Geophone

Description: 428XL

• Number of Conductors: 7 #
• Operating Temperature: -45 to 70 C
• North American (AWG): 29 AWG
• Impedance: 128 ohms

Description: Leader Wire

• Number of Conductors: 2 to 3 #
• Operating Temperature: -40 to 70 C
• Features: Bulk Cable, Other
• Cable Conductor: Copper Clad Steel

Description: The VM is a new seismic geophone string series usable in marshland. This series is developed independently by Sunfull. The VM series has good water resistance. Its insulation resistance is no less than 200MΩ after being exposed for 48 hours in 6 meters or even deeper water. Because of its

• Device Category: Sensor / Transducer
• Sensor Outputs: Velocity

Description: PS-40X

• Frequency Range: 40 Hz
• Operating Temperature: -40 to 158 F
• Device Category: Sensor / Transducer
• Sensor Outputs: Velocity

Description: Vertical geophone 28 Hz with 1 mt cable, double clip connector or split spring (single clamp) available upon request. - DATA SHEET - Frequency Natural frequency (fn): 28 Hz Tolerance: +/- 5 Hz Max. Fn specific inclination angle: 90 ° Typical spurious frequency:> 380 Hz Distortion Distortion

Description: Starter vertical geophone with cable and connector used to start recording in seismograph. - TECHNICAL SPECIFICATIONS - Frequency Natural Frequency (fn): 14 Hz Tolerance: +/- 5% Max. tilt angle for specified fn: 20° Typical Spurious frequency: >240 Hz Distortion Distortion with 0.7 in/s p.p.

Description: 40 Hz Vertical Geophone with 1m of cable, double clip connector or split spring (single clamp) available upon request. - SPECIFICATIONS - Frequency Natural Frequency (fn): 40 Hz Tolerance: +/- 5 Hz Max. tilt angle for specified fn: 90° Typical Spurious frequency: >380 Hz Distortion Distortion

Description: Vertical geophone 10 htz with 1 m lead cable, double clip or split spring connector available upon request. - SPECIFICATIONS - Frequency Natural Frequency (fn): 10 Hz Tolerance: +/- 2.5% Max. tilt angle for specified fn: 20° Typical Spurious frequency: >250 Hz Distortion Distortion <0.1%

Description: Geophone Clip, Solid Copper 40 Amps, 2.4″ Length, 5/8″ Jaw Opening. Also useful for clipping cylindrical objects. Uses BU-29-* or BU-90-* Insulator

• Probe Type: Current
• Features: Other

Description: Geophone Clip, Solid Copper 40 Amps, 2.4″ Length, 5/8″ Jaw Opening. Also useful for clipping onto cylindrical objects. Uses BU-29-* or BU-90-* Insulator

• Probe Type: Current
• Features: Other

Description: Delivering low noise, high performance, and a small footprint, the CS3301A seismic amplifiers is designed for use with geophone sensors. This highly integrated, programmable gain differential amplifier is engineered for precise low frequency, high dynamic range measurements. Based on Cirrus

• Supply Voltage (V_S): -2.6 to 3.3 volts
• Bandwidth: 0 to 0.002 MHz
• Device Type: Differential Amplifiers

Description: Special Purpose Cables for antenna rotor, microphone, transducer, seismic geophone applications.

• North American (AWG): 18 to 20 AWG
• Number of Conductors: 2 to 8 #
• Features: Cable Assembly
• Application: Computer Cable, Medical, Networking

Description: CLIP / INSULATOR KIT, GENERAL PURPOSE / GEOPHONE; Kit Contents:Mueller Electric BU-27, BU-29-0 , BU-29-2 Test Clips and Insulators; Product Range:- RoHS Compliant: NA

Description: 40 Amp Geophone Copper Clip

Description: 40 Amp Geophone Copper Clip

Description: Geophone Copper Clip - 40 Amp

Description: Geophone copper clip, 40A

• Material: Copper
• Features: Other, RoHS

Description: Test Clips Geophone Copper Clip

Description: Multiple Function Sensor Development Tools Geophone - SM-24

Description: "40A Non-Insulated Geophone Test Clip Copper 0.625"" (15.88mm) 5/8"""

• Features: Other

Description: and quality-assured fabrication. The bulk micromachined concept enables measurements at extremely low noise levels allowing these MEMS sensors to be used in demanding geophone applications. The IQA10 can be designed to operate for different ranges and bandwidths, including DC inclination

• Maximum Shock: 1,500 g
• Operating Temperature: -40 to 185 F
• Sensor Outputs: Acceleration
• Sensor Technology: MEMS

Description: bridge and analog sensors including strain, load cells, torque, pressure, acceleration, vibration, magnetic fields, displacement, geophones and more. V-Link data is 16-bit resolution. The node can log data to internal memory, transmit real-time data, or support event driven triggers with both

• Operating Frequency: 2,400 MHz
• Maximum Transmission Distance: 70 to 2,000 m
• Output Power: 0 to 15.910646070264992 dBm
• Operating Temperature: -20 to 60 C

Description: wide range of Wheatstone bridge and analog sensors including acceleration, vibration, strain, load cells, torque, pressure, magnetic fields, displacement, geophones and more. The node can simultaneously log data to internal memory and/or transmit real-time data to a host computer at user

• Operating Frequency: 2,400 MHz
• Maximum Transmission Distance: 70 to 2,000 m
• Output Power: 0 to 15.910646070264992 dBm
• Operating Temperature: -40 to 85 C

Description: 0-3 volt excitation, and an internal temperature sensor channel. This array supports a wide range of Wheatstone bridge and analog sensors including acceleration, vibration, strain, load cells, torque, pressure, magnetic fields, displacement, geophones and more. The node can simultaneously log

• Number of Input Channels: 3 #
• Maximum Shock: 500 g
• Maximum Vibration: 500 g
• Operating Temperature: -40 to 185 F

Description: range of Wheatstone bridge and analog sensors including acceleration, vibration, strain, load cells, torque, pressure, magnetic fields, displacement, geophones and more. The node can simultaneously log data to internal memory and/or transmit real-time data to a host computer at user

• Number of Input Channels: 3 #
• Maximum Shock: 500 g
• Maximum Vibration: 500 g
• Operating Temperature: -40 to 185 F

Description: to determine porewater pressures developed during the penetration, thus termed piezocone. Porewater pressure dissipation, after a push, can also be monitored for correlation to time rate of consolidation and permeability. 1.5 Additional sensors, such as inclinometer, seismic geophones (Test