Industrial Automation » Sensors » Japan

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Used automation solutions in Japan

Sensor Monitoring Solution
- Manufacturer: Toyo Denki
Water Quality, Bulk Level, and Climate Condition Monitoring and Control Features Remote monitoring of data acquired from various measurement sensors Sends alerts when a configured threshold is exceeded, and suppo...
Tokyo, Japan
μTURTLE-I Wireless Current Sensor
- Manufacturer: Toyo Denki
Installation Example Battery-freeInternal capacitors store energy needed for measurement and wireless communication from CT.Runs on current (minimum 10% of rated current), without requiring a power supply.(AC ada...
Tokyo, Japan
μTURTLE-A Wireless Analog Sensor
- Manufacturer: Toyo Denki
Installation Example Range of input optionsSupports common outputs from measurement equipment: current signal from 4 to 20 mA and voltage signal from 0 to 10V.Supports simultaneous dual channel input. Standard th...
Tokyo, Japan
μTURTLE-PL Wireless Pulse Sensor
- Manufacturer: Toyo Denki
Installation Example Pulse count and wireless transmissionInternally counts pulse output from equipment, and transmits it wirelessly.Simpler than wiring in a pulse detector. Supports various pulse outputsSupports...
Tokyo, Japan
pH Sensor Differential
Our Differential pH Sensor with 1 ½”NPT thread on both front & back is a heavy-duty pH probe with Ryton Polyphenylene Sulfide body suitable for many industrial water application. The differential design provi...
Kyoto, Japan
Turbidity Sensor
Our turbidity sensor is based on nephelometric method (ISO 7027 – EN 27027). A light beam from a laser diode is sent to the sample through an optical lens. The 90 degree scattered light by suspended particles is ...
Kyoto, Japan
HORIBA Advanced Techno Co., Ltd. HE-300R
- Manufacturer: Horiba
Field-installation type electric resistivity meter (resistivity meter) For measuring the electric resistivity of UPW (ultra-pure water). Combined with the electric resistivity sensor (ERF series), it measures the...
Kyoto, Japan
HORIBA Advanced Techno Co., Ltd. HE-200R
- Manufacturer: Horiba
Field-installation type electric resistivity meter (resistivity meter) For measuring the electric resistivity of UPW (ultra-pure water). Combined with the electric resistivity sensor (ERF series), it measures the...
Kyoto, Japan
AC/DC CURRENT SENSOR CT7631
Hioki clamp on meters are best-in-class measuring devices incorporating Hioki’s expertise in current sensing technology. The CT7631 is a 100 A AC/DC Current Sensor that pairs with the detachable Display Unit CM72...
Nagano, Japan
BE-220FSD
- Manufacturer: HORIBA, Ltd.
OEM gas (NO) analyzer The BE-220FDS is an OEM NDIR detector for measuring NO in automotive emission gases. The BE-220FSD can output NO concentration by digital data and analog voltage. In addition, it can be conn...
Kyoto, Japan
HORIBA Advanced Techno Co., Ltd. HE-300R
- Manufacturer: Horiba
Field-installation type electric resistivity meter (resistivity meter) For measuring the electric resistivity of UPW (ultra-pure water). Combined with the electric resistivity sensor (ERF series), it measures the...
Kyoto, Japan
HORIBA Advanced Techno Co., Ltd. HE-200R
- Manufacturer: Horiba
Field-installation type electric resistivity meter (resistivity meter) For measuring the electric resistivity of UPW (ultra-pure water). Combined with the electric resistivity sensor (ERF series), it measures the...
Kyoto, Japan

Overview

Sensors are devices that detect and respond to changes in the environment, such as temperature, pressure, light, or motion. They are essential components in various industrial applications, including automation, manufacturing, and safety systems. Sensors help in monitoring and controlling processes, ensuring efficiency and safety in operations.

FAQ

What factors should I consider when buying a sensor?

Consider the type of sensor, its accuracy, range, response time, and compatibility with your existing systems. It's also important to check the sensor's durability and environmental resistance.

How are sensors typically shipped?

Sensors are usually shipped in protective packaging to prevent damage. Ensure that the shipping company is reputable and offers tracking. For sensitive sensors, specialized handling may be required.

What maintenance is required for sensors?

Maintenance varies by sensor type but generally includes regular cleaning, calibration, and checking for any physical damage. Follow the manufacturer's guidelines for specific maintenance procedures.