6x1 configuration

6.25 meter sensor interval

Dual KCK connectors on the A end

Dual Kooter connectors on the B end

The marsh series of geophone cases are ideally suited to any situation where the seismic line encounters water. In-line pull strength in excess of 100 kg ensures that you will get them back at the end of the day.

Water blocked and tested for extended periods at 50 m water depth, our marsh cases are suitable for housing a wide variety of Sensor geophones.

• 3x2 center drop configuration
  Kooter connector
  
• 2,000with AE8 full metal case
• 2,000with PE8 metal sleeve case at 4 meter sensor interval

Land cases are water tight with stress relief components designed with breaking strength equal to that of our tough cable. The screw closure system allows easy internal access for geophone or string maintenance in the field.

• Single and dual-entry gasket options allow for flexible string configuration.
• 7000 at 4.5 meter sensor interval with KCK on both ends
• 6500 at 7 meter sensor interval with male DynaConn and KCK
• 1500 at 6.25 meter sensor interval with male DynaConn and KCK
• 6x1 Configuration

PC-901 Case with molded Tee Drops

5 meter sensor interval with 2 meter drops

Male and female KCK connectors

6x1 Configuration

Geophone Extras
Hasps

6,500

This generation of the SMT-series geophone tester is equally at home in the laboratory or field environment. An internal NiMH battery will power the SMT-300 for over 20 hours of continuous operation, while the versatile onboard charger can accommodate 12 - 30 VDC (110 - 230 VAC adaptor provided). The water resistant body of the tester, improved durability keypad, ensures that your SMT-200 will provide all the reliably and performance that you demand for years to come.

Testing hydrophones in the field can be complicated with results strongly influenced by the level of the measurement drive signals.

The Sensor Hydrophone Acoustic Response and Polarity (SHARP) tester allows a quick, accurate, and reliable in-field acoustic measurement of hydrophone sensitivity and polarity.