Test your Voltage indicator is working before you prove equipment is safe to touch.
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Many workplace regulations require you to conclusively test that your tester is working correctly BEFORE and AFTER
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proving that equipment is de-energised and safe to work on.
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A convenient 240V power outlet is not always readily available in the field to test your instrument.
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Testing on low voltage or DC such as a vehicle battery does not conclusively prove your tester is functional on AC mains.
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Most instruments auto select the highest range >200V AC. Proving your tester is working on the range you will use to prove safe, will maximise\n your Duty of Care.
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Proves a voltmeter is functioning correctly at a nominal 230V AC
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Required under WHS before proving a circuit is safe to touch
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Tests meter, leads and fuses at mains voltage\n
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Tests all multimeters & voltage testers with an input impedance > 0.5MΩ
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Internally self-checks that mains voltage is applied at terminals\n
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Indicates low battery to prevent false indication\n
4-Pole (point) Fall-of-Potential measurement for very low resistance measurements with automatic or manual frequency selection and automatic lead compensation\n
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3-Pole (point) Fall-of-Potential measurement and 3-Point earth coupling measurement\n
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Selectable test voltage in range 16-32V, with up to 513Hz test current\n
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4-Point soil resistivity measurement with automatic calculation of Rho and selection of either Wenner or Schlumberger Method\n
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2-Wire & 4-Wire Bond Testing with automatic polarity reversal\n
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DataView software included, with remote setup and operation\n
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Rechargeable NiMH batteries\n
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Storage of 512 complete test results\n
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Rugged dustproof and rainproof case\n
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Pacific Test Equipment 100/50m Kit included\n
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Available with 100/50m reel or pack reels 100m and 50m
Tests connections to Low Voltage Networks to AS 4741\n
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SLIM SL-5215 is easy to use with no range to select. Tests Neutral Integrity and measures Loop Impedance at up to twice the accuracy\n of other field instruments.
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FEATURES\n
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Measures A-N and N-E Voltages simultaneously
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Measures A-N Loop Impedance
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Indicates:
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A & N Reversed
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A & E Reversed
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No Neutral
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No Earth
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Simple operation – only two keys!
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Display of Ph – N and Ph – Ph voltage from 1 to 500V
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Display of N – E voltage from 0 to 10V
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Direct connection to optional Temporary Earth Stake
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Weatherproof to IP54
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Cat 4 - 600V to AS61010
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Backlit display for poor ambient lighting conditions
Standard 6472 earth tester with GroundFlex option for tower and structure testing
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Measures earth resistance of towers and structures with up to 4 legs with independant earth connected
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Supplied with 4 x 5 metre Rogowski coils accommodating structures up to 1.5m diameter
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Supplied with Pacific Test 100/50m kit in two canvas bags
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AEMC’s GroundFlex® Field Kit includes the GroundFlex® Adapter Model 6474 and Ground Resistance Tester Model 6472. This is the ONLY system on the market\n capable of testing ground resistance of individual power transmission tower legs, as well as total resistance without disconnecting the overhead\n ground wire – this alone is a huge time and money saver, not to mention a major safety improvement. Key features include testing both ground resistance\n of tower legs (individually and total) and overhead ground wires. This system tests leakage current through the tower legs and tests at frequencies\n up to 5kHz to profile impedance, which is important to characterize for lightning strikes.
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The AEMC 6472 Earth Tester is several earth testers in one. It allows the user to perform all necessary earth measurements comprising:
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Earth Resistance of an isolated electrode\n
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Earth Resistance of a connected electrode without disconnection by the Selective method\n
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Earth Resistance of a connected electrode without disconnection by the Stakeless method\n
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Soil Resistivity directly in Ohm-m by either the Wenner or Schlumberger methods\n
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Earth Bond Resistance (milli-ohmmeter)\n
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External AC and DC voltage measurement\n
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The 6472 distinguishes itself from other portable earth testers in that it has a test current of up to 250mA improving its ability to make accurate\n and repeatable measurements in poor soil conditions as frequently encountered in Australia. \n \n
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The 6474/6472-AU is an Australian derivation of the standard European & US 6474/6472 GroundFlex kit, developed in co-operation with Australian\n Power utilities and includes:
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1. 4x GroundFlex 5m sensors
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2. 50/25m test leads on A-frame reel for fast roll out and rewind. (100/50m optional)
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3. 4x Stainless steel helical stakes for strength, corrosion resistance and superior ground contact
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4. 2x Connecting leads and crocodile clips Cat 4, 600V
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5. 2x Connecting and CT leads 4m in length to reach pole transformer test points from ground
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6. 2x Heavy duty canvas bags accommodating instrument & accessories.
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7. 1x 6472/6474 Connection lead
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8. 6x BNC extension leads
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9. 2x C-clamps
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10. 1x Optical USB cable
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11. 1x Power adaptor and Australian power cord
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12. USB Stick with DataView software & User manual for set up, data storage, real time display, analysis, report generation and system configuration
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13. Calibration certificates
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14. Optional 100kA fused bridging lead with insulation piercing connectors for safe stakeless testing of HV earths when not bonded to LV earth.
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15. Optional 2 x SR182 Current Probes for 2-clamp (stakeless method)
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Ground measurement on towers with ground cable\n
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High-voltage lines are usually equipped with a ground cable to allow lightning to discharge to ground via the tower. As all the towers are all connected\n to this conductor, all the tower's resistances are in parallel. This means it is impossible to measure tower resistance using traditional 3-Point\n methods unless the ground cable is disconnected, which is a dangerous and time-consuming operation.\n
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Automatic recognition and display of input connections to match test
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The connections are displayed and flash if incorrect or absent for the test selected.\n
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Features
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Measures the Earth Resistance of steel towers and poles\n
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Just one measurement for towers, poles or structures with up to 4 legs\n
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Suitable for measuring the earth resistance of H-frames, tri-leg & communications towers\n
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Can be used on reinforced concrete poles bonded with overhead earth\n
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Tests with all other bonding in place\n
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No need to isolate the line or climb towers or structures\n
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Automatic check for correct connection\n
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Unaffected by any stray currents flowing in structures\n
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Static Test Indicates:
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o Leakage current present in the tower or pole
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o Indication of high resistance or disconnected overhead earth bond
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o Test stakes placed within potential gradient area of tower
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Measure earth resistance using 2-clamp (stakeless method) – No auxiliary stakes needed
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Measure earth resistance using single clamp (selective method)\n
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Measure earth resistance using 3-pole Fall of Potential method\n
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Measure Soil Resistivity with automatic calculation of ρ in Ohm-m using Wenner or Schlumberger methods\n
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Measure resistance (earth bonding) by 2 and 4-pole (Kelvin) DC resistance methods\n
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Automatic or manual selection of test frequency from 40 to 5078Hz\n
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Selectable test voltage of 16 or 32V\n
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Test current up to 250mA\n
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All leads and connectors colour coded\n
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Automatic recognition of test stake connections and their resistance values\n
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Stores up to 512 complete test results in internal memory\n
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Option for Rugged weather and dustproof case to IP53\n
Standard 6472 earth tester with GroundFlex option for tower and structure testing
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Measures earth resistance of towers and structures with up to 4 legs with independant earth connected
\n
Supplied with 4 x 5 metre Rogowski coils accommodating structures up to 1.5m diameter
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Supplied with Pacific Test 100/50m kit in two heavy duty HPRC resin cases
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AEMC’s GroundFlex® Field Kit includes the GroundFlex® Adapter Model 6474 and Ground Resistance Tester Model 6472. This is the ONLY system on the market\n capable of testing ground resistance of individual power transmission tower legs, as well as total resistance without disconnecting the overhead\n ground wire – this alone is a huge time and money saver, not to mention a major safety improvement. Key features include testing both ground resistance\n of tower legs (individually and total) and overhead ground wires. This system tests leakage current through the tower legs and tests at frequencies\n up to 5kHz to profile impedance, which is important to characterize for lightning strikes.
\n
The AEMC 6472 Earth Tester is several earth testers in one. It allows the user to perform all necessary earth measurements comprising:
\n
\n
Earth Resistance of an isolated electrode
\n
Earth Resistance of a connected electrode without disconnection by the Selective method
\n
Earth Resistance of a connected electrode without disconnection by the Stakeless method
\n
Soil Resistivity directly in Ohm-m by either the Wenner or Schlumberger methods
\n
Earth Bond Resistance (milli-ohmmeter)
\n
External AC and DC voltage measurement
\n
\n
\n
The 6472 distinguishes itself from other portable earth testers in that it has a test current of up to 250mA improving its ability to make accurate\n and repeatable measurements in poor soil conditions as frequently encountered in Australia.\n
The 6474/6472-AU is an Australian derivation of the standard European & US 6474/6472 GroundFlex kit, developed in co-operation with Australian\n Power utilities and includes:
\n
1. 4x GroundFlex 5m sensors
\n
2. 50/25m test leads on A-frame reel for fast roll out and rewind. (100/50m optional)
\n
3. 4x Stainless steel helical stakes for strength, corrosion resistance and superior ground contact
\n
4. 2x Connecting leads and crocodile clips Cat 4, 600V
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5. 2x Connecting and CT leads 4m in length to reach pole transformer test points from ground
12. USB Stick with DataView software & User manual for set up, data storage, real time display, analysis, report generation and system configuration
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13. Calibration certificates
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14. Optional 100kA fused bridging lead with insulation piercing connectors for safe stakeless testing of HV earths when not bonded to LV earth.
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15. Optional 2 x SR182 Current Probes for 2-clamp (stakeless method)
\n
\n
\n
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Ground measurement on towers with ground cable
\n
High-voltage lines are usually equipped with a ground cable to allow lightning to discharge to ground via the tower. As all the towers are all\n connected to this conductor, all the tower's resistances are in parallel. This means it is impossible to measure tower resistance using traditional\n 3-Point methods unless the ground cable is disconnected, which is a dangerous and time-consuming operation.
\n
\n
\n
Automatic recognition and display of input connections to match test\n
\n
The connections are displayed and flash if incorrect or absent for the test selected.
\n
Features
\n
\n
Measures the Earth Resistance of steel towers and poles
\n
Just one measurement for towers, poles or structures with up to 4 legs
\n
Suitable for measuring the earth resistance of H-frames, tri-leg & communications towers
\n
Can be used on reinforced concrete poles bonded with overhead earth
\n
Tests with all other bonding in place
\n
No need to isolate the line or climb towers or structures
\n
Automatic check for correct connection
\n
Unaffected by any stray currents flowing in structures
\n
Static Test Indicates:
\n
o Leakage current present in the tower or pole
\n
o Indication of high resistance or disconnected overhead earth bond
\n
o Test stakes placed within potential gradient area of tower
\n
Measure earth resistance using 2-clamp (stakeless method) – No auxiliary stakes needed
\n
Measure earth resistance using single clamp (selective method)
\n
Measure earth resistance using 3-pole Fall of Potential method
\n
Measure Soil Resistivity with automatic calculation of ρ in Ohm-m using Wenner or Schlumberger methods
\n
Measure resistance (earth bonding) by 2 and 4-pole (Kelvin) DC resistance methods
\n
Automatic or manual selection of test frequency from 40 to 5078Hz
\n
Selectable test voltage of 16 or 32V
\n
Test current up to 250mA
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All leads and connectors colour coded
\n
Automatic recognition of test stake connections and their resistance values
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Stores up to 512 complete test results in internal memory
Hand held battery operated Phase Angle & Power Meter for metering and protection applications plus general measurement of
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power and power factor. The PAM-4970 measures the phase angle between a voltage and a current. It can be used with fixed metering or\n protection CT’s and VT’s or an optional clamp-on CT.
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The PAM-4970 is suitable for the following connections:
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• Direct connection to AC voltage up to 500V RMS and AC current up to 10 Amps RMS
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• Connection via voltage and current transformers (eg. 110V, 5A or 1A)
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• Direct connection to AC voltage and a current transformer.
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Simultaneous display of:
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• Voltage, Current & Phase Angle, or
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• Power, VA & Power factor
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Hand-held Phase Angle & Power Meter
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For metering and current transformer applications
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Measures phase angle between voltage and current from 0-360€ or 0-180€\n
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Voltage input from 10-500V AC RMS
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Current input from 10mA-1000mA & 0.1-10A AC RMS\n
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Simultaneous display of Voltage, Current & Phase Angle OR W, VA and Power Factor\n
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![](\"/64741Capture.JPG\")
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![](\"/6474kitCapture.JPG\")
\n ![](\"/towerCapture.JPG\")
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