L201 Temperature Monitor

The Rugged Monitoring L201 is Light weight, rugged design, and reliable multichannel fiber optic temperature monitor for Laboratory and Research applications. The Rugged Monitoring L201 is a light weight, compact design, and highly reliable monitoring system based on industry proven fiber optic temperature sensing, GaAs (Gallium Arsenide) technology. The L201 is a multi-channel monitoring system that comes with up to 08 measurement channels, one serial communication port (RS485), one USB port for configuration, and slot for micro SD memory.

T301 Temperature Monitoring

The T301 monitors are Rugged design, compact and robust packaging, and reliable fiber optic temperature monitoring system for continuous online monitoring and testing applications in harsh operating conditions of energy, mobility, aerospace and defense, Oil & Gas and Industrial segments.

F/O Multichannel Monitoring System

the R501 provides a complete condition monitoring system of motors and generator. It includes monitoring all electric and mechanical properties of motor and generator, i.e. Load, PF, Flux, Vibration and Current Signature Analysis. Also, the accurate thermal profiling of Rectifiers, Power Electronics, and MV/HV components in VFD panels enable design / performance improvements.

Heavy Duty F/O Temperature Sensor

The LSENS-U is the most rugged and retractable sensor for temperature monitoring in RF/Microwave, Food & Beverage, Energy, and Industrial applications. The sensor tip is protected by rugged ultem material, and sensor cable protected by double layers of PTFE and TPFE.

Fiber Optic Temperature Sensor for Transformers

The TSEN-S sensors are highly reliable and flexible sensors for hot spot monitoring of transformer and motor windings. The sensor tip is protected by the rugged torlon disc so that sensors can be installed easily in between two winding coils. The TSENS sensors are highly dielectric and exhibit less than 2pC partial discharge under extra high voltage.

Temperature Sensors for Research Labs

The LSENS-T sensors are very accurate over a wide temperature range and under high Electric, Magnetic, Microwave and Radio Frequency (RF) environments. LSENST A multiuse fiber optic temperature sensor for measurement in a wide range of demanding applications where immunity to electromagnetic fields and explosion proof requirements are mandatory. The sensors do not need calibration and compensation over time. Stator Winding Hot Spot and Rotor Air Gap temperature monitoring enable performance optimization, failure prevention, and life-time extension.

F/O Temperature Sensors for Electric Vehicles

The LSENS-R is recommended for hostile environment where it is exposed to high vibration and immunity to electric fields is mandatory. The sensor offers complete immunity to RFI, EMI, NMR and microwave radiation. The standard temperature sensor has a response time of 0.2 s. With a standard deviation of +/-0.2 °C it allows for precise and repeatable measurements.

F/O Temperature Sensors for Medical Applications

The LSENS-P is a multiple use fiber optic temperature sensor for measurement in a wide range of demanding applications, where immunity to electromagnetic fields is mandatory. The LSENSP sensors offer complete immunity to RFI, EMI, NMR and Microwave radiations. The sensors can be installed under harsh environments without any isolation.

Cryogenic Temperature Sensors

The LSENS-C is the most reliable and cost-effective temperature sensors for accurate measurement of cryogenic temperatures up to 4K. The sensors are calibrated to provide higher accuracy and repeatability of measurement in entire cryogenic range i.e. 4K to 373K. The LSENSC sensors are ideal choice for measuring cryogenic temperature under harsh environmental conditions such as high electric, magnetic, microwave and radiation fields.

Semiconductor Temperature Sensors

The LSENS-B is most suitable for scientists working in laboratories, research centers and universities. They are the rugged and smallest temperature sensors for Semiconductor, Medical and Emobility applications that require fast responsive sensors with high dielectric strength. The sensors have higher accuracy and 100% repeatability over a wider temperature range.

Semiconductor Temperature Sensors

The LSENS-B is most suitable for scientists working in laboratories, research centers and universities. They are the rugged and smallest temperature sensors for Semiconductor, Medical and Emobility applications that require fast responsive sensors with high dielectric strength. The sensors have higher accuracy and 100% repeatability over a wider temperature range.

Current and Voltage Transformer test set

iCT1 - CT/VT Test Set is the NEW and most advanced portable equipment capable to test current, voltage and combined transformers.
With the low voltage method, known as "DC method", iCT1 is able to test Current Transformers with a very high saturation voltage, up to 30 kV, in a complete safety mode. Quick and easy to use tool, iCT1 allows to perform tests in one shot without changing the connection to the CT, thanks to the integrated 5-TAP Switchbox.

DIELECTRIC CONNECTORS

Dielectric connectors are used for Fiber Optic cable extension

DINRAIL MOUNTING KIT

Includes dinrail mounting brackets for monitors

REPAIR KIT

Complete kit for repairing broken Fiber Optic or Extension Cable

BUNDLED CABLES

Bundled Fiber Optic / Extension cables to reduce cable routing

ST-ST MATING SLEEVE

Metallic connector for Fiber Optic cable extension

CLEANING PEN

To clean Fiber Optic connectors before installation / usage

DISPOSABLE TIP

Disposable Dielectric Tip that allows Fiber Optic sensors to be reused

TERMINAL RINGS

Terminal rings for fiber optic probe tip mounting

Battery

Battery with USB Ports for powering L-Series monitors

ENCLOSURE

NEMA 4X enclosure for Fiber Optic Monitors

PDScope™

The PDScopeTM is the ideal device for PD Monitoring of HV Cable, Generators, GIS, MV cable and switchgear as well as transformers.
It's the ultimate solution for industrial monitoring. The PDScopeTM is a part of the PDCheckTM family and particularly designed to be an integral part of TECHIMP’s monitoring systems. Integrated into TECHIMP’s PDHubsTM, the PDScopeTM is a powerful PD analyzer based on Techimp TF Map technology (patented) allowing preliminary noise rejection and automatic calculation of statistical parameters relevant to Partial Discharges through its high resolution and fast sampling rates.

TD GUARD™

This is the ultimate solution for transformer monitoring
ITD GuardTM Intelligent Sensor is an on-line CONTINUOUS Capacitance and tan-δ monitoring system for transformer bushings.
The TD GuardTM Intelligent Sensor is providing absolute Tan-δ measurement in on-line permanent monitoring of transformer bushings, granting the best level of diagnostic leverage and reliability.

AQUILA™

AQUILATM - portable PD analyzer is a one for ALL Assets:
TECHIMPs PDPortable AQUILATM has been expressly designed to respond to all requests for a robust and compact portable all-in-one PD detection station providing a full range of options ideal for on field applications. 20+ years of service experience has been condensed in this unit representing a state-of-the-art PD device integrating TECHIMP's innovative PD detection technology (T/F Map) with multiple connectivity (Wi-Fi, Fiber Optics, USB, bluetooth) and power supply.
The instrument can be used to set-up a temporary monitoring system for simultaneous testing of HV cable during commissioning. Connection via fiber optic allows creating a network of acquisition units at different measurement points.

ALFA™

The ALFATM has been developed for service departments or companies with limited skills in the field of interpretation of PD data. With little effort in training of your staff, you will shortly be able to take PD measurements on your customers assets. With the data sent to our specialists you will receive a comprehensive analysis in return.
Like its big brother AQUILATM, the alfaTM has been expressly designed to respond to all requests for a robust and compact portable all-in-one PD testing device for all assets like transformer (HV & MV), cable (HV & MV), rotating machines (generators and motors) as well as switchgear (air- or gas-insulated).

microAQUILA

The microAQUILA is the ultimate portable solution for PD assessment.
MicroAquila is a Highly flexible and reliable instrument for Partial Discharge (PD) diagnostic campaigns, a practical all-in-one instrument, equipped with all you need for a complete PD assessment.

Expert Diagnostic System

EDS - Expert Diagnostic System - is an Overall Condition Moni­toring System designed to monitor the main substation assets: current transformer, voltage transformer, power transformers, circuit breakers, surge arresters and GIS switchgear, which integrates all the real time conditions from all relevant substation assets in a single system.

PD Hub™

Techimp’s Partial Discharge (PD) Monitoring systems usually consists of a Central Unit and distributed Data Acquisition Units – the PD Hub™ - able to acquire and process the PD signals locally detected through PD sensors installed on each of main electrical assets (generator, transformer, HV cables and GIS).

TiSCADA™

TECHIMP - Altanova Group has developed powerful and effective tools which can help asset managers to take critical decisions and manage power plants in a cost saving ways. Ti-SCADA implements a Real Time condition control of your asset, through a powerful Human Machine Interface (HMI) fully configurable, web based, displaying graphs, charts, trends, KPI, historical data, alarms and customizable reports.

PDPro

PDPro is a NEW software platform designed for all Techimp’s Partial Discharge testing instruments, suitable for all High and Medium Voltage equipment.

Derivation Box

Techimp Derivation Box allows to connect (permanently or temporarily) a PD measurement instrument to the sensors permanently installed in an electrical asset. Once installed, it allows the operator to connect the PD System and carry out a PD measurement without any outage of the equipment to be tested.

TEV Antenna

TEV stands for Transient Earth Voltage. TEV sensor is a partial discharge sensor whose working principle is based on a direct Capacitive coupling with a Switchgears earthed metal case.

Tap Adapter

TECHIMP Voltage Tap Adapter allows the user to connect to the test tap (sometimes called power factor tap) of high voltage transformer bushings. While keeping the test tap well below the safety voltage level required by the manufacturer, the Tap Adapter lets the user to drain high frequency PD signals for diagnostic assessment of insulating materials. A synchronization signal can be derived as well. It is suitable for both single shot as well as continuous PD monitoring.

Global Tap Adapter Kit

TECHIMP’s Global Tap Adapter Kit for spot testing of transformer bushing connecting to the test tap. TECHIMP Bushing Tap Adapter allows the user to connect to several different types of test tap (sometimes called power factor tap) of high voltage transformer bushings. While keeping the test tap well below the safety voltage level required by the manufacturer, the Tap Adapter lets the user to drain high frequency PD signals for diagnostic assessment of insulating materials

UHF Spiral Antenna for transformers

UHF Spiral antenna is a partial discharge sensor designed to receive electromagnetic (EM) emissions from a PD occurring in the monitored asset. It is a broadband antenna with a flat response which makes Spiral antenna suitable in a number of different applications. It has been optimized to operate in a frequency range typical for PD activity and it was designed to provide maximum sensitivity and high gain.

PD Calibrator

This High performance partial discharge calibrator has excellent pulse-with stability; scale calibration factors are permanently stored inside its flash memory. Thanks to on board photo coupler PDCAL output pulse can be synchronized with the actual line frequency through external surrounding electrical light source systems. 1pC-100pC, 50pC-800pC and 0.2V-50V UHF-GIS versions available

HFCT - High Frequency Current Transformer

Techimp HFCT is an inductive sensor for partial discharge measurements. It is suitable for on/off line PD tests on many electrical systems (cables, transformers, rotating machine, etc..). It has to be applied to the ground connection of the system to be tested.
High Frequency Current Transformer Clamp Ø 30-50-70-90 mm

HFCT clamp Ø 39 - 78 - 140 mm

TECHIMP’s Clamp High Frequency Current Transformer are inductive sensors for partial discharge measurements. It is suitable for on/off line PD tests on many electrical systems such as cables, transformers, rotating machine, etc...
The main advantage of a Clamp HFCT is that it can be clamped directly on the ground connection of the system to be tested without de-energizing it.

PD Simulator

TECHIMP’s PD Simulator is a portable device designed to demonstrate typical partial discharge phenomena (corona, superficial, internal) present in all MV and HV electrical assets.

PDBASE II

Acquisition Unit for Research and Quality Control. PDBaseIITM has been expressly designed for the needs of a researchlab or for quality control. The PDBaseIITM is equipped with an ultra-wide band digitizer and integrated processing capabilities. With its fast sampling rate (200 MS/s) and its on-board processing capabilities, a considerable number of digitized PD pulse waveforms are analyzed and pulse features are stored for a further processing leading to the final PD source identification

Air Circuit Breakers NRX Series.

Modern systems for low-voltage energy distribution, particularly those for regenerative applications, are more compact yet make higher demands on the integrated components. The new 'Series NRX' meets these increased demands with new materials and a modified construction. Two compact sizes facilitate smaller switch panels. The modular design and common range of accessories allow simple integration. 'Series NRX' offers a high degree of functionality and communication capability with impressive performance.

Moulded Case Circuit Breakers

The NZM Moulded Case Circuit Breakers range up to 1600 A and incorporate four switches with performance overlaps. These are available from 25 kA for small distribution boards up to 150 kA for complex high-energy systems. Switch-disconnectors up to 1600 A are available in the same design with the same system accessories.

The advantage of the BZM series is its simple use: The thermal and magnetic release system for over-current and short-circuit protection of your system is already factory set. Along with simple handling of the product and its accessories, Eaton’s BZM offering provides an attractive product assortment.

W-VACi Medium Voltage Vacuum Breakers

The new and extensive line of type W-VACi compact medium voltage vacuum circuit breakers with IEC ratings of 12 kV, 17.5 kV and 24 kV are part of Eaton’s comprehensive global product portfolio. They serve both 50 Hz and 60 Hz end-user segments of the electrical industry such as industrial, commercial, utility, mining, marine and offshore.

Motor Protective Circuit Breakers

Motor-protective circuit-breakers have been manufactured by Eaton since 1932. Our ideas and developments have decisively influenced the trends in the protection of motors since then. The results are progressive concepts and marketable product innovations that repeatedly assume the role of international trend setting, pioneering products.

Single-phase Current Relay K8DT-AS

Our Value Design Products Increase the Value of Your Control Panels. Detect errors in motors and other equipment through current changes. Use in either overcurrent or undercurrent mode.

Single-phase Voltage Relay K8DT-VS

Our Value Design Products Increase the Value of Your Control Panels. Detect abnormal voltages applies to equipment to protect against equipment failure. Use in either overvoltage or undervoltage mode.

Phase-sequence Phase-loss Relay K8DT-PH

Our Value Design Products Increase the Value of Your Control Panels. Protect motors and other equipment from unstable voltages in the power supply system. Protect motors and other equipment by detecting phase sequence and phase loss for three-phase power supplies.

Temperature Monitoring Relay K8DT-TH

Our Value Design Products Increase the Value of Your Control Panels. Ideal to prevent heater overheating. Self-latching output to contribute to safe equipment operation

Three-phase Voltage, Asymmetry, and Phase-sequence Phase-loss Relay

Ideal for Monitoring 3-phase Power Supplies for Industrial Facilities and Equipment. 17.5 mm (W). One SPDT output relays.

Thermistor Motor Protection Relay K8AK-TS / PT

This relay monitor the temperature Rise through Internal Motor Loss

Motor Protective Relay K2CM

Solid-state Relay Enables Choice of Three Operating Functions (Overcurrent, Openphase,and Reverse-phase)

Current Sensor SAO

These are Solid-state, Plug-in Current Sensor

Reverse Protection Relay

These relays use Voltage Detection to Determine Reverse Revolution of Three-phase Motor

MPCB system (motor protection CLASS 10)

The MPCB system has the following features:

Thermal Overload Relay

The J7TKN thermal overload relay has the following features:

CS Wall-Mounted Sheet Steel Enclosures

The degree of protection IP66 (UL/CSA Types 1, 12) of this enclosure guarantees full security for the installed equipment under most ambient conditions. This is assured for example by the continuous sponge rubber polyurethane seal

BC-A Compact Distribution Box

These compact distribution boxes BC-A are surface mounted with 1 up to 4 rows and 13 MU's (module units) per row. With three different door versions, BC-A compact distribution boxes offer tasteful designs that will perfectly harmonise with the style of any apartment.

BC-NK Compact Distribution Box

The BC-NK is a sheet steel enclosure with pre-stamped cable entry (RAL 9016). It is a removable device support with detachable DIN-rails, used as support for terminal support (BCZ-CS-BO, BCZ-A-KLT); the large space behind the DIN-rails permits efficient working and time saving

KLV-U Compact Distribution Box

The compact distribution boxes KLV-U are flush mounted for 1 up to 4 rows and 12+2 MU's (module units) per row. With four different tastefully designed door versions, KLV-U compact distribution boxes will perfectly harmonise with the style of any apartment.

Bushing Tap Adapter Kit

Capacitance and Tan Delta test - Bushing Tap Adapter Kit is designed to perform Capacitance and Tan Delta tests on power transformer bushings The kit can b e used with the following ISA Test Set STS 5000 TD 5000 STS 4000 TD 5000 TDX 5000.

MHT410

Moisture, Hydrogen and Temperature Transmitter.
Designed for power transformer online monitoring. This transmitter is compatible with all insulation liquids, including silicon oil. Is your power transmission and distribution secured? Continuously monitoring hydrogen and moisture levels with an in-situ probe is the first step in extending the life of a transformer through implementation of predictive maintenance practices leading to lower total cost of ownership.

MM70

Handheld Moisture and Temperature Meter for spot-checking in oil.
Designed for transformers and oil pipelines. Reliable MM70 is an ideal tool for the preventive maintenance of oil-filled systems. The water activity measurement indicates the margin to free water formation, which causes severe problems in lubrication systems. Excellent pressure and temperature tolerance. The probe can be inserted directly into the process pipe through a ball valve without draining the oil in the system.

TD GUARD™

This is the ultimate solution for transformer monitoring
ITD GuardTM Intelligent Sensor is an on-line CONTINUOUS Capacitance and tan-δ monitoring system for transformer bushings.
The TD GuardTM Intelligent Sensor is providing absolute Tan-δ measurement in on-line permanent monitoring of transformer bushings, granting the best level of diagnostic leverage and reliability.

TD 5000

For tan delta test set. The high-voltage generator TD 5000 is a complementary module of STS serie. TD 5000 designed to perform Tan Delta measurements, dissipation factor and capacitance of transformer and bushing at the frequency of the mains or in a wide frequency range.

Optimus™ DGA Monitor OPT100

The monitor’s IR sensor is based on Vaisala core measurement technology and critical sensor components manufactured in Vaisala cleanrooms. Vacuum gas extraction means no data fluctuation due to oil temperature, pressure, or type, while the hermetically sealed and protected optics prevent sensor contamination. The end result? A monitor that completely eliminates false alarms.

MHT410

Moisture, Hydrogen and Temperature Transmitter.
Designed for power transformer online monitoring. This transmitter is compatible with all insulation liquids, including silicon oil. Is your power transmission and distribution secured? Continuously monitoring hydrogen and moisture levels with an in-situ probe is the first step in extending the life of a transformer through implementation of predictive maintenance practices leading to lower total cost of ownership.

MM70

Handheld Moisture and Temperature Meter for spot-checking in oil.
Designed for transformers and oil pipelines. Reliable MM70 is an ideal tool for the preventive maintenance of oil-filled systems. The water activity measurement indicates the margin to free water formation, which causes severe problems in lubrication systems. Excellent pressure and temperature tolerance. The probe can be inserted directly into the process pipe through a ball valve without draining the oil in the system.

TDMS 7

Test and Data Management Software
TDMS 7 is a powerful software package providing data management for acceptance and maintenance testing activities. Electrical apparatus data and test results are saved in the TDMS 7 database for historical results analysis.
TDMS 7 software organizes test data and results for the majority of electrical apparatus tested with ISA test sets and related software.

PADS

Power Apparatus Diagnostic Software
PADS is an optional module of the Test & Data management software (TDMS), that allows the remote control of STS 5000, STS 4000 and e-KAM.
These devices allow performing tests of: CTs, VTs, PTs, CBs and almost all other power devices in electrical substation..