Super User

Super User

The new generation CFL AG2 Cable Fault Audio Generator from SCOPE is the ultimate solution for locating the underground cable lay in minimum time. It uses advanced technologies for auto impedance matching, and stabilised frequency which helps even an unskilled operator to locate the cable accurately.

 

CFL AG2 portable Audio Generator to locate the exact route of the underground cable in conjunction with Pin Pointer cum Rote Tracer i.e., CFL PP Series. This configuration is also used for depth determination of the cable and pinpointing of low resistance faults. Various modes of operation combined with advanced features offer users the most effective solution for the job.

Features

  • Compact, Lightweight and Rugged
  • Operation via User Friendly Interface
  • Variable output power up to 20 Watt
  • Automatic load matching
  • Works eff ectively with high impedance loads
  • Quartz Stabilised Frequency
  • Continuous or Pulsed signal injection
  • Over current protection
  • Water resistant and dust proof design

Specifications

Parameters CFL AG2
Output Power  20W Maxiumum
Maxiumum Output Current  2.8A±20%
Frequency 1KHz sine wave
Output Voltage 4-7V/15-25V/30-40V/60-70V/90-100V/150-170V/200-230V
Display Analog Meter for Output Current
Input Power Supply AC 230V ±10%, 50Hz ±10%
Protection Over Current / Load
Environmental (Operation) 0°C to 50°C, 95% RH (Non-Condensing)
Environmental (Storage) -10°C to 60°C, up to 98% RH (Non-Condensing)
Dimension 275mm x 255mm x 130mm
Weight  4kg

Video

Underground cable faults cannot be avoided due to many factors such as road widening, infrastructure improvement, digging carried out for repairs of other underground utilities etc.

The new generation CFL PL4 Cable Fault Prelocator from SCOPE is the ultimate solution for locating underground cable faults in minimum time. It uses advanced technology for fault distance measurement which helps even an unskilled operator to locate the fault accurately.

CFL PL4 portable Prelocator is used for identification of fault types in underground cables and the distance of fault. These products are designed to fi nd out various types of faults in the cable such as Open Circuit, Short Circuit, Splice in Cable, High Resistance, Moisture Ingress, etc. Various modes of operation combined with advanced features off ers user the most effective solution for the job.

Features

  • User friendly operation
  • Wide measurement range up to 64km
  • Highest measurement accuracy of ±1% of selected range
  • High speed sampling of 200MHz
  • Automatic Cable End detection
  • Automatic Fault Point detection
  • Zoom function for detailed analysis of the waveform
  • Asynchronous interference & noise suppression
  • Adjustable Gain and Balance
  • Inbuilt memory to store 300 waveforms with USB connectivity
  • "Print-screen" function to save image in JPG
  • PC Software for waveform analysis and report preparation 
  • High resolution 8” Colour Touchscreen display
  • Mains as well as Inbuilt Rechargeable Battery operated
  • Housed in weather proof molded case

Specifications

 

Parameters CFL PL4
Modes of Operation

TDR

SIM / MIM / ARC (Up to 8 Fault Traces)

ICM/ICE

Voltage Decay

Sampling Rate 200 MHz
Measurement Range  Up to 64 km
Measurement Accuracy ±1%
Best Resolution 1m
Pulse Amplitude (OCV) 30V
Pulse Width 40nS to 10µS
Output Impedance 5Ω to 87Ω
Velocity of Propagation (V) 90 - 300 m/µs
Memory 300 Waveforms
Connectivity USB, Direct Download to Pen drive
Display 8” Colour Touchscreen LCD
Battery Rechargeable Lithium Ion, Suitable for 8 hour operation
Power Supply 90V to 264V AC, 47 to 63 Hz, Single Phase
Environmental (Operation) -10°C to +50°C, up to 95% RH (Non-Condensing)
Environmental (Storage) -20°C to 70°C, up to 98% RH (Non-Condensing)
Dimension 339mm x 295mm x 152mm
Weight 4.5 kg

Video

 

HISAC Ultima – new generation Circuit Breaker Dynamic Test Set from SCOPE …. The ultimate solution for testing Circuit Breakers of all types. HISAC Ultima is the most complete analyser for checking the dynamic performance of CBs in live EHV switchyards upto 765 kV.

HISAC Ultima can carry out Dynamic Contact Resistance Measurement on SIX breaks of THREE poles in one operation thereby significantly reducing stress on CB & testing downtime.

It offers flexibility to create pre-programmed Test Plans including all test settings for all types of circuit breakers available in a switchyard that can simply be recalled at the time of actual testing. This saves you from doing all settings in switchyards.

The Analysis software offers a range of utilities which enables effective Condition Monitoring of CB by comparing present test data with previous signatures and predicting future performance.

Features

  • Tests all types of circuit breakers - LV, HV & EHV for all critical performance parameters of all the poles / breaks in a single shot.
  • Measures Main/PIR contact timings, bounce, non simultaneity of contacts and auxiliary contact timings.
  • Analyses contact travel characteristics for speed, insertion, contact gap, over-travel and rebound with suitable transducer and mounting fixture.
  • Records trip and close coil current characteristics.
  • Registers the signature of Dynamic Contact Resistance of main and arcing contacts, of all the 6 breaks simultaneously.
  • Displays settings, graphical and tabulated test results.
  • Prints test report in graphical format with test header and calculation footer, on external printer(not supplied).
  • Incorporates powerful and practical Windows™ based Test Manager Software to control & operate instrument; view, analyze and handle graphical test data on a laptop at high resolution.
  • Selects pre-programmed setup parameters and pass/fail limits through software.
  • Connects to CB with wear resistant test leads of sufficient length, having quick-fit connectors, suitable for EHV circuit breakers.
  • Moves easily within switchyard as the set can be mounted on a specially designed Trolley having large wheels & mains supply distribution board.
  • Travel – For evaluating travel characteristics of operating mechanisms, SCOPE offers rotary and linear resistive travel transducers with universal / specially designed fixtures to suit variety of CBs available.
  • DCRM module captures dynamic variation in contact resistance of main & arcing contacts during breaker operation.
  • Each DCRM module has in built independent isolated, rechargeable battery based 100A DC source.
  • The result is plotted in graphical form on the software screen, which can be further analysed for finding parameters such as contact gap, total insertion, arcing tip insertion, main and arcing contact resistance values etc.
  • Additional optional modules are available to measure PIR value and for monitoring Station DC (Coil voltage), Motor current or other static parameters through configurable Analog channels.
  • Type Tested as per IEC 60068, IEC 61326 & IEC 61010-1. CE marked
  • Supplied with suitable Test Leads & aluminium transport cases for instruments.
  • Travel Transducer and fixture as per order based on make, type & rating of CB.

Specifications

Parameter HISAC Ultima
Trigger Options O, C, C-O, O-C, O-C-O
Timing Channel 24 : 4 Main + 4 PIR per pole, 3 poles Simultaneously
Auxiliary Contact Timing Channel 8 : 4 dry + 4 wet Expandable up to 6 Dry + 6 Wet
Best Time Resolution 50μS
Coil Current Channel 3 : Trip / Close coil current optionally expandable up to 6
Travel Channel 3 : Travel characteristic optionally expandable up to 6
Analog Channel for DCRM Input (Optional) 1 / 2 / 3 / 6 – as per DCRM modules selected
DCRM Resistance Range & Current (Optional) 1000 / 2000 / 4000 / 8000 μΩ Selectable, Current 100A DC
Static Contact Resistance (CRM) Channel As per DCRM modules selected
CRM Resistance Range 1000 / 2000 / 4000 / 8000 μΩ Selectable
Configurable Analog Channel (Optional) Up to 6: For inputs of station battery voltage, PIR value etc.
PIR value Measurement (Optional) 0-5000Ω with the resolution of 1Ω
Sampling Speed 1 / 2 / 5 / 10 / 20 kC Selectable
Display Display of laptop
Operation Interactive menu through laptop
PC Connectivity Ethernet
Printer External through laptop
Memory Memory of laptop
Dimensions Analyser - 500 x 270 x 300 mm, DCRM Rack - 500 x 270 x 250 mm
Instrument Weight Analyser - 12 kg DCRM Rack-18 Kg(3 DCRM modules per Rack)
Power 230 V AC ± 15% , 50Hz ± 10%

SCOT series of CB Time Interval Meters from SCOPE are compact and reliable instruments to measure operating time of all types of HV/EHV circuit breakers under charged swichyard conditions up to 400kV.

SCOT M3K measures and displays CLOSE, OPEN and CLOSE-OPEN time of main contacts of 3 poles connected end to end, simultaneously.

Features

  • Inbuilt clock to tag date and time of test to the readings
  • 4 line 20 character backlit LCD display for menu and results
  • Inbuilt memory to hold results of last fi fty tests
  • Easy to use menu driven user interface for operating
  • Diagnostics for instrument condition and calibration watch
  • Select the operation and mode to be performed e.g. Close, Open or CLOSE-OPEN
  • Operation times of all three poles are measured and displayed simultaneously on the display
  • Test results can be stored and downloaded to a PC using SCOPE’s CDATA software

Specifications

Parameters   SCOT M3K
Channels 3
Breaker Control Solid state contacts rated 300V / 30A for breaker operation
Output 4 line 20 character backlit LCD RS 232C port for downloading data to PC
Range 999ms maximum
Resolution 1ms
Measuring Accuracy Value ± 0.05% ± 1 digit
Test Leads Set of 15m, wear resistant Test Cables
Environment 0° to 50° C, 95% RH (Non-condensing)
Power 230V AC ± 15%, 50Hz ± 10%, 25 VA
Dimensions 430 x 345 x 160 mm
Instrument Weight  4 kg 

SCOT Series of CB Time Interval Meter from SCOPE are compact and reliable instruments to measure operating time of all types of HV/EHV circuit breakers under charged switchyard conditions up to 400kV.

SCOT MXP measures, displays and prints CLOSE, OPEN and CLOSE-OPEN time in various configurations. The MXP has a special mode to measure Pre-Insertion Resistor (PIR) closing time

Features

  • Select the operation and mode to be performed e.g. CLOSE, OPEN or CLOSE-OPEN
  • Operating time of all three poles are measured and displayed simultaneously on the display
  • Test results can be stored and downloaded to a PC using SCOPE’s CDATA software
  • Inbuilt clock to tag date and time of test to the readings
  • 4 line 20 character backlit LCD display for menu and results
  • Inbuilt memory to hold results of last 50 tests
  • Easy to use menu driven user interface for operation
  • Diagnostics for instrument condition and calibration watch
  • Inbuilt thermal printer for printing results

Specifications

Parameters SCOT MXP
Channels Maximum eight in PIR mode
Breaker Control Solid state contacts rated 300V / 30A for breaker operation
Output 4 line 20 character backlit LCD RS 232C port for downloading data to PC
Printer Inbuilt thermal printer, 55mm wide roll
Range 999ms maximum
Resolution 1ms
Measuring Accuracy Value ± 0.05% ± 1 digit
Test Leads Set of 15m, wear resistant test cable
Environment 0° to 50° C, 95% RH (Non-condensing)
Power 230V AC ± 15%, 50Hz ± 10%, 25 VA
Dimensions 430 x 345 x 160 mm
Instrument Weight  6kg 

SCOPE proudly intoduces new version of Calibration Standart SCALE TCV, specially designed to check calibration of SCOT and HISAC series instruments of SCOPE. Highly stable and precise signals of SCALE TCV are applied to SCOT and HISAC series instruments for calibration. SCALE TCV is calibrated from acceredited calibration laboratory and is provided with calibration certificate having traceability to national standards.

Features

  • Simple, lightweight, portable
  • Linear ramp signal generation for calibration of Trael and Velocity
  • Highly stable current source for calibration of Current channels
  • Contacts having precise close and open time for calibration of Timing channels
  • Calibration port for calibration os SCALE TCV from external Standard
  • Specially designed to calibrate SCOPE make SCOT and HISAC series products

Specifications

Technical Specifications

Sr. No.  Parameter Standard Value Sr. No.  Parameter Standard Value
1  Open Time (Main)  50 mSec 5  Current  1 A
2  Close Time (Main)  100 mSec 6  Ramp Voltage  4 V
3 Open Time (Auxiliary) 30 mSec 7 Open Ramp Time  75 mSec
4 Close Time (Auxiliary) 75 mSec 8 Close Ramp Time  150 mSec

General Specification

  • Weight - Approx 3 kg
  • Dimensions - 225mm x 150mm X 85 mm
  • Power supply - 230 V AC + 15%, 50 Hz + 10%
  • Environment - 0 to 50°, 95% RH (Non-condensing), typical testing labs.

Accessories

  • Soft carrying case
  • Test leads suitable for calibration of SCOT and HISAC series instruments.
  • Instruction manual
  • Calibration procedure manual
  • Calibration Cetificate from acceredited calibration laboratory having traceability to national standards

Battery bank installations are important & essential part of various power, communication, information technology & industrial set-ups. In order to ensure healthy performance of such installations, the batteries used need to be properly monitored. One of the quick check methods is to measure the battery voltage & conductance of individual cells of a battery string and to identify & eliminate weak battery cells and save battery string from further degradation.

SCOPE's BCT 1 is the comprehensive battery operated, portable, hand held Battery Conductance Tester suitable for all Lead Acid & Nickel Cadmium cells having cell voltage of 1.2V / 2V / 6V / 12V. This is all in one single unit that allows you to measure without taking the battery system OFF LINE.

Features

  • Smart, rugged and portable hand held device.
  • Suitable for batteries up to 6000 Ah.
  • Tests all types of batteries having cell voltage of 1.2V / 2V / 6V / 12V. Option of self-defined voltage is also available.
  • On line measurement- No need to disconnect cell / string from system.
  • Simultaneously tests cell terminal voltage, internal conductance and relative percentage capacity of the cell.
  • Built-in refrence value or selft defined value for comparison of test results with standart values.
  • Low frequency testing effectively avoids interference from capacitive resistance of battery itself.
  • Stable and accurate results in presence of high interference.
  • Fast operation & quick stabilization. Auto saving of results.
  • Colour touch screen display as well as operation through keypad.
  • Large memory to store results of up-to 3000 cells.
  • Auto-calibration of unit before testing.
  • Over voltage protection & audio alarm.
  • Analysis of results through PC Data Management Software including Histogram.

Specifications

Parameter Range Resolution Accuracy
 Conductance (Siemence)  100 to 19990Ω  0.01mΩ ±1.0% of reading ± 6 digit
 Voltage  0 to 16V 1mV ±0.2% of reading ± 6 digit
 Measuring Cells Per String Up to 254   
 Display Colour TFT touch screen LCD, 320 x 240 pixel, 3.5"   
 Memory 3000 test results   
Power Supply Li-ion battery   
Working Time > 5 hours continuous   
Environment 0°C to 50°C, up-to 95% RH (Non-condensing)   
Dimension (L x W x H) 210 mm x 110 mm x 60 mm
Weight 2 kg (including accessories)   

Accessories

Standard Acessories

  • Test Cables with Clamps : 1 pair
  • Battery Charger : 1
  • USB Pen Drive with Software : 1
  • USB Converter Cable : 1
  • Soft Carrying Case : 1
  • Instructions Manual : 1
  • Factory Test & calibration report : 1

Optional Acessories

  • Test Cables with Pin Type Probe : 1 pair

These new CT/PT testers are based on low frequency and variable frequency methods which lead to the great reduction in weight and high knee point test range. With one button click, all test items of the current transformer test set, such as excitation, winding resistance, polarity, phase error, ratio, etc, can be performed automatically.

PCT200i is specially designed for current transformer characteristic test.This CT analyzer can finish the measurement class CT and TYP class CT.The additional functions include ratio and angle differential tests (the measurement points in the GB standard),FS and inductance,steady-state parameters,peak error and transient parameters,etc. 

Features

  • Test CT according to IEC60044-1/6
  • Can test all types of CT, including bushing and GIS type CT
  • One test can get all CT parameters
  • Fast test time for excitation test
  • 10kV knee point test: 50s
  • 1kV knee point test: 15s
  • Ratio check up to 30,000:1
  • Knee point check up to 30,000V
  • Lightweight, Automatic and Compact CT/PT tester with large LCD display, onboard memory and computer interface
  • Principle based on variable frequency method which leads to high knee point test voltage range
  • Testing CT Ratio by voltage method, having fast response time, high precision and reliability
  • Embedded microprocessor digital platform without external PC, easy to operate and reduces test time
  • With one click following test can be performed such as excitation, winding resistance, polarity, phase error, ratio, etc
  • Name Plate Guessing facility
  • Ratio error and phase error list automatically shown when the rated current is 1% to 300%.
  • Inbuilt Demagnetization facility
  • PT test functions are also in-built
  • Test results can be saved to flash disk
  • Optional Excel format report generation
  • Large color LCD display
  • Weight : 14kg

Specifications

 

Parameters PCT200i
 Output Voltage range  0 to 120V
 Output Current range  0 to 5A rms (15A Peak)
Output Power 0.0001 to 500VA rms (1,500VA Peak)
Ratio Test range 30000:1 to 45000:5
Ratio Test Accuracy 0.1%
Max. Knee point voltage 30,000V
Burden test range 0.5 to 200Ω
Burden test accuracy ± 0.1% ± 1mΩ
Winding Resistance test range 0.05 to 200Ω
Winding Resistance test accuracy ± 0.1% ± 1mΩ
Display 8.4 inch, Colour LCD
Operating System Windows
Dimension (W x H x L) 470 x 200 x 245mm
Weight 14Kg

The MTD20KWR digital earth tester allows for the measurement of Earth Resistances and Soil Specific Resistivity, and also the spurious voltages caused by parasitic voltages present in the soil.

This equipment is suitable for fast and easy measurement of the grounding resistance in house and industrial buildings, hospital installations, lightning rods, antennas, substations, etc. Soil resistivity measurement allows for soil stratification in order to optimize the most complex grounding systems engineering.

Its state-of-the-art system of active and passive filters provides it with high immunity to electric interferences, making it possible to obtain reliable measurements even in the presence of spurious voltages, such as the ones that can be found in some urban areas and near primary substations.

A 1,470 Hz internal generator injects alternated current on the soil through an auxiliary rod. The voltage generated over the earth resistance is measured by the apparatus, and the resistance value is evaluated. The test current is automatically regulated.It has abnormalities indications on the display which advises the operator when the generated current is not enough to carry out reliable measurements.Because of its wide range of measurement (from 0.01 Ω up to 20 kΩ), this equipment allows for reliable testing in all kinds of soils, including those that offer very high resistivity.

This earth tester is supplied with a rechargeable internal battery. The smart charger is microprocessor-controlled, and can be powered from a 12 V car battery (or a similar one).

It has a sturdy, easy and safe to carry cabinet, with IP65 protection level (closed lid). It is suitable to work under adverse geographical and environmental conditions, with extreme temperatures in cold or tropical regions and in high mountain areas, showing a reliable performance in the field.

Features

  • Digital and automatic
  • Earth resistance measurement
  • Ground resistivity (Wenner’s method)
  • Spurious voltage measurement
  • High spurious voltage rejection
  • Indication of anomalies in the current circuit
  • 0.01 Ω resolution
  • Up to 2 kΩ resistance range
  • Rechargeable NiMH battery
  • IP65 rated (with closed lid)
  • Graphic display (128 x 64 px)

Specifications

Specifications   MTD20kWr
Measurement ranges

Resistance: 0-20 kΩ

Tension: 0-200 V~.

Accuracy

Resistance measurements:

± (2% of the measured value ± 2 digits

Voltage measurements:

± (2% of the measured value ± 2 digits)

Reading resolution

0.01 Ω in the resistance measurement. 

0.1 V in the voltage measurement.

Output power and current The output power is less than 0.5 W, and the output current is limited to less than 10 mA (Peak to peak).
Battery charger AC adapter 12 V - 1 A
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