Catalogue Flosps May 2019 update 2

Surge Generator (Thumper) 5kV SWG505

•Testing and Fault Locating of Power Distribution Cables up to 5 kV in

Low

and Medium Voltage Networks.

• Shock wave generators (SWG) are next to the Reflectometer a key

component of any type of cable fault locating system.

• They are used both in the pre-locating as also in pinpointing.

Technical Specifications:

• Voltage (kV): 3/4/5kV

• Energy (J): 180/320/500

• U cont. (adjust.): No

• I max. (mA): 129/172/213mA

• Cap.μF: 40

• Cycle, (Single Imp.): 1.5-6

• Dimensions (W x D x H mm): 520x255x530

• Weight (kg): 43

• Code: SWG505

Surge Generator 16kV SWG500

• Testing and Fault Locating of Power Distribution Cables up to 16 kV

in Low and Medium Voltage Networks




Technical Specifications

• Voltage (kV): 2.5/5/10V & 4/8/16kV

• Energy (J): 195/500

• U cont. (adjust.): Yes

• I max. (mA): 185/300mA

• Cap.μF: 62

• Cycle, (Single Imp.): 1.5-6

• Dimensions (W x D x H mm): 520x255x530

• Weight (kg): 47

• Code: SWG500

SURGE GENERATORS

114

Surge Generator (Thumper) 32kV SWG 1750C

•Testing and Fault Locating of Power Distribution Cables up to 32 kV in

Low and Medium Voltage Networks





• Tensions ; 0 ... 8, 16, 32 kV Shock levels 3

• Shock result : 2.5 ... 10 sec, single-shot

• Impact energy : 1750 J

• Capacity: 54.4; 13.6; 3.4 uF

• I max: 210, 105, 53 mA

• Dimensions W x D x H 520 x 430 x 630 mm

• Weight :97 kg

• Code: SWG1750C

SURGE GENERATORS

Surge Generator Surgeflex 40kV SFX40

• The SPG 40 is a portable multi functional system for testing, fault

conditioning prelocation and pinpointing of faults in medium and low

voltage networks.

• Display : ¼ VGA display for user guidance, status information, input and

test results; „single-button-operation“

• Insulation test voltages :1000 V and 5000 V

• Ranges : 1 kΩ, 1 MΩ, 100 MΩ

• DC testing : 0 … 40 kV DC

• Leakage current : 0 ... 1/10/100 mA auto-ranging

• Breakdown recognition: 0 ... 40 kV;

• Burning 0 ... 8 kV ; 700 mA & 0 ... 20 kV ; 100 mA

• Surge Voltage ranges 0 … 16 kV / 32 kV

• Surge energy max.: 1000 J in each range

• Surge rate: 5 … 20 sec. and single pulse

• Sheath fault location :0 ... 5000 V

• Pulse ratio: Continuous, 1:3 ; 1:6 (sec)

• HV-fault prelocation(with optional TDR): ARM, Impulse Current ,Decay

• Power input: 1.7 kVA max.

• Dimensions 520 x 430 x 1050 mm (L x W x H)

• Weight: approx. 116 kg

• Code: SFX40

Surge Generator Portable 4/12kV EZThump

• The EZ-Thump is a compact and light weight, battery or AC operated

fault location system for LV and MV Cables.


• Insulation Measurement Integrated

• Surge voltage 0 … 12 kV

• Surge energy 500 J @ max. voltage

• Breakdown detection: Automatic

• Display Transfl ective 5.7” Color LCD

• Pre-location method ARM: automatic (inductive)

• Supply 110 … 230 V and Batt. 24 V / 5 AH

• Operating time battery NiMH: > 30 min (pinpointing)

• Safety Integrated F-Ohm

• Connection leads :5 m

• Dimensions W x H x D 355 x 280 x 533 mm

• Weight 32 kg

• Test voltage available: 0 -4 kV EZthump4

• Test voltage available: 0 -12 kV EZthump12

• Code: EZTHUMPXX (add voltage)

115

Surge Generator Surgeflex 32kV SFX32

• Cable test and fault location system up to 32 kV for medium and low

voltage power cables

• ARM – Measurement (Arc Reflection Method) up to 32 kV

• ICE Impulse Current Method 0 ... 8 / 16 / 32 kV

• Decay up to 32 kV

• Burning (fault conditioning) up to 32 kV


•Testing: 0 ... 32 kV DC

• Surge:

0 … 8 kV ; 1000 J / 1750 J

0 ... 16 kV; 1000 J / 1750 J

0 ... 32 kV; 1000 J / 1750 J

• Surge rate: 3 ... 10 s, Single pulse

• Burning : 0 ... 32 kV 160 mA

• Sheath fault locating: 0 ... 5 kV 160 mA

• Mains supply: 230 V; 50 / 60 Hz, 2 kVA (110 V optional)

• Dimensions (W x H x D) 800 x 1280 x 800 mm

• Connecting cable: 6 m (standard)

• Weight: approx. 140 kg

• Code: SFX32

Timer Domain Reflectometer TDR1000/3

• Range: 10m-25km

• Simple operation

• AUTO set up for instant use

• Ultra fast pulse for near end fault identification

• Trace HOLD feature to allow comparison between cables

• IP54 rating offers real life working

• Designed for use on all metallic cable pairs

• Backlit graphics monochrome LCD (256 x 128)

• Adjustable display contrast

• Resolution to 0.1 m

• For use on Telecom TNV-3 circuit, or 150 V CAT IV power circuits

• Power blocking filter not required

• Auto selected output impedance (between 25, 50, 75 and 100 Ω)

• 2 ns pulse for near end fault location

• AUTO option selecting gain and pulse for each range

• Display distance in metres or feet

• Code: TDR1000/3

TDR’S

Timer Domain Reflectometer TR2050

• Range: 10m-20km

• For use on power circuits to 600 V CAT IV (

• CAT IV 600 V input protection

• IP54 rating offers real life working

• AUTO set up mode for instant, easy use

• AutoFind and FindEnd functions helps find the fault fast

• Trace tagging facility that allows a name to be saved with the trace

• Distance dependent gain to counteract signal attenuation

• Step function to improve detection of near end faults

• Backlit graphics colour LCD (800x480)

• Adjustable display contrast

• Resolution to 0.1 m

• AutoFind guide to potential fault location

• 100 trace on board memory

• USB connection to PC allowing upload and download of traces

•“TraceXpert” PC software analysis tool

• Code: TDR2050

116

Timer Domain Reflectometer Teleflex SX

•The digital TDR Teleflex SX is designed for the location of low resistance

faults and interruptions in low and medium voltage cables.

• When connected to a shock discharge generator and an ARM® filter, the

combination is best suited for pre-location of high resistance and

intermittent faults

• Self-explaining menus – automatic test modes

• Bright colour display for use even in direct sunlight

• Very high near-end-resolution

• Two signal inputs for direct line comparison

• Large 10’5 screen


• Range TDR 10 m ... 50 km

• 15 Traces per ARM shot

• Pulse Width 35 ns to 4 μs

• Sampling rate 200 MHz

• Time Base Accuracy ± 0.01 %

• Display 10.4“ VGA colour TFT display

• V/2 50 m/μs … 150 m/μs

• 3 Modes Direct L1, Direct L2,/ Comparison L1 / L2,/Difference L1 – L2,

• ARM-Mode, Impulse current method, Voltage decay

• Memory 100 traces

• Interface RS 232 for PC and printer

• Code: TELEFLEXSX

Sheath Fault Locator – MFM10

• Solid IP54 PELI trolley case – Easy handling

• Wide range input for all supply voltages

• Powerful rechargeable battery

• Improved prelocation with voltage drop method

• Highest accuracy by bi-polar measurement

• Independent from the resistance of supplementary wires and test leads

• Very fast and fully automatic measurement

• Detection, storage and indication of fast events

• Protocolling by Easyprot Software

• Burning

• Slim HV-connector and just 1 cable

• Detection of correct hook-up to cable under test

• Fault locating of high resistive faults inside cables

• Integrated discharge


• Functions: Testing, prelocation and pinpointing, burning, direct resistance

measurement, voltage and current limiter and quick event/transient

recognition.

• User interface Rotary encoder and touch screen

• Output voltage 0 … 10 kV DC, bipolar

• Output current 750 mA@0,4 kV, 60 mA@5 kV, 30 mA@10 kV

• Pinpointing 0 – 10 kV DC pulsed

• Accuracy ± 0.1%

• Definable cable sections; 50 sections

• Protocolling Easyprot via USB Stick

• Mains supply: 88 … 264 V, 50 … 60 Hz, 800 VA

• Battery NIMH, 340 Wh, for all operations

• DC supply 12 V … 24 V DC / charge only

• Max. discharge capacity 10 μF

• Op. conditions -25 °C … +55 °C, 93% rel. hum.

• Dimensions 500 x 457 x 305

• IP rating IP 54, with lid closed

• Weight 20 kg

• Code: MFM10

SHEATH FAULT TESTING

Earth Fault Locator ESG-NT

• Pinpointing means the precise location of faults in the cable sheath.

• These faults cause the measuring current to flow into the ground.

• When it exits the cable at the fault point, the measuring current builds a

voltage gradient which can be measured by earth rods and earth fault

locators.

• The ESG NT earth fault locator measures the step voltage potential

produced by a test generator in the underground.

Benefits:

• Very high sensitivity

• Automatic adaptation to voltage level

• Automatic filtration of interfering signals

• Automatic zero calibration, no adjustments necessary

• History mode

• High-contrast color display


• Sensitivity: 5 μV … 200 V

• Suppression of disturbances: 50/60 Hz, 16 2/3 Hz, KKS, DC

• Zero adjustment: Automatically

• Power supply: 6 x LR6 Alkaline

• Operation time: > 20 hours

• Protection class: IP 54

• Dimensions receiver: (H x B x D) 65 x 225 x 100 mm

• Weight receiver: 0.9 kg (including batteries)

• Length earth rods: 1 m (dividable and isolated)

• Weight earth rods: 0.8 kg each

• Length test leads: 2 m

• Code: ESG-NT

117

VLF Tester 20kV – Easytest20

• Quick and reliable testing after installing or repairing cable systems has

an increasing importance.

• SebaKMT solved this problem and developed a very small, lightweight

testing device which offers the advantage of alternating voltage.

• With an output voltage of 20 kV and 0.1 Hz AC at 0.5 μF and up to 2.5 μF

at 0.02 Hz, the Easytest provides sufficient power to test cables up to

2km lengths at 0.1 Hz in the 20 kV range with a test voltage of 1.7 Uo.

• Technical Specifications

• AC cable tester 0 - 20 kV: 0.5 μF @ 0.1 Hz /1 μF @ 0.05 Hz

2.5 μF @ 0.02 Hz/ 5 μF @ 0.01 Hz

• DC testing: 0 – 20 kV with leakage current measurement

• Leakage current measurement: 1 mA measuring range

• Breakdown detection: Visual signalisation

• Timer: 0 - 60 minutes, 5 min Intervals

• Sheath testing: 0 – 5 kV, 0-10 kV

• Sheath fault location: 0 – 5 kV, 0-10 kV, DC, duty cycling 1:3

• Safety: F-ohm monitoring / emergency stop, HV key interloc

• Supply: 110 V or 230 V, 750 W

• Dimensions: 480 x 290 x 495 mm

• Weight: 17 kg

• Protection class: IP 54 with lid closed

• Operating temperature: -20 °C … +50 °C

• Code: EASYTEST20

VLF TESTING

VLF Tester- VLF 34

• The VLF sine wave 34 kV is a compact, robust and portable VLF sine

wave test system for medium voltage cables.

• Due to the air cooling, the VLF sine wave 34 kV can be used without

interruption and is therefore ideal for all users who will be testing with

0.1 Hz sine wave voltages.

• With a test capacity of 3.5 μF at 34 kV and weighing just 25 kg, it has an

excellent capacity-to-weight ratio.


• Output voltage

• VLF sine wave 0 … 24 kVeff

• DC voltage ± 0 … 34 kV

• Square wave voltage 0 … 34 kV

• Precision ±1% Resolution 0.1 kV

• Output current Measuring range 0 … 14 mA

• Precision ± 1% Resolution 1 μA

• Frequency range 0.01 Hz ... 0.1 Hz autom. frequency adjustment

• Output 0.6 μF @ 0.1 Hz at 24 kVeff 3.5 μF @ 0.01 Hz at 24 kVeff

• Output to cable rating Testing Diagnosis voltage at 0.1 Hz 2U0 3U0

1.5U0 • Input voltage 100 V … 260 V, 50/60 Hz, 400 VA

• Sheath testing 0 … 5 kV, 0 … 10 kV

• DC Sheath fault pinpointing 0 … 5 kV, 0 … 10 kV

• DC Pulse-rate 1:3 and 1:4

• Safety F- Earthing monitoring, autom. discharging of test object

• Dimensions (WxHXxD) 500 x 485 x 305 mm

• Weight 25 kg

• Protection class IP 20 / IP 67 (Operation/ transportation)

• Operating temperature -25 °C … +55 °C Storage temperature -25 °C+70°

• Code: VLF34

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VLF Tester 45kV – VLF45

•Test capacity of up to 10μF – that’s up to 40 km or 25.8 miles of cable at

reduced frequency and voltage

• Internal tanδ option with automatic results interpretation

• One minute burn after fault detection

• Automatic frequency adjustment based on cable length

• Adjustable DC pulse rates of 1:3 and 1:4

• IEEE compliant withstand testing for new installations up to 25 kV

• IEEE 400.2 compliant maintenance testing up to 35 kV

• IEC 60229 compliant sheath testing up to 20 kV DC


• VLF sine wave: 0 … 32 kVRMS / 0 ... 45 kVpeak

• DC voltage: ± 0 … 45 kV

• VLF Rectangular voltage: 0 … 45 kV

• Precision: ± 1%

• Resolution: 0.1

• Current Measuring range0 … 20 mA

• Precision: ± 2%

• Resolution: 10 μA

• Frequency range: 0.01 Hz ... 0.1 Hz autom. frequency adjustment

• Output Load;0.6 μF @ 0.1 Hz at 32 kVRMS,10 μF maximum test

capacity

• Sheath testing (as per IEC 60229): 0 … 5 kV, 0 … 10 kV, 0 ... 20 kV DC

• Sheath fault pinpointing: 0 … 5 kV, 0 … 10 kV, 0 ... 20 kV DC

• Safety Earth loop ground monitoring, autom.discharging of the test object

• Input voltage: 100V … 264 V, 50/60 Hz, 600 VA

• Duty cycle: continuous

• Internal memory: For at least 1000 measurements

• Dimensions: (w x h x d) 544 x 520 x 416 mm

• Weight 50 kg

• Internal tanDelta (Optional) Measuring range: 10-3 ... 100

• Code: VLF45

VLF TESTING

VLF Tester 62kV – VLF62

• The VLF Sinus 62 kV is the ideal system for all users who want or have

to perform a test with a genuine 0.1 Hz sine wave voltage.

• High test capacity of up to 10 μF

• Intuitive user software with large internal memory

• Leakage current measurement in DC and VLF rectangular Mode

• Optional internal tanDelta with automatic evaluation acc. to IEEE

• Via optional PDS 62-SIN PD coupler expandable to a full test and

diagnostic test set

• Maximum user safety through automatic discharge of the test object

• Breakdown detection and load recognition (R, C)

• Quick, easy logging and updates via USB port

• Sheath testing and sheath fault pinpointing acc. To IEC 60229

• Monitored withstand testing in TD and PD mode

• Automatic result interpretation as per latest IEEE 400.2 standard

• Easy field operation with no need for external computer


• VLF sine wave: 0 … 44rms/ 0…62 kVpeak

• DC voltage: ± 0 … 62 kV

• Square wave voltage: 0 … 62 kV

• Accuracy: ±1%

• Resolution: 0.1 kV

• Output current Measuring range: 0 … 40 mA

• Accuracy: ± 1%

• Resolution: 10 μA

• Frequency range: 0.01 Hz … 0.1 Hz autom. frequency adjustment

• Output: 1 μF @ 0.1 Hz at 44 kVrms / 5 μF @ 0.01 Hz at 38 kVrms

• Sheath testing (as per IEC 60229): 0 … 5 kV, 0 … 10 kV, 0 ... 20 kV DC

• Sheath fault pinpointing: 0 … 5 kV, 0 … 10 kV, 0 ... 20 kV DC

• Dimensions: (W x H x D) 544 x 520 x 416 mm

• Weight: 59kg

• Code: VLF62119

Pressure Tester 25kV DC PT20

• Testing of newly installed cables and splices before they are taken into

service.

• Testing disconnected cables.

• Testing electrical installations.

• Preventive checks after repairs and work on telecommunication cables

and other installations.


• Power supply (selectable): Mains 115 V/ 230 V; 50/ 60 Hz

• Internal rechargeable battery

• External battery 11-15 V

• DC output voltage: 0-25 kV DC, negative polarity

• Rated output current: 1.5 mA at max. output voltage

• Operating time rechargeable ca. 45 min

• Max. discharge energy: 3,000 J

• Voltage measuring range: 0-30 kV

• Current measuring ranges: 0-0.2 mA and 0-2 mA

• Operating temperature range: -25 °C to +55 °C

• Storage temperature range: -40°C to +70 °C

• Dimensions (W x H x D): 467 x 168 x 284 mm

• Weight: approx. 13.5 kg (incl. batteries

• Code: PT20

DC PRESSURE TESTING

Pressure Tester 40kV PT40

• To test the dielectric strength cables, cable accessories and Equipment

• Ideal for field operations

• Lightweight and compact design

• High security through internal discharge


• Open circuit voltage: 40 kV DC

• Short circuit current: about 15 mA

• Overcurrent trip: at 2 mA (switchable)

• Current at 35 kV: 2.5mA

• Power Supply: AC 230 V AC ± 10%

• External Battery: 12 V DC

• Max. Discharge capacity: 10 uF

• Input: 220 VA

• Dimensions (W x H x D) 260 x 160 x 400 mm

• Weight: 15 kg

• Code: PT40

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Pressure Tester 50kV-110kV HPG

• The HPG 50 to 110-H of SebaKMT serve to 50Hz AC test

(35 to 78 kVrms) and DC testing up to 110 kV.

• The HPG test systems consist of two separate units: the control unit and

the high-voltage unit. This separation allows for a flexible use of the

system without additional transport

Available HPG test systems :

• HPG 50-H, AC-testing to 35 kV RMS / DC testing up to 50 kV

• HPG 70 or 80-H, AC-test to 50 or 58 kV rms / DC testing to 70 or 80 kV

• HPG 110-H, AC-testing to 78 kV RMS / DC testing up to 110 kV

Typical applications:

• Testing of cables

• Testing switchgear

• Current Transformer Testing

• Testing switchgear components / component testing

• Code: HPGXX (add voltage)

CABLE AVOIDANCE

Cable Avoidance VM-550

• General Locating for cable & pipes over short distances

• Color display

• Power mode

• 2 active frequencies (8kHz/480kHz)

• Push Button Depth

• 1 Watt transmitter

• Optional Transmitter Clamp

• Code: VM550

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Transmitter Clamp (for VM550 or 560) VMCLAMP

• To apply the transmitter signal to a target cable when safe to access

to the conductor is not possible

• Diameter (50/100/125mm)

• Code: VMCLAMP

Cable Avoidance - VScan

• The vScan receiver, and (optional) transmitter, are used for locating

buried utilities.

• The vScanM incorporates all the vScan features plus a metal cover

locating mode.

• The system is designed for use by those of all skill levels from the new

user to those with extensive experience

• Typical Applications

• Locating to avoid known or unknown buried pipes and cables.

• Locating to find, trace and pinpoint buried pipes and cables

• Locating buried non-metallic pipes and pinpointing blockages(requires

the use of a Sonde transmitter).

• Data logging:-captures and stores key information regarding the locate as

proof of quality of locate.

• Locating buried metal covers (vScanM only)

• Typical Users

• Utility and communication companies and their contractors.

• General contractors, building and plant maintenance companies

• Municipalities, councils, railways and local and state government

agencies

• Code: VSCAN

Fault locator & A-Frame VM-510FFL

• Depth of cover reading to cable

• Lightweight 4.2lbs/1.89kg design

• Fully automatic operation

• Audible Left/Right cable path locate function

• Detect up to 2 Mohm ground faults

• Discriminates between light and heavy faults

• Simultaneously locate both cable and fault

• Forward/Back directional arrows point to the fault

• Code: VM510FFL

CABLE LOCATORS

Cable locator 5W Vloc3-9800

•Frequencies from 16Hz to 200 kHz.

• General Locating

• Precision Locating (including Signal Direction… patent pending)

• Color-coded EM distortion warnings

• Offset vector locate mode

• Optional receiver/transmitter link

• Cloud-based data warehousing

• Internal data logging

• Buried Marker Location

• Rugged ABS & carbon fiber construction

• IP54 rating for all weather use

• Color display

• High speed processor

• Multiple location modes with compass orientation

• Multiple frequencies (over 70)

• Push button and continuous depth/current (feet or meters)

• Normal & modulated audio modes (separately selectable for Power,

Radio & Active modes)

• Signal direction to aid line identification

• Selectable “time off” function

• Rechargeable and alkaline battery packs

• Optional Bluetooth and GPS

• Optional A-frame and remote antenna

• Code: VLC3-9800

Cable Locator 10W Vloc3

•Frequencies from 16Hz to 200 kHz.

• Fully-automatic gain control

• Optional receiver-to-transmitter link

• Compass indicator

• Distance Sensitive Left / Right Guidance

• Internal data logging

• Optional Bluetooth connectivity

• Optional plug-in EMS locator

• Push button and continuous depth/current (feet or meters)

• Normal & modulated audio modes (separately selectable for Power,

Radio & Active modes)

• Signal direction to aid line identification

• Selectable “time off” function

• Rechargeable and alkaline battery packs

• Optional Bluetooth and GPS

• Optional A-frame and remote antenna

• Code: VLOC3

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Cable Identifier CI & LCI Set

• The CI cable identification system has been designed for even simpler,

safer working.

• Clear identification of a cable before it is cut or fitted is a task with

absolute relevance to safety.

Scope of supply

Basic Set CI (De- Energized)

• Transmitter CI TX

• Receiver CI RX with 120 mm flex converter

• Supplied with all necessary connection cables, mains leads and clamps

Basic Set LCI ( Energized)

• Transmitter LCI TX

• Receiver CI RX with 120 mm flex converter

• Supplied with all necessary connection cables, mains leads and clamps

• Code: CISET

CABLE IDENTIFIERS

Phase Identification Set PIL8

• Phase Identification in Earthed and Short-circuited Medium Voltage

cables

• Safety and working ease:

• The new phase identification instrument PIL 8 eliminates the need of

disconnecting the short-circuiting and earthing circuit

Generator/receiver PIL 8 :

• Output 8 Watts

• Frequency 3 kHz

• Power supply rechargeable battery/mains

• Dimensions 110 x 280 x 190 mm

• Weight 4 kg

Scope of supply:

• 1 pc. Generator/receiver PIL 8

• 1 set of Cables VL 83-E

• 3 pairs of Transceiver tongs PIZ 50

• 1 pc. Transport case PIK 8

• Code: PIL8

Ground Microphone digiPHONE+

• Used in conjunction with any surge generator

• Perfect acoustic quality and noise immunity

• Automatic mute function to protect your ears

• Bright, transfl ective sun readable display

• Easiest handling with automatic adjustment

• Earphone volume limitation to 84 dB(A)

• Easiest Operation

• Automatic adjustment of values

• BNR – Background Noise Reduction

• APM – Auto Proximity Mute when approaching the handle. (“Bang”

protection)

• Bright, sun readable display

• 84 dB(A) limiter (according to noise and vibration protection laws. E.g.

“OSHA”)

• Distance measurement in Milliseconds or meter/feet

• Easy tracing with left – right indicator

•“Compass” for fault direction indication

• High ground stability of the sensor up to 45°

• Code: DIGIPHONE+

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Cable Diagnostic System CDS

•The portable combined CDS is used as universal dielectric diagnostic

system on PE / XLPE insulated cables as well as paper insulated cables

worldwide.

• Absolutely non-destructive condition evaluation of PE / XLPE / paper-oil

insulated cable systems

• Simple operation and automatic measurement procedures

• Three-phase parallel measurement for current and voltage duration of a

complete measurement 1 hour

• Extended dynamic range for IRC measurement for long cable segments

• Measurement of charging current during formation

• Extended capacity of internal rechargeable battery for serial

measurements

• Extended formation voltage up to 5 kV – suitable for diagnosis on HV

cables

• Current measuring range - 130 nA ... 130 nA

• Voltage measuring range 0 ... 5000 V

• Max. voltage output 5 kV

• DC charging current 3 mA

• Dimensions (H x W x D) 490 x 550 x 415 mm

• Weight 26 kg

•(without Laptop and cables)

• Code: CDS

CABLE DIAGNOSTICS

Cable Diagnostic C/W Partial Discharge – TDS-NT

• TDS NT consists of a multifunctional, compact voltage source and a PD

detector.

• It can be used to test cables according to the international standards

(e.g. IEC 60502-2 and IEEE 400.2) with VLF-CR. In addition, a PD

diagnosis using the new 50 Hz Slope Technology, can be performed

simultaneously with the help of the PD detector. Alternatively,

the TDS NT can also be used for PD diagnosis with the proven damped

AC voltage (DAC).

Features:

• Thanks to the high test capacitance, standard compliant 0.1 Hz VLF tests

on long cables or multiple phases in parallel are guaranteed.

• This allows considerable time savings.

• Portable and easy to transport thanks to two-piece design.

• The integrated leakage measurement gives a first indication about the

condition of the cable.

• Highest safety through integrated discharge unit, earth-loop-monitoring

and breakdown detection.

Available Ranges: 40kV/60kV

TDS NT 40-B Set: Consists of TDS 40 Basic, PDS 60, PD calibrator,

laptop and SW licence with 3 dongles

TDS NT 60-B Set: Consists of TDS 60 Basic, PDS 60, PD calibrator,

laptop and SW licence with 3 dongles

• Code: TDSNTXX (add voltage)

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CABLE FAULT TEST SYSTEMS

Customized Trailer Installation 16kV

• Customized installations of equipment into trailers.

• Installations are designed with safety and practicality

in mind, providing the operator a safe and comfortable

working environment.

• This System allows the operator to test on power networks

up to 22kv.

• This system also includes a DC Hipot, Sheath Fault Locator

and an Arc Reflection Unit.

Installation consist of the following:

• SWG500 Mounted (Surge Pulse Generator)

• T 30 E (TDR Scope)

• LSG300 ARC Filter

• Digiphone+ Ground Microphone

• TiledFloor

• HT Rack with 25m leads

• Separation Transformer

• DB Board

• Code: TT16kV

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Optional Trailer

Customized Vehicle Installation 32kV

• Customized installations of equipment into vehicles .

• Installations are designed with safety and practicality in mind,

providing the operator a safe and comfortable working

environment.

• These System allows the operator to test on power networks

up to 33kv.

• These system also includes a DC Hipot, Sheath Fault Locator

and an Arc Reflection Unit.

• Pre located and pinpointed faults on cables measuring more

than 15 km and up to 33kv.

Installation consists of the following:

• SPG 32 (Surge Pulse Generator)

• TDR Scope Teleflex SX or TeleflexMX

• Ground Microphone Digiphone +

• Tiled Floor

• HT Rack with 25m leads

• Separation Transformer

• DB Board

• Measuring Wheel

• Ground Spikes

• Code: TV32kV

Inverter System 3000W

• Inverter System is the perfect cost effective solution for providing a

reliable constant power source on site.

• This system was extensively field tested specifically for the use of

powering surge pulse generators, pressure testing and high voltage

diagnostic equipment

Inverter:

• Output Frequency: 50/60 Hz (Switch Selectable)

• Continuous Output Power: 3000W

• Surge Rating: 6000W

• Input Voltage: 12/24/48 V DC

• Output Voltage: 220/230/240 VAC +- 3%

• Output Waveform: Pure Sine Wave (THD < 3%)

• Protection: Overload, Short Circuit, Reverse Polarity (Fuse)

• Over / Under Input Voltage, Over Temperature

• Dimensions: (L)785, (W)430, (H)470 mm

• Weight: 142kg

• Code: IS3000

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CABLE FAULT TEST SYSTEMS

Catalogue Flosps May 2019 update 2

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Transcript of Catalogue Flosps May 2019 update 2