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General Catalogue 2016

General Catalogue 2016

Product catalog summary

Introduction
HT is a prominent Italian company with over thirty years of experience in electric devices, focusing on electric safety, power quality, energy consumption analysis, and photovoltaic systems. The company is committed to innovation and customer satisfaction, holding a UNI EN ISO 9001 certification.

Electric Safety Standards
HT devices comply with IEC 61010-1 standards, ensuring protection against overvoltage. Devices are categorized based on their proximity to power sources, with higher categories requiring more protection.

TRMS Devices
TRMS (True Root Mean Square) devices are crucial for measuring non-linear loads, providing accurate readings by considering harmonic components, essential for reliable measurements in industrial systems.

Photovoltaic Systems
HT offers solutions for optimizing and troubleshooting photovoltaic systems, including devices like SOLAR I-Vw and I-V400w for I-V curve measurement, and PVCHECKs for safety certification according to IEC62446. Performance monitoring is facilitated by devices like SOLAR300N and MPP300.

Product Range
The catalogue includes a wide range of products such as photovoltaic testers, power quality analyzers, data loggers, multifunction installation testers, and more.

Key Features of Photovoltaic Testers
Photovoltaic testers like SOLAR I-Vw offer features such as I-V curve measurement, efficiency measurement, and environmental data logging, supporting a database of 30,000 photovoltaic modules for performance comparison.

Conclusion
HT's comprehensive product range and adherence to international standards make it a reliable choice for electric safety and photovoltaic system maintenance.

Overview: This document provides detailed specifications and functionalities of various photovoltaic (PV) testing devices designed for measuring and analyzing the performance and safety of PV systems. The equipment is suitable for both single-phase and three-phase systems, offering comprehensive testing capabilities including I-V curve analysis, power quality assessment, and efficiency measurements.

Main Features:

Measurement of PV module/string output voltage up to 1000V DC and current up to 15A DC.
128 measurement points per I-V Curve in standard or capacitive mode.
Capability to measure key parameters such as Voc, Isc, Pmax, Vmpp, Impp, and Fill Factor.
Temperature measurement through external probes and irradiation measurement using reference cells.
Internal database management for up to 30 PV modules, expandable to 30,000 via software.
Data transfer to PC via optical/USB interface and internal memory for data storage.
Compliance with safety standards IEC/EN61010-1, IEC/EN61010-031, IEC/EN61010-032, and measurement standards IEC/EN60891, IEC/EN62446.

Efficiency and Power Quality Analysis:

DC/AC TRMS voltage and current measurements for both single-phase and three-phase systems.
Analysis of power quality including harmonics, voltage anomalies, flicker, and inrush currents.
Remote unit SOLAR02 for synchronized measurement of irradiation and temperature.
Compliance with EN50160 for power quality analysis.

Accessories and Optional Equipment:

Various clamps for AC and DC measurements, reference cells for irradiation, and temperature probes.
Software for data management and analysis, including TOPVIEW2006 and TOPVIEW2007.
Carrying cases, shoulder straps, and other accessories for ease of use and transport.

Safety and Compliance:

Devices are designed with double insulation and pollution level 2 for enhanced safety.
Measurement categories include CAT II 1000V DC and CAT III 300V (to earth).

Conclusion: The document outlines the capabilities of multifunction devices for the maintenance, troubleshooting, and commissioning of photovoltaic systems. These devices provide comprehensive testing solutions to ensure the efficiency and safety of PV installations, adhering to international standards.

Overview: The document provides detailed specifications and functionalities of photovoltaic testers, particularly focusing on the MPP300 and its compatibility with other devices like SOLAR300N and SOLAR I-Vw. It outlines the main features, functions, and accessories associated with these devices, emphasizing their use in measuring and recording parameters of photovoltaic systems.

Specifications: The MPP300 is designed for measuring and recording the efficiency of single- and three-phase photovoltaic systems, supporting up to three MPPT. It features a compact size (300x265x140 mm) and a weight of 2.3 kg with batteries included. The device operates with a rechargeable Li-Ion battery, providing over 3 hours of operation. It includes 3 DC voltage and current inputs, 4 AC voltage inputs, and 3 AC current inputs, with communication interfaces via USB and RF.

Functions: The MPP300 allows for DC/AC TRMS voltage and current measurements, power measurements, and simultaneous multi-string tests. It can connect with master units like SOLAR300N and SOLAR I-Vw for settings and data download. The device is equipped with internal memory for saving recordings and features LED operating indications.

Safety and Standards: The device adheres to safety standards IEC/EN61010-1, with double insulation and a pollution level of 2. It offers mechanical protection rated at IP40 when open and IP65 when closed. The measurement category is CAT IV 300 VAC to earth and CAT III 1000 VDC to earth.

Accessories: A variety of accessories are available, including cables, alligator clips, clamps, and adapters. Optional accessories enhance the device's functionality, such as external power supplies, USB cables, and carrying bags. The document also lists standard and optional accessories for different configurations and use cases.

Additional Features: The MPP300 is designed for ease of use with a practical anti-shock case, making it suitable for on-site applications. It supports synchronization with remote units like SOLAR02 for environmental parameter measurements, eliminating the need for long cables or wireless connections that may be hindered by structural interferences.

Conclusion: The MPP300, along with its compatible devices and accessories, provides a comprehensive solution for analyzing and recording photovoltaic system parameters, ensuring efficient and safe operation in various conditions.

Specifications:
The document outlines the specifications for various power quality analyzers and data loggers. Key specifications include compliance with safety standards IEC/EN61010-1, double insulation, and measurement categories CAT IV 600V and CAT III 1000V. The devices are designed for both single-phase and three-phase systems, with capabilities for measuring AC TRMS voltage and current, active, reactive, and apparent power/energy, and voltage/current harmonic analysis up to the 49th harmonic.

Procedures:
The analyzers are designed for ease of use, requiring no initial setup. They are equipped with Wi-Fi and USB connections for data transfer to tablets, smartphones, or PCs. The devices are auto power-supplied from the power they analyze, with an internal battery that recharges automatically.

Standards and Norms:
The devices adhere to various standards, including EN50160 for power quality and flicker, EN61000-4-30 for electric energy quality, and EN61000-4-7 for unbalance. Mechanical protection is rated at IP65, making the devices suitable for extreme conditions.

Recommendations:
To maximize the functionality of the PQA820 and PQA819 analyzers, it is recommended to use the HTanalysis App for data visualization and analysis. The app allows users to scroll through waveforms and detect critical moments easily.

Key Features:
The analyzers feature real-time current harmonics display, voltage and current vector diagrams, waveform displays, and energy consumption tracking. They can record up to 383 quantities simultaneously (PQA820) and offer a recording duration of over 30 days at a 10-minute integration period.

Accessories:
The document lists various optional and standard accessories, including measuring cables, alligator clips, AC and DC clamps, and software for data management. The devices come with a soft carrying bag and a quick user guide.

Data Loggers:
The XL421 data logger measures TRMS single-phase current up to 2500A AC, with a high protection rating of IP65. It features a memory capacity of 1MB and can record data for up to approximately one year, depending on the integration period.

Overview: The document provides detailed specifications and functionalities of various data loggers and multifunction installation testers, focusing on models XL422, XL423, and XL424. These devices are designed for measuring and recording electrical parameters in different systems, with emphasis on their TRMS (True Root Mean Square) capabilities, memory management, and operational features.

Specifications:

XL422: Measures TRMS value of AC current up to 2500A in three-phase systems. It features a waterproof case, integrated flex clamp jaws, and advanced memory management allowing up to 90 days of recording. Sampling periods can be adjusted via software.
XL423: Records TRMS value of AC voltage up to 600V in single-phase systems. It offers a similar waterproof design and memory management, with a recording capability of up to 1 year.
XL424: Similar to XL423 but for three-phase systems, with a recording duration of up to 90 days.

Key Features:

All models have a high protection rating (IP65), ensuring reliability under extreme conditions.
Data can be downloaded and analyzed on a PC using dedicated software.
Accessories include adhesive straps, software, carrying bags, and optional adapters.

Technical Details:

Measurement accuracy is ±(1.0% reading + 1 digit) with a resolution of 0.1V.
Operating frequency ranges from 50±6Hz to 60±6Hz, with a bandwidth of 3200Hz.
Memory capacity is 1Mbyte, with integration periods ranging from 1 second to 5 minutes.
Power supply is via 2x1.5V AA batteries, with a life expectancy of over 6 months.
Safety standards include IEC/EN 61010-1, with a measurement category of CAT IV 600V.

Accessories and Options:

Standard accessories include VELCRO straps, software, and carrying bags.
Optional accessories include RS232-USB adapters and connectors with magnetic terminals.

Comparison and Additional Features:

Comparison tables highlight differences in accessories and functionalities among models.
Additional features include real-time display capabilities, harmonic analysis, and environmental parameter measurements.

Specifications:
The document outlines various technical specifications for multifunction installation testers and accessories. Key specifications include:

Loop impedance measurement with high resolution (0.1mΩ) using the optional accessory IMP57.
Test current approximately 200A, frequency range 50Hz ± 5%.
Measurement categories include CAT III 240V, with a maximum of 415V between inputs.
Operating temperature range from 0 to 40°C, with storage temperatures from -10 to 60°C.

Procedures:
The document details procedures for using various testing devices, including:

Advanced loop verification for magnetothermal protections, fuses, and cable sizes.
Testing of RCDs type A, AC, B up to 1A, and earth leakage relays with test current up to 10A.
Measurement of insulation resistance and continuity of protective conductors.
Verification of phase sequence and leakage currents.

Standards:
The equipment complies with safety standards IEC/EN61010-1 and IEC/EN61557-1 for electric systems. It includes features for:

Insulation testing with voltages ranging from 50 to 1000VDC.
Earth resistance measurement using various methods, including voltammetric and stakeless testing.

Recommendations:
For optimal use, it is recommended to:

Utilize the HTanalysis App for data sharing and report generation.
Employ optional accessories like the IMP57 for enhanced measurement capabilities.
Ensure proper calibration and use of provided accessories for accurate results.

Accessories:
The document lists several accessories, including:

IMP57 for high-resolution loop impedance measurement.
HT53/05 probe for illuminance measurement.
RCDX10 for industrial RCDs up to 10A.
Various carrying cases and cables for device connectivity and transport.

Specifications:
Operating temperature range is 0 to 40°C, with storage conditions allowing for temperatures between -10 to 60°C and humidity below 80% RH. The device falls under Measurement Category CAT III 240V, with a maximum of 415V between inputs, and adheres to Pollution Level 2 standards. It complies with IEC/EN61557-1-2-3-4-5-6-7 standards. The dimensions are 225 x 165 x 75 mm, and it weighs 1.2 kg including batteries.

Main Features and Functions:
The COMBIG2 is designed for testing the safety of domestic and industrial electrical systems. It features a TFT color display with a touch-screen interface, allowing users to select measurement variables easily. The device can perform tests on RCDs, insulation, continuity, and earth resistance without tripping RCDs. It can also test the breaking capacity and tripping current of magneto-thermal switches and fuses. With optional accessories, it can measure leakage current, power, cosphi, harmonics, THD%, and frequency. The device provides compliance results with simple OK or NOT OK symbols and can transfer data to mobile devices via the HTAnalysis App.

Testing Capabilities:
The COMBI420 and COMBI419 models perform tests in compliance with IEC/EN61557-1, including non-trip earth resistance, RCD tests, insulation, continuity, and short-circuit currents. They can measure environmental parameters and electrical quantities in single-phase systems. The AUTO function allows for sequential testing with compliance results displayed at the end.

Accessories and Connectivity:
Both models support various optional accessories for enhanced functionality, such as clamps for measuring leakage currents and probes for environmental measurements. They feature internal memory for storing results, which can be transferred to a PC via USB. The devices are powered by 6x1.5V AA batteries.

Additional Devices:
The M74 and M75 models offer similar testing capabilities with additional features like TRMS multimeter functions and LAN cable mapping. The EQUITEST5071 focuses on continuity and loop impedance measurements with high resolution.

Overview: The document provides detailed specifications and functionalities of various electrical testing devices, primarily focusing on the EQUITEST5071 and other related models. These devices are designed for testing electrical safety in medical and industrial environments, adhering to standards like IEC/EN60204-1:2006.

Specifications and Features:

EQUITEST5071: Designed for testing equipotential conductors with a test current greater than 10A. It measures continuity on protective conductors with 200mA and line/loop impedance with high resolution using the optional IMP57 accessory. It also measures non-trip earth resistance and phase sequence.
MacrotestG2: Utilizes touch-screen technology for measuring insulation resistance and earth resistance by voltammetric method. It includes features like internal memory, optical/USB and WiFi interfaces, and compliance indication for safety tests.
GEO416: Measures earth resistance using 2, 3, or 4-wire methods and ground resistivity. It is equipped with internal memory and an optical/USB interface for data transfer.

Accessories:

Various cables, clips, and connectors are available, including alligator clips, banana connectors, and magnetic connectors for voltage measurement.
Optional accessories include clamps for measuring earth resistance, remote leads for test activation, and touch-screen pens.
Carrying cases and rechargeable batteries are provided for device transport and power supply.

Standards and Safety:

Devices comply with IEC/EN61010-1 safety standards and are designed for CAT III 240V measurement categories.
They feature double insulation and are suitable for use in environments with pollution level 2.

Additional Features:

Devices offer features like touchscreen displays, internal memory for data saving, and compatibility with management software for data transfer and analysis.
They support various measurement methods, including voltammetric and stakeless testing methods, and provide comprehensive power analysis capabilities.

Overview: The document provides detailed technical specifications and functionalities of various electrical testing devices, focusing on earth resistance and insulation testers. It includes information on accessories, measurement capabilities, and compliance with safety standards.

Specifications and Features:

Earth Resistance and Step/Contact Voltage Testers: Devices like T2000 and T2100 are designed for measuring earth resistance using a stakeless testing method and can measure leakage current up to 20A AC. They feature alarm thresholds, data storage, and disturbance current detection. The M71 model offers earth resistance measurement with 2 or 3 terminals and compensates for disturbance voltages.
Insulation Testers: Models such as HT7052 and HT7051 provide insulation resistance measurement with test voltages up to 10kV DC. They include features like programmable test voltages, diagnostic tests (PI, DAR, DD), and internal memory for data storage. These devices are suitable for industrial applications and comply with CAT IV 600V safety standards.

Accessories: The document lists various accessories provided with the devices, such as cables, clamps, carrying bags, and software for data management. Optional accessories are also available for enhanced functionality.

Technical Specifications: Detailed technical specifications are provided for each device, including measurement ranges, accuracy, power supply requirements, and physical dimensions. The devices comply with relevant IEC/EN safety standards and are designed for both domestic and industrial environments.

Usage and Compliance: The devices are designed to ensure safety and accuracy in electrical measurements, with features like automatic discharge, backlight displays, and RS-232/USB interfaces for data transfer. They are suitable for use in various environments, adhering to pollution level 2 and mechanical protection standards.

Overview: The document provides detailed specifications and functionalities of various electrical testing devices, primarily focusing on insulation testers, multifunction devices, and RCD testers. These devices are essential for testing and ensuring the safety and compliance of electrical installations in industrial and domestic settings.

Insulation Testers: The HT7052 is a high-voltage insulation tester capable of testing up to 10kVDC and measuring resistance up to 10TΩ. It is suitable for industrial applications such as testing electric machines, transformers, and cables. Key features include measuring Polarization Index (PI), Dielectric Absorption Ratio (DAR), and Dielectric Discharge (DD). It supports ramp insulation tests and dielectric strength tests in DC. The device is portable, with a rechargeable NiMH battery, internal memory, and PC connectivity for data download.

Multifunction Devices: Devices like ISO410 and M72 are designed for measuring insulation and continuity of protective conductors. They offer features such as automatic discharge, autocalibration, and data storage. The M72 also includes phase sequence measurement and a multimeter function for TRMS voltage and current measurements. These devices are compact, user-friendly, and equipped with safety features compliant with IEC/EN61010-1 standards.

RCD Testers: The SPEED418 and M73 are multifunction devices for measuring non-trip earth resistance and conducting RCD tests. They are designed for domestic installations, providing simple compliance checks with visual indicators for test results. These devices support both manual and automatic testing modes and include features like phase sequence measurement and data storage.

Accessories and Software: The document lists various accessories provided with the devices, such as cables, clamps, and carrying bags. Optional accessories and software for enhanced functionality and data management are also available, including PC connectivity options via USB or RS-232 interfaces.

Safety and Compliance: All devices adhere to safety standards IEC/EN61010-1 and are categorized under different measurement categories (CAT II, CAT III) based on their voltage handling capabilities. They are designed to ensure the safety of operators and the integrity of electrical systems.

Overview: The document provides detailed specifications and functionalities of a multifunction device designed for safety tests on switchboards and machines, compliant with IEC/EN60204-1:2006 and IEC/EN61439-1 standards. It also describes advanced infrared cameras for industrial and construction use.

Main Features of the Multifunction Device:

Measures line/loop impedance with high resolution using an optional accessory (IMP57).
Tests non-trip earth resistance and leakage current with a clamp transducer.
Performs tests on breaking capacity, protection tripping, and I2t tests for various circuit breakers and fuses.
Equipped with a touch-screen color display and multiple USB ports for connectivity.

Specifications:

Continuity tests of protective conductors with varying currents and voltages.
Insulation tests with voltages ranging from 100V to 1000VDC.
Dielectric withstand tests with programmable voltages up to 5100VAC.
Measurement of absorbed/leaked current and power at machine plugs.
Tripping time/current tests for RCDs up to 1000mA.
Phase sequence and contact voltage measurements.

Accessories: The device comes with various test cables, a carrying bag, software, and optional accessories like the IMP57 for loop impedance measurement and HT96U for leakage current measurement.

Infrared Cameras:

Advanced touch-screen infrared cameras with high IR resolution (384x288pxl and 160x120pxl).
Suitable for industrial and construction sectors, capable of energetic certification tests.
Features include Picture in Picture (PiP) technology, SPAN function, and automatic emissivity settings.
Data saving capabilities with JPEG format for images and MPEG4 for videos.

Technical Specifications of Infrared Cameras:

Temperature range from -20°C to 400°C with high thermal sensitivity.
Manual focusing of IR optics and integrated photo-camera resolution of 640x480pxl.
Equipped with a capacitive touch-screen display, rechargeable battery, and USB interface.

Overview: The document provides detailed specifications and features of various infrared cameras and sound level meters, highlighting their capabilities, accessories, and optional components.

Infrared Cameras:

Models: THT60, THT46, THT45, THT32
Key Features: High-resolution IR sensors, temperature range from -20°C to 350°C, thermal sensitivity, and various field of view options. They support image and video saving in JPEG and MPEG4 formats, respectively.
Functions: Include PiP (Picture in Picture) function, emissivity settings, multiple color palettes, and laser pointers.
Accessories: Include rechargeable batteries, USB cables, tripods, and software for data management.

Sound Level Meters:

Models: HT157, HT155, HT154
Key Features: Measure sound pressure levels, equivalent noise levels, and provide frequency weighting. They have a wide measuring range and support data saving and transfer via USB.
Functions: Include integration over time, peak measurements, and statistical noise analysis.
Accessories: Include mobile calibrators, wind protection, and carrying cases.

Additional Features:

Both product categories emphasize ease of use with intuitive interfaces and comprehensive software support for data analysis and report generation.
Optional accessories enhance functionality, such as additional lenses for cameras and spectrum analysis capabilities for sound meters.

Infrared Thermometer Specifications:

Auto Power OFF feature and ergonomic design.
Distance/Measurement spot Ratio (D:S) of 12:1.
Temperature measurements in both °C and °F.
Adjustable object emissivity from 0.10 to 1.00.
Backlight LCD with built-in white and blue LED lights.
Measurement capabilities include MAX, MIN, MAX-MIN, and AVG values.
Upper and lower alarm threshold settings available.
Joystick for quick selection of internal functions.

Infrared Temperature Measurement:

Reading range: -30° to 500°C (-22° to 932°F).
Resolution: 0.1°C - 0.2°F with standard accuracy of ±1.5°C or ±1.5% reading.
Response time is less than 500ms with spectral sensitivity of 8 to 14µm.

Main Features:

Laser Pointer: Class 3R and UV Pointer: Group 1.
Max operating altitude: 2000m with safety compliance to IEC/EN61010-1.
Vibration and shock resistance as per IEC standards.
Display: 5-digit backlight LCD powered by 3x1.5V alkaline batteries.
Auto Power OFF after 5 minutes of inactivity.

HT4000 Mobile Digital Thermo-Anemometer:

Measures air temperature, relative humidity, wind speed, capacity, and enthalpic consumption.
Auto Power OFF feature included.

HT3302 Infrared Thermometer:

Portable digital thermometer with laser reticle projection for precise contactless temperature measurements.
Features a joystick for quick function selection and auto power off to conserve battery.

HT3320 Professional Infrared Video Thermometer:

Measures temperature using infrared radiation with a Distance/Spot ratio of 50:1.
Includes integrated photo-camera and datalogger function for recording measurements.
Features internal and external memory options and USB connectivity for data transfer.

HT950N Temperature Control Unit:

Designed for temperature control in MT/BT transformers to prevent overheating.
Features 4 inputs with PT100 DIN and 3 independent relay outputs.

LAN Testers (QUICKLAN6050 and QUICKLAN6055):

Detects incorrect connections on LAN cables and measures cable length (HT6050 only).
Equipped with remote units for efficient localization and testing.

Overview: The document provides detailed specifications and functionalities of various technical devices including light meters, solar irradiance meters, laser distance meters, portable working lamps, buried cable localizers, revolution counters, and process calibrators. Each section outlines the main features, measurement capabilities, and additional characteristics of the devices.

Light Meters and Solar Irradiance Meters: This section compares models HT309, HT307, and HT204. HT309 and HT307 are digital light meters measuring illuminance up to 400kLux and 20kLux respectively, with HT309 also measuring LED sources' illuminance. HT204 is a solar irradiance meter for photovoltaic installations, measuring up to 2000W/m². Key features include internal memory, data hold, and auto power off.

Laser Distance Meters: Models iDM70 and DM40 are highlighted. iDM70 offers a measuring range up to 70m with Bluetooth connectivity for iOS/Android, while DM40 measures up to 40m. Both models support area and volume calculations, indirect height measurement using the Pythagorean theorem, and have features like backlight and auto power off.

Portable Working Lamps: XLITE and MINILITE are multifunction LED lamps with built-in magnets. XLITE includes a rechargeable battery and car charger, while MINILITE operates on AAA batteries. Both models feature adjustable light beams and high-efficiency LED technology.

Buried Cable Localizer and Revolution Counter: The HT-5000 is designed for locating underground pipes and cables using electromagnetic fields. It includes a transmitter and receiver with IP56 protection. The HT2234N revolution counter measures the speed of rotating parts with and without contact, featuring a laser pointer and auto power off.

Process Calibrators: Models HT8051 and HT8000 are professional calibrators for generating and measuring DC current and voltage signals. They support current consumption measurement of external transducers and simulate transducer presence. Safety standards IEC/EN61010-1 are adhered to, ensuring reliable industrial applications.

Overview: The document provides detailed specifications and features of various professional multimeters and process calibrators designed for industrial automation applications and laboratory activities. It includes information on voltage and current generation and measurement, safety standards, and additional functionalities.

Specifications:

Voltage and Current Generation: Devices can generate voltage signals up to 10VDC and current signals up to 24mA DC. They also measure voltage and current within the same ranges.
Ramps: Three selectable ramps for voltage and current signals: slow linear (40s), quick linear (15s), and step ramp (5s per step).
Accuracy and Protection: Standard accuracy for voltage and current is ±(0.02% reading + 4 digits) with protection up to 30VDC and 30mADC.

Features:

Display: Devices feature LCD displays with various resolutions and backlight options.
Power Supply: Powered by rechargeable Li-ION batteries or alkaline batteries, with auto power-off functionality after 20 minutes of inactivity.
Safety and Insulation: Compliant with IEC/EN61010-1 standards, offering double insulation and pollution level 2 protection.

Functions:

Multimeter Functions: Include TRMS voltage and current measurements, AC+DC measurements, resistance, continuity, diode tests, frequency, and capacity measurements.
Process Calibrator Functions: Capable of generating and measuring DC current signals (0-20mA and 4-20mA), simulating external transducers, and saving measurement data.
Additional Features: Include data hold, MAX/MIN/AVG functions, relative measurement, autorange, and data logging capabilities.

Accessories: Devices come with various accessories such as test leads, alligator clips, protective cases, and user manuals.

Comparison and Models: The document includes a comparison table of different models, highlighting features like TRMS measurements, color displays, data logging, and memory capabilities. Models are categorized under different safety and measurement categories (CAT III 1000V, CAT IV 600V).

Supplied Accessories: The document lists various accessories provided with the multimeters, including test leads, type K wire probes, probe adapters, power supplies, batteries, user manuals, and transport bags.

Technical Specifications: The document provides detailed specifications for different models of multimeters (HT60, HT61, HT62, HT63, HT64, HT21, HT210, HT25N, HT712, HT710, HT14D, HT603, HT9, HT8, HT6, HT12). Key specifications include display types, power supply requirements, auto power-off timings, safety standards (IEC/EN61010-1), measurement categories (CAT III, CAT IV), pollution levels, dimensions, and weight.

Measurement Capabilities: Each model has specific measurement capabilities, including DC/AC voltage, DC/AC current, resistance, continuity tests, frequency, capacity, duty cycle, and temperature measurements with type K probes. The accuracy and range of these measurements vary by model.

Safety and Compliance: The multimeters comply with safety standards IEC/EN61010-1 and have double protective insulation. They are categorized under different measurement categories (CAT III, CAT IV) based on their voltage handling capabilities.

Additional Features: Features such as data hold, relative measurement, backlight, auto power-off, and LED indications are available in various models. Some models also include integrated torches for use in low-light conditions.

Model-Specific Functions: Each model has unique functions tailored to specific measurement needs. For example, HT210 can measure temperature with a K-type probe, while HT12 includes an integrated AC/DC current clamp sensor.

Technical Specifications

DC Voltage: Reading range from 0.1mV to 600V with a resolution of 0.1mV to 1V. Standard accuracy is ± (1.0% reading + 3 digits) with protection up to 600VDC/ACrms.
AC TRMS Voltage: Reading range from 1mV to 600V, similar resolution and accuracy as DC Voltage.
DC Current: Reading range from 0.1µA to 10A with a resolution of 0.1µA to 0.01A. Protected by F500mA/600V and F10A/600V fuses.
AC TRMS Current: Same range and protection as DC Current.
Resistance and Continuity Test: Reading range from 0.1Ω to 40MΩ with a resolution of 0.1Ω to 0.01MΩ. Standard accuracy is ± (1.5% reading + 5 digits) with continuity test for <50Ω.
Frequency: Reading range from 10Hz to 10kHz with a resolution of 0.01Hz. Standard accuracy is ± (1.2% reading).
Duty Cycle: Reading range from 0.1% to 99.9% with a resolution of 0.1%.
Capacity: Reading range from 0.01nF to 4000µF with a resolution of 0.01nF to 1µF.

Features

TRMS Measurements, AC/DC Voltage, AC/DC Current, Resistance/Continuity Test, Frequency, Capacitance, Diode test, Duty cycle.
Built-in flashlight, Data HOLD, MAX/MIN, Autorange, Backlight, Auto Power OFF.
Power supply: 2x1.5 V batteries type AAA LR03.
Display: 4 digit LCD, 4000 pixels.
Safety: IEC/EN61010-1, Measurement category: CAT III 600V, Level of pollution: 2.
Dimensions: 120x85x45mm, Weight: approximately 200 g.

Main Features

IRONMETER is designed for construction sites with a sturdy casing, capable of withstanding falls from up to 10 meters.
Includes integrated LED flashlight for poor lighting conditions.

Accessories

Supplied with KIT4000A Test leads, Batteries, user manual, and transport bag.
Optional accessories include various K-type thermocouples and adapters for different temperature ranges and applications.

Comparison and Additional Features

Comparison tables for various multimeters and accessories, indicating standard (S) and optional (O) availability.
Phase sequence indicators, circuit breaker finders, and voltage detectors with specific features like LED and sound indications, phase sequence detection, and more.

Overview: The document provides detailed specifications and features of various professional clamp meters, specifically models HT9022, HT9020, HT9021, HT9019, and HT9015. These devices are designed for measuring electrical parameters such as AC/DC current and voltage, resistance, frequency, and temperature, with additional functionalities like harmonic analysis and Bluetooth connectivity.

Specifications:

Measurement Capabilities: The clamp meters can measure AC/DC voltage up to 1000V, AC/DC current up to 1000A, resistance, frequency, and temperature using a K-type probe. They also support TRMS (True Root Mean Square) measurements for accurate readings.
Power Analysis: The devices can record active, reactive, and apparent power and energy, as well as measure power factor and harmonics up to the 25th order with THD% calculation.
Safety Standards: All models comply with IEC/EN61010-1 safety standards, with measurement categories CAT IV 600V and CAT III 1000V, ensuring safe operation in high-voltage environments.
Display and Interface: The meters feature a backlit LCD display with a bargraph for easy reading in low-light conditions. The HT9022 model includes Bluetooth connectivity for data transfer to PCs and Android devices.

Additional Features:

Auto Functions: Autorange, auto power off, and data hold functions are standard across models, enhancing usability and battery life.
Data Logging: The HT9022 model offers data logging capabilities with internal memory for recording electrical parameters over time.
Accessories: Each model comes with various accessories, including test leads, carrying bags, and user manuals.

Applications: These clamp meters are suitable for professional use in electrical testing and maintenance, offering comprehensive measurement capabilities for single-phase and three-phase systems.

Overview
The document provides detailed specifications and features of various professional clamp meters designed for measuring electrical parameters such as AC/DC current, voltage, resistance, and more. These devices are compliant with safety standards IEC/EN61010-1 and are categorized under different measurement categories (CAT III 600V, CAT IV 600V, etc.).

Main Features and Specifications

HT9012 and HT9014: Designed for measuring AC current up to 600A and AC/DC voltage up to 1000V. They feature a wide backlight display with 6000 measuring spots and an auto power-off function. They comply with CAT IV 600V and CAT III 1000V standards.
HT4020 and HT4022: These models measure AC current up to 400A and AC/DC voltage up to 600V. They include features like frequency, resistance, continuity tests, and power measurements. HT4022 also measures voltage and current harmonics.
HT4010, HT4011, HT4012, HT4013: These models offer measurements of AC current up to 400A and AC/DC voltage up to 600V. They include features like resistance, continuity tests, frequency, capacity, diode test, and temperature measurement with a K-type probe.
HT77N and HT78: Designed for measuring AC TRMS current up to 3000A with flexible jaws and large diameter capabilities. They feature autorange, data hold, and backlight functions.

Technical Specifications

Power Supply: Varies by model, typically 1x9V or 2x1.5V batteries.
Display: LCD with varying resolutions and dot counts depending on the model.
Safety and Insulation: Double insulation, pollution level 2, and compliance with IEC/EN61010-1.
Auto Power Off: Feature to preserve battery life, with varying idle times before activation.

Accessories
Each model comes with specific accessories such as test leads, carrying bags, batteries, and user manuals. Some models include additional items like K-type wire probes and adapters.

Applications
These clamp meters are suitable for both domestic and industrial environments, ideal for troubleshooting electrical issues, measuring power, and detecting phase sequences.

Overview: The document provides detailed specifications and features of various clamp meters and related accessories used for measuring AC and DC currents in electrical systems. These devices are essential for detecting leakage currents and ensuring the safety and efficiency of electrical installations.

Clamp Meters: The document describes several models of clamp meters, including HT78, HT77N, F3000, HT100, and HT7003. Each model is designed for specific measurement ranges and environments, with features such as TRMS measurement, autorange, data hold, and backlight for ease of use in low-light conditions. The F3000 model, for instance, can measure AC current up to 3000A with flexible jaws for easy reading.

Technical Specifications: Detailed technical specifications are provided for each model, including measurement ranges, resolution, frequency bands, and accuracy. For example, the HT78 model can measure AC currents up to 300A with a resolution of 0.01A to 0.1A and a frequency band of 50Hz to 60Hz.

Safety and Standards: The clamp meters comply with safety standards such as IEC/EN61010-1 and are categorized under various measurement categories (CAT III, CAT IV) depending on their voltage and current handling capabilities. They also feature double insulation and pollution level ratings for safe operation.

Accessories: A wide range of accessories is available, including flexible and standard clamps, thermocouples for temperature measurement, and various leads and connectors. These accessories enhance the functionality of the clamp meters and allow for more versatile applications.

Applications: The clamp meters are suitable for both domestic and industrial environments, providing accurate measurements for maintenance and troubleshooting of electrical systems. They are particularly useful for detecting leakage currents that can cause RCDs to trip.

Additional Features: Some models include advanced features such as auto power off to conserve battery life, peak hold, and bargraph displays for visual representation of measurements.

Overview: This document provides detailed specifications and descriptions of various technical equipment and tools, including measuring devices, power supplies, rechargeable batteries, and professional tools such as screwdrivers and clamps. The document is structured into sections based on product categories, each with specific technical details and order codes.

1. Measuring Devices:

Specifications: Devices have varying measuring ranges (e.g., 36A/1000V, 10A/1000V) and measurement categories (e.g., CAT IV 600V, CAT III 1000V).
Components: Include sets of leads, alligator clips, and cables with specific lengths and diameters.

2. Power Supplies and Chargers:

Specifications: Power supplies support different voltage inputs (e.g., 230V, 100-240V) and outputs (e.g., 5VDC, 12VDC).
Plug Types: Various plug types are supported, including Schuko, NEMA, and IEC standards.

3. Rechargeable Batteries:

Types: Include Li-Polymer, Li-ion, and Ni-MH with different rated voltages and capacities.
Compatibility: Batteries are compatible with specific devices like THT47-60-70.

4. Accessories for Measuring Earth Resistance:

Components: Sets include rods and cable coils with specific lengths and measurement categories.

5. LAN Network Tester Accessories:

Components: Include remote units and patch cables with Ethernet RJ45/BNC connectors.

6. Professional Tools:

Screwdrivers: Feature Kraftform® grips and Lasertip® blades for enhanced torque and safety.
Clamps: VDE clamps with ergonomic grips for electricians, suitable for various applications.

7. Software and Cables:

Software: Multi-language software for device management compatible with Windows XP-10.
Cables: Include USB and RS-232 adapters for device connections.

Key Features:

High safety and efficiency in tools with Lasertip® technology.
Ergonomic designs in grips and clamps for user comfort and performance.
Comprehensive range of accessories for specific measurement and testing needs.

Catalog excerpts

We are designing the future. Right now. Thanks to the experience acquired in over thirty years of presence on the market, HT has established in Italy as a leading company in the field of electric devices. HT designs and develops a wide and reliable range of devices for checking electric safety, for power quality and energy consumption analysis and for checking, testing and maintaining photovoltaic systems. Continuously staying up to date and keeping up with the latest developing technology, the Company has always offered to the Customers cutting-edge products, carefully studied under every aspect...

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Electric safety as a basic requirement Further to carrying out their function, devices for electric measurement must focus on the operator's safety as a basic requirement as regards protection from instant overvoltage which may generate because of the presence of complex charging networks, short circuits, atmospheric charges, etc... In this respect, international standard IEC 61010-1 harmonized in Europe with EN 61010-1 has devised precise rules which electric devices used for measurements in LV (<1000VAC) must comply with. Four "Overvoltage Categories" were created, which define the protection...

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gfl GENERAL INDEX OF THE DEVICES SOUND LEVEL METERS LIGHT METERS AND SOLAR IRRADIANCE METERS LASER DISTANCE METERS PORTABLE WORKING LAMPS XUTE • MINILITE BURIED CABLE LOCALIZER AND REVOLUTION COUNTER PROCESS CALIBRATORS PHASE SEQUENCE INDICATORS CIRCUIT BREAKER FINDER VOLTAGE DETECTORS CLAMP METERS

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PHOTOVOLTAIC TESTERS FOR THE SUN New HT solutions for performance optimization and troubleshooting. PHOTOVOLTAIC TESTERS Thanks to the decrease in the cost of components and the remarkable increase of performance, installing photovoltaic systems on the roof or on the ground has become increasingly common. In a photovoltaic system, problems connected to safety and to the system’s performance must be checked, and maintenance of strings and single panels must be carried out. Troubleshooting › I t may happen that, during the operation of a system, some modules may jeopardize the performance of the...

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PHOTOVOLTAIC TESTERS COMPARISON TABLE FUNCTIONS MAINTENANCE AND EFFICIENCY OF THE PHOTOVOLTAIC SYSTEM Continuity of protective conductors with 200mA Default and custom recordings Insulation measurement with test voltage 250, 500, 1000VDC with no service interruption REAL-TIME DISPLAY I-V Curve measurement on single module or string Summary table of main electric parameters VOC and ISC measurement on single module or string Voltage/current waveforms Tables or histograms of Harmonics and THD% Single-Phase and Three-Phase efficiency measurement Voltage/current vector diagram Touchscreen colour display...

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PHOTOVOLTAIC TESTERS ORDER CODE HV000IVW Measuring a I-V Curve on a string through remote synchronization of irradiation and temperature MULTIFUNCTION DEVICE FOR TESTS AND MAINTENANCE ON SINGLE-PHASE INSTALLATIONS. (THREE-PHASE WITH ACCESSORY MPP300 ›see page 20) › easurement of efficiency of a single-phase M photovoltaic system › Measurement of I-V Curve of a module or of a string › easurement of open-circuit voltage and of M short-circuit current Voc/Isc › Database of 30.000 selectable photovoltaic modules Connection diagram (three-phase system) Measurement of curve IV with environmental sensors...

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PHOTOVOLTAIC TESTERS ORDER CODE HV00400W I-V400w MULTIFUNCTION DEVICE FOR MAINTENANCE AND TROUBLESHOOTING OF PHOTOVOLTAIC SYSTEMS › Measurement of I-V Curve of a module or of a string › easurement of open-circuit voltage and of M short-circuit current Voc/Isc › atabase of 30.000 selectable photovoltaic modules D Measuring a I-V Curve on a string through remote synchronization of irradiation and temperature Manual insertion of a module I-V400w allows field detection of I-V Curve an of the main characteristic parameters both of a single module and of a string for PV installations up to a maximum...

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PHOTOVOLTAIC TESTERS ORDER CODE HV00300N SOLAR300N MULTIFUNCTION DEVICE FOR VERIFICATION OF SINGLE-PHASE AND THREE-PHASE PV SYSTEM EFFICIENCY AND POWER QUALITY ANALYSIS IN COMPLIANCE WITH STANDARD EN50160 › New touchscreen interface › Verification of the efficiency of the photovoltaic system › Analysis of power quality and energy consumption SOLAR300N tests single-phase and three-phase photovoltaic systems. For this kind of tests, it is necessary to guarantee simultaneity between power measurements carried out at the inverter and irradiation and temperature measurements carried out on the photovoltaic...

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PHOTOVOLTAIC TESTERS ORDER CODE HV00PVCS PVCHECKs MULTIFUNCTION DEVICE FOR COMMISSIONING TESTS OF ELECTRIC SAFETY AND PERFORMANCE OF A PHOTOVOLTAIC SYSTEM Continuity test result with 200mA OK Automatic test in a sequence of: › Measurement of insulation up to 1000VDC › Open-circuit voltage and short-circuit current Voc/Isc › Continuity of protective conductors with 200mA The multifunction device PVCHECKs allows quickly and safely carrying out the commissioning tests provided for a PV system (section in DC) and the functional test of modules/strings the system consists of according to the requirements...

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PHOTOVOLTAIC TESTERS ORDER CODE HVMPP300 MPP300 ACCESSORY FOR MEASURING AND RECORDING THE EFFICIENCY OF A SINGLE- AND THREE-PHASE, SINGLE- AND MULTI-STRING PHOTOVOLTAIC SYSTEM (UP TO THREE MPPT). › imultaneous analysis of 3 strings S › ompatible with SOLAR300N and SOLAR I-Vw C › ntegrated rechargeable battery I MPP300 is an innovative accessory which allows measuring and recording the main parameters which characterize single and three-phase, single and multi-string photovoltaic systems (up to three MPPT). Provided with a practical rigid anti-shock case, thanks to its lightness and its reduced...

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PHOTOVOLTAIC TESTERS COMPARISON TABLE OF ACCESSORIES SOLAR I-Vw ORDER CODE HA000716 * ORDER CODE HA000714 PC Windows software + USB/optical cable PT1000 probe for PV module temperature Sensor for irradiation measurement ORDER CODE HA0304N0 Mechanical inclinometer Remote unit for Irradiation and Temperature Standard 10-100A DC clamp, diameter 32 mm Set of 4 cables + 4 alligator clips Standard 200A AC clamp, diameter 40 mm KITPVMC3 - KITPCMC3* Set of 2 adapters with connectors MC3 ORDER CODE HA000032 * ORDER CODE HA000757 ORDER CODE HA000034 * ORDER CODE HA000758 KITPVMC4 - KITPCMC4* Set of 2 adapters...

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General Catalogue 2016

General Catalogue 2016

Catalog excerpts

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