Clamp-type AC current sensor for large-scale and power equipment "CTL-36-CLS"
AC current sensor, split-type clamp sensor
It is a large model for electrical equipment.
- Company:ユー・アール・ディー
- Price:Other
Last Updated: Aggregation Period:Oct 22, 2025~Nov 18, 2025
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16~30 item / All 83 items
AC current sensor, split-type clamp sensor
It is a large model for electrical equipment.
It is a current sensor ideal for a 2-in-1 structure and small-capacity general-purpose inverters!
The "L07PxxxD15 series" is a magnetic proportional current sensor that can be used for small-capacity general-purpose inverters. It features a compact design with two circuits and is low-cost. There are seven models available in the series, supporting rated currents from 3 to 30A. The structure is pin-compatible, and the magnetic core uses permalloy. [Features] - Compact design with two circuits, low-cost - Supports rated currents from 3 to 30A - Wide measurement range (saturation current is three times the rated current) - PCB mountable - Can be installed in a PCB mounting area of just 25*16mm For more details, please contact us or download the catalog.
Easy-to-handle clamp design! Measurement can be performed without cutting off the current of the cable.
We would like to introduce our split-type current sensor, the 'I-125 Series'. This product features a split core design and a simple clamping method, allowing for measurement without cutting the cable's current. It supports a wide frequency range and has a wide opening width of 3.17 cm (1.25 inches), making it sturdy and easy to use. 【Features】 ■ Easy-to-handle clamping design ■ Wide opening width of 3.17 cm ■ Wide frequency characteristics > 1 GHz *For more details, please refer to the PDF document or feel free to contact us.
Shunt current sensor capable of detecting currents up to ±400A with built-in isolation amplifier.
The VSM0001 is an insulated current sensor that integrates a high-current shunt from the HS series with a detection circuit. It is compact (L×W×T: 72mm×36mm×13mm) and lightweight (approximately 30g), contributing to the miniaturization and space-saving of existing sensors. It is suitable for high-precision current detection in automotive, industrial equipment, and energy sector battery management applications. 【Features】 ■ Measurement current range: ±400A (at fastening part below 75℃) ■ Detection accuracy: ±1% or less @ 25℃ ■ Low loss (detection part resistance value: 100μΩ) ■ Supports insulation between current path and output signal (using insulated amplifier) *For more details, please refer to the PDF document or feel free to contact us.
AC current sensor, split-type clamp sensor
This is a miniature model for power detection.
Custom development products manufacturing
At URD Corporation, we accept orders for custom power donuts for power supply used in transmission and distribution lines.
Low heat generation even at high frequency! Compact design and sulfur resistance make it an ideal current sensor for medium-capacity general-purpose inverters.
The Tamura Manufacturing Company's current sensor "L32 Series" is an ideal current sensor for medium-capacity general-purpose inverters, featuring a ferrite core that reduces high-frequency heating. There are through-type and busbar-compatible types available. 【Main Features】 ■ Compact design, single power supply +5V, with input/output reference function ■ Ferrite core reduces high-frequency heating ■ Six models in one series support rated currents from 50 to 400A ■ Busbar-compatible models available (50A, 100A) ■ Wide measurement range (saturation current 150 to 600A) ■ PCB mountable ■ Through part dimensions: □15×8mm
Alarm device: Overcurrent alarm device
It is an overcurrent alarm that detects motor overloads, partial short circuits in heaters, and abnormalities in various electronic devices.
Alarm device: Overcurrent alarm device
It is an overcurrent alarm that detects motor overloads, partial short circuits in heaters, and abnormalities in various electronic devices.
AC current sensor, split-type clamp sensor
This is a super compact model for current data collection.
AC current sensor, split-type clamp sensor
This is a super compact model for current data collection.
A low-profile, compact current sensor with a height of 8.4 mm and magnetic proportional method, yet with high-speed response! PCB-mounted current sensor using a dedicated ASIC.
The Tamura Manufacturing Company's current sensor "LA01 Series" is a compact, high-speed response current sensor that supports continuous 50Arms, with a height of just 8.4mm. It is ideal for replacing the shunt resistor + isolation amplifier method used in smart meters and consumer electronics for low current measurements. 【Main Features】 ■ Low profile (8.5mm on the board) with a compact design occupying only 19*14.5mm of PCB area ■ Achieves high-speed response of 1us ■ Uses ferrite core to reduce heat generation from high-frequency currents (excluding rated 170A) ■ Available in two structures: discrete (P) and surface mount type (M), with a total of 9 models ■ Magnetic proportional type
This smallness is great.
A super compact DC current sensor developed in-house, utilizing the technology of circuit board assembly, coil winding, and finished product assembly that we have been engaged in since our founding in 1975. With an ultra-compact design of W15×D15×H19mm, it contributes to space-saving during installation. Each unit is carefully manufactured under thorough quality control in Japan. Reference page (company website) http://www.lux-ind.co.jp/wordpress/2016/04/06/smc20th/
This is the "S21S" series of current sensor-related products. They can be used in inverters, motor control, UPS, and welding machines!
<Rohs Directive Compliant Products> The "S21S" series of current sensor-related products can be used in inverters, motor control, UPS, and welding machines. They feature a low-cost magnetic balance type/current output type, with a mounting structure that includes connectors, a primary conductor that is through-type, a rated current of 180A, and a power supply voltage of ±15V. The Hall current detector measures current non-contact by combining a magnetic core and a magnetic sensor (Hall element) that generates magnetic flux proportional to the current, resulting in no voltage drop for measurement, excellent insulation, and the ability to measure alternating current, direct current, and mixed currents, making it an ideal device. The magnetic flux generated proportional to the current If is concentrated by the iron core and passes through the Hall element inserted in the gap, outputting a voltage according to the Hall effect described by the formula Vh = k ・ Ic ・ B. For more details, please contact us or download the catalog.