SCOT+ Series (SCOT MXP+ & SCOT M3K+) - Image 2

SCOT+ Series (SCOT MXP+ & SCOT M3K+)

Circuit Breaker Time Interval Meter

Product successfully added to the Quote List

SCOPE offers its modern generation of iconic SCOT Series Circuit Breaker Time Interval Meters in all new super-light avatars, based on cutting edge micro controllers & powered by embedded technology.User can choose from two models, SCOT M3K+ and SCOT MXP+ depending on type of circuit breaker and testing to be done.

Key Features & Capabilities

A radically new design makes SCOT the lightest available CB Time Interval Meter
High sampling frequency of up to 10kC offers high timing resolution of 1mS
In-built rechargeable Li-ion battery operated with battery monitor and cut off circuit to protect the battery against deep discharge
In-built real time clock, memory and printer* with Test Date / Time stamping on each record enables time references for future use
Computer Downloading & Analysis including ‘Trend Analysis’ through “CData SCOT+” Software
Instrument debug options like contact status check, command check, memory check, printer check*, computer downloading check
Simple operation – Tests can be conducted even by the technicians
Supplied with rugged test lead set, suitable for testing EHV CBs
Enclosed in ultra rugged IP67 class molded case
The instrument is supplied with “CData SCOT+” software CD, Calibration Certificate, and Test leads suitable for testing of EHV class circuit breakers
Type Tested as per IEC 60068-2, IEC 61326-1 & IEC 61010-1, CE marked

TECHNICAL DATA

Full Product Specifications

Parameters	SCOT M3K+	SCOT MXP+
Contact Timing Channels	3 (3 Main contacts, end to end, 3 poles Simultaneously)	12 (Up to 2 Main + 2 PIR contacts per pole, 3 poles simultaneously, i.e. 6 Main + 6 PIR contacts simultaneously)
Sampling Speed	10kC, 5kC, 2kC, 1kC & 100C, Selectable
Timing Range	1S, 2S, 5S, 10S & 100S respectively for respective Sampling Speeds
Resolution	0.1mS, 0.2mS, 0.5mS, 1mS & 10mS respectively for respective Timing Range
Accuracy	Value ± 0.05% ± 1 digit
Breaker Control	Two solid state contacts rated at 35A, 300V 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 (Available only in SCOPT MXP+)
Keypad	5 keys
Memory	In-built, 100 DUT IDs, 100 records each
Inbuilt Battery	Rechargable Li-Ion, 11.1V, 4Ah
Battery Charger	Input Supply: 90 to 275 V AC, 50/60 Hz ± 10%; Output Voltage: 13.5V DC, 1000mA
Communication Port	USB
Software	Windows based “CData SCOT+”
Environment	0°C to 50°C, Upto 95% RH (Non condensing)
Dimensions	300 x 250 x 200 mm
Instrument Weight	5 kg

Note: * -Feature available only in SCOT MXP+

Related Products

The Sonel MIC-5010 insulation resistance meter is a reliable tool for measuring insulation resistance up to 15 TΩ. The maximum measurement current is 1.2 mA or 3 mA, which guarantees the charging of an object with a large capacity in a short time. Each measurement, whether the programmed time expires or is manually interrupted, ends with the meter discharging the object. The device has unique algorithms that allow it to recognise the nature of the voltage present on the object, thanks to which the instrument can determine whether the voltage is the mains voltage – in which case the measurement will not be carried out – or whether it is the voltage generated by an electromagnetic field – in which case the measurement will be carried out. This makes it possible to carry out measurements in the presence of very strong electromagnetic fields where this was previously not feasible.The instrument is equipped with accessories which guarantee safety during measurements with all available voltages – both test leads, probes and crocodile clips meet extremely rigorous standards (guaranteed voltage strength up to 11 kV for test leads and 5.5 kV for crocodile clips and test probes). The accessories are supplied as standard with a handy carrying case. The high resistance of the device to interference means that cables as long as 20 m can be used for measurements.

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.

The ultimate solution for testing Loco Circuit Breakers of all types & makes. CBSCOPE checking the dynamic performance of Single bottle, Double bottle & Loco VCBs.

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.