Hioki HPK3 Contractors Kit

Different items to aide the user with Hioki HPK3 Contractors Kit Included in Kit: Voltage detector 3120 – on-Metallic Contact Voltage Detector with Battery Life Indicator that promotes safety on the worksite. AC Current Clamp Meter 3280-10F with Broad Operating Temperature Range, Attachable Flexible Sensor, and Drop-Proof Durability Non-contact Infrared Thermometer FT3700 – 20 Sharply Focus on Measurement Spots with Two-Beam Laser Marker, Ideal for HVAC Applications Digital Multimeter DT4255 with Fuse-protected Terminals Ideal for Harsh Work Environments Phase Rotation Meter  PD 3129-10 with Easy-to-Read Arrow and Non-Metallic Contact Clips for 70V to 1000V Lines Digital Insulation Tester IR4056with Continuity Check, 5-Range, 50 to 1000V HPK3 Pro Kit Item Part# Qty Phase Rotation Meter 3129-10 1 Insulation Meter IR4056-20 1 Volt Detector 3120 1 AC Clamp Meter 3280-10 1 Infrared Thermometer (IR) Gun FT3700-20 1 Digital Mutimeter (DMM) DT4255 1 Carrying Case Case for HPK 3 1   HIOKI AC CLAMP METER 3280-10F Measure the fundamental waveform component using the average rectified method Expanded -25 °C to 65 °C operating temperature range Connect the CT6280 flexible sensor to measure up to 4199 A in thick or paired wires Drop proof design withstands drop from a height of 1 meter HIOKI VOLTAGE DETECTOR 3120 Top “primary supply level” safety class rating for voltage detectors CAT IV 1000 V design meets CE Mark qualifications Continuously indicate battery status with green indicator lamp Both visual and audible voltage detection indication Automatic power switching prevents battery discharge HIOKI INFRARED THERMOMETER FT3700 – 20 Pistol design with easy-to-see display A full menu of basic measuring functions Easily test in difficult locations, moving objects or where there is danger of electric shock   HIOKI DIGITAL MULTIMETER DT4255 Maximum safety in the field by absolutely preventing short-circuit accidents with fused measurement terminals and current-limiting resistor ±0.3% DC V basic accuracy, wide 40 Hz to 1 kHz AC V frequency characteristics Low-pass filter (100 Hz/ 500 Hz) cuts high harmonics (when measuring inverter fundamental waveforms) Connect to PC with USB communication function (optional) Broad -25°C (-13°F) to 65°C (149°F) operating temperature range CAT IV 600 V, CAT III 1000 V. HIOKI PHASE DETECTOR PD3129 Simply clip clamps onto wire insulation Green LED arrow clearly shows phase direction, perfect for visual reports Rotating LED indicator shows the phase sequence for a 3-phase power supply at a glance Intermittent beeps signal positive phase; continuous tone signals reverse phase Magnetic base allows the instrument to be secured on a distribution panel   HIOKI INSULATION TESTER IR4056 5-range testing voltage of 50 V/100 MΩ to 1000 V/4000 MΩ Stable & medium-speed digital readings, 0.8 second response time of PASS/ FAIL decisions Drop proof onto concrete from 1m (3.28 feet) Bright LED, luminous LCD, test lead with bright LED lamp to illuminate near hand (Also available in the IR4056-21) Continuity check via 200 mA testing Built in AC/DC voltage meter, useful for testing solar power generation systems and electric vehicles RELATED PRODUCT  Hioki HPK-1 Contractors Kit Hioki HPK-1 Pro Kit Different items to aide the user with Hioki HPK-1 Kit Included in Kit: Voltage detector 3120 – on-Metallic Contact Voltage Detector with Battery Life Indicator that promotes safety on the worksite. AC Current Clamp Meter 3280-10F with Broad Operating Temperature Range, Attachable Flexible Sensor, and Drop-Proof Durability Non-contact Infrared Thermometer FT3700 – […]

Hioki HPK3 Contractors Kit

Hioki HPK-1 Pro Kit

Different items to aide the user with Hioki HPK-1 Kit Included in Kit: Voltage detector 3120 – on-Metallic Contact Voltage Detector with Battery Life Indicator that promotes safety on the worksite. AC Current Clamp Meter 3280-10F with Broad Operating Temperature Range, Attachable Flexible Sensor, and Drop-Proof Durability Non-contact Infrared Thermometer FT3700 – 20 Sharply Focus on Measurement Spots with Two-Beam Laser Marker, Ideal for HVAC Applications Digital Multimeter DT4255 with Fuse-protected Terminals Ideal for Harsh Work Environments HPK1 Pro Kit Item Part# Qty Volt Detector 3120 1 AC Clamp Meter 3280-10 1 Infrared Thermometer (IR) Gun FT3700-20 1 Digital Mutimeter (DMM) DT4255 1 Carrying Case Case for HPK1 1 HIOKI VOLTAGE DETECTOR 3120 Top “primary supply level” safety class rating for voltage detectors CAT IV 1000 V design meets CE Mark qualifications Continuously indicate battery status with green indicator lamp Both visual and audible voltage detection indication Automatic power switching prevents battery discharge   HIOKI AC CLAMP METER 3280-10F Measure the fundamental waveform component using the average rectified method Expanded -25 °C to 65 °C operating temperature range Connect the CT6280 flexible sensor to measure up to 4199 A in thick or paired wires Drop proof design withstands drop from a height of 1 meter HIOKI INFRARED THERMOMETER FT3700 – 20 Pistol design with easy-to-see display A full menu of basic measuring functions Easily test in difficult locations, moving objects or where there is danger of electric shock   HIOKI DIGITAL MULTIMETER DT4255   Maximum safety in the field by absolutely preventing short-circuit accidents with fused measurement terminals and current-limiting resistor ±0.3% DC V basic accuracy, wide 40 Hz to 1 kHz AC V frequency characteristics Low-pass filter (100 Hz/ 500 Hz) cuts high harmonics (when measuring inverter fundamental waveforms) Connect to PC with USB communication function (optional) Broad -25°C (-13°F) to 65°C (149°F) operating temperature range CAT IV 600 V, CAT III 1000 V. RELATED PRODUCT Hioki HPK3 Contractors Kit Hioki HPK3 Contractors Kit Different items to aide the user with Hioki HPK3 Contractors Kit Included in Kit: Voltage detector 3120 – on-Metallic Contact Voltage Detector with Battery Life Indicator that promotes safety on the worksite. AC Current Clamp Meter 3280-10F with Broad Operating Temperature Range, Attachable Flexible Sensor, and Drop-Proof Durability Non-contact Infrared Thermometer […]

Hioki HPK-1 Pro Kit

CT9557 Features Sum Functionality for Aggregating and Measuring Large Circuits in Multi-Cable Circuits  CT9555 Hioki is pleased to announce the launch of three sensor units: Models CT9555, CT9556, and CT9557. Hioki Launches Three Sensor Units High Precision Current Sensors The CT9555 is two-thirds smaller than the legacy sensor unit by volume, while the CT9556 provides RMS output capability. Meanwhile, the CT9557 features aggregate functionality to facilitate the measurement of large currents in multi-cable circuits. ROLE OF SENSOR UNITS Sensor units are power supplies for high-precision current sensors that also provide waveform output functionality. Hioki’s high-precision current sensors cannot be used on their own; instead, it is necessary to supply power to drive the sensor using one of these newly launched sensor units. Furthermore, since the sensor units are able to output waveform signals from the current sensors to which they are attached, they can be used in conjunction with a data recorder, power meter, or data logger to display and analyze those waveforms. CT9556 PRODUCT FEATURES CT9555 Enclosure that’s two-thirds smaller than the legacy product by volume – The CT9555 is two-thirds smaller and weighs 200g lighter than the legacy 9555-10 by volume. Its compact footprint offers increased convenience in operation and management. CT9556 Ability to generate RMS output The CT9556 is a sensor unit that can also generate RMS output in addition to waveforms.  Use of a current sensor and data recorder to measure AC current levels requires an expensive recorder that provides advanced functionality for converting readings to RMS values. Since the CT9556 can output a DC signal obtained by converting the AC signal waveform from the current sensor to an RMS value, even an inexpensive logger can be used to measure AC current levels. Hioki Launches Three Sensor Units High Precision Current SensorsHioki Launches Three Sensor Units High Precision Current Sensors CT9557 *RMS values: The strengths of AC current and voltage are not constant, but rather vary periodically with time. Consequently, the meaning of an RMS value can be expressed as follows: the RMS value expresses the strength of an AC voltage (current) as the DC voltage (current) at which a given resistance would consume the same amount of power as when the corresponding AC voltage (current) flows through it.  The voltage used to describe household electrical outlets in Japan (100 V AC) is an RMS value. CT9557 1. A 4-channel power supply Current measurement often requires that multiple current lines be measured at the same time. Since the CT9557 can serve as a power supply for up to four current sensors, it allows operators to build simpler, cheaper systems than are possible if using four 1-channel CT9555 units. Hioki Launches Three Sensor Units High Precision Current Sensors  2. Aggregate function for measuring large currents in multi-cable circuits in megasolar installations At large-scale generating facilities such as megasolar installations, extremely large currents on the order of 1000A to 3000 A are split so that they flow through two to four cables, making it impossible to measure them with a single current sensor. Typically, individual cables’ current values are measured with separate current sensors, and either the customer adds together those measured values manually or utilizes the functionality of an instrument with enough channels to accommodate the number of current sensors being used to add the values. The CT9557 delivers the ability to add together the signal waveforms from multiple current sensors in such applications. Since the current values measured for each branch cable are added together inside the CT9557 and output as a single signal, the troublesome addition process becomes unnecessary, and instruments need only use one channel of input. One application of this aggregate functionality is to simplify measurement of leakage currents in three-phase circuits. PRINCIPAL APPLICATIONS * As a current sensor power supply * To measure RMS value fluctuations in an AC current in conjunction with a logger * To measure power in large-current lines in conjunction with a power meter More information: TMetrix       Address : 5805 Kennedy Road, Mississauga, Ontario. L4Z 2G3 Phone: 1-800-665-7301 Fax: 1-905-890-1959 Email: info@tmetrix.com Hioki Launches Three Sensor Units High Precision Current Sensors

Hioki Launches Three Sensor Units High Precision Current Sensors

The MCOR system has been used throughout physics laboratories around the world. Below are published papers written by some of these institutions. To list your paper here please contact us. Published MCOR Papers-Laboratories

TLS CORRECTOR MAGNET POWER SUPPLIES UPGRADE
Corrector magnets of TLS storage ring are served with linear power supplies (corrector magnet power supplies), with some modifications the long-term output current stability and ripple of these linear mode power supplies were improved from 500 ppm to 50 ppm[1][2][3]. But these linear mode power supplies are very low efficiency, low power factor and about 20Hz low frequency response bandwidth that waste power, noisy and unable to serve fast orbit correction. MCOR30 is a modular switching power converter with smaller volume, high efficiency and above 100Hz frequency response bandwidth, replacing these linear mode power supplies with MCOR30s that could save power and increasing orbit correction response.  Published MCOR Papers-Laboratories
View Paper

DESIGN AND IMPLEMENTATION A RESONANT DC POWER BUS
We design and implement a power convert to supply dc power bus for the MCOR30 correction supply. The dc power supply’s characteristics were variable frequency at heavy and medium/light load. These characteristics matched with the correction supply working requirement. The dc power bus has a relaxation oscillator generating a symmetrical triangular waveform, which MOSFET’s switching is locked to. The frequency of this waveform is related to a current that will be modulated by feedback circuitry. As a result, the tank circuit driven by half-bridge will be stimulated at a frequency dictated by the feedback loop to keep the output voltage regulated, thus exploiting its frequency-dependent transfer characteristics. The high performance characteristics of the resonant dc power bus are illustrated in this paper.
View Paper

THE DC-MAGNET POWER SUPPLIES FOR THE LCLS INJECTOR
The injector section of the LCLS machine at SLAC [1] requires 100+ dc-magnet power supply systems for operation. Intermediate rack-mounted power supplies provide dipole, quadrupole and solenoid magnet power up to 20 kW at 375 A. A SLAC-developed Ethernet power supply controller interfaces to these commercially available power supplies. Smaller bipolar units rated 6A, 12A, and 30A provide power for small magnets such as correctors, dipoles, and quadrupoles. DACs and ADCs housed in VME crates control these power supplies. For all systems, stability requirements are better than 1000 ppm and EPICS is the controls interface. This paper describes the main hardware characteristics of the power supply systems.
View Paper

Published MCOR Papers-Laboratories

The RF Explorer series of analyzers re-defines the handheld, portable RF spectrum analyzer. The unit is small and light-weight, yet offers performance and features comparable to larger, more expensive devices. Handheld RF Spectrum Analyzers

• 10MHz to 3600MHz or 6000MHz frequency range Handheld RF Spectrum Analyzers
• Resolution bandwidths from 300Hz to 10MHz (1:3:10)
• -120dBm typical noise floor at -40dBm ref. level/10kHz RBW
• Measurement in dBm or dBuV, mV or uW
• Zero span mode with AM and FM audio demodulation
• Trace modes of normal, peak hold and trace average
• Live, View and Reference traces in contrasting colors
• Twin markers with readout of absolute & difference values
• Smart marker movement with selectable peak tracking
• Frequency counter with down to 10Hz resolution
• Frequency presets and independent state storage
• Auto-find automatically sets sweep parameters for the highest signal found
• Unlimited storage for waveforms, set-ups and screens
• User assignable file names, file stamping from real-time clock
• USB interfaces for Flash drives and PC connection
• Comprehensive status and context sensitive help screens
• More than 3 hours continuous operation from a charge
• Smaller and lighter than other spectrum analyzers (weight only 0.56 kg)

Additional features – with option U02:- Handheld RF Spectrum Analyzers

• NEW! High Resolution Scan Mode – up to 210,000 points with pan and zoom
• Limit lines and limit patterns with limits comparator
• Data logging of peak values, complete traces or screen images from timer, external trigger or limits comparator
• Automatic Measurements for CP, ACPR and OBW
• Waveform demodulation for AM and FM signals
• Sweep triggering from external trigger or limits comparator
• Compensation tables, fixed offsets and 75R compensation
• Custom Presets – fast change for repetitive setups
• Capability to show screen contents on a PC

RELATED PRODUCT Handheld RF Spectrum Analyzers

TTI PSA2702 – Hand Held 2.7GHz Spectrum AnalyserHandheld RF Spectrum Analyzers

The PSA Series 2 is unlike any other RF spectrum analyzer.
It builds upon the success of the PSA-T series in offering a lightweight and truly handheld instrument that incorporates an extensive feature set.

Handheld RF Spectrum Analyzers

Why would you need a portable signal generator? For on-the-road technicians, being able to simply plug in and go is essential. And the need to go to the test signal, rather than the test signal coming to the lab, is something that is becoming more common.

For on-the-go, the Lab Brick family of signal generators from our partners at Vaunix is the ideal solution. These low-cost and portable signal generators are as effective and accurate as the high-end fixed or rack-mounted ones in labs.

Even though they’re low-cost, portable units, these signal generators still pack a punch. They boast low phase noise and excellent spectral purity and provide precise stable output signals from 50 MHz to 6 GHz. They operate from battery power in embedded applications and from remote power supplies in automatic test equipment (ATE) systems. And, with their Universal Serial Bus (USB) compatibility and graphical-user-interface (GUI) software, they offer simple operation from a laptop or personal computer.

Because of all this, these units are also popping up in teaching labs across the country. Because signal generators have, until now, been so cost prohibitive, devices were often shared among multiple labs in universities – in other words, there simply weren’t enough to go around, meaning delayed schedules and reduced productivity.

With their portability and power, these signal generators set a new standard for cost, size and simplicity of microwave test systems.