Drive shaft friction type torque sensor system FGDH-3A
Tokyo Measuring Instruments Laboratory Co., Ltd.
About This Product
By using a friction type strain gauge, there is no need to prepare for bonding with an adhesive type strain gauge or troublesome wiring work for lead wires. It measures the torque generated in a car's drive shaft and transmits the digital data wirelessly. Since the 2.4GHz band is used for the wireless band, communication distance is long and the installation of the receiving antenna is easy.
Installation of the sensor is as simple as inserting the shaft and tightening with screws. There are three types of applicable shaft diameters: φ20~30mm, φ30~40mm, and φ40~50mm.The power source is rechargeable using a USB power cable, so it can be charged without removing the sensor.
■Features
・Uses 2.4GHz band for wireless band
・3 models available with applicable shaft diameters: φ20~30mm, φ30~40mm, and φ40~50mm.
・No adhesive required as friction type gauge is used
・Easy to attach to drive shaft and measure immediately
・Uses a digital transmission/reception system that is resistant to noise and eliminates the need for wiring work
・Easy to use rechargeable
・Equipped with sleep function
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Product
Drive shaft friction type torque sensor system FGDH-3A
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Handling Company
Tokyo Measuring Instruments Laboratory Co., Ltd.
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Categories
3 Models of Drive shaft friction type torque sensor system FGDH-3A
Items marked with have different values depending on the model number.
Click on the part number for more information about each product
| Product Image | Part Number | Price (excluding tax) | Accessories | Allowable temperature range | Applicable shaft diameter | Continuous use time | External dimensions | Mass (excluding spacer) | Measuring capacity | Number of wireless channels | Output | Power supply | Protection class | Response frequency | Sampling frequency | Wireless specifications |
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FGDH-3A |
Available upon quote | USB charger/USB cable (mini-B-A) | -20~+60℃ (excluding condensation) | Φ20~30mm | Approximately 6 hours (23℃±5℃) | Φ52×50mm | Approximately 85g | Depends on shaft diameter (outer diameter, inner diameter), material, surface roughness, and surface treatment | 16 channels (paired with receiver's wireless channel) | Depends on shaft diameter (outer diameter, inner diameter), material, surface roughness, and surface treatment | Lithium secondary battery | IP51 equivalent | 1kHz | 5kHz | Compliant with 2.4GHz band advanced low power data communication |
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FGDH-3A-30/40 |
Available upon quote | USB charger/USB cable (mini-B-A) | -20~+60℃ (excluding condensation) | Φ30~40mm | Approximately 6 hours (23℃±5℃) | Φ64×50mm | Approximately 130g | Depends on shaft diameter (outer diameter, inner diameter), material, surface roughness, and surface treatment | 16 channels (paired with receiver's wireless channel) | Depends on shaft diameter (outer diameter, inner diameter), material, surface roughness, and surface treatment | Lithium secondary battery | IP51 equivalent | 1kHz | 5kHz | Compliant with 2.4GHz band advanced low power data communication |
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FGDH-3A-40/50 |
Available upon quote | USB charger/USB cable (mini-B-A) | -20~+60℃ (excluding condensation) | Φ40~50mm | Approximately 6 hours (23℃±5℃) | Φ75×50mm | Approximately 160g | Depends on shaft diameter (outer diameter, inner diameter), material, surface roughness, and surface treatment | 16 channels (paired with receiver's wireless channel) | Depends on shaft diameter (outer diameter, inner diameter), material, surface roughness, and surface treatment | Lithium secondary battery | IP51 equivalent | 1kHz | 5kHz | Compliant with 2.4GHz band advanced low power data communication |
Click on the part number for more information about each product
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