Saturday, 05 September 2015 06:06 Written by

SCOT MXP

SCOT Series of CB Time Interval Meters from SCOPE are compact and reliable instruments to measure operation times of all types of HV and EHV circuit breakers under charged switch yard conditions.

SCOT MXP measures, displays and prints CLOSE, OPEN and C-O times in various configurations. The MXP has a special mode to measure PIR closing time.

Features

  • Inbuilt clock to tag date and time of test to the readings.
  • 4 line 20 character back-lit LCD display for menu and results.
  • Inbuilt memory to hold results of last fifty tests.
  • Easy to use menu driven user interface for operation.
  • Diagnostics for instrument condition and calibration watch.
  • Inbuilt printer for printing results.

Specifications

  •  Channels: Maximum eight in PIR mode
  • Control of breaker :Through 300V / 30A SSRs to Trip and Close the connected circuit breaker
  • Output :4 line 20 character backlit LCD,RS 232 C port for downloading data to PC
  • Printer:Inbuilt, thermal printer
  • Paper: Thermal, 55 mm wide roll
  • Test Leads: Set of 15m, wear resistant Test Cables
  • Range : 999 milliseconds maximum
  • Resolution: 1 millisecond
  • Measuring accuracy : Value ± 0.05% ± 1 digit
  • Environment : 0° to 50° C, 95% RH (Non-condensing) Electrical noise normally found in live switchyards of upto 420kV
  • Power: 230V AC ± 15%, 50Hz ± 10%, 25 VA
  • Dimensions: 430 x 345 x 160 mm
  • Weight: 6 kg, instrument
Tuesday, 13 October 2015 05:30 Written by

HISAC Ultima

HISAC Ultima – new generation Circuit Breaker Dynamic Test Set from SCOPE …. The ultimate solution for testing Circuit Breakers of all types. HIASC 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
Travel Channel 3 : Travel characteristic
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%
Saturday, 05 September 2015 06:37 Written by

SCOT M3K

SCOT Series of CB Time Interval Meters from SCOPE are compact and reliable instruments to measure operation times of all types of HV and EHV circuit breakers under charged switchyard conditions.

Time Interval Meter measures and displays CLOSE, OPEN and C-O times 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 back-lit LCD display for menu and results.
  • Inbuilt memory to hold results of last fifty tests.
  • Easy to use menu driven user interface for operation.
  • Diagnostics for instrument condition and calibration watch.

Specifications

  • Channels: Three
  • Control of breaker :Through 300V / 30A SSRs to Trip and Close the connected circuit breaker
  • Output :4 line 20 character backlit LCD,RS 232 C port for downloading data to PC
  • Test Leads: Set of 15m, wear resistant Test Cables
  • Range : 999 milliseconds maximum
  • Resolution: 1 millisecond
  • Measuring accuracy : Value ± 0.05% ± 1 digit
  • Environment : 0° to 50° C, 95% RH (Non-condensing) Electrical noise normally found in live switchyards of upto 420kV
  • Power: 230V AC ± 15%, 50Hz ± 10%, 25 VA
  • Dimensions: 430 x 345 x 160 mm
  • Weight: 6 kg, instrument
Friday, 03 July 2020 10:33 Written by

SCOT MXP+

SCOT Series Circuit Breaker Time Interval Meter in all new super light avatars, based on cutting edge micro-controller & embedded technology. SCOT incorporates some state of the art hardware & smart software features making it a must have tool for testing & maintenance engineers. It is compact, lightweight and reliable instrument used for measurement of operation times of all types of HV and EHV circuit breakers under live switchyard conditions.

SCOT MXP+ measures, displays and prints CLOSE, OPEN and C-O times of 2 Main + 2 PIR contacts per pole, 3 poles simultaneously, ensuring measurement of 6 Main + 6 PIR contacts simultaneously. Ideally suitable for CBs having PIR contacts & multiple breaks per pole.

 

Features

  • A radically new design makes SCOT the lightest available CB Time Interval Meter.
  • High sampling frequency of up-to 10 KHz offers high timing resolution of 0.1 ms.
  • Mains as well as rechargeable Li-ion battery operated. In built battery monitor and cut off circuit for protection against battery deep discharge.
  • In built real time clock, memory and printer, Test time stamping on each record enables time references for future use.
  • PC Downloading & Analysis including ‘Trend Analysis’ possible with “CData SCOT+” Software supplied with kit.
  • Create CB Identification data (CB Library) on PC and upload to instrument. Save the test results in respective CB folder in kit. Download the same to PC in similar folder structure.
  • Instrument debug options like contact status check, command check, memory check, printer check, PC downloading check are provided.
  • Simple operation. Tests can be conducted even by technicians.
  • Supplied with rugged test lead set, suitable for testing EHV CBs.
  • Enclosed in ultra rugged IP67 class hard molded case.

Specifications

Parameter  SCOT MXP+
Contact Timing Channels  12  (Up-to 2 Main + 2 PIR contacts per pole, 3 poles simultaneously, i.e. 6 Main + 6 PIR contacts simultaneously)
Sampling Speed  10kHz, 5kHz, 2kHz, 1kHz & 100Hz  Selectable
Timing Range  1 Sec, 2 Sec, 5 Sec, 10 Sec & 100 Sec respectively for above Sampling Speeds
Resolution 0.1 ms, 0.2 ms, 0.5 ms, 1 ms & 10 ms respectively for above Sampling Speeds
Accuracy Value ± 0.05% ± 1 Digit
Breaker Control Two solid state contacts rated at 300V, 35A AC/DC for breaker operation
Trigger Options Close, Open, Close-Open
Display 4 Line X 20 character backlit LCD
Printer In-built, 58 mm thermal printer
Memory 1 MB, 100 records, Internal
In-built Battery Li-Ion, 11.1V, 4Ah
Power

Input to Battery Charger - 90 to 275 V AC, 50/60 Hz ± 10% ;100 to 300 V DC

Charger output - 13.5 V DC, 1000 mA Max.; Instrument consumption -15 VA

Communication Port USB
Environment 0 to 50°C, Upto 95% RH (Non condensing)
Dimensions 300 x 250 x 200 mm
Instrument Weight  5 Kg

Friday, 03 July 2020 10:51 Written by

SCOT M3K+

SCOT Series Circuit Breaker Time Interval Meter in all new super light avatars, based on cutting edge micro-controller & embedded technology. SCOT incorporates some state of the art hardware & smart software features making it a must have tool for testing & maintenance engineers. It is compact, lightweight and reliable instrument used for measurement of operation times of all types of HV and EHV circuit breakers under live switchyard conditions.

SCOT M3K+ depending on the type & configuration of circuit breakers.

SCOT M3K+ measures and displays CLOSE, OPEN and C-O times of Main contacts of 3 poles connected end to end, simultaneously. Ideally suitable for CBs with single break per pole.

Features

  • A radically new design makes SCOT the lightest available CB Time Interval Meter.
  • High sampling frequency of up-to 10 KHz offers high timing resolution of 0.1 ms.
  • Mains as well as rechargeable Li-ion battery operated. In built battery monitor and cut off circuit for protection against battery deep discharge.
  • In built real time clock and memory. Test time stamping on each record enables time references for future use.
  • PC Downloading & Analysis including ‘Trend Analysis’ possible with “CData SCOT+” Software supplied with kit.
  • Create CB Identification data (CB Library) on PC and upload to instrument. Save the test results in respective CB folder in kit. Download the same to PC in similar folder structure.
  • Instrument debug options like contact status check, command check, memory check, PC downloading check are provided.
  • Simple operation. Tests can be conducted even by technicians.
  • Supplied with rugged test lead set, suitable for testing EHV CBs.
  • Enclosed in ultra rugged IP67 class hard molded case.

Specifications

Parameter  SCOT M3k+
Contact Timing Channels  3 (Main contacts of 3 poles connected end to end, simultaneously)
Sampling Speed  10kHz, 5kHz, 2kHz, 1kHz & 100Hz  Selectable
Timing Range  1 Sec, 2 Sec, 5 Sec, 10 Sec & 100 Sec respectively for above Sampling Speeds
Resolution 0.1 ms, 0.2 ms, 0.5 ms, 1 ms & 10 ms respectively for above Sampling Speeds
Accuracy Value ± 0.05% ± 1 Digit
Breaker Control Two solid state contacts rated at 300V, 35A AC/DC for breaker operation
Trigger Options Close, Open, Close-Open
Display 4 Line X 20 character backlit LCD
Memory 1 MB, 100 records, Internal
In-built Battery  Li-Ion, 11.1 V, 4 Ah
Power

Input to Battery Charger - 90 to 275 V AC, 50/60 Hz ± 10% ;100 to 300 V DC

Charger output - 13.5 V DC, 1000 mA Max.; Instrument consumption -15 VA

Communication Port USB
Environment 0 to 50°C, Upto 95% RH (Non condensing)
Dimensions 300 x 250 x 200 mm
Instrument Weight  5 Kg
Wednesday, 15 July 2020 03:48 Written by

HISAC Swift

HISAC Swift - Circuit Breaker Operational Analyser is meant for checking the performance of the MV Circuit Breakers. The Analyser contains various intelligent measuring modules designed for measuring parameters such as contact timings of Main/PIR & Auxiliary contacts, Close/Trip Coil Current characteristics and Static Contact Resistance of R, Y & B poles simultaneously. The results can be directly viewed on the TFT touch screen display in graphical as well as numerical form. It is possible to print the graph on a built-in thermal printer or download record to PC for further analysis on CPLOT software. This all in one instrument is best suited for gang operated CBs.

Features

  • Type Tested as per IEC 60068, IEC 61326 & IEC 61010-1. CE marked
  • Breaker information data entry and system settings entered into the kit through the touch screen keyboard
  • Operations: C, O, C-O, O-C, O-C-O with configurable delays
  • Contact timing of 3 Main and 3 PIR Contacts with 0.05mS resolution
  • One internal channel to measure close and Trip coil current
  • 3 multiplexed channels to measure Static Contact resistance with 0.1μΩ resolution and range up to 2Ω
  • CPLOT software provided with instrument for further analysis on PC
  • TFT Color LCD screen with touch, In-built printer, In-built memory for internal data storage
  • Instrument housed in IP67 molded case

Specification

Parameter  HISAC Swift
Contact  Channels  6:1 Main + 1 PIR pole, 3 poles simultaneously
Sampling Speed  20kC, 10kC, 5kC, 2kC & 1kC selectable
Trigger Options Open, Close, C-O, O-C, O-C-O, delay between operations selectable
Auxillary Contacts 2: Dry/Wet selectable, 15V to 300V DC (for Wet Channels)
Coil Current  1: Trip /Close Coil Current, 1,2,5,10,25 & 50A DC
Contact Resistance 3: Multiplexed channels, 10A Max
Breaker Control Two solid state contacts rated at 50A, 300V AC/DC for breaker operation
Display 320 x 240 Pixel, 5.7" Color TFT LCD with LED back-lit, Touchscreen
Power

90-260V AC, 47-63Hz, 25VA(approx)

Communication Port USB port, for data download
Environment 0 to 50°C, Upto 95% RH (Non condensing)
Dimensions 415 x 230 x 200 mm
Instrument Weight  10 Kg
Friday, 24 July 2020 09:12 Written by

CB SCOPE

SCOPE introduces CB SCOPE – Loco Vaccum Circuit Breaker Test System; the ultimate solution for testing Loco Circuit Breakers of all types. CB SCOPE is the most complete analyzer for checking the dynamic performance of LOCO VCB’s.

The portable analyser has intelligent measuring modules controlled by an external laptop through an Ethernet link. CB SCOPE actually gives you the power to design your own condition based maintenance strategy and obtain optimum breaker performance with minimum maintenance shutdowns.

CB SCOPE Measures timings, bounce, and simultaneity of contacts. Analyses contact travel characteristics for speed, contact gap, over-travel and rebound. Records trip and close coil current characteristics.

Features

  • Tests all types of Loco VCBs for all critical performance parameters of Loco VCB.
  • Measures timings, contact, bounce, simultaneity of contacts.
  • Analyses contact travel characteristics for speed, contact gap, over-travel and rebound.
  • Records trip / close & holding coil current characteristics.
  • Displays settings, graphical natures and tabulated test results in software generated test report.
  • Prints test report in graphical format with test header and calculation footer, on external printer optional.
  • Incorporates powerful and practical Windows™ based Test Manager Software to control & operate instrument; also to view, analyse and handle graphical test data on a laptop at high resolution.
  • Selects pre-programmed setup parameters and pass/fail limits through software.
  • Connects to VCB with wear resistant test leads of suffi cient length, having quick-fi t connectors, suitable for Loco VCBs.
  • Transport instrument over long distance in rugged industrial aluminium case.

Specification

Parameter  CB SCOPE
Contact  Channels  3:2 for Double Bottle Loco VCB, 1 Spare
Sampling Speed   1mS to 40Sec at 1 kC, 0.05mS to 2Sec at 20kC
Resolution 1mS at 1kC, 0.05mS at 20kC
Coil Current  2: Closing / Tripping or Holding coil current, 1, 2, 5, 10, 25A DC
Voltage (Travel) 2:Travel characteristics, 0-5V DC
Breaker Control Two solid state contacts rated at 35A AC/DC for breaker operation
Trigger Options Open Close, C-O, O-C, O-C-O, and delay between operations configurable
Sampling Speed

20kC, 10kC, 5kC, 2kC, 1kC selectable

Travel Channel  For linear / rotary resistive transducers. 0-5V DC excitation source in-built
Communication Port  Ethernet port for communication between laptop and instrument
Dimensions 365 x 290 x 260 mm
Instrument Weight  10 Kg
Tuesday, 03 May 2016 07:12 Written by

SA 30i+

SA 30i+, the wireless Leakage Current Analyser from SCOPE is a State of the Art, On-line test system for Residual Life Assessment of Metal Oxide Surge Arresters. The instrument measures and directly displays the values of Total Leakage Current and Third Harmonic Resistive Leakage Current. It provides system harmonic compensation as per IEC 60099-5-B2. It provides Corrected Resistive Leakage Current after applying correction factors for change in system voltage & temperature.

The SA 30i+ can be pre-loaded with the LA identity details (LA Identification, Type, Serial Number,Location, Rated Voltage etc.) and tests conducted on the same ID of the arresters are saved under the same folder. Trend analysis software, SAData picks up this data and stores them in a similar fashion on a PC. This analysis software enables the user to take a decision to repair/replace the arresters considering safety limits.

SA 30i+ is designed to work under the hostile electrostatic noise found in live EHV switch yards upto 765 kV

 

Features

  • Safe Online measurement due to wireless CT and Field Probe
  • In built temperature measurement facility enables calculation of temperature corrected leakage currents.
  • Correction of results to rated voltage of LA to eliminate eff ect of change in system voltage.
  • Date and time stamp on test results Results are displayed on large font, Big, back-lit LCD, printed on in-built thermal printer and can be stored in memory of the instrument.
  • SA 30i+, CT unit and Field Probe unit are powered by easily available re-chargeable Lithium-ion batteries. It works for a day’s testing needs on a single charge
  • The SA 30i+ is a switchyard compatible instrument. This makes the instrument extremely convenient to use.
  • Built-in standard calibration source and self-calibration check facility
  • USB communication port to transfer data to PC and Windows based PC Downloading & Analysis Software.
  • Facility for testing of GIS LAs available optionally

Specifications

 Parameter  SA30i+
 Total Leakage Current Range  1 μA to 20 mA
 Resistive Leakage Current Range 1 μA to 20 mA 
Resolution   1 μA
 Accuracy Value ± 5% ± 1 μA 
 Inputs Wireless Clamp on CT and Wireless Field Probe optional external field PT Input (Voltage Peak method as per IEC 60099-5-A1 for GIS)
 Display 4 line x 20 character large backlit LCD with large font
 Compensation Automatic for System Harmonics, Temperature & System Voltage
 Temperature Sensor

Inbuilt Platinum Resistance Thermometer

with measurement range of -20°C to 55°C

Self-calibration Check Available
PC Connectivity USB Port (Standard), RS 232 & Ethernet (Optional)
Memory Storage capacity of 2000 results
Printer  58mm Inbuilt Thermal Printer
Power

Battery as well as Mains powered Main Unit

Battery powered CT and FP Units

Internal Battery

SA30i+ - 11.1 V / 2200mAh Internal Rechargeable battery,

CT Unit - 11.1 V / 1150mAh Rechargeable battery,

Field Probe Unit - 11.1 V / 1150mAh Rechargeable battery. 

8 hours Battery life with full charge

Mains Supply  88 to 264 VAC, 47 to 63 Hz, Single Phase
Battery Charger Inbuilt in Main Unit, Connection to CT and Field Probe Provided
 Dimension

 

SA30i+ - 340 x 295 x 155 mm,

CT Unit - 340 x 73 x 40 mm,

Field Probe Unit - 340 x 82 mm Cylindrical 

 Weight

 

SA30i+ - 3.8 Kg,

CT Unit - 0.7 Kg ,

Field Probe Unit - 0.75 Kg 

Environment 

-20°C to 55°C, up to 95% RH (non-condensing), Storage Temp - 0-70°C

Type Testing

As per IEC 60068 / IS 9000 for Dry Heat, Damp Heat, Change of Temperature, Bump, Vibration and Mechanical Shock. For EMI / EMC & Safety as per relevant IEC Standards

Video

 

Friday, 24 July 2020 07:10 Written by

SA 30i

SA 30i, the Leakage Current Analyser from SCOPE is a State of the Art, On-line test system for Residual Life Assessment of Metal Oxide Surge Arresters. The instrument measures and directly displays the values of Total Leakage Current and Third Harmonic Resistive Leakage Current. It provides system harmonic compensation as per IEC 60099-5-B2. It provides Corrected Resistive Leakage Current after applying correction factors for change in system voltage & temperature.

The SA 30i can be pre-loaded with the LA identity details (LA Identification, Type, Serial Number,Location, Rated Voltage etc.) and tests conducted on the same ID of the arresters are saved under the same folder. Trend analysis software, SAData picks up this data and stores them in a similar fashion on a PC. This analysis software enables the user to take a decision to repair/replace the arresters considering safety limits.

SA 30i is designed to work under the hostile electrostatic noise found in live EHV switch yards upto 765 kV

 

Features

  • An innovative design makes SA 30i simple, lightweight, portable, feature-rich.
  • Measures Total Leakage Current, 3rd Harmonic Resistive Leakage Current with System Harmonic compensation and Corrected Resistive Leakage Current.
  • In built temperature measurement facility enables calculation of temperature corrected leakage currents.
  • Correction of results to rated voltage of LA to eliminate effect of change in system voltage.
  • Date and time stamp on test results
  • Results are displayed on large font, Big, back-lit LCD, printed on in-built thermal printer and can be stored in memory of the instrument.
  • SA 30i is powered by easily available re-chargeable Lithium-ion batteries. It works for a day’s testing needs on a single charge
  • The SA 30i is a switchyard compatible instrument. This makes the instrument extremely convenient to use.
  • Built-in standard calibration source and self-calibration check facility
  • USB communication port to transfer data to PC and Windows based PC Downloading & Analysis Software.
  • Facility of extending CT & Field Probe signal to external oscilloscope.
  • Facility for testing of GIS LAs available optionally

Specifications

 Parameter  SA30i
 Total Leakage Current Range  100 μA to 10 mA
 Resistive Leakage Current Range 1 μA to 10 mA 
Resolution   1 μA
 Accuracy Value ± 5% ± 1 μA 
 Inputs External Clamp-on CT, Field Probe,Optional External PT input (110V AC)
 Display 4 line x 20 character large backlit LCD with large font
 Compensation Automatic for System Harmonics, Temperature & System Voltage
 Temperature Sensor

Inbuilt Platinum Resistance Thermometer

with measurement range of -20°C to 55°C

Self-calibration Check Available
PC Connectivity Through USB Port
Memory Storage capacity of 1000 results
Printer  58mm Inbuilt Thermal Printer

Internal Battery

SA30i - 11.1 V / 2200mAh Internal Rechargeable battery

Mains Supply  100-270V AC, 50 / 60Hz ± 10%, 1 Phase
 Dimension

SA30i - 415 x 330 x 200 mm

 Weight

SA30i - 7 Kg

Environment 

0°C to 55°C, up to 95% RH (non-condensing)

Type Testing

As per IEC 60068 / IS 9000 for Dry Heat, Damp Heat, Change of Temperature, Bump, Vibration and Mechanical Shock. For EMI / EMC & Safety as per relevant IEC Standards

Video

 

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