kHz Frequency response range 1Hz to khz ±% Hz to 6kHz ±0.dB Hz to 8kHz ±0.dB Hz to 6kHz ±0.dB Hz to khz ±0.dB Hz to khz ±0.dB 0.7Hz to 13kHz ±% 0.3Hz to 0kHz 0.8Hz to 16kHz 0.8Hz to 16kHz Hz to 1kHz Hz to 1kHz Hz to khz Maximum allowable acceleration Maximum shock resistance Operating temperature range 4,900m/s 98,000m/s -4 to +1ºC,00m/s,000m/s -30 to +1ºC,00m/s,000m/s -0 to +1ºC 4,400m/s 0,000m/s -0 to +1ºC,00m/s 0,000m/s -0 to +1ºC,00m/s,000m/s -0 to +1ºC Output impedance 300Ω or less 0Ω or less 0Ω or less 0Ω or less 0Ω or less 0Ω or less Detector noise Approx. 0μVrms 0μVrms or less 0μVrms or less 0μVrms or less 0μVrms or less 0μVrms or less Approx. 0.0m/s rms 0.0m/s rms or less 0.0m/s rms or less 0.04m/s rms or less 0.0m/s rms or less 0.0m/s rms or less Power requirement 18 to 30VDC 1 to VDC 1 to VDC 1 to VDC 1 to VDC 1 to VDC to 0mA Weight 0.g 1.9g NP-341:.g.4g 0g 34g NP-3414: 3.g Ground/Insulation (anode oxidation used for surface insulation) Mounting surface insulation Case material Aluminum Connector Compatible cable 3-6 coaxial NP-017A (provided) M3 coaxial (micro connector) Top NP-0 Series M3 coaxial (micro connector) NP-341: NP-3414: Top NP-0 Series M3 coaxial (micro connector) NP-0 Series (exclusive 3m cable provided) -3 coaxial NP-0/0130 Series -3 coaxial Top NP-0/0130 Series Attachment Adhesive M3 female screw M3 female screw M3 female screw M female screw M female screw Accessories NP-017A (3m cable) NP-001 (BNC to -3 conversion adapter) Tool for scooping out, mounting wax, M3 steel stud M3 steel stud M3 steel stud Exclusive 3m cable M steel stud M steel stud Outer dimensions 6.4 x 11.4 x 3.6 7Hex x 11.H NP-341: Hex x 1.H NP-3414: 8Hex x 11H 11Hex x 14.H 14Hex x 3H 17Hex x 3H NP-341 ø NP-017A signal cable 3 ø 6.9 Micro connector ø8. Micro connector 1. (4.6) Micro connector M3 Depth (11.6) ø.8 (4) Miniature connector (17) 7 ø 6 M3 x 0. Depth NP-3414 Micro connector ø8 ø ø (0.3) ø 7.8 ø6. (9.) M3 Depth M3 x 0. Depth.1 *1: The sensitivity varies from model to model (individual differences). The values given in the above table are the stard values at the time of shipment, not the measurement accuracy values. Performing calibration for each of the sensors according to its respective sensitivity value enables measurement to be performed under the same conditions with the same accuracy, irrespective of the sensor type. 6

7 High-sensitivity High sensitivity floating Floating water resistance type* Floating water resistance type* (TEDS* 3 ) Waterproof * NP-3130 NP-3131 NP-3331B NP-3331N0 NP-33 * 4 * 4 mv/ (m/s ) mv/ (m/s ).0mV/ (m/s ).0mV/ (m/s ) 1.0mV/ (m/s ) ±1dB ±1dB ±% ±% ±1dB Approx. khz Approx. khz Approx. khz Approx. khz Approx. 3kHz Hz to 4kHz Hz to 4kHz Hz to 4kHz Hz to 4kHz Hz to khz ±0.dB ±0.dB ±% ±% ±0.dB Hz to khz Hz to 8kHz Hz to khz Hz to khz Hz to khz 0m/s 0m/s 700m/s 700m/s,00m/s 0,000m/s,000m/s,000m/s,000m/s,000m/s -0 to +1 C -0 to +1 C -0 to +1 C -0 to +8ºC -0 to +80ºC 0Ω or less 0Ω or less 0Ω or less 300Ω or less 0Ω or less 0μVrms or less 0μVrms or less 0μVrms or less 0μVrms or less 0μVrms or less 0.00m/s rms or less 0.00m/s rms or less 0.004m/s rms or less 0.004m/s rms or less 0.0m/s rms or less 1 to VDC 1 to VDC 1 to VDC 18 to VDC 1 to VDC 46g 69g 0g 0g 9g * 6 Mounting surface insulation Case insulation Case insulation -3 coaxial -3 coaxial TNC TNC Attached to the cable Top Top -3 coaxial plug Top NP-0/0130 Series NP-0/0130 Series NP-0140 Series NP-0140 Series M female screw M female screw M female screw M female screw M female screw M steel stud M steel stud M steel stud M steel stud M steel stud 17Hex x 3H 1Hex x 37.H 17Hex x 37.H 17Hex x 37.H 17Hex x 9H. TNC connector. TNC connector 37. ø ø16.8 ø16.8 ø16.8 M Depth 17 M Depth 17 (19.4) (19.4) *: When the sensor is used in the place where there is splash or spilled water, please refer to the lowermost section of page1 for water-resistant processing. *3: Conforms to IEEE Template ver. 1.0 *4: Applicable stard EN6136:1997,A1 1998, A:001, A *: Conforms to JIS C 090 Protection Class 7. *6: The cable is not included. 7

8 Z X Y Z X Z X Y Y Y Y 7 Tri-axial Accelerometers with Built-in Preamplifier / Charge Output Type Features Compact tri-axial measurement General-purpose tri-axial measurement General-purpose tri-axial measurement General-purpose tri-axial measurement (TEDS* ) General-purpose tri-axial measurement (TEDS* ) Waterproof/dustproof tri-axial measurement * 3 Ultra-compact tri-axial measurement Structure Model name Appearance NP-360B NP-37 NP-374 NP376N NP378N NP-73 NP-06 <charge output type> Sensitivity * 1 1.0mV/ (m/s ) 1.0mV/ (m/s ) mv/ (m/s ) 1.0mV/ (m/s ) mv/ (m/s ) 0mV/ (m/s ) 0.04pC/(m/s ) ±% ±% ±% ±% ±% ±.% 31.Hz ±0% Capacitance 80pF ±0% (including cable) esonance frequency Approx. khz Approx. 40kHz Approx. 3kHz 60kHz or more Frequency response range Hz to khz ±% (Y, Z axis) Hz to khz ±% (X axis) 1Hz to 8kHz ±1dB (Z axis) 1Hz to khz ±1dB (X, Y axis) 1Hz to khz ±1dB (X axis) 1Hz to 8kHz ±1dB (Y, Z axis) <Common to X, Y, Z axis> <Common to X, Y, Z axis> 0.4 to 0Hz ±.% fc to 1kHz (±%) 0.8Hz to 8kHz (X axis) 0. to 00Hz ±1dB fc to khz (±%) Maximum allowable acceleration Maximum shock resistance Operating temperature range Output impedance Detector noise Power requirement 4,900m/s 98,000m/s -4 to +11ºC 00Ω or less 0.03m/s rms (typ) 18 to 30VDC 4,000m/s 400m/s 30,000m/s -0 to +1ºC * 4 1kΩ or less 40μVrms or less 40μVrms or less 0.04m/s rms or less 0.004m/s rms or less 1 to 30VDC 0.8Hz to khz (Y, Z axis) 3,600m/s 360m/s 30,000m/s -40 to +8ºC 400kΩ or less 40μVrms or less 40μVrms or less 0.04m/s rms or less 0.004m/s rms or less 18 to VDC 0.1 to 400Hz +1dB/-3dB 3m/s 00m/s - to +0ºC 0Ω or less.8μvrms or less LPF=00Hz, -4dB/oct Sensitivity conversion acceleration: 8μm/s rms 1 to VDC fc to 0kHz (),000m/s 0,000m/s or more -0 to +160ºC to 0mA to ma Insulation resisitance,000mω or more (0VDC) Weight.3g 8.1g 11.1g 00g Approx. 1.g (not including cable) Ground/Insulation Case material Aluminum Aluminum, Alumite surface coating Connector Compatible cable Attachment Accessories Outer dimensions 1/4-8 (4-pin) connector NP-0, 06 Adhesive or -40UNC female screw -40UNC/M3 Conversion screws (two) Mounting wax Mounting base (NP-003),.(W) x.(d) x.(h) (not including protruded section) D-4S-4 NP-0, 03 Adhesive or M female screw M steel stud Mounting wax Mounting clip (NP-0061) 14.(W) x 14.(D) x 14.(H) (not including protruded section) D-4S-4 NP-0, 03 Adhesive or M female screw M steel stud Mounting wax Mounting clip (NP-0061) 14.(W) x 14.(D) x 14.(H) (not including protruded section) 04-8M V-0600 (provided), AG-6000 Series extention cable 3-prong adapter (attached) Attached to the cable (3m, 3pcs.) Cable diameter ø0.8mm -3 coaxial plug V-0600 (cable, m) NP-0073 (3-branch cable, 0.4m) (Japanese only) ø74(d) x 38.(H) 8(W) x 7(D) x.(h) (not including protruded section) (not including protruded section) Adhesive -40 UNC-B Output connector Low-noise cable (3m) ø6.0 Miniature connector (9.) 14. (9.) 14. (9.) 14. (9.) 14. Accelerometer 19.6 NP-360A SN PXXXX. Ono Sokki.. Z X NP-374 ONO SOKKI XXXX 14. Connector (D-4S-4) Z X NP-374 ONO SOKKI XXXX 14. Connector (D-4S-4) 14. Connector (D-4S-4) 14. Connector (D-4S-4) Approx. 30mm Y-axis cable X-axis cable Z-axis cable 8-40 UNC-B ø6 0.. M x 0.8 Depth 3. M x 0.8 Depth 3. Gasket M Depth 3. Gasket M Depth 3. ø74 *1: The sensitivity varies from model to model (individual differences). The values given in the above table are the stard values at the time of shipment, not the measurement accuracy values. Performing calibration for each of the sensors according to its respective sensitivity value enables measurement to be performed under the same conditions with the same accuracy, irrespective of the sensor type. *: Conforms to IEEE Template ver. 1.0 *3: Conforms to the JIS C 090 Safety Protection Class IP66. *4: The operating temperature range is available for sensor itself. The operating range when the cable is included is - to +ºC. 8

9 NP-000 Series Charge Output Accelerometers Features Ultra-compact lightweight Compact lightweight Compact high-temperature proof Compact general-purpose usage Compact General-purpose usage General-purpose usage high sensitivity Structure Model name NP-6 NP-1 NP-7 NP-9 NP-8 NP- NP-130 Appearance Sensitivity * pC/ (m/s ) 0.16pC/ (m/s ) 0.306pC/ (m/s ) 0.3pC/ (m/s ) 1.pC/ (m/s ) pc/ (m/s ) pc/ (m/s ) ±0% ±db ±% ±db ±db ±db ±db Capacitance 80pF ±0% (including cable) 700pF ±0% Approx. 340pF 00pF ±0% 70pF ±0% 3,30pF ±0% 3,30pF ±0% esonance frequency 60kHz or more Approx. 40kHz Approx. 0kHz Approx. 60kHz Approx. 40kHz Approx. 30kHz Approx. khz Frequency response range * fc to 1kHz ±% fc to khz ±0.dB fc to khz ±% fc to khz ±0.dB fc to 6kHz ±0.dB fc to khz ±0.dB fc to khz ±0.dB fc to 6kHz ±% fc to 0kHz fc to 0kHz fc to 0kHz fc to 1kHz fc to 1kHz fc to khz fc to 0kHz Maximum allowable acceleration 0,000m/s,000m/s,600m/s 0,000m/s 0,000m/s 8,000m/s,000m/s Maximum shock resistance 0,000m/s or more 0,000m/s 98,000m/s 0,000m/s 30,000m/s 16,000m/s,000m/s -0 to +160ºC -0 to +160ºC -70 to +60ºC -0 to +160ºC -0 to +160ºC -0 to +160ºC -0 to +160ºC Insulation resistance,000mω or more (0VDC),000MΩ or more 1,000GΩ or more,000mω or more,000mω or more,000mω or more,000mω or more Weight 0.g * 3 0.6g * 3 g g 1g g 4g Ground/Insulation Case material Connector Attached to the cable (3m) Cable diameter ø0.8mm -3 coaxial plug Attached to the cable (3m) -3 coaxial plug -44 coaxial M3 coaxial (micro connector) -3 coaxial Top -3 coaxial -3 coaxial Compatible cable NP-0160 Series NP-0 Series NP-0/0130 Series NP-0/0130 Series NP-0/0130 Series (NP-016 (3m) provided) (exclusive 3m cable provided) Attachment Adhesive Adhesive M3 male screw Adhesive M male screw M female screw M female screw Accessories NP-016 (3m cable) Exclusive 3m cable Exclusive cap nut M steel stud M steel stud Tool for scooping out Outer dimensions ø3. x.mm ø6. x 3.7H 7.9Hex x 8.4mm 7Hex x H 1Hex x 16H 14Hex x 3.H 17Hex x 3H Hex7.9 ø3. Serial number ed marker on the top.7 ø0.8. Low-noise cable (3m). 8.4 M3 x 0. ø6.0 Miniature connector *1: The sensitivity varies from model to model (individual differences). The values given in the above table are the stard values at the time of shipment, not the measurement accuracy values. Performing calibration for each of the sensors according to its respective sensitivity value enables measurement to be performed under the same conditions with the same accuracy, irrespective of the sensor type. *: The fc value is determined by the time constant with respect to the charge amplifier. For example, when using the NP- together with the CH-0A, the fc value is 1Hz (±0.dB range). *3: The cable is not included. The noise specification for the NP-000 Series accelerometers is the input conversion noise level of the CH-0A or other charge amplifier used. Compatible sensor amplifiers NP-3000/7000 series amplifier NP-000 series Charge amplifier S- PS-1300 CH-6130/6140 CH-0A 9

10 Accessories Sensor Signal Cables Model name Length Specifications Outer dimensions Compatible Sensor Models NP m ø6.0 Miniature connector ø6.0 Miniature connector - to + C No.-3 No.-3 NP-, 130, 8, 3, NP-01 3m 311, 3130, 3131 (NP-39*, Cable diameter: ø1.mm NP-013 m, I, 0, 0I, 0, 60*, Type: Low-noise cable 60* 1 )* 3 NP-014 m NP m ø6.4 Miniature connector ø6.4 Miniature connector -73 to +60 C No.-3 No.-3 NP-, 130, 8, 3, NP-013 3m 311, 3130, 3131 (NP-39* Cable diameter: ø.3mm, NP-0133 m, I, 0, 0I, 0, 60*, Type: Low-noise cable 60* 1 )* 3 NP-0134 m NP-0143 m ø14 TNC connector ø1 BNC connector NP-0144 m -0 to +1 C NP-3331B, 3331N0 NP-0146 Cable diameter: ø4.mm (NP-3331, 3331A)* 3 0m NP m NP m ø3.6 Micro connector ø6.0 Miniature connector NP-01 3m - to +160 C M3 No.-3 NP-9* 1, 31* 1, 341, 3414, Cable diameter: ø1.mm NP-013 m 3418 Type: Low-noise cable NP-014 m NP-016 NP m 9m -90 to +60 C Cable diameter: ø.0mm Type: Low-noise cable ø connector ø6.4 Miniature connector No.-3 NP-7 NP-017A 3m -90 to +60 C Cable diameter: ø1.1mm ø PLUG connector ø6. Miniature connector No.-3 NP-311* 1 NP-000 3m -0 to +1 C Cable diameter: ø0.9mm ø UNM ø6.4 Miniature connector No.-3 (NP-3* 1 )* 3 NP-0 NP-03 3m Section A: -0 to +1 C Section B: -0 to +60 C Cable diameter Section A: ø.6mm Section B: ø1.mm ø7.7 DP-4S-1 ø7.7 DP-4S-1 A A B B ø6.0 Miniature connectors No.-3 ø1 BNC connectors NP-37, 374, 376N, 378N (NP-360)* 3 NP-013 NP-014 m m -0 to +1 C Cable diameter: ø.6mm ø7.7 DP-4S-1 ø. D-4S-4 Extension cable for NP-37, 374, 376N, 378N (NP-360)* 3 NP-0 NP-06 3m -90 to +00 C Cable diameter Section A: ø.4mm Section B: ø1.96mm ø7.7 1/4-8 (4-pin) connector A ø7.7 1/4-8 (4-pin) connector A B B ø6. Miniature connectors No.-3 ø1 BNC connectors NP-360B (NP-360A)* 3 NP-043 NP-044 6m 9m -90 to +00 C Cable diameter: ø.4mm ø7.7 1/4-8 (4-pin) connector ø8.0 1/4-8 (4-pin) jack Extension cable for NP-360B (NP-360A)* 3 NP-0073* 4 0.4m - to +0 C Cable diameter: ø.mm ø1. 03-J8F ø6.0 Miniature connectors No.-3 Branch cable for NP-73 *1: The cable is provided with the sensor as stard. *: The NP-001 Miniature/BNC conversion adapter is required. *3: Models within parentheses ( ) have been already discontinued. *4: The cable is provided with the NP-73 as stard. [ Application ] ø PE8F (Protection cover) ø PE8F (Protection cover) ø JC8M (Protection cover) ø PE8M (Protection cover) NP-001 PC NP-73 Exclusive cable: 0.3m V-0600: m NP-0073: 0.4m * The three cables above are provided with the NP-73 as stard accessory. DS-3000 Series

11 Signal Cable Extension Adapter * Models marked with an asterisk have been already discontinued. Model Name Outer dimensions Usage Example NP ø6.4 Signal cable Use the adapter to connect two cables together to form an extension cable. Signal cable Miniature/BNC Conversion Adapter Model Name Outer dimensions Usage Example NP-001 (6.7) ø14. Signal cable Connect to BNC connector (C0 type) Magnetic Base Model Name NP-00 NP-01 NP-0 NP-03 NP Outer dimensions ø9 M3 X 0. Specifications Compatible Sensors Search Needle Weight: g Force: 117.6N NP-130, 3130, 3131, 33, 3331B, 3331N0 (NP-4, 0, 0I)* Note : : -0 to +0ºC Weight: 1g Force: 9.4N NP-, 3, 311, 37, 374, 376N, 378N (NP-39,, I)* Weight: g Force: 9.4N NP-31, 341, 3414, 3418 Note: If the NP-004 flat table is used, the NP-0 magnetic base can also be used with the NP-1, 9, 311, 360B, (NP-3, 360A, 60)* sensors. Weight:.g Force: 4.0N NP-341, 3414, 3418 Weight: 3g Force: 39.N NP-, 130, 8, 3, 311, 3130, 3131, 33, (NP-39,, I, 0, 0I) * Model Name Outer dimensions Compatible Sensors NP-033 ø1 M Depth Material: NP-00*/000/3000 Series (excluding the NP-6, 1, 06, 7, 9, 31, 311, 341, 3414, 3418, NP-3000 series tri-axial type, NP-3*, 330* models) [ Application ] Use the NP-033 Search needle when there are multiple measurement points; when area for mounting a sensor is too confined; or when there are other difficulties faced when performing measurement. Mounting Base Model Name Outer dimensions Compatible Sensors NP-031 M Depth 7 (not through-hole) Material: Approx. 1g NP-00*/000/3000 Series (excluding the NP-6, 1, 06, 7, 9, 31, 311, 341, 3414, 3418, 360B, 3*, 330*, 360*, 360A* models) [ Application ] Use a mounting base when you want to protect the bottom surface of a sensor. The base enables a sensor to be mounted on removed from a test object without scratching the bottom of the sensor. Cap nut Adhesive NP M3 Depth.8 (not through-hole) Material: Approx. 1.1g 4 -C0. NP-7, NP-3418, NP-360B, NP-360A* M3 NP Material: Aluminum, insulated coating Approx. 0.4g 8 NP-7, NP-3418, NP-360B, NP-360A* 11

12 Mounting Clip Model Name Outer dimensions Compatible Sensors 4. ø18.1 NP-0061 NP-37, 374, 376N, 378N * Models marked with an asterisk have been already discontinued. [ Application ] Using mounting clip prevents from accidents that threaded screw hole is filled with adhesive or NP-374 is broken by the excessive load at the time of dismount. Also mounting clips at several points on the measurement object makes NP-374 easy to move over results in reducing setup time. Material: ABS resin Weight: Approx. 1.7g Conversion Screw Model Name Outer dimensions Compatible Sensors M3-40UNC NP-001 NP-360B, 360A* Material: Beryllium copper Weight: Approx. 0.g [ Application ] NP-360B -40UNC NP-001 Conversion screw M3 Connecting NP-004 Flat table Flat Table Model Name Outer dimensions Compatible Sensors NP-004 ø1 M3 Depth 3 (not through-hole) 14 Material: SUS304 Weight: Approx. 7.8g 6 NP-1, 9, 311, 360B, (NP-3, 360A, 60)* [ Application ] Use the flat table when you want to mount the NP-1, 9, 311, 360B, (NP-3, 360A, 60)* sensors on a magnetic base. Adhesive NP-0 Magnetic base NP-3 NP-004 Flat table Mounting Wax Model Name NP-00 Appearance Contains approx. 0ml [ Application ] Use the wax to mount the sensor on the measurement object. ounded wax approx. mm in dia. Press with your finger. The frequency characteristics will vary according to the mounting method of wax. Please contact your nearest distributor or our sales office nearby for further details. Please use the wax at room temperature. The wax may be meltdown at high temperature it causes adhesion failure. For the water-resistance processing of NP-3331B/3331N0 When NP-3331B/3331N0 are used in where the sensor may be splashed or spilled water, please refer to the procedure to hle as follows. (Equivalent of IPX 7) Attention: Please make this modification at your own responsibility. The failures or troubles occurring through modification will be hled on a fee basis even during the warranty period. For modification (fare-paying service), contact your nearest distributor or our sales office nearby. 1) Attach the TNC plug of exclusive cable (NP-0140 series) to the sensor. ) Apply entirely the silicon rubber adhesive (sealing agent) to the cable part where is put on a rubber cover of NP-0140, connector part sensor part. ecommended manufacture of sealing agent: Shin-Etsu Chemical Co., Ltd 3) Shift the water-proof rubber cover to the specified position. 4) Harden the sealing agent adequately. NP-3331B/3331N0 (60) Applying area of silicon rubber adhesive Water-proof rubber cover NP-0140 series 1

13 Peripherals for NP Series Accelerometers (Options) Charge Converter (Adapter Type) For the NP-000 Series CH-6130/6140 The CH-6130/6140 models are simple charge amplifiers that enable charge signals to be converted into voltage signals. Using these charge converters with the VC-0/30 vibration comparators the CF-360/380/400/700A etc. DS-000/3000 Series FFT analyzers enable charge output accelerometers to be connected directly to measuring instruments (those that can accept input from a constant current line drive) without need for a separate charge amplifier. Compact, lightweight, simple charge amplifiers. Can be easily connected to a sensor input connector (BNC). Charge output accelerometers can be connected directly to measuring instruments (those that can accept input from a constant current line drive) without need for a separate charge amplifier. There are two models available, the CH with a conversion coefficient of 1 mv/pc (converts a 1-pC charge signal to a 1-mV voltage signal), the CH-6140 with a conversion coefficient of mv/pc. Make your selection according to the sensitivity of the input sensor. Specifications Item CH-6130 CH-6140 Gain 1.0mV/pC* 1 mv/pc* 1 Frequency range Hz to 1kHz (±0.dB)*, Hz to 4kHz ()* Maximum output voltage Vp-p or more Output bias ±VDC Input conversion noise 0.0pC (rms) or less Drive power supply Voltage: 18 to 36VDC, constant current:.0 to 0mA Connector configuration Input: Miniature connector, No. -3UNF screw Output: C0 plug (BNC plug) General Specifications Structure Input/output connector connections, case ground Case material Stainless (SUS-303) 0 to +0ºC Operating humidity range 8% H or less (with no condensation) Outer dimensions ø1 x 40mm Weight Approx. 0g *1: At 160Hz *: When the gain is 0 db at 160Hz. Note: The output polarity is turned over. < CH-6130/6140 connection diagram > Using CH-6130/6140 enables to connect input connector of DS-000/3000 series etc. directly. PC NP-0/0130 Series etc. NP-000 Series Charge output accelerometer (NP- etc.) CH-6130/6140 DS-000/3000 Series CF-360/380/400/700A etc. Compatible FFT Analyzers Model Product name DS-000 Series Multi-channel data station DS-3000 Series Sound Vibration real-time analysis system CF-360/380 Portable FFT analyzer CF-400 FFT comparator CF-700A Portable -channel FFT analyzer Appearance Number of channels to 3ch to 64ch 4ch or 8ch 1ch ch Frequency range 4mHz to 40kHz 4mHz to 40kHz 4mHz to 40kHz 1Hz to 40kHz mhz to 0kHz Dynamic range 0dB or more 1dB or more 1dB or more 90dB (at 1Vrms range) 90dB or more Weight Approx..3kg to 11kg Approx..kg (4ch system) to 8.kg (3ch system) Approx. kg/11.kg Approx. 3.3kg Approx. 3.8kg Approx..1kg (battery pack mounted) Feature The number of channels can be changed depending on your application. PC-based easy operation. The DS-3000 has the same features as the DS-000 while becoming smaller, lighter having a higher processing speed. Greatly improved operability at field measurement with built-in touch panel PC. The CF-400 is a highfunctioned 1ch FFT analyzer which is suitable for determination on a production line. The OK/NG determination not only by time-axis waveform or tracking data but also block data can be made. Highly-compatible with PC pursuing on-site measurement. 13

14 Charge Amplifier CH-0A Charge Amplifier CH-0A is a charge amplifier which is used in combination with NP-000 series charge output accelerometers. It is fully-featured performance functionality necessary for vibration measurement such as high-pass filter, low-pass filter, CAL signal output setting of output sensitivity in db steps. Compact cost-effective amplifier focused on vibration acceleration measurements. Can be used with charge output accelerometers. Output sensitivity range can be set at each db steps. It is suitable for an output to data recorder so on. Low-pass high-pass filters are incorporated to get rid of unwanted noise. Oscillator for calibration is built in a main body. It works with 1VDC power supply. AC adapter battery unit are ready as options. Integral function is provided. It measures acceleration displacement (can be changed at each channel). Specifications Item CH-0A Maximum input charge ±0,000 pc Input connector Miniature connector (Model C by Tajimi Electronics Co., LTD, or equivalent) Charge condenser 0pF, 1,000pF,,000pF Leak resistance GΩ, 1GΩ, 0MΩ Frequency response Acceleration : 1.0Hz to 1kHz ±0.dB, 0.Hz to 0kHz function Velocity : 3.0Hz to 3kHz ±0.dB Displacement : 3.0Hz to 00Hz ±1dB (However, the frequency at 160Hz to be 0dB) Accuracy Acceleration : ±% Velocity : ±3% Displacement : ±% (160Hz at ±3ºC) ated output voltage ± V Maximum output load 3mA, 0pF Output connector C0 (BNC) Input conversion noise level* 1 0.0pC (rms) or less Output offset ±mv or less Sensitivity 0.01 to 999pC/EU* Filter HPF: Through, 3Hz, Hz(-18dB/oct), LPF: Through, 1kHz, khz (-18dB/oct) CAL signal 160Hz ±%, 1Vo-p ±.0%, sine wave(ºc±3ºc) Maximum input alarm OFF : [-db/ove] indicator blinks in red when output exceeds ±V. display function The blinks will stop when the output goes within ±V. ON : The blinking in red continues unless [ /ST] switch is pushed when the output exceeds ±V. Output sensitivity* , , 0., 0.316, 1.00, 3.16,.0, 31.6, 0, 316, 00mV/EU* Auto power save Only the decimal point will be displayed on main display when there is no input from each switch for approx. minutes or more. Other function Output level indicator It turns on in green at -db/f.s., blinks in red at F.S. over. Condition memory The measurement conditions are stored even though the power is OFF. Power requirement to 1VDC Current consumption ma or less at 1VDC IN (When the value of 1.00 is shown at displayed device.) Connection Maximum of 8 units can be connected for one AC adapter. Outer dimensions 8(W) x 11(H) x 194(D)mm (not including protruded section) Weight Approx. g Operating environment - to +0ºC 90%H or less (with no condensation) Storage environment - to +0ºC 90%H or less (with no condensation) Accessories Joint cable x 1pc., stabilizer x 1 pc., linking fitting x pcs. *1: Input conversion noise level; Value of the input electric charge converted from the noise voltage of a frequency b of 0kHz or less. (With SENS. is set at pc/eu ANGE at 00 mv/eu, while short-circuiting the input using a stard condenser) *: EU;Engineering unit *3: Output sensitivity;output power per 1EU Note: The output polarity is turned over. Options Model Product name Model Product name CH-00 Battery unit - VM0311-VM03 Power-supply cable for AC adapter (0VAC,.A) CH-0001 Accessory set (joint cable x 1 pc., - VM0718-VM0719 Power-supply cable stabilizer x 1 pc., linking fitting x pcs.) for AC adapter (0VAC,.A) - C4-1B(N) AC adapter - VM48-VM99 Power-supply cable (for 90 to 64VAC input) for AC adapter (1VAC, 7A) CH-00 Battery Unit (CH-00 with CH-0A x 3) Battery unit for CH-0A Performance specifications Input power source: 8 pcs. of size C alkaline battery or AC adapter (C4-1B(N)) (AC adapter has priority over battery.) Battery life: Approx. 8 hours continuously Display: Low battery display; The available operating time after pointer of monitor comes in a red zone is approx. 30 minutes. (When alkaline batteries are used, three units of CH-0A connected, at 0ºC) The number of operating CH-0A: 3 units max. General specifications : 0 to +40ºC Operating humidity range: 90% H or less Storage temperature range: - to +0ºC Storage humidity range: 90%H or less Outer dimensions: 4(W) x 11(H) x 194(D)mm (not including protruded section) Weight: Approx. 60g (not including batteries) Accessories: Battery cell x 8 pcs., (size C alkaline batteries), joint cable x 1 pc., stabilizer x 1 pc. (already mounted on a main body), linking fitting x pcs., instruction manual x 1 copy DC plug C4-1B(N) AC adapter AC adapter for CH ± See plug detail Ferrite core VM4080 Plug detail Plug polarity 99±1 6±1 ø.1 Inlet 9. Specifications 0.8 Outer dimensions: 6(W) 99(D) 6(H)mm Weight: 80g or less Input voltage condition: 90 to 64VAC, 0/60Hz±3Hz Label for the ratings Output voltage: 1VDC Lord current: 3A : 0 to +40ºC Note: Operating humidity range: to 8% H Power-supply cable is required (sold separately). (with no condensation) See details below. Tip polarity: Negative Label for the logo Power-supply cables for C4-1B(N) VM0311-VM03 (0VAC,.A, m) Plug: VM031-C0 Connector: VM030-A0 Cord: H03VVH-F- 4/0.1-N NON-Pb (VM0311-VM03) 6±1 ø. VM0718-VM0719 (0VAC,.A, m) Plug: VM07180-F0 Connector: VM07190-C0 Cord: GB 607 IEC 4/0.1 N NON PB VM48-VM99 (1VAC, 7A, m) Plug: VM480-C0 Connector: VM990-B0 Cord: N HVFF 30/0.18 TOTSUSUZI NON-Pb 14

15 VX-10 Sensitivity Calibrator for Piezoelectric Accelerometers (Battery Drive Simple type) Piezoelectric accelerometers are widely used in vibration measurements. In order to obtain appropriate data, it is necessary to check the operation (sensitivity) of sensor before usage. The VX-10 is a simple sensitivity calibrator that is designed for use with piezoelectric accelerometers. Since an exciter, sensor amplifier display unit are all built into the calibrator, the sensitivity value can be read directly on the display simply by connecting an accelerometer directly to the VX-10. The VX-10 excites an accelerometer with sine wave of 19.Hz m/s (rms) so that the output can be used as calibration signal for vibration measurement system. The exciter, sensor amplifier display functions have all been integrated into one device for user convenience. The VX-10 can be used with both charge output accelerometers accelerometers with built-in preamplifier. To select the type of accelerometer you would like to check, press the select switch. (constant current driven type (ma)/constant current driven type (0.mA)/electric charge output type (charge)) Sensitivity value can be read directly on the built-in digital display unit. Long-term continuous operation is enabled (approx. 0hours). Compact light-weighted. A carrying case is provided as stard to make carrying easy. Basic accessories necessary to measure are provided as stard. Specifications Excitation frequency: 19.Hz ±1% Excitation acceleration: m/s (rms) ±3% Excitation velocity: mm/s (rms) ±4% Excitation displacement: μm (rms) ±% Harmonic distortion: 3% or less Sensitivity display range: 0.01 to 19.99mV/(m/s ) 0.01 to 19.99pC/(m/s ) Sensitivity display accuracy: ±3% ±1digit Compatible accelerometer: 1g or less weight Sensor power supply: 0.mA or ma switching voltage: 1VDC Power requirement: Type AA alkaline battery (L6) x 4 pcs. Battery life: Approx. 0hours : + to +40 C Operating humidity range: 90% H or less (with no condensation) Weight: Approx. 1kg Outer dimensions: (W) x 140 (D) x 0 (H) mm (not including protruded section) Accessories: Low-noise cable (0-cm length, BNC/Miniature connector) Conversion screws (M-M3, M-M6, M-flat (magnetic attachment possible) M-No.-3UNF) Note: Depending on the model of sensor used, a BNC/Miniature conversion adapter (NP- 001) may be required. Please contact your sales representative for details. * The VX-10 cannot be used for NP-6, 06, 311, 3331N0, 360B, 37, 374, 376N, 378N NP-73. S- -channel Sensor Amplifier (Battery Drive) The S- -channel sensor amplifier can measure vibration in combination with NP-3000 series accelerometers sound pressure level in combination with MI-3111 preamplifier (microphone: MI-13, 1433) at the same time. Two input channels for simultaneous measurement of either sound pressure level vibration, or sound insulation measurement. Dual power source: battery or AC adapter (sold separately). Providing following weighting: Flat, A or C (filter for measurement of sound pressure level). Stackable for multiple channels. Specifications Item S- Input Section Constant current power supply Current :.4mA (±0%) Applied voltage : approx. 18VDC Number of channels Operating frequency range 1Hz to 0kHz (±0.dB) Load impedance 0kΩ or more Input impedance 1MΩ ±0.% Input cutoff frequency Approx. 0.16Hz Input voltage range 1.dBVrms max. (±6V) Gain -, 0,, 0, 30, 40, 0, 60dB, 8 stages selectable in db steps, ±0.dB Frequency weighting A/C/FLAT (Z) Conforming stards: IEC 6167, JIS C 9 Output cutoff frequency Approx. 0.Hz (load impedance : 0kΩ or more.) Approx. 0.4Hz (load impedance : 0kΩ or more.) Input-converted A -dbvrms or less self noise* 1 C -0dBVrms or less FLAT(Z) -9dBVrms or less Input / output connector C0 (BNC) Output Section Output voltage range 1.6dBVrms max (±6V) Max. output cable length 30m or less General Power requirement Type AA alkaline battery x 4 pcs. Specifications External power supply: PB-7090 AC adapter (sold separately) Battery life Approx. 0 hours or more (When 4 pcs. of type AA alkaline battery L6 are used.) - to +0 C Operating humidity range 30 to 90% H (with no condensation) Storage temperature range -0 to +60 C Storage humidity range to 90% H (with no condensation) Outer dimensions 140(W) x 40(H) x 1(D)mm (not including protruded section) Weight Approx. 00g (including batteries) Accessories x 1 copy, type AA alkaline battery (L6) x 4 pcs. *1: Value of the input voltage converted from the noise level of a frequency b of 1Hz to 0kHz. (With short-circuiting the input setting the GAIN at 60dB) 1

16 OVE ESET POWE db/ove GAIN GAIN GAIN 1 ACC ACC ACC VEL DISP VEL DISP VEL DISP MODE MODE MODE ACC VEL DISP ACC VEL DISP ACC VEL DISP m/s mm/s mm m/s mm/s mm m/s mm/s mm HPF(Hz) HPF(Hz) HPF(Hz) Thru 3 Thru 3 Thru 3 LPF(Hz) Thru 1k k INPUT -db/ove LPF(Hz) Thru 1k k INPUT 3ch Sensor Amplifier PS db/ove 0 LPF(Hz) Thru 1k k INPUT 0 0 SIG OUT CH3 CH CH1 OPTION CHECK MADE IN JAPAN DC OUT 4-0mA ma SUPPLY OUT EXT OFF ON OVE HOLD OFF POWE ON IN EXT Outer dimensions (Unit:mm) PS-1300 S- (16.6) (7) 194 (16.3) 11 CH A CH B GAIN(dB) GAIN(dB) OVE A OVE A BATTEY C C FLAT FLAT Dual Channel Sensor Amplifier S- (6) 40 () 140 () (14) 1 (16) + - DC1V 9 POWE CH B CH A.9V INPUT OUTPUT INPUT Linking fitting () MONITO EXT 11 OUTPUT 0.1A EA VIEW Battery case (type AA battery x 4 pcs.) CH-0A CH-00 POWE ON Stabilizer is used as st by 8 turning 90 degree. (3) CH-00 BATTEY UNIT OUT IN DC IN Stabilizer is also used as linking fitting when several units are connected. CH-6130/6140 VX-10 SIG IN C0 connector CH-6140 ONO SOKKI No.134 ø14 IN CALIBATION EXCITE VX-10 M Depth 6. ø0 (40) () Miniature connector 140 ALAM SENSITIVITY AMPLIFIE.0mA I 0.mA 7 LOW BATT CHAGE OVE LOAD mv/(m/s ) pc /(m/s ) SELECT Microsoft Windows are registered trademarks of Microsoft Corporation in the United States other countries. Other product names model names are trademarks or registered trademarks of each individual company. The copyrights are reserved by each individual company. WOLDWIDE ONO SOKKI CO., LTD Hakusan, Midori-ku, Yokohama, 6-807, Japan Phone : Fax : overseas@onosokki.co.jp Outer appearance specifications are subject to change without prior notice. * UL: U.S.A Ono Sokki Technology Inc. 171 Executive Drive, Suite 400 Addison, IL. 601 U.S.A Phone : Fax : info@onosokki.net THAILAND Ono Sokki (Thail) Co., Ltd. 9/67 Moo Tivanon oad, Pakkred, Nonthaburi 11, Thail Phone : Fax : osth_sales@onosokki.co.jp INDIA Ono Sokki India Private Ltd. Unit No. 4B, Ground Floor, Tower-A, Spazedge, Sector47, Gurgaon-Sohna Expressway, Gurgaon, Haryana-0, INDIA Phone : Fax : osid@onosokki.co.in P..CHINA Ono Sokki Shanghai Technology Co., Ltd. oom 06, No.47 Zhengyi oad, Yangpu District, Shanghai, 00433, P..C. Phone : Fax : admin@shonosokki.com ecycled Paper CAT. NO E Printed in Japan 13 (SUN) 1K