Center-hole type Compression Load Cell

KCE-NA Center-hole type Compression Load Cell 500kN to 2MN

The KCE-NA Load Cell is a center-hole-type load cell designed to use in tension measurement of anchoring strand. It can deliver stable measurement performance under somewhat eccentric load. An extra model with built-in temperature sensor is available.

Protection ratings : IP 67 equivalent.

KCE-NA Center-hole type Compression Load Cell
Features
  • Splash-proof structure
  • Small effect of eccentric load
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    KCE-500KNA 500 kN 1.25 mV/V
    (2500x10-6 strain) ±10 %
    0.5 %RO -20 to +70 ℃
    KCE-1MNA 1 MN
    KCE-1.5MNA 1.5 MN
    KCE-2MNA 2 MN

    Output polarity

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

KCH-NA Center-hole type Compression Load Cell 500kN to 2MN

The KCH-NA Load Cell is a center-hole-type load cell designed to use in tension measurement of anchoring strand. It can deliver stable measurement performance under somewhat eccentric load. 

Protection ratings : IP 68 equivalent

Center-hole type Compression Load Cell KCH-NA
Features
  • Protection ratings IP 68 equivalent
  • Small effect of eccentric load
  • Specifications

    Type Capacity Rated output Non-
    linearity
    Temperature
    range
    KCH-500KNA 500kN 1.25mV/V
    (2500×10-6strain)±10%
    0.5%RO -20 to +70 °C
    KCH-1MNA 1MN
    KCH-1.5MNA 1.5MN
    KCH-2MNA 2MN

    Output polarity (caution)

    Output polarity of this load cell changes to plus polarity with regard to increased compressing force.

KCK-NA Center-hole type Compression Load Cell 500kN to 1MN

The KCK-NA load cell is a center-hole type load cell designed to use in tension measurement of anchoring strand. It is suited to lift-off testing and monitoring of existing anchors.

This system was developed as a joint research project, “development of a new-type anchor load cell allowing easy installation to /replacement of an already installed anchor” (Nov. 2006 to Sep. 2009), by the Public Works Research Institute and 8 private companies.

Protection ratings : IP 67 equivalent

KCK-NA Center-hole type Compression Load Cell
Features
  • Aki-Mos (installed anchor tensile force monitoring system) load cell
  • Light weight
  • Low Profile
  • Specifications

    Type Capacity Rated output Non-
    linearity
    Temperature
    range
    KCK-500KNA 500 kN 1.25m V/V
    (2500x10-6 strain)±10 %
    1% RO -30 to +70 °C
    KCK-1MNA 1 MN 1.4m V/V
    (2800x10-6 strain)±10 %

    Output polarity (caution)

    Output polarity of this load cell changes to plus polarity with regard to increased compressing force.

KCM-NA Center-hole type Compression Load Cell 10kN to 5MN

The KCM-NA Load Cell is a center-hole-type load cell with strain gauges mounted on a cylindrical strain sensing element. It is used to measure prestress or tension force on ground anchors, pullout testing and measuring axial force on tie rods. The model is especially well suited for measuring on site.

Protection ratings : IP 67 equivalent

KCM-NA Center-hole type Compression Load Cell
Features
  • Splash-proof structure
  • Small, Easy handling
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    KCM-10KNA 10 kN

    1.5 mV/V
    (3000x10-6 strain) ±20 %

    0.5 %RO -20 to +70 ℃
    KCM-20KNA 20 kN
    KCM-50KNA 50 kN

    1.5 mV/V
    (3000x10-6 strain) ±10 %

    KCM-100KNA 100 kN
    KCM-200KNA 200 kN
    KCM-300KNA 300 kN
    KCM-500KNA 500 kN
    KCM-1MNA 1 MN
    KCM-2MNA 2 MN 1% RO
    KCM-3MNA 3 MN
    KCM-5MNA 5 MN

    Output polarity 

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

CLC-NA Center-hole type Compression Load Cell 50kN to 5MNCE

The CLC-NA Load Cell is a center-hole-type load cell with strain gauges mounted on a cylindrical strain sensing element. It is used for pullout tests on anchors or laboratory experiments.

Protection ratings : IP 65 equivalent

CLC-NA Center-hole type Compression Load Cell
Features
  • High Precision
  • Small, Easy handling
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    CLC-50KNA 50 kN

    1.5 mV/V
    (3000x10-6 strain) ±0.5 %

    0.3 %RO -20 to +70 ℃
    CLC-100KNA 100 kN
    CLC-200KNA 200 kN
    CLC-300KNA 300 kN
    CLC-500KNA 500 kN 0.5 %RO
    CLC-1MNA 1 MN
    CLC-2MNA 2 MN
    CLC-3MNA 3 MN
    CLC-5MNA 5 MN

    Output polarity

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

KCC-NA Center-hole type Compression Load Cell 200kN to 1MN

The KCC-NA Load Cell is a center-hole-type load cell with flanges. The large diameter of its center hole makes this load cell suitable for use in almost all anchoring methods. It can deliver stable measurement performance under a relatively high eccentric load.

Protection ratings : IP 67 equivalent

KCC-NA Center-hole type Compression Load Cell
Features
  • Large center hole diameter
  • Top and bottom flanges attached
  • Small effect of eccentric load
  • Splash-proof structure
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    KCC-200KNA 200 kN

    1mV/V
    (2000x10-6 strain) ±10 %

    1 %RO -20 to +70 ℃
    KCC-500KNA 500 kN
    KCC-1MNA 1 MN

    Output polarity

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

KCG-NA Center-hole type Compression Load Cell 200kN

Small and inexpensive center-hole load cell that can be installed at the anchor position of strand such as in bridge.

Protection ratings : IP 67 equivalent

KCG-NA Center-hole type Compression Load Cell
Features
  • Small, Lightweight
  • High output,High precision, Low price
  • Watrerproof and mechanical protective coating
  • Easy handling
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    KCG-200KNA 200 kN

    2.25 mV/V
    (4500x10-6 strain) ±10 %

    0.5 %RO -30 to +70 ℃

    Output polarity

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