High-precision Tension/Compression Load Cell

TCLZ-NA Tension/Compression Load Cell 10N to 10kNCE

The TCLZ-NA is a tension/compression universal load cell having a beam type internal structure. It is compact and light-weight, and exhibits excellent precision. It is widely used as a sensor for controlling industrial machinery.

Protection ratings : IP 41 equivalent

TCLZ-NA Tension/Compression Load Cell
Features
  • Small, light-weight and easy handling
  • High precision
  • Most suited as a sensor for industrial machines
  • CE marking compliant
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    TCLZ-10NA 10N

    1.25 mV/V (2500×10-6 strain) ± 0.5%

    0.05 %RO -20 to +70 ℃
    TCLZ-20NA 20N
    TCLZ-50NA 50N

    2 mV/V (4000x10-6 strain) ±0.5 %

    0.03 %RO
    TCLZ-100NA 100N
    TCLZ-200NA 200N
    TCLZ-500NA 500N
    TCLZ-1KNA 1kN
    TCLZ-2KNA 2kN
    TCLZ-5KNA 5kN
    TCLZ-10KNA 10kN 0.05% RO

    Output polarity

    Measurement moves in the plus direction with regard to increased tensile force, and in the minus direction with regard to increased compressing force.

TCLM-NB Tension/Compression Load Cell 10kN to 200kNCE

The TCLM-NB Tension/Compression Universal Load Cell is an inert-gas encased load cell in a hermetically sealed package. It offers high precision, high output characteristics and excellent stability because it uses a shear beam for the strain sensing element. The model is widely used in applications like testing machine.

Protection ratings : IP 65 equivalent

引張・圧縮型高精度荷重計 TCLM-NB
Features
  • High precision, High output
  • Suitable for testing machines
  • Specifications

    Type Capacity Rated output Non-linearity Temperature
    range
    TCLM-10KNB 10 kN

    2.5 mV/V
    (5000x10-6 strain) ±0.5 %

    0.05 %RO -30 to +80 ℃
    TCLM-20KNB 20 kN
    TCLM-50KNB 50 kN
    TCLM-100KNB 100 kN
    TCLM-200KNB 200 kN

    Output polarity

    Measurement moves in the plus direction with regard to increased tensile force, and in the minus direction with regard to increased compressing force.