Search results

TELSS-VSP telemetry borehole seismic acquisition system is designed for VSP, polarization VSP, uphole and crosshole surveying. The mobility of the system allows the use of it in boreholes as deep as 100 meters (and even more). The presence of 3-component sensor and anchoring arm allows to register full wavefield, including primary, secondary and other waves. telssvsp

SGD-SEL is a portable linear multichannel seismic station designed to carry out engineering geophysical surveys with methods of seismic reflection profiling, common depth point, microseismogram logging, vertical seismic profiling, crosshole seismic testing, MASW, seismic microzonation and to study upper part of the section. Shockproof construct, built-in control unit with a contrast display and tightly sealed special keyboard increase the reliability level and convenience of work with seismic station...

TELSS-3 is a lightweight telemetry seismic station that deploys four-channel digital modules connected in series by cable sections thus forming the receiver line, which can accumulate up to 200 active channels. One cable section comes with 4 connectors for coupling the geophones. Each telemetry module "serves" 2 nearest geophones in the line "to the right" and 2 — "to the left". The receiver line is connected to the interface module, which in turn connects to a laptop...

ELLISS-3 is a lightweight mobile system designed to carry out near-surface seismic refraction / reflection profiling, microseismogram logging, vertical seismic profiling, crosshole seismic testing, MASW and seismic microzonation. The station can be used to perform engineering and geophysical surveys in the water area using continuous seismoacoustic profiling (СSP), high-resolution (HR) or super-ultra-high-resolution / super-high-resolution (SUHR / SHR) seismic surveys. The number of channels in station...

Telss-402/403 are telemetric two- or three- component seismic recording systems that deploy compact digital data acquisition modules, each of which combines GS-20DX geophones, 32-bit ADCs and the relevant electronics in one casing. Telemetry modules are connected to standard cable sections that are in-series coupled to each other. Up to two receiving lines with a total number of active channels of 200 could be connected to an interface module that in turn connects to a laptop or an operator’s tablet...

Wireless synchronization system (WSS-1) is designed to work with modern seismographs. WSS-1 externally launches the seismograph at the same time as seismic vibrations source discharged. The launch moment of the source is transmitted via 868 Hz radio channel (this frequency does not require permission of The General Radio ...

... additional legs ensures the required coupling for ground motion registration. Any type of geophones can be used with the LandStreamer – vertical, horizontal, horizontal compensated, multicomponent (3C). LandStreamer is compatible with any multi-channel seismograph and can be manufactured with the required number of receivers and the step between them. An important feature of the design is the ability to quickly disconnect the seismic receivers from the platform.

... modified version of G-Boomer source with significantly increased central frequency (up to 4 kHz) by the client’s request. Full acquisition setup includes towed HV power coaxial cable, MultiJack energy source , towed hydrophone array HRStreamer and seismograph . Additionally, deck winches for HV cable and streamer with slip ring can be purchased to provide fast and safe deployment and recovery of UHR marine equipment during field operations. Please, contact us for generating the most suitable ...

... includes: SHock source Pneumo-electric line Reel with high-voltage slip ring Reel and energy source connection wire Air compressor (option) To perform CST on P and S waves following equipment is required: 1. Jack Energy Source 2. GStreamer with the seismograph (DAQlink4) 3. RadExPro for data processing and ZondST2d / ZondST3d for tomography inversion. Common receiver gather, acquired by SHock borehole seismic source and three-component (3C) geophones, located in the nearby well. Two gathers ...

... Universal switching module for connecting the source Documentation Kit In addition to MultiJack energy sources the following items can be purchased: MultiJackPad remote control Sparker and boomer with towed coaxial HV power cable Towed hydrophone streamer Seismograph Spare parts kit Additionally, deck winches for HV cable and streamer with slip ring can be purchased to provide fast and safe deployment and recovery of UHR marine equipment during field operations. Geodevice team is ready for cooperation ...

Multi-component downhole seismic array GStreamer is the most compact on the market, cost effective solution for 3C borehole engineering and environmental surveys such as VSP and crosswell tomography. GStreamer is compatible with any modern seismograph, if you do not have any, DAQlink4 can be used for data recording. We developed an easy-to-operate downhole tool with robust deployment and clamping system. Deployment is performed by placing multi-level 3C geophone array into the borehole ...

... of hydrostatic pressure. This effect can be compensated by increasing energy per tip, keeping frequency range in spec. Full acquisition setup includes towed HV power coaxial cable, MultiJack energy source , towed hydrophone array HRStreamer and seismograph . Additionally, deck winches for HV cable and streamer with slip ring can be purchased to provide fast and safe deployment and recovery of UHR marine equipment during field operations. Geodevice offers a full range of modern acquisition equipment,...