Geophysical sales and rentals
Your geophysical source
For Archaeology and Engineering applications
- Automatic ranging
- Direct resistivity reading
- Built in data logger
- Field proof
IRIS Instruments is pleased to introduce its new resistivity meter, SYSCAL Kid, a very compact unit specially designed for shallow electrical surveys. The SYSCAL Kid offers the well-known reliability and measurement accuracy of the entire SYSCAL range of resistivity meters.
Easy-to-use, automatic, field proof, SYSCAL Kid is ideal for archaeological, geological mapping and civil engineering applications.
SYSCAL KID MAJOR BENEFITS:
Attractive output parameters:
- 200 V maximum voltage,
- 25 W maximum power,
- 500 mA maximum current
- Automatic fixing of the output voltage in relation with the level of the
measured signal.
- Internal memory up to 2000 full reading lines.
- Accuracy on resistivity: 1%.
- Quality control of the measurement through standard deviation and number
of stacks.
- Display of measured voltage, intensity of current, apparent resistivity,
and self potential.
- Serial link for transfer to PC.
Applications of Shallow resistivity
- Archaeology surveys
- Civil engineering
- Geological mapping
Technical specifications
- LCD display: 4 lines of 20 characters
- Keypad: 6 functions keys
- Operating temperature range: -10 to +50 °C
- Internal rechargeable battery: 12V, 6.5 Ah
- Autonomy: 1000 readings typical
- Internal memory of 1800 readings with full data: self-potential, voltage,
current, resistivity
- Dimensions: 23 x 18 x 17 cm
- Weight: 4.1 kg
TRANSMITTER
- Automatic current setting
- Output voltage: up to 200 V
- Output current: up to 500 mA
- Output power: up to 25 W
- Optional external 12V battery input
- Cycle time: 0.5, 1 or 2 s
RECEIVER
- Resistivity computation
- Automatic ranging
- SP compensation including linear drift
- Digital stacking for noise reduction
- Input voltage: protection up to 200 V, range from - 2.5 V to +2.5 V
- Input impedance: 22 Mohms
- Resistivity range: 0.001 to 100,000 ohm.m
- Resistivity precision: 1 % typical
