Miniature Compression and Tension Load Cell, Aluminum or Stainless Steel

Miniature Compression and Tension Load Cell, Aluminum or Stainless Steel

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Basic Info

Payment Type:	T/T in Advance, PayPal, Western Union

Product Description

Features and applications:

Small size and easy to install
High accuracy and high dynamic frequency with very strong function of overload protection
Mainly applied in tension and pressure testing instruments and automatic equipment fields, such as insertion force test instruments, riveting machine, welding machine, hot and cold lamination machine and feeling tester for keyboard switch

Capacity: 1-300kg

Capacity:

1-3kg: M3, Aluminum
5-50kg: M5, Stainless Steel
60-100kg: M6, Stainless Steel
150-300kg: M8, Stainless Steel

Specifications:

Rated output: 2.0-1.5 ±10%mV/V
Zero balance: ±2%FS
Non-linearity: 0.1%FS
Hysteresis: 0.1%FS
Repeatability: 0.1%FS
Creep (30 minutes): 0.1%FS
Temperature effect on output: 0.1%FS/10°C
Temperature effect on zero: 0.1%FS/10°C
Input impedance: 700 (350) ±10Ω
Output impedance: 700 (350) ±5Ω
Insulation: ≥5000MΩ/100V DC
Recommended excitation: 5V
Maximum excitation: 10V
Compensated temperature range: -10 to 60°C
Operating temperature range: -20 to 80°C
Safe overload: 120%
Ultimate overload: 150%
Cable size: Ø3 x 2m

Wire connection:

Ex+: red
Ex-: black
Output+: green
Output -: white

Small size and easy to install

High accuracy and high dynamic frequency with very strong function of overload protection

Mainly applied in tension and pressure testing instruments and automatic equipment fields, such as insertion force test instruments, riveting machine, welding machine, hot and cold lamination machine and feeling tester for keyboard switch

1-3kg: M3, Aluminum

5-50kg: M5, Stainless Steel

60-100kg: M6, Stainless Steel

150-300kg: M8, Stainless Steel

Rated output: 2.0-1.5 ±10%mV/V

Zero balance: ±2%FS

Non-linearity: 0.1%FS

Hysteresis: 0.1%FS

Repeatability: 0.1%FS

Creep (30 minutes): 0.1%FS

Temperature effect on output: 0.1%FS/10°C

Temperature effect on zero: 0.1%FS/10°C