Flat Compression Load Cell CLH-NA

CLH-NA Compression Load Cell 1MN to 2MNCE

The CLH-NA is designed mainly to test a cylindrical test specimen made of high-strength concrete.The cylindrical specimen can be directly set on the top of load cell. Also, by using the load cell together with a compressometer, it is possible to measure load and strain simultaneously.

Protection ratings : IP 65 equivalent

圧縮フラット型荷重計 CLH-NA
Features
  • Guide marking for right placement of specimens with different sizes.
  • Easy handling

  • Specifications
    Type Applicable
    specimen    		 Capacity Rated output Non-linearity Temperature
    range
    CLH-1MNA Φ10×20 cm 1MN 1.5 mV/V
    (3000×10-6 strain) ±0.5%    		 0.2 %RO -20 to +70 ℃
    CLH-1.5MNA Φ12.5×25 cm 1.5MN
    CLH-2MNA Φ15×30 cm 2MN

    Output polarity

    Measurement moves in the minus direction with regard to increased compressing force.

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Flat Compression Load Cell CLL-NA

CLL-NA Compression Load Cell 500kN to 1MNCE

CLL-NAThe CLL-NA load cells with a flat loading platform are used to conduct loading tests on cylindrical concrete specimens. A cylindrical concrete specimen can be directly set on the surface of the loading platform. By using this load cell together with the compressometer, it is possible to measure load and strain simultaneously.

Protection ratings : IP 65 equivalent

CLL-NA Compression Load Cell
Features
  • Guide marking for right placement of specimens with different sizes
  • Easy handling

  • Specifications
    Type Applicable
    specimen    		 Capacity Rated output Non-linearity Temperature
    range
    CLL-500KNA Φ10×20 cm 500kN 1.5mV/V
     (3000×10-6 strain) ±0.5 ％    		 0.2 %RO -20 to +70 ℃
    CLL-1MNA Φ15×30 cm 1MN

    Output polarity

    Measurement moves in the minus direction with regard to increased compressing force.

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High-precision Compression Load Cell CLJ-NB

CLJ-NB Compression Load Cell 50kN to 10MN

CLJ-NBThe CLJ-NB Load Cell is designed considering JIS B 7728 "Load calibration devices for verifying material testing machine" and is the most suitable for verification of single axis compression testing machine. Calibration in accordance with JIS B 7728 is available at extra cost.

Protection ratings : IP 67 equivalent

CLJ-NB Compression Load Cell
Features
  • High Precision (0.05 %RO Non-linearity)
  • Compatible with remote sensing

  • Specifications
    Type Capacity Rated output Non-linearity Temperature
    range
    CLJ-50KNB 50kN 2 mV/V
    (4000×10-6 strain) or more    		 0.05 %RO -20 to +70 ℃
    CLJ-100KNB 100kN
    CLJ-200KNB 200kN
    CLJ-300KNB 300kN
    CLJ-500KNB 500kN
    CLJ-1MNB 1MN
    CLJ-2MNB 2MN
    CLJ-3MNB 3MN
    CLJ-5MNB 5MN
    CLJ-10MNB 10MN

    Output polarity

    Measurement moves in the minus direction with regard to increased compressing force.

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High-precision Compression Load Cell CLJ-NA

CLJ-NA Compression Load Cell 5kN to 30kNCE

CLJ-NAThe CLJ-NA Load Cell is designed considering JIS B 7728 "Load calibration devices for verifying material testing machine" and is the most suitable for verification of single axis compression testing machine. Calibration in accordance with JIS B 7728 is available at extra cost.

Protection ratings : IP 65 equivalent

CLJ-NA Compression Load Cell
Features
  • High Precision
  • Compatible with remote sensing

  • Specifications
    Type Capacity Rated output Non-linearity Temperature
    range
    CLJ-5KNA 5kN 2 mV/V
    (4000×10-6 strain) or more    		 0.05 %RO -30 to +80 ℃
    CLJ-10KNA 10kN
    CLJ-20KNA 20kN
    CLJ-30KNA 30kN

    Output polarity

    Measurement moves in the minus direction with regard to increased compressing force.

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High-precision Compression Load Cell CLM-NB

CLM-NB Compression Load Cell 10kN to 500kN

CLM-NBThe CLM-NB Load Cell is an inert-gas encased load cell in a hermetically sealed package. It offers high precision, high output characteristics and excellent consistency because it uses a shear beam for the strain sensing element. This model is widely used in applications like test equipment.

Protection ratings : IP 65 equivalent

CLM-NB Compression Load Cell
Features
  • High precision, High output
  • Optimum for load detection of testing machines

  • Specifications
    Type Capacity Rated output Non-linearity Temperature
    range
    CLM-10KNB 10kN 2.5 mV/V
     (5000×10-6 strain) ±0.2 %    		 0.03 ％RO -30 to +80 ℃
    CLM-20KNB 20kN
    CLM-50KNB 50kN
    CLM-100KNB 100kN
    CLM-200KNB 200kN
    CLM-500KNB 500kN

    Output polarity

    Measurement moves in the minus direction with regard to increased compressing force.

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Low Capacity Acceleration Transducer ARF-A

ARF-A Low capacity Acceleration Transducer 10 to 500m/s2 CE

The ARF-A acceleration transducer is used to measure the acceleration of structures subject to vibration such as machines, vehicles, ships, civil engineering structures, buildings, and so forth. It is small and lightweight and can make measurement from DC level.

Protection ratings : IP 61 equivalent

Features
  • Measurement from DC level
  • Compact
  • Easy to install

  • Specifications
    Type Capacity Rated output Non-linearity Temperature range
    ARF-10A 10 m/s2 Approx. 0.5 mV/V (1000x10-6 strain) 1 %RO -10 to +50 ℃
    ARF-20A 20 m/s2
    ARF-50A 50 m/s2
    ARF-100A 100 m/s2
    ARF-200A 200 m/s2
    ARF-500A 500 m/s2

    Output polarity

    Measurement moves in the plus direction when acceleration occurs in the acceleration transducer itself toward the “+” mark on the casing.

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Low Capacity Acceleration Transducer ARM-A-T

ARM-A-T Small Tri-axial Acceleration Transducer 100 to 400m/s2

This is a tri-axial acceleration transducer for the fields of machines, vehicles, shipbuilding, civil works and architcture.

Protection ratings : IP 61 equivalent

ARM-A-T Small Tri-axial Acceleration Transducer
Features
  • The world's smallest and lightest class transducer of strain gauge type
  • 1/2 in weight and volume compared with our conventional transducers
  • Identical gravity position for 3 axes
  • Easy handling

  • Specifications
    Type Capacity Rated output Non-linearity Temperature range
    ARM-A-T X direction 100 m/s2 Approx. 0.5 mV/V
    (1000x10-6 strain)    		 1 %RO -10 to +60 ℃
    Y direction 100 m/s2
    Z direction 400 m/s2

    Output polarity

    Measurement moves in the plus direction when acceleration occurs in the acceleration transducer itself toward the “+” mark on the casing.

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Low Capacity Acceleration Transducer ARF-A-T

ARF-A-T Low capacity Tri-axial Acceleration Transducer 20 to 500m/s2CE

The ARF-A-T acceleration transducer measures acceleration in three directions (X, Y and Z) simultaneously. It is small and lightweight and can make high-accuracy measurement with the least interference.

Protection ratings : IP 61 equivalent

ARF-A-T Low capacity Tri-axial Acceleration Transducer
Features
  • Simultaneous measurement in 3 directions
  • Easy to install

  • Specifications
    Type Capacity Rated output Non-linearity Temperature range
    ARF-20A-T 20 m/s2 Approx. 0.5 mV/V (1000x10-6 strain) 1 %RO -10 to +50 ℃
    ARF-50A-T 50 m/s2
    ARF-100A-T 100 m/s2
    ARF-200A-T 200 m/s2
    ARF-500A-T 500 m/s2

    Output polarity

    Measurement moves in the plus direction when acceleration occurs in the acceleration transducer itself toward the “+” mark on the casing.

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Low Capacity Acceleration Transducer ARH-A

ARH-A Waterproof Low capacity Acceleration Transducer 10 to 500m/s2CE

The ARH-A acceleration transducer has a waterproof structure. It can be installed in water or ground or embedded in concrete. The waterproof structure makes this transducer suitable for use in an adverse environment or for outdoor use.

Protection ratings : IP 67 equivalent

防水型低容量加速度計 ARH-A
Features
  • Resistant to 500kPa water pressure
  • Measurement from DC level
  • Compact
  • Easy handling

  • Specifications
    Type Capacity Rated output Non-linearity Temperature range
    ARH-10A 10 m/s2 Approx. 0.5 mV/V (1000x10-6 strain) 1 %RO -10 to +50 ℃
    ARH-20A 20 m/s2
    ARH-50A 50 m/s2
    ARH-100A 100 m/s2
    ARH-200A 200 m/s2
    ARH-500A 500 m/s2

    Output polarity

    Measurement moves in the plus direction when acceleration occurs in the acceleration transducer itself toward the “+” mark on the casing.

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