Features

Communication cable for PL-1A/PL-2A and measuring instruments / Cable length: 1.5m

Features

AC-free power adapter for PD-2
: Input: AC100-240V (50/60Hz)
Output: DC6V (1.8A)
Plug: Center negative (Outer diameter 0.5.5mm, Inner diameter 2.1mm)

Features

φ2.5 mono cable with BNC connector;
cable length: 1.5m

Features

Features

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DIN rail mounting bracket for signal converter

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Mounting bracket for mounting measuring instruments to a control panel

Features

AC-free power adapter for PD-2
: Input: AC100-240V (50/60Hz)
Output: DC6V (1.8A)
Plug: Center negative (Outer diameter 0.5.5mm, Inner diameter 2.1mm)

Features

This interface converts A/B phase line driver signals to TTL level.

Features

This interface shapes AC signals from generator-type electromagnetic pickup sensors, electromagnetic flowmeters, tachogenerators, etc., converts them into open-collector signals, and outputs them to F/V converters such as KAZ-731/737/738. The CPA-1 supports ±75mV to ±50V, while the CPA-4 is a high-sensitivity version supporting ±2.5mV to ±5V.

Features

This is a dual converter that converts the rising and falling edges of an input signal into pulses.
It doubles input signals up to 100kHz and outputs them as pulse signals up to 200kHz. (The H pulse width of the output signal is fixed at 3.5μs.)　 　
The input signal, output signal, and power supply are each isolated to improve noise immunity. It also supports the transmission and reception of signals with different DC levels.

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This DIN rail (35mm width) mounting type
divides the frequency of the input pulse by a set value.
The division ratio can be set from 1 to 9999 using a digital switch.

Features

This pulse isolator is a DIN rail (35mm width) mountable type
that can accept inputs up to 300kHz.
It can be used for noise suppression from measurement lines and for signal branching within control panels.

Features

The LC series line drivers are also available and can be used as a set. It can also be used as a splitter, such as 1-channel input to 2-channel output. 3-channel input/output is also possible.

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Features

The Grid Scale is a revolutionary granular material weighing machine with a grid-like (lattice) input and output gate. Its rational design enables compactness, light weight, and controlled discharge flow rate. It is ideal for flow rate measurement, cutting, and yield measurement of rice (brown rice and white rice), soybeans, and other granular materials. The Grid Scale operates independently. When connected to the GS Remote Controller GSR-1P, remote operation and printouts are possible.

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The QP-2 is a pulse generator that allows for easy adjustment, calibration, and inspection of various measuring instruments and electronic devices that use pulses. It employs a crystal oscillator, ensuring a precise frequency. Furthermore, its battery operation makes it lightweight, portable, and usable anytime, anywhere.

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At Coco Research, we took the phrase “easy to use” very seriously. The QP-3 is a pocket-sized, 3-way mini oscillator with three operating modes: single-frequency output, sweep output, and N-pulse output.

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Features

R1/4 connection port; amplifier-integrated electrical conductivity sensor, ideal for integration into small devices.

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This screw-type positive displacement flow sensor features two precisely machined helical gears. It offers a wide measurable flow rate range, high accuracy, low pressure loss, and low noise, making it suitable for a wide variety of liquids. When combined with CocoResearch flow counters (TDP series/CNT series), it can be used for high-speed, high-precision instantaneous and cumulative flow rate measurement and control, from small to large flow rates.　

Features

This is a positive displacement flow sensor composed of two gears. The rotation of each gear is detected by two rotation sensors inside the housing, and the volume value for each tooth is output as an electrical signal (pulse), achieving high-resolution, high-precision bidirectional flow measurement.

Features

Features

Fully functional from low speeds. This is a Periodic-compatible gear sensor. The Periodic™ method is the most advanced speed measurement method, enabling stable and highly accurate measurement even at ultra-low speeds in the microhertz range. The MS-101 is a gear sensor with a square wave output that is compatible with this superior Periodic™-s method tachometer (F/V converter).

Features

The PS-102 is a diffuse reflection sensor that uses the presence or absence of reflection to extract a pulse signal for rotational speed detection, and is easy to install and adjust. It can detect white paper (60mm x 60mm), reflective tape (20mm x 20mm), and transparent objects that reflect light. Its usefulness is increased when combined with various CocoResearch digital tachometers and speed indicators and F/V converters that can measure from low speeds with one pulse per rotation. The detection distance is suitable for relatively short distances (within approximately 20cm). However, please contact us separately for detection of mirror-like surfaces.

Features

The GP-2 series is a generator-type electromagnetic pickup sensor with a built-in permanent magnet and detection coil. This device is primarily used by positioning it close to the teeth of a detection gear mounted on a rotating shaft, extracting a frequency signal proportional to the rotational speed. The detectable frequency is 50kHz.

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The FP series is a magnetic rotation sensor that uses two Hall elements, a magnet, and an amplifier circuit. It converts magnetic changes caused by the rotation of magnetic materials such as detection gears into electrical signals and outputs them as logic signals.

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The high-sensitivity magnetic speed sensor FSP12-50 consists of an element, a magnet, and a signal processing circuit, and outputs an electrical signal (logic signal) in response to magnetic changes in microfabricated magnetic materials (such as the thin blades of turbochargers, turbines, and compressors) and fine magnetic wires (thin linear materials).

Features

This is a power-generating type with a built-in permanent magnet and detection coil.
It is placed close to the teeth of a gear, etc., and extracts a frequency signal proportional to the rotational speed.

The sensor has a one-piece, sealed structure and is IP67 rated.

Features

Detects both forward and reverse directions with a single unit (compatible with gears m1/1.5/2 / verified for involute gears). [Patent pending]

It contributes to reducing work costs such as hole drilling and installation adjustments.

It can detect the rotation of magnetic gears from 0Hz, and allows for detailed monitoring of movement during starting and stopping.

Features

The FP12T-50 consists of two Hall elements, a magnet, and a signal processing circuit. It converts magnetic changes caused by the rotation of magnetic detection gears, etc., into electrical signals and outputs them as logic signals.
It has a built-in amplifier and can be used at high temperatures (150°C).

Features

This is a magnetic rotation sensor consisting of a Hall element, a magnet, and a signal processing circuit.

This device detects magnetic changes caused by the rotation of magnetic materials such as gears, converts them into electrical signals, and outputs them as logic signals.

Features

It consists of a Hall element, a magnet, and a signal processing circuit, and converts magnetic changes caused by the rotation of magnetic detection gears, etc., into electrical signals and logic output. It can detect rotations from 0Hz, and jitter suppression technology enables accurate rotational measurement. We offer a line driver output type that is safe even with long wiring. The power reverse connection protection circuit prevents malfunctions caused by installation errors.

Features

The rate can be set arbitrarily.
With a wide range of input options and hold/control functions, it can also be used as a scaling meter.

Features

The rate can be set arbitrarily.
With a wide range of input options and hold/control functions, it can also be used as a scaling meter.

Features

The rate can be set arbitrarily.
With a wide range of input options and hold/control functions, it can also be used as a scaling meter.

Features

The rate can be set arbitrarily, and it is used in combination with potentiometer-type displacement sensors or resistance output temperature sensors.

Features

The rate can be set arbitrarily, and it is used in combination with potentiometer-type displacement sensors or resistance output temperature sensors.

Features

The rate can be set arbitrarily, and it is used in combination with potentiometer-type displacement sensors or resistance output temperature sensors.

Features

This Σ⊿AD converter with oversampling of approximately 250kHz measures the average voltage per output update time.
The rate can be set arbitrarily.
With a variety of input ranges and hold/control functions, it can also be used as a scaling meter.

Features

The rate can be set arbitrarily.
With a variety of input ranges and hold/control functions, it can also be used as a scaling meter.

Features

The rate can be set arbitrarily.
With a variety of input ranges and hold/control functions, it can also be used as a scaling meter.