SmartSolo IGU-16

Description

World’s First Smart Seismic Sensor

Makes Cost-efective High Density Seismic Possible

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The seismic industry continues to demand that exploration is carried out at ever-greater scale and receiver density, while somehow attempting to balance the requirement to keep project costs under control. To provide the industry with a solution to this challenge, DTCC has developed the SmartSolo IGU-16 intelligent seismic sensor.

SmartSolo IGU-16 is based on DT-SOLO, the high-sensitivity geophone and focuses on the principal of seismic exploration which is known as 3W (Wave = high fidelity signal; When = accurate timing; and Where = the location), incorporated with electronics and software technologies in mobile internet era. This smart sensor provides adequate info for highest-quality seismic data acquisition while keeping its functions and structure as simple as possible. Electronics and software technologies are super reliable, mature and cost-effective in mobile internet era. These technologies are used for SmartSolo at maximum possible scale. The result: the geophone is something smart, reliable, user-friendly, cost-effective and could run in any harsh environment.

High-quality seismic data derives from high-quality seismic sensors. DT-SOLO is a high-sensitivity geophone specially designed for point receiver applications. It is well-known in the seismic industry as the top-quality high-sensitivity geophone which is widely used by contractors and equipment manufacturers.

  • High Quality
  • High Sensitivity
  • Super Reliable
  • Greater Savings
  • Low Distortion
  • Single Point Receiver
  • Industry Leader
  • Available in 10 Hz & 5 Hz

DMC, DCC, DHR

The Peripherals of SmartSolo IGU-16

  • Fast Data Harvesting Speed
  • 3000 CHs @ 20 days @ 2ms in < 3.5 hrs
  • Highly Flexible System Configuration
  • Complete Software Suite

Spesification

Physical SpecsSize

95mm x 103mm x 118mm (without spike)

Weight

1.1 kg (including internal battery and spike)

Waterproof

IP67

Operating Temperature

-40℃ to +70℃

Battery

38.48 Wh

 

Operating Life @ 25°C

25 days @ 1ms continuous

50 days segmented (12hours ON/12hours SLEEP)

 

Tech SpecsSensor Specs
DT-SOLO 10Hz

(All parameters are specified at +25 °C in the vertical position unless otherwise stated.)
Natural Frequency

10Hz

Coil Resistance

1800Ω

Damping

Open Circuit Damping

0.51

Damping with 20 KΩ

0.70

Sensitivity

Open Circuit Intrinsic Voltage Sensitivity

85.8V/m/s(2.18V/in/s)

Distortion

<0.1%

Sensor Specs
DT-SOLO 5Hz

(All parameters are specified at +22 °C in the vertical position unless otherwise stated.)
Natural Frequency

5Hz

Coil Resistance

1850Ω

Damping

Open Circuit Damping

0.60

Damping with 43 KΩ

0.70

Sensitivity

Open Circuit Intrinsic Voltage Sensitivity

80 V/m/s (2.03V/in/s)

Distortion

<0.1%

Smart Electronics Specs
(@ 1ms sample interval, 31.25 HZ, 25°C unless otherwise indicated)

Standard

HR

ADC Resolution

24bits

24bits

Sample Intervals

1,2,4 milliseconds

0.25, 0.5, 1, 2, 4 milliseconds

Preamplifier Gain

0dB to 24 dB in 6 dB steps

0dB to 36dB in 6dB steps

Anti-alias Filter

206.5 Hz @ 2ms (82.6% of Nyquist) selectable – linear phase or minimum phase

206.5 Hz @ 2ms (82.6% of Nyquist) Selectable – Linear Phase or Minimum Phase

DC Blocking Filter

1HZ to 10Hz,1Hz increments or DC Removal

1Hz to 10Hz,1Hz increments or DC Removal

GPS Time Standard

1ppm

1ppm

Timing Accuracy

±10μs, GPS disciplined

±10μs, GPS disciplined

Maximum Input Signal

2.5Vpeak @ Gain 0dB

2.5Vpeak @ Gain 0dB

Equivalent Input Noise

0.71 μV @ 2ms @ Gain 12dB (Typical)

0.18µV @ 2ms @ Gain 18 dB

Instantanteous Dynamic Range

116dB@ 2ms @ Gain 0dB

125dB @ 2ms Gain 0 dB

Total Harmonic Distortion

<0.0005%

< 0.0002% @ Gain 0dB

Common Mode Rejection

≥100dB

>100 dB

Gain Accuracy

<1%

<0.5%

System Dynamic Range

140dB

145dB

Frequency Response

0 – 413Hz

0 – 1652Hz

 

Features

SmartSolo®

The Future of the Seismic Industry

Smaller crew size, less man power and simpler equipment

  • Lower operational cost
  • Less environmental impact
  • Improved HSE

Million channels capability

  • High channel density
  • Better image at lower cost

Super reliable, lower power consumption, longer operating time

  • High productivity
  • Lower operational cost

Highly efficient data harvesting and management

  • Lower operational cost
  • Better user experience

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