HISAC Swift

Circuit Breaker Operational Analyser

SCOPE offers HISAC Swift – Circuit Breaker Operational Analyser for checking the performance of the 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 three 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 built-in thermal printer or download record to computer for further analysis on CPLOT software. All these facilities in one instrument make it best suited for gang operated CBs.
  • Operations: C, O, C-O, O-C, O-C-O with configurable delays and Static Contact Resistance
  • When Setup manu is invoked through the touch-screen keyboard, it is possible to access saved system settings and data of Breaker under test
  • Contact Timing: Channels for 3 Main, 3 PIR & 2 Auxiliary (Wet / Dry) Contacts with 05mS resolution
  • Coil Current: One internal channel to measure Close and Trip coil current
  • Three multiplexed channels to measure Static Contact Resistance up to 2Ω with resolution of 1μΩ
  • TFT color graphical display with touch screen displays test settings, numerical & graphical test results with full resolution
  • Printout through inbuilt, 58mm thermal printer for printing test header, graph and calculations
  • Provided with in-built memory to store up to 100 records
  • WindowsTMbased CPLOT software to download the record to computer through USB connectivity for further analysis & storage
  • Type Tested as per IEC 60068-2, IEC 61326-1 & IEC 61010-1. CE marked

TECHNICAL DATA

Full Product Specifications

SpecificationsBreaker Control : Two solid state contacts rated at 50A, 300V AC/DC for breaker operation
ChannelsConfigurationRangeResolutionAccuracy
Contact Timing Channels6 : 1 Main + 1 PIR

per pole, 3 poles

Simultaneously

Measurement duration

1mS to 4S @ 1kC,

0.05mS to 200mS @ 20kC

1mS @ 1kC

0.05mS @ 20kC

Value ± 0.05%

± resolution

Auxiliary Contact Timing

Channels

 

2 : Dry / Wet Selectable

15 to 300V DC

(for Wet Channels)

1mS @ 1kC

0.05mS @ 20kC

Value ± 0.05%

± resolution

Coil Current

Channel

1 : Trip / Close coil current1, 2, 5, 10, 25, 50 A DC0.1% of selected rangeValue ± 1%

± resolution

Contact Res.

Channels

3 : Multiplexed 3 Channels.

10 A Max.

200μΩ,             2000μΩ,          20mΩ,

200mΩ & 2Ω – Auto ranging

0.1μΩ @ 200μΩValue ± 2%

± 5 x resolution

  • Sampling Speed : 20kC, 10kC, 5kC, 2kC & 1kC, selectable
  • Plot Length : 200mS at 20kC, 400mS at 10kC, 800mS at 5kC, 2000mS at 2kC and 4000mS at 1kC
  • Display : 320 x 240 pixel, 7” colour TFT LCD with touch screen
  • Printer : 58 mm paper width, in-built thermal printer
  • Environment : 0 to 50°C, 95% RH (non condensing)
  • Power : 94 – 264 V AC, 50/60 Hz ± 10%, 110 VA

Related Products

The AR700 measures acoustic signals with multiple relocatable acoustic sensors mounted on the transformer. The software determines the defect location using the time difference of all incoming signals. Finally, these coordinates are shown in a 3D model of the transformer.AR700 device is used for measuring of acoustic signals on the external surfacesof gas-insulated switchgears, power transformers and other grounded tank high-voltage equipment.The acoustic signals are caused by partial discharges in the insulation, which is the site of the defects.The advantage of AR700 device is the quick installation of the relocatable acoustic PD sensors on the grounded external surface of high-voltage equipment. The sensors have magnetic holders thus making it unnessary to de-energize the equipment for the sensors installation.AR700 device has 4 synchronic channels for acoustic signal measurement. This gives the possibility not only to detect defects in the insulation, but also to locate them. The 3D location function of the AR700 device is unique for acoustic devices.
Battery banks have become an inseparable part of uninterrupted or back-up power supply arrangements in various industries like Power, Telecom, IT etc. In substations the critical protection, control & communication systems run on battery power. Hence the reliability of these battery banks is crucial to ensure smooth operation of equipment which they are serving. The capacity of battery may get reduced significantly before the expected life span of battery due to various reasons. The only way to assess the continual health of battery banks is periodical maintenance inspection & testing. Conducting a discharge test on batteries is most effective way to check the battery capacity.SCOPE introduces BLUe Series Battery Loading Units; these are moveble instruments for controlled & monitored discharge of batteries. They are designed for integrated site discharge test, design & QC test and also for monitoring discharge process of battery bank with connected load. Each single autonomous unit having built-in display, keypad and wireless communication with computer makes it very easy to use. It comes in different configurations ranging from 12V to 380V discharge voltages and 50A to 300A discharge currents.Various options are available to control & monitor the discharge process. With the help of optional Cell Monitoring Unit – CellMon, voltage of each individual cell can be monitored & data sent to main BLUe unit and then from main unit to computer via wireless communication. Each BLUe unit is supplied with computer downloading & analysis software for real time monitoring of discharge process.
MagD is specially designed to cater the needs of testing of Instrument Transformers. Before new systems are put into service or after any occurrence of fault, Instrument Transformers need to be tested for their outputs. It is to be ensured that Instrument Transformers give proper outputs to protection relays.
HISAC Ultima – Circuit Breaker Dynamic Test System from SCOPE. The ultimate solution for testing Circuit Breakers of all types. HISAC Ultima is the complete analyser for checking the dynamic performance of circuit breakers in live EHV switchyards upto 765kV.HISAC Ultima can carry out Dynamic Contact Resistance Measurement on SIX breaks of THREE poles in one operation thereby significantly reducing stress on circuit breaker & 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 circuit breaker by comparing present test data with previous test data and predicting future performance.