950 000 SuperSting R8 IP
SuperSting R8 IP is an 8-channel resistivity and induced polarization imaging specially designed for large surveys where speed of data acquisition is of essence. The instrument comes with instrument console, power converter for power in office environment, power cable for attaching one or two external 12 V DC batteries, cable for communication SuperSting - PC, utility software and instruction manual.

970 000 SuperSting R1 IP
SuperSting R1/IP single channel memory earth resistivity meter with the same excellent receiver as the SuperSting R8/IP. The instrument includes an office power supply, instruction manual, the Administrator for SuperSting utility software, test box with connecting cable, data download cable, cable for loading firmware into the SuperSting, Allen wrench (9/64") and spare fuses.

920 034 SuperSting Carrying Harness
Carry harness for SuperSting, protects the instrument during field work.

911 903 SuperSting Carry Case
Heavy duty carry case for SuperSting, protects the instrument in shipping and transportation

960 000 MiniSting
The MiniSting is a low cost, single channel, memory earth resistivity and IP instrument. The instrument includes instruction manual, the Administrator utility software, test resistor, data download cable, battery charger, external power cable and spare fuses.

Switch box
Switch box systems are used to control electrode connections via passive cables. Such cables can be made considerably more light-weight and can be used in many common survey situations.
For SuperSting R1, Sting and MiniSting
955128 - 28 electrodes capability
955156 - 56 electrodes capability
955164 - 64 electrodes capability
955184 - 84 electrodes capability
955198 - 98 electrodes capability

For SuperSting R8
955828 - 28 electrodes capability
955856 - 56 electrodes capability
955864 - 64 electrodes capability
955884 - 84 electrodes capability
955898 - 98 electrodes capability

SuperSting Swift dual mode (patent 6,404,203) electrode switches
The Swift dual mode electrode switches facilitate automatic induced polarization measurement in a multi-electrode array using stainless steel stakes for current injection and non-polarizable (porous pot) electrodes for the potential measurements. The electrode can operate either as a dual mode electrode with separate current injection and potential measurement or in mono mode where both current injection and potential measurement occurs through the larger steel cylinder. The electrode switches has been re-designed in order to reduce the size of the electrode switch. On one side of the electrode switch is a miniature banana jack where the non-polarizable electrode is connected when the electrode is used in dual mode. When the banana jack is not in use, it is covered by a plug to prevent dirt and moisture to enter the jack.
933 034S 4 dual mode switches at 6 meter spacing and 3 meter lead-in and tail.
933 000S 2 dual mode switches at 12 meter spacing and 6 meter lead-in and tail. Fixed mounting of switches.
933 999S Dual Mode Swift molded electrode/switch on cable.
934 401S 1 dual mode switch and 10 meter lead-in and tail to make 20 meter electrode spacing when assembled.
933 402S 1 dual mode switch and 25 meter lead-in and tail to make 50 meter electrode spacing when assembled.

Connection of potential electrode using cable with plug.

934 000S SuperSting Swift general purpose cable
Swift general purpose cable for dipole-dipole, Wenner, Schlumberger and other electrode arrays. Comprising one cable section with 4 Dual Mode Swift electrodes (patent 6,404,203) at 2 meter spacing and 1 meter lead-in and tail. Fixed mounting of switches.

933 040S SuperSting Swift jumper cable
Jumper cable, 2 meter with male and female connector. This cable is used to connect SuperSting to the test box, or to extend the Swift cables when full electrode cable spacing is used, so that the instrument can be connected.

933 999S SuperSting electrode switch
SuperSting Swift Electrode switch.

991 019 SuperSting Booster Box for SuperSting R8
When performing large surveys with numerous electrodes and/or large electrode separations, the power supply and the control signal level to the electrode switches get attenuated with the distance from the SuperSting. At a certain distance, the electrode switches will not function correctly, resulting in erratic data. In order to resolve this problem, place the SuperSting or a booster box every 50 electrodes along the line. The booster box is powered by a 12 V type motor cycle battery.

911 223 SuperSting R8 infinity adapter
911 222 SuperSting R1 infinity adapter
When performing surveys like pole-dipole and pole-pole it is necessary to place one or two electrodes at "infinity". For this purpose there are two infinity adapters available. Each adapter has a banana jack where a single lead wire with banana plug can be connected, the single lead wire leads to the infinite electrode. The adapters plug into the ends of the Swift electrode cable where the SuperSting is connected somewhere in the middle.

951 001 SuperSting indoor power supply
The indoor power supply is used to power SuperSting in an office environment when preparing command files or downloading data files. When SuperSting runs from the indoor power supply the transmitter is disabled. Only the receiver and CPU sections are powered up in this mode.

951 010 SuperSting Test box for SuperSting R8
870 010 SuperSting Test box for SuperSting R1
The Test box is used to test the SuperSting channels.

SuperSting test cable is used to test the functioning of the SuperSting Swift cables.
951 017 SuperSting Test Cable
For discontinued dual mode electrodes (with large and small stainless steel tube)
951 019 SuperSting Test Cable
For currently delivered dual mode electrodes (with micro banana jack)

951 016 SuperSting Firmware upload cable
The Firmware upload cable is used to update the SuperSting firmware. It is connected on a separate connector on the SuperSting front panel and cannot be used for data transfer. For this use 920 009 below instead.

920 009 SuperSting Communications Cable
Cable for communication SuperSting/PC. This cable is used for data download and command file upload.

951 004 SuperSting User's Manual
This is the complete User's Manual for SuperSting R8 IP.

930 000 Swift interface box
Swift interface box including Command Creator software, Sting/Swift ABMN cable, Swift/Sting communication cable, external power adapter cable etc.
Used for the MiniSting, Sting R1, Sting R1/IP.
SuperSting R1 has this function built-in and does not need the Swift interface box.

Swift dual mode (patent 6,404,203) electrode switches and cables
for SuperSting R1, MiniSting, Sting R1 and Sting R1/IP
The Swift dual mode electrode switches facilitate automatic induced polarization measurement in a multi-electrode array using stainless steel stakes for current injection and non-polarizable (porous pot) electrodes for the potential measurements. The electrode can operate either as a dual mode electrode with separate current injection and potential measurement or in mono mode where both current injection and potential measurement occurs through the larger steel cylinder. The electrode switches has been re-designed in order to reduce the size of the electrode switch. On one side of the electrode switch is a miniature banana jack where the non-polarizable electrode is connected when the electrode is used in dual mode. When the banana jack is not in use, it is covered by a plug to prevent dirt and moisture to enter the jack.
934 000R Swift general purpose cable for dipole-dipole, Wenner, Schlumberger and other electrode arrays. Comprising one cable section with 4 Dual Mode Swift electrodes (patent 6,404,203) at 2 meter spacing and 1 meter lead-in and tail. Fixed mounting of switches.
933 600R 4 dual mode switches at 6 meter spacing and 3 meter lead-in and tail.
933 000R 2 dual mode switches at 12 meter spacing and 6 meter lead-in and tail. Fixed mounting of switches.
933 001R Dual Mode Swift electrode/switch with quick-coupling. Length 432 mm (17"), weight 0.34 kg (12 oz)
934 401R 1 dual mode switch and 10 meter lead-in and tail to make 20 meter electrode spacing when assembled.
933 402R 1 dual mode switch and 25 meter lead-in and tail to make 50 meter electrode spacing when assembled.
933 040R Swift jumper cable, 2 meter, used to connect the Swift cable to the Swift box.

933 116 Bore hole to bore hole survey cable set
This cable set has molded electrodes on a heavy Swift cable designed for underwater use. The cable has a thicker jacket than our Swift land cable, a 700 kg breaking strength kevlar member and waterblock to protect from water entering the cable in case of a cut in the outer jacket. There is an anchor point at the top and the bottom of the cable. A standard set comprises two cables of 25 electrodes each at 2 meter spacing and 75 meter lead-in.

933 117 Under water Swift cable
This cable has molded electrodes on a heavy Swift cable designed for underwater use. The cable has a thicker jacket than our Swift land cable, a 700 kg breaking strength kevlar member and waterblock to protect from water entering the cable in case of a cut in the outer jacket. The standard cable has 25 electrodes each at 2 meter spacing and 75 meter lead-in and tail with male and female termination.

931 000 Swift interface
Swift interface box. This box allows the the MiniSting and Sting earth resistivity meter to communicate with the intelligent smart electrodes.

930 099 Swift relay box
Swift relay switching box with 28 take-outs (banana connectors) for electrodes. This box is used when the intelligent smart electrodes can not be used by some reason. For example in model measurements in the laboratory or measurement between dry boreholes when the electrodes have to be left in place after the survey.

921 004 Swift Signal Booster Box for SuperSting R1, MiniSting, Sting R1 and Sting R1/IP
The electrode switches along the Swift cable are controlled by signaling from the Sting/Swift. Because of voltage drop along the cable, when very large electrode spreads are used, the signal deteriorates with distance from the Sting/Swift. The Swift Signal Booster Box is placed along the Swift cable every 50 to 60 electrode switches and will boost the signal for an additional 50-60 switches.

911 222 Electrode adapters
Set of two adapters, male and female, for connecting the "infinity" electrodes using a wire with banana plug to the Swift cable ends when performing pole-pole and pole-dipole surveys

921 012 Stainless steel springs
Pack of 30 stainless steel springs for attaching the electrode switches to the electrode stakes. The spring has a smaller loop in one end, which fits tightly on the electrode stake so that the spring will not fall off when the stake is hammered into the ground. The other loop is large enough to fit over the stake end, even when the stake has "mushroomed" from being pounded into the ground. This spring will ensure a better electrical contact between the electrode switch and the stake and it will not deteriorate like rubber bands.

933 078 Swift cable splicing kit
This kit is used to splice broken Swift cables. The kit comprises molding material, a mold, instruction and miscellaneous minor items.

921 001 Swift programming kit
Swift switch address programming kit. This kit is used to reprogram the addresses of Swift switches delivered from August 1998 and on. Using this kit, it is not necessary to open the switches to reprogram them. Simply put the clamp over the switch and attach to a computer, the easy to use software will re-program the switch and check that the new address is working properly. When ordering make sure to identify what type of connector your Swift cables have. Older type connector has 7 pins. New connectors also have seven pins, but place for 9 pins, i.e. 7 pins plus 2 empty places.

933 910 Swift resistance test kit
Sting/Swift resistance test kit for indoor testing of the Swift cable. A standard set tests 14 smart electrodes at a time. Test kits wich can test more electrodes at at time can be specially ordered.

933 010 Field Swift cable box
Field box/shipping box. Fits a 28 electrode 12 meter spacing Swift cable. Dimensions 63x63x30 cm

933 011 Field electrode box
Field box/shipping box. Fits 28 electrode stakes. Dimensions 56x20x20 cm

944 016 EarthImager 1D Software w/USB port dongle
The AGI Earthimager 1D resistivity inversion software is designed for 1-dimensional interpretation of VES (Vertical Electrical Sounding) data.
944 003 EarthImager 2D w/printer port dongle
944 004 EarthImager 2D Software w/USB port dongle
The AGI EarthImager 2D resistivity inversion software incorporates an easy to use GUI with presentation quality graphics. Some features are: "Survey Planner" for modelling the geological feature, using the actual command file, before going out in the field, "2D surface measurement inversion", "2D between bore-hole inversion", complete user controllable settings and electrode editor. Inversion of any imaginable electrode configuration (not array dependent).
943 002 EarthImager 3D Software w/printer port dongle
943 001 EarthImager 3D Software w/USB port dongle
3D-inversion version of EarthImager.

951 003 Administrator utility software for SuperSting R8/R1
The Administrator for SuperSting software contains data download module, command file upload module, command file creator module, firmware update module, data conversion module and more.

921 010 Administrator utility software for MiniSting and Sting
The Sting/Swift Administrator software contains MiniSting and Sting download module, User Load module, bore hole to bore hole command file creator, 3D command file creator, Swift cable test software and more.

920 062 Command Creator
The CommandCreator software is used to create command files for the MiniSting and Sting/Swift system. The software creates dipole-dipole, pole-dipole, pole-pole, Schlumberger and Wenner including roll-along files for all these arrays.

911 100 Battery pack for Sting only
Rechargeable NiCd clip on battery pack.

911 120 Battery element for Sting only
Battery element for the Sting clip-on battery pack and the Swift interface box. With time NiCd batteries lose their capacity. When the capacity has dropped to a level not acceptable for practical field work, the battery element needs to be replaced. Is delivered with complete installation instruction.

911 503 Battery charger for Sting and the Swift box only
Fast battery charger for Sting clip-on battery pack and the Swift interface box. The charger has a switch for use with 115 V or 220 V AC. The charger is delivered with an output cable and input cable (American style connector). The charger typically charges a Sting clip-on battery pack in less than two hours.

920 009 MiniSting and Sting communication cable
Cable for communication Sting/PC. This cable is used for data download and command file upload as well as control of the MiniSting and Sting by a computer when the instrument is used with the Swift box in PC-mode.

920 020 Test resistor
Test resistor, used to test that the instrument is working properly. Any side of banana connectors are plugged into the A and B terminal, the other side into the M and N terminal.

938 200 Swift/Sting communication cable
Swift/Sting communication cable with power adapter (shown to the left). The power adapter is used to connect an external 12 V battery to the Sting when automatic measurements are performed for a longer period of time.

938 300 ABMN cable
Swift/MiniSting or Sting ABMN cable.

933 001 Spare Swift electrode
Spare Swift electrode switch with quick-coupling

Spare Swift cable sections
933 013 Spare Swift cable section, 2 meter with quick-coupling
933 003 Spare Swift cable section, 6 meter with quick-coupling
933 005 Spare Swift cable section, 12 meter with quick-coupling
933 027 Spare Swift cable section, 20 meter with quick-coupling
933 006 Spare Swift cable section, 50 meter with quick-coupling

911 905 Short manual cable set
Short manual cable set comprising two current cable reels with 150 meter of wire each, two potential cable reels with 50 meter of wire each and four jumper cables to attach the reels to the stainless steel electrode stake. The cable reels are protected from inductive coupling.

911 904 Medium manual cable set
Medium manual cable set comprising two current cable reels with 400 meter of wire each, two potential cable reels with 135 meter of wire each and four jumper cables to attach the reels to the stainless steel electrode stake. The cable reels are protected from inductive coupling.

911 906 Long manual cable set
Long manual cable set comprising two current cable reels with 750 meter of wire each, two potential cable reels with 250 meter of wire each and four jumper cables to attach the reels to the stainless steel electrode stake.

920 014 Stainless steel electrode
Stainless steel electrode stake. Used with manual cables and with the Swift automatic electrode system. Length 45 cm, diameter 9.5 mm.

920 077 Electrode Switch Warning Cover
Warning cover for SS electrode switches The "Electrode High Voltage Warning Covers" should be placed on each electrode. Note that the warning covers does not protect from the high voltage, especially not when wet, but is a warning sign. The message "Danger high voltage" in English, Spanish and Chinese together with a self-explanatory picture is displayed on the cover

920 023 Non-polarizable electrodes
Non-polarizable electrodes, needed for the potential electrodes in self potential (SP) and induced polarization (IP) surveys. The non-polarizable electrodes are delivered dry, to use just add distilled water. There is a vinyl cover to put on the ceramic tip in order to prevent moisture loss when not in use. Length 135 mm, diameter 34 mm.

920 019 Test box
Test box for soil samples (ASTM standard) used with the SuperSting R1, MiniSting and Sting for laboratory measurement on soil samples. The dimensions of the soil box is such that the read-out is in Ohmcm. The soil box is delivered with connecting cables.