Load cell
Load cell
It is a compact and lightweight compression-tension dual-purpose load cell made of all stainless steel.
- Company:三友電子工業
- Price:100,000 yen-500,000 yen
Last Updated: Aggregation Period:Dec 17, 2025~Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 17, 2025~Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 17, 2025~Jan 13, 2026
This ranking is based on the number of page views on our site.
91~105 item / All 133 items
Load cell
It is a compact and lightweight compression-tension dual-purpose load cell made of all stainless steel.
Load cell converter board
The A-621L is a load cell converter that uses a low-noise instrumentation amplifier IC. It operates on a single 5V power supply with a required current of 25mA. It has a built-in power supply for driving the load cell, allowing direct connection to a 350Ω load cell. The power supply for the load cell provides a voltage of 3.89V ±5%, with a maximum current of 12mA. It is equipped with a trimmer for sensitivity adjustment and a trimmer for offset adjustment, making it easy to calibrate. The rated output is 2V (+2.5V ±2V). The sensitivity adjustment range is 0.5mV to 2.2mV/V, and the offset adjustment range is ±0.5V. The dimensions are 55×30×13 mm.
24V power supply load cell converter
Load cell converter operating on +24V power supply. Ideal for use in combination with sequencers and other devices. Rated output is ±10V/FS, with a response frequency of 340Hz (-3dB). It has a built-in +5V power supply for driving load cells, allowing direct connection to 350Ω load cells. Equipped with trimmers for sensitivity adjustment and offset adjustment, making it easy to adjust. Sensitivity adjustment range is 1mV/V to 3mV/V, and offset adjustment range is ±1.8V. Required power supply is 24V, 40mA. Uses snap-in terminal blocks for input and output. External dimensions are 80×55×17.
4-20mA current output load cell converter
The A-M4 is a load cell converter with a current output (4-20mA) type. It operates on a 24V power supply and is ideal for use in combination with sequencers and other devices. It has a built-in +5V power supply for driving load cells and can be directly connected to a 350Ω load cell. It is equipped with trimmers for sensitivity adjustment and offset adjustment, making it easy to adjust. The sensitivity adjustment range is 1mV/V to 3mV/V, the offset adjustment range is ±10%/FS, and the response frequency is 340Hz (-3dB). The required power supply is 24V, 50mA. It uses a one-touch terminal block for input and output. The external dimensions are 80×55×17.
High-gain converter for low-sensitivity load cells
Small high-precision high-gain converter compatible with low-sensitivity load cells for civil engineering.
Load cell converter with 6-digit display using a 24-bit sigma-delta ADC.
Using a low-noise AD converter, it features a low price with a 6-digit display.
±10V output load cell converter
Load cell converter using Analog Devices' low-noise instrumentation amplifier IC, AD8221AR. The rated output is ±10V/FS, and the response frequency is 2.8kHz (-3dB). It has a built-in +5V power supply for driving the load cell and can be directly connected to a 350Ω load cell. It is equipped with a trimmer for sensitivity adjustment and a trimmer for offset adjustment, making it easy to adjust. The sensitivity adjustment range is 0.5mV/ to 2.2mV/V, and the offset adjustment range is ±1.8V. The required power supply is ±12 to 15V, 20mA. The external dimensions are 50×30×13.
Load cell amplifier
The A-632L is a load cell amplifier that incorporates a power supply for driving load cells and can be directly connected to a 350Ω load cell. It uses a low-noise measurement amplifier IC (Analog Devices AD8221AR). It operates with a power supply of ±12V to 15V, requiring a current of 20mA. It is equipped with trimmers for sensitivity adjustment and offset adjustment, making it easy to calibrate. Rated output: ±10V, sensitivity adjustment range: 0.5 to 2.2mV, offset adjustment range: ±1.8V. The response frequency is kept low, resulting in minimal residual output noise.
Ultra-low noise load cell converter for measuring instruments
Ultra-low noise load cell converter for measuring instruments
Ultra-low noise load cell converter for measuring instruments
Ultra-low noise load cell converter for weighing machines
USB-connected load cell converter for sending data to a PC.
Load cell converter using a 24-bit sigma-delta AD converter IC. Connects to a computer via USB to transmit measurement data. Features peak hold and zero shift functions.
Guaranteeing a level of precision that exceeds the accuracy level required by material testing standards!
At Instron, we handle everything from the development to the production of the key component of material testing machines, the "load cell." As a result, our products reliably meet the specifications required for material testing machines, which include high accuracy over a wide measurement range, high rigidity, rigidity against offset loads, precise alignment, and excellent zero-point stability. All products are individually temperature compensated and undergo accuracy and reproducibility testing with traceable calibration instruments according to international standards, ensuring that measurement uncertainty is less than one-third of the allowable error. 【Features】 ■ High accuracy over a wide measurement range ■ High rigidity ■ Rigidity against offset loads ■ Precise alignment ■ Excellent zero-point stability *For more details, please refer to the related links or feel free to contact us.
Ideal as an angle and speed measurement tool using resolvers! Compatible with a variety of resolvers!
The "RDC-100" we handle is a resolver measurement amplifier that eliminates the complexity of using R/D converter ICs. It features an analog voltage output proportional to angle and speed. It can accommodate multiple transformation ratios and multiple turns, and the excitation frequency can be selected from 2-20 kHz. In addition, we also offer the resolver phase measurement system "ECS-RV01/ECM-RV11," which accurately measures the back electromotive force of the motor and the phase difference of the resolver origin. 【Features】 ■ Eliminates the complexity of using R/D converter ICs ■ Analog voltage output proportional to angle and speed (Angle: 0-10V, Speed: ±10V) ■ Compatible with a variety of resolvers (Transformation ratio: 0.285/0.5; Axis multiple turns: ×1 to ×20) ■ Suitable as a measurement tool for angle and speed using resolvers *For more details, please refer to the PDF document or feel free to contact us.
High performance achieved through a combination of various functions, excellent proportional output, zero point adjustment, etc.! *Compatible with Mitsubishi Electric and Nagano Keiki products.
The size of the "DLCA" is compact, but you can check the three buttons and display to make various settings. It can be mounted on a DIN rail, and you can choose an analog output of 0-10VDC or 4-20mADC. As an option, it can output to a driver that controls tension, connect to a PLC, and output to devices that display tension. 【Features】 ■ Compact and space-saving installation ■ Settings and calibration with three buttons and digital display ■ Calibration without weights is also possible ■ Automatic diagnosis of load cells and error display function ■ The weight of the idler roll can be used up to 90% of the rated load * For more details, please refer to the PDF document or feel free to contact us.
Easily measure, record, and graph load data from a load cell on your computer! Comes with application software!
By simply connecting this device to a load cell, non-rotating torque sensor, bridge-type pressure sensor, etc., with a computer, it becomes a low-cost, high-performance large-capacity data logger system. The power supply is entirely provided by the computer (USB connection), making it very easy to handle. With application software included, anyone can start measuring immediately. The power capacity for the bridge has increased, allowing for up to four 350Ω load cells to be connected in parallel (87Ω). In addition to being compliant with the RoHS directive, it features complete insulation, significantly improving safety and reducing common-mode noise, among other performance enhancements. Each unit is tested before shipment, ensuring you can use it with confidence.