Easy torque measurement just by fitting! A new product in the “Friction Type Torque Sensor” series!
No need to install strain gauges on the drive shaft, one-touch measurement is possible and significantly reduces preparation time.

New Strain Checker that is smaller and lighter, evolved from the Strain Checker FGMH-1B!

• Constant pressurization force due to magnetic method
• Transparent pressure part of the holder makes it easy to visually check the installation status
• As with the pressing jig “PRESSEE”, the spring mechanism inside the holder allows easy attachment and removal with light force
• Two types of frictional strain gauges can be used in one holder
• Two types of frictional strain gauges with gauge resistance of 120 Ω and gauge lengths of 3 mm or 6 mm
• Frictional strain gauges are not affected by lead wire temperature because of the quarter bridge with 3-wire method
• Frictional strain gauge and Cable with bridge circuit board can be connected with one-touch connection using a lever-type connector
• Compared to the strain checker FGMH-1B, the overall holder length has been reduced by approximately 55% (from 65 mm to 29 mm)
• Compared to the strain checker FGMH-1B, the holder weighs about 50% less (from approx. 60 g to approx. 30 g)
• CE compliant

Data logger for various on-site measurements

T-ZACCS3 TS-360 is a data logger that can be combined with various units around a control unit to build a system to suit your measurement style.

The KM-M type Compact Size Strain Transducer has a smaller diameter than the conventional product, allowing it to be used in a wider range of applications.

Smaller diameter enables strain measurement during the curing process of concrete, mortar, asphalt, synthetic resin, etc. with thin cover thicknesses!

1. Small diameter! Φ17 → KM-M Φ12 30% smaller diameter and 50% volume ratio
2. Applicable to concrete, mortar, asphalt, and synthetic resin with thin cover thickness
3. Low apparent modulus of elasticity, so it can be measured from the concrete hardening process (Conventional product 40N/mm² → KM-M 25N/mm²)
4. The height at which surface strain is measured is lower than that of conventional products, reducing the effects of bending and temperature differences between the base material and sensor

The evolution of network-type  multi-layer inclinometer, highly evaluated by our customers!!

The realization of new type, compact and lightweight, reduced installation workload, TML-NET compliant, and small-diameter guide tube!

Conventional types had many constraints for transportation, such as incapability of being horizontally laid and vulnerability to shock.
The new method has eliminated such problems!
Furthermore, it has realized higher resolution, more compact size, and lighter weight, and adopts a new guide tube 10% thinner than the conventional guide tubes.
By the continuous use of TML-NET as the communication protocol, the connection with only a single cable is provided, and mixed use with conventional models is also possible.

A module that counts precipitation, flow rate, quantity, number of vehicles that pass by, frequency of machine operation, and other information with no-voltage contact or open collector input.
A built-in backup battery allows to continue counting even when the power supply is not available.

Displacement transducer for measuring large displacement. 

Displacement transducer for measuring large displacement. 
Measurement by pulling out a stainless wire. The wire tension remains constant regardless of displacement. A compact, lightweight, and highly precise displacement transducer. 

T-ZACCS9 series model with 30 built-in channels

This is the top-of-the-line model of the high-speed, high-accuracy, high-functionality data logger T-ZACCS 9.
Capable of measuring in as fast as 0.1 sec.
Built-in 30 channels can be monitored and displayed without a PC, and our unique next-generation A/D method eliminates noise for highly accurate and stable measurement. Full range of monitor display functions.
In addition, a remote data logger function is now available to remotely control the data logger via a web browser.

High accuracy and high output with non-linearity of 0.15%RO

This is a displacement transducer having a spring force to draw the shaft inward the transducer body. Highly accurate measurement is possible owing to its large output and excellent stability.

Higher frequency response and higher operable temperature range Compatible for piezoelectric accelerometers