Super User
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.
HISAC Ultima with DCRM+ ensures end users safety by providing Dual Earth Test, in which Circuit Breaker will be grounded from both sides while conducting the test.
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 - HV, EHV & UHV 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, First Trip Analysis or other static parameters through configurable Analog channels.
- Type Tested as per IEC 60068, IEC 61326-1 & IEC 61010-1
- Supplied with suitable Test Leads & transport cases for instruments.
- Travel Transducer and fixture as per order based on make, type & rating of CB.
Specifications
| Parameter | HISAC Ultima with DCRM+ |
| 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 |
| 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) | 2 / 4 / 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+ each Module- 4 Kg |
| Power | 230 V AC ± 15% , 50Hz ± 10% |
Surge Generator is the backbone of underground cable fault locator test systems. Surge Generator is used with a Prelocator and SIM Filter for fault distance measurement and also used with Pin Pointer Set for pinpointing the exact fault spot.
SCOPE offers CFL SG 0810, Surge Generator with output of 8kV and 1000 Joules. It is ideal choice for fault location on all types of power cables from LV to MV. CFL SG series is equipped with different Protections, Interlocks and Auto-discharge facility to ensure user safety during operation. User friendly controls, adequate form factor, contact free HV terminations makes this CFL SG series most durable and best-designed sets in the segment
Features
- Compact, Lightweight, and housed in rugged aluminum case
- Ideal choice for fault location on all type of power cables
- Backbone of Cable Fault Locator System
- Generates short duration high voltage surge for fault break down
- Built-in Current Coupler to determine the fault distance in conjunction with Prelocator unit
- Repetitive surges applied for pinpointing the exact fault location in conjunction Pinpointing set
- Supports SIM/ARM/MIM method for locating High resistance and flashing faults along with Prelocator and SIM Filter from CFL Series
- Available with optional modes such as DC Hi-Pot, Burn Down and Sheath Fault Location Mode
- Multiple options in a single instrument to avoid carrying several heavy instruments to the site
- Easy setup and intelligent protections make high voltage testing safe & reliable
- Compatible with other models of SCOPE make CFL Series
Specifications
| Parameter | CFL SG 0810 |
| Output Voltage Ranges | 0 – 2kV / 4kV / 8kV selectable |
| Output Energy | Max. 1000J in each voltage range |
|
Impulse Sequence (Surge Rate) |
Single Impulse (Manual) - 3 Sec / 6 Sec / 9 Sec or Single Impulse (Manual) - 2 Sec / 4 Sec / 8 Sec (Optional) |
| Output Indication | Moving Coil Analog Meter for Output Voltage measurement |
| Measurement Accuracy | ±5% of selected range |
| Input Supply |
230V AC ± 10%, 50/60Hz ± 10%, Single Phase |
| Cooling Type | Air Cooled |
| Dimensions |
725 x 540 x 780mm |
| Weight (without wheels and test leads) |
90kg approx. |
| Environmental (Operation) |
0°C to 50°C, up to 95% RH (Non-Condensing) |
| Environmental (Storage) |
-10°C to 55°C, up to 95% RH (Non-Condensing) |
Surge Generator is the backbone of underground cable fault locator test systems. Surge Generator is used with a Prelocator and SIM Filter for fault distance measurement and also used with PinPointer Set for pinpointing the exact fault spot.
SCOPE offers CFL SG 1610, Surge Generator with output of 16kV and 1000 Joules. It is ideal choice for fault location on all types of power cables from LV to EHV. CFL SG Series is equipped with different Protections, Interlocks and Auto-discharge Facility to ensure User Safety during operation. User Friendly controls, adequate form factor, contact free HV terminations makes this CFL SG Series most durable and best-designed sets in the segment
Features
- Compact, Lightweight, and housed in rugged aluminum case
- Ideal choice for fault location on all type of power cables
- Backbone of Cable Fault Locator System
- Generates short duration high voltage surge for fault break down
- Built-in Current Coupler to determine the fault distance in conjunction with Prelocator unit
- Repetitive surges applied for pinpointing the exact fault location in conjunction Pinpointing set
- Supports SIM/ARM/MIM method for locating High resistance and flashing faults along with Prelocator and SIM Filter from CFL Series
- Available with optional modes such as DC Hi-Pot, Burn Down and Sheath Fault Location Mode
- Multiple options in a single instrument to avoid carrying several heavy instruments to the site
- Easy setup and intelligent protections make high voltage testing safe & reliable
- Compatible with other models of SCOPE make CFL Series
Specifications
| Parameter | CFL SG 1610 |
| Output Voltage Ranges | 0 – 4kV / 8kV / 16kV selectable |
| Output Energy | Max. 1000J in each voltage range |
|
Impulse Sequence (Surge Rate) |
Single Impulse (Manual) - 3 Sec / 6 Sec / 9 Sec or Single Impulse (Manual) - 2 Sec / 4 Sec / 8 Sec (Optional) |
| Output Indication | Moving Coil Analog Meter for Output Voltage measurement Moving Coil Analog Meter for Leakage Current measurement in Optional DC Modes |
| Measurement Accuracy | ±5% of selected range |
| Input Supply |
230V AC ± 10%, 50/60Hz ± 10%, Single Phase, 1.2 kVA max. |
| Cooling Type | Air Cooled |
| Dimensions |
680 x 480 x 660mm without Optional DC Modes 835 x 810 x 880 mm with Optional DC Modes |
| Weight (without trolley and test leads) |
Without Optional DC Modes: 150kg approx. With Optional DC Modes: 155kg approx. |
| Environmental (Operation) |
0°C to 50°C, up to 95% RH (Non-Condensing) |
| Environmental (Storage) |
-10°C to 55°C, up to 95% RH (Non-Condensing) |
| Optional DC Modes | Voltage | Current | Timer / Pulse Ratio* |
| Hi-Pot | 0-16kV | 3/6/12mA | 5/10/15min |
| Burn Down | 0-4/8/16kV | 90/60/30mA | 3min |
| Sheath Fault | 0-8kV | 60mA | *3/6/9s On & 100ms Off |
Surge Generator is the backbone of underground cable fault locator test systems. Surge Generator is used with a Prelocator and SIM Filter for fault distance measurement and also used with PinPointer Set for pinpointing the exact fault spot.
SCOPE offers CFL SG 3210, Surge Generator with output of 32kV and 1000 Joules. It is ideal choice for fault location on all types of power cables from LV to EHV. CFL SG Series is equipped with different Protections, Interlocks and Auto-discharge Facility to ensure User Safety during operation. User Friendly controls, adequate form factor, contact free HV terminations makes this CFL SG Series most durable and best-designed sets in the segment.
Features
- Compact, Lightweight, and housed in rugged aluminum case
- Ideal choice for fault location on all type of power cables
- Backbone of Cable Fault Locator System
- Generates short duration high voltage surge for fault break down
- Built-in Current Coupler to determine the fault distance in conjunction with Prelocator unit
- Repetitive surges applied for pinpointing the exact fault location in conjunction Pinpointing set
- Supports SIM/ARM/MIM method for locating High resistance and flashing faults along with Prelocator and SIM Filter from CFL Series
- Available with optional modes such as DC Hi-Pot, Burn Down and Sheath Fault Location Mode
- Multiple options in a single instrument to avoid carrying several heavy instruments to the site
- Easy setup and intelligent protections make high voltage testing safe & reliable
- Compatible with other models of SCOPE make CFL Series
Specifications
| Parameter | CFL SG 3210 |
| Output Voltage Ranges | 0 – 8kV / 16kV / 32kV selectable |
| Output Energy | Max. 1000J in each voltage range |
|
Impulse Sequence (Surge Rate) |
Single Impulse (Manual) / 3 Sec / 6 Sec / 9 Sec or Single Impulse (Manual) / 2 Sec / 4 Sec / 8 Sec (Optional) |
| Output Indication | Moving Coil Analog Meter for Output Voltage measurement Moving Coil Analog Meter for Leakage Current measurement in Optional DC Modes |
| Measurement Accuracy | ±5% of selected range |
| Input Supply |
230V AC ± 10%, 50/60Hz ± 10%, Single Phase, 1.8 kVA max. |
| Cooling Type | Air Cooled |
| Dimensions | 835 x 810 x 880 mm |
| Weight (without trolley and test leads) |
Without Optional DC Modes: 150kg approx. With Optional DC Modes: 155kg approx. |
| Environmental (Operation) |
0°C to 50°C, up to 95% RH (Non-Condensing) |
| Environmental (Storage) |
-10°C to 55°C, up to 95% RH (Non-Condensing) |
| Optional DC Modes | Voltage | Current | Timer / Pulse Ratio* |
| Hi-Pot | 0-32kV | 6/12/24mA | 5/10/15min |
| Burn Down | 0-8/16/32kV | 240/120/60mA | 3min |
| Sheath Fault | 0-8kV | 240mA | *3/6/9s On & 100ms Off |
Surge Generator is the backbone of underground cable fault locator test systems. Surge Generator is used with a Prelocator and SIM Filter for fault distance measurement and also used with PinPointer Set for pinpointing the exact fault spot.
SCOPE offers CFL SG 3220, Surge Generator with output of 32kV and 2000 Joules. It is ideal choice for fault location on all types of power cables from LV to EHV. CFL SG Series is equipped with different Protections, Interlocks and Auto-discharge Facility to ensure User Safety during operation. User Friendly controls, adequate form factor, contact free HV terminations makes this CFL SG Series most durable and best-designed sets in the segment.
Features
- Compact, Lightweight, and housed in rugged aluminum case
- Ideal choice for fault location on all type of power cables
- Backbone of Cable Fault Locator System
- Generates short duration high voltage surge for fault break down
- Built-in Current Coupler to determine the fault distance in conjunction with Prelocator unit
- Repetitive surges applied for pinpointing the exact fault location in conjunction Pinpointing set
- Supports SIM/ARM/MIM method for locating High resistance and flashing faults along with Prelocator and SIM Filter from CFL Series
- Available with optional modes such as DC Hi-Pot, Burn Down and Sheath Fault Location Mode
- Multiple options in a single instrument to avoid carrying several heavy instruments to the site
- Easy setup and intelligent protections make high voltage testing safe & reliable
- Compatible with other models of SCOPE make CFL Series
Specifications
| Parameter | CFL SG 3220 |
| Output Voltage Ranges | 0 – 8kV / 16kV / 32kV selectable |
| Output Energy | Max. 2000J in each voltage range |
|
Impulse Sequence (Surge Rate) |
Single Impulse (Manual) / 3 Sec / 6 Sec / 9 Sec or Single Impulse (Manual) / 2 Sec / 4 Sec / 8 Sec (Optional) |
| Output Indication | Moving Coil Analog Meter for Output Voltage measurement Moving Coil Analog Meter for Leakage Current measurement in Optional DC Modes |
| Measurement Accuracy | ±5% of selected range |
| Input Supply | 230V AC ± 10%, 50/60Hz ± 10%, Single Phase, 1.8 kVA max. |
| Cooling Type | Air Cooled |
| Dimensions | 835 x 810 x 880 mm |
| Weight (without trolley and test leads) |
Without Optional DC Modes: 160kg approx. With Optional DC Modes: 165kg approx. |
| Environmental (Operation) |
0°C to 50°C, up to 95% RH (Non-Condensing) |
| Environmental (Storage) |
-10°C to 55°C, up to 95% RH (Non-Condensing) |
| Optional DC Modes | Voltage | Current | Timer / Pulse Ratio* |
| Hi-Pot | 0-32kV | 6/12/24mA | 5/10/15min |
| Burn Down | 0-8/16/32kV | 240/120/60mA | 3min |
| Sheath Fault | 0-8kV | 240mA | *3/6/9s On & 100ms Off |
The digital insulation tester model MD5KVR is TENTECH's cutting edge insulation analyzer equipment and it is one of the most complete and sophisticated available in the international market. A software allows for further analysis of tests results, including features such as graphical representation and automatic report generation. Its proven technology provides safe, reliable and accurate measurements of insulation resistances up to 5 TΩ, with 4 preselected test voltages, 500 V -1 kV - 2,5 kV - 5 kV. Other test voltages, from 50 V to 5 kV, can be selected in 25 V or 500 V steps.
A state-of-the-art microprocessor controls the equipment operation and enables the incorporation of advanced features which make measurements easier: auto-range selection, AC/DC voltmeter, automatic measurement of absorption index, polarization index, leakage current and capacitance, timer enabling programming of test duration, configurable pass-fail test, dielectric discharge, ramp test, step voltage test, built-in printer, real time clock and calendar.
Measured values are transmitted through the USB interface and are printed in the built-in printer as a registration of the performed test. Furthermore, the measured values are stored in a non-volatile internal memory. Up to 16,000 measured values may be stored to be transferred afterward to a computer running the T-Logger program. This software allows a further analysis of the test results, including a graphical representation and automatic report generation. The real time clock and calendar, and the sequential test number, facilitates the identification of each test, and the organization of a predictive maintenance system by trend analysis.
The MD5KVR is powered by a rechargeable LFP battery. The cabinet is strong and lightweight, easy to carry, impact-resistant and suitable to be used under severe weather conditions. Thus the megohmmeter supplies very reliable and accurate measurements both in laboratory and out in the field.
Features
- Microprocessor-controlled
- Insulation resistances up to 5 TΩ
- Auto-range
- Automated tests: Absorption index, Polarization index, Capacitance, Leakage current and AC/DC voltmeter
- IP65 protection
- Switchable filter to remove external noise interference
- Real time clock and calendar
- Built-in printer, internal memory for up to 16,000 measured values
- Software for data management
Specifications
| Specification | MD 5KVR | ||
| Test voltage |
500 V - 1 kV - 2,5 kV - 5k V directly, one button selectable. 50 V to 5 kV in 25 V or 500 V steps. DC, negative. |
||
| Maximum resistance reading |
5 TΩ @ 5 kV 250GΩ @250V |
||
| DC Voltmeter |
15 V up to 1,000 Vdc. Accuracy: ±(5% of reading + 3 digits). |
||
| AC voltmeter |
15 V up to 1000 V r.m.s. Accuracy: ±(5% of reading + 3 digits) |
||
| Overvoltage Category | CAT -III 600V | ||
| Capacitance measurement |
50 nF up to 10 µF @ 500 V. 50 nF up to 5 µF @ 1,000 V. 30 nF up to 2 µF @ 2,500 V. 30 nF up to 1 µF @ 5,000 V. Accuracy: ±10% of reading ± 3 digits. |
||
| Short circuit current | Max. 3 mA | ||
| Test voltage accuracy | ± 3% of nominal test voltages on 10 GΩ | ||
| Insulation tester basic accuracy |
± 5% of reading from 1 MΩ to 1 TΩ @ 5 kV. ± 20% of reading from 1 TΩ to 5 TΩ @ 5 kV. (for lower test voltages, the upper limit will be reduced proportionally). ± 20% of reading ± 5 digits 10 from kΩ to 100 kΩ. ± 10% of reading ± 5 digits 100 from kΩ to 1 MΩ |
||
| Advanced features |
Ramp test. Dielectric discharge. Step voltage test. Automated polarization index calculation. Automated dielectric absorption ratio calculation. Programmable pass-fail test. 16,000 readings memory. Switchable filter to remove external noise interference. |
||
TI330+ is with a cooled detector(T2SL, NETD<25mK) to detect gas leaks and pinpoint the gas leaks location accurately, also offers temperature measurement. It is a multifunctional device for gas leakage detection and thermography applications.
TI330+ provide safe & efficient inspection at long distance without shutting systems down, scans large areas & numerous objects rapidly, sees into areas that are difficult to reach with contact measurement tools and enhances predictive maintenance at the same time. It is an ideal device for chemical/petrochemical application such as offshore platforms, oil refineries and natural gas processing plants
Features
- Cooled T2SL detector, sensitivity ≤0.025℃, pinpoint gas leaks location quickly
- Dual-application: Gas leakage detection and thermograph application
- Temperature range: -20℃～+350℃
- Inspection without interrupting the process
- Interchangeable lenses available
- Built-in 5.0 MP digital camera
- Folding and 270°rotatable display
Specifications
| Parameters | TI 330+ |
| Detector Data | |
| Type | Cooled FPA, Type II Super Lattice(T2SL) |
| IR resolution | 320 x 256 |
| Pixel Pitch | 30μm |
| Spectral range |
3.1～3.5μm |
| NETD/Sensitivity | 25mK |
| VOC gas sensitivity | ≤0.001ml/s |
| Lens | |
| FOV/Focal distance | 10°×7.5°/55mm |
| Minimum imaging distance | 2m |
| IFOV | 0.55mrad |
| Focus | Manual |
| Image Performance | |
| Display | 5”,color LCD, 800×480 pixels |
| Built-in visible light camera | 5 megapixel CMOS, autofocus, 1 LED fill light |
| Frequency | 50Hz |
| Digital zoom | 1X～8X continuous |
| Colour palettes | 12 palettes(including iron, rainbow, white-hot and black hot etc.) |
| Contrast/brightness | Auto/Manual |
| Measurement | |
| Temperature range | -20℃～+350℃ |
| Temperature accuracy | ±2℃/±2%(reading) |
| Spotmeter | 10 adjustable spots |
| Line profile | Vertical/Horizontal |
| Area | 5 adjustable boxes with max./min./avg temperature value |
| Image Storage | |
| Storage | 8G SD card(can be extended to 32G) |
| Video output | Card reader, USB, WiFi |
| IR image format | JPEG, 14-bit measurement data image included |
| Video storage | High definition video stored in SD card(MPEG4/H.264 format), recording time up to 1 hour for per video |
| Voice annotation | 40s voice record, stored with per image |
| Periodic image storage | 10s to 24h |
| Power System | |
| Battery type | Rechargeable li-ion battery |
| Charging system | In-camera, AC adapter, car charger |
| Laser Point | Grade/Type Class 2,1mW/635nmRed |
| Operation temperature range | -15℃ to +40℃ |
| Storage temperature range | -20℃ to +50℃ |
| Humidity | ≤95%(Non-condense) |
| Size & Weight | 308mm×142mm×166mm, ≤2.5kg(with standard lens) |
| Main Gas Detection | VOC, benzene |
TD100 is an innovative NDT - Non-Destructive Testing equipment, which detects, pinpoints and documents flash-arc corona and arcing partial discharge camera. Being with high sensitivity, it is a power tool to detect UV emission in full daylight with high signals from faraway and nearby sources.
TD100 is an ideal predictive maintenance device for overhead transmission lines and high voltage substations. It is widely used in Transmission line inspection, electrical utilities, HV research institutes, HV Electrical component inspection, HV panel inspection, service providers, laboratories and so on
Features
- High sensitivity up to 3.0 × 10-18watt / cm2
- Noise interference is small, using an all-day blind detector
- Accurate superposition and positioning of the whole area of ultraviolet and visible light
- Hand-held inspection, easy to complete the inspection
- Synchronous focusing of ultraviolet and visible light
- SD card online upgrade function
- High integration and low power consumption
- Professional report analysis software, more conducive to on-site situation analysis
- Small size, light weight, easy to operate
Specifications
| Parameters | TD 100 |
| Minimum UV sensitivity | 3.0×10-18watt/cm2 |
| Minimum discharge detection | 5pC@10m |
| Radio voltage detector sensitivity | 3.6dBμV@1MHz |
| Spectral range | 240-280nm |
| Field of View (FOV) |
6.4° x 4.8° |
| Focus | Auto/Manual(Follow visible light) |
| Zoom | 2x |
| Detector life span | No Degradation |
| LCD screen | Visible 5” LCD screen under sunlight, 800×480 |
| Image modes | Display only ultraviolet light image/display only visible light image/combination of visible light and ultraviolet light |
| UV/Visible overlay accuracy | ≤1mrad |
| Status Indicators | Battery power, gain, photons, date, focusing mode, stacking module, GPS |
| User configuration settings | Corona colour (White, Red, Green, Yellow, Purple), Time, Sleep Mode, Alarm threshold |
| Image format | JPG |
| Video format | AVI |
| Media download | Via Card Reader, USB |
| Storage capacity | 1000+ images or >1 hr video/1GB |
| External power | DC: 9V~12V |
| Battery type | Lithium battery (rechargeable) |
| Operation runtime | 4h continuous (normal temperature) |
| Power Consumption | 10W |
| Operation | with single phase 230 V ±10% or battery |
| Mains adaptor | AC:110V~240V or DC: 50Hz~60Hz/9V 3.8A |
| Operating temperature | -10°C to +50°C |
| Storage temperature | -25°C to +60°C |
| Humidity | 90% non-condensing |
| Encapsulation | IP 54 |
| Size & Weight | 290mm×136mm×87mm , 1.39 kg |
The new generation CFL PP3+ Cable Fault Pin Pointer cum route tracer from SCOPE is the ultimate solution for locating of underground cable faults in minimum time by tracing cable route. It uses an advanced technology which helps even an unskilled operator to locate the fault accurately.
For pinpointing it is used along-with CFL SG Series Surge Generators and for route tracing it is used along-with CFL AG Series Audio Frequency Generators. Advanced technology with features like time-lapse measurement, makes it a tool that can tackle complicated faults easily.
Features
- Compact, Lightweight and Rugged
- Operation via User Friendly 5.7” colour Touchscreen Display
- Universal Receiver used for Route Tracing and Pinpointing
- Backlit facility with intensity control for ease of viewing in direct sunlight
- Simultaneous display of Magnetic and Acoustic waveforms
- Time-lapse / delay measurement facility
- Automatic Fault Point Indication using Coincidence Method
- Noise suppression filters to eliminate external influences
- Mute function for headphones to disable noise while moving
- Route guidance (Compass) feature during Pinpointing
- Detection of live loaded cable (50Hz frequency)
- Specially designed lightweight, neck carrying case ensuring minimum strain to the operator
- Inbuilt Rechargeable Battery
- Water-resistant and dustproof design
- Supplied in an IP67 Class Molded Case
Specifications
| Parameters | CFL PP3+ |
| Channels | Acoustic and Magnetic (Dual Channel) |
| Operating Principle | Coincidence Method |
| Gain | Up to 120dB adjustable for Acoustic & Magnetic |
| Volume limitation warning | 84dB |
| Headphone Jack | 3.5mm |
| O/P impedance of headphone | 8Ω to 72Ω (32Ω is recommended) |
| Acoustic Channel Bandwidth | 70Hz to 3000Hz with automatic filtering |
| Magnetic Channel Bandwidth | 120Hz to 20kHz Auto-tuned |
| Battery | 11.1V Lithium-Ion Rechargeable |
| Charger Input | 90V to 270V AC, 50/60 Hz, Single Phase |
| Operating Time | 10 Hours Min (Approx) |
| Display | 5.7'', 320 x 240 pixel, Colour, TFT Touch Screen |
| Environmental | -20°C to 55°C, 95% RH (Non-Condensing) |
| Dimensions of Receiver | 231mm x 90mm x 135mm |
| Weight of Receiver | 1.4 kg |
After excavation, sometimes it is confusing to identify the right cable from a bunch of cables. Cable Identification is very important for the safety of field personnel – Cutting a wrong cable can be fatal. So, we require a Cable Identification System to identify the wanted cable.
Cable Identification is the most critical and safety-related sequence during all the procedure of Cable Fault Location. The correct identification of a cable out of a bundle of cables, where most of them can be in service, has to be carried out not only carefully, but also by means of an instrument widely eliminating the possibility of human error or misinterpretation.
The Cable Identification System, CFL CIS from SCOPE is the ultimate solution for identifying wanted (dead) cable from a bunch of cables in a trench, pit or cable rack. The SCOPE’s Cable Identification System, CFL CIS is designed to fulfil these most important safety aspects
Features
- Compact, Lightweight and Rugged
- User Friendly LED Indication for Right & Wrong Cable Identification from multiple cables
- Thin and Flexible Current Clamp for easy insertion between closely mounted Cables
- 10 Stage amplifier setting for better signal identification
- Transmitter operation through Mains as well as In-built rechargeable battery
- Transmitter housed in IP67 class moulded case
- Neck Belt arrangement for easy carrying of Receiver
Specifications
| Parameters | CIS |
| Pulse Amplitude | Selectable between 100A (55V) / 60A (36V) |
| Pulse Sequence | 10 or 20 or 30 pulses/min, User configurable |
| Pulse Modulation | Alternative pulse at 1s and 2.5s |
| Pulse Width | 72ms |
| Display | 4 line x 20 characters backlit LCD |
| Power | 90V to 265V AC, 50/60Hz or In-built 11.1V Lithium Ion Rechargeable battery |
| Battery Operating time | 6 Hours Min. |
| Environmental | -20°C to +55°C, 95% RH (Non-Condensing) |
| Dimensions & Weight | 339mm x 295mm x 152mm, 6 Kg approx |
| Parameters | CIS-R |
| Display Type | LED Scale |
| Flexible Clamp | 150mm Diameter |
| Sensitivity | 100% at 31Ω loop resistance |
| Amplifier | 10 stage gain setting |
| Power | 11.1V Lithium-Ion Rechargeable Battery |
| Operating Time | 8 Hours Min |
| Environmental | -20°C to +55°C, 95% RH (Non-Condensing) |
| Dimensions & Weight | 210mm x 124mm x 51mm, 0.7 Kg approx |