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TENSION AND COMPRESSION LOAD CELLS (VERY HIGH CAPACITIES)
Accuracy universal load cells, easy to install.
o Wide range of capacities: 10 kN (1 t) up to 50 MN (5.000 t)
o Compact design
o Protection class: IP66
o Material: stainless steel (5100)**, nickel-plated steel (5105)
o Cable length: see drawing table - CL (other lengths available on request)
o Also available as standard reference load cells according to ISO 376 (classes "1", ''0,5'' and ''00'' - see specific data sheet 5105-ISO)
AVAILABLE OPTIONS
| 0.25 % | 0.1 % | 0.05 % | 0.03 % | |
|---|---|---|---|---|
| Accuracy class (-) | 0.25 % F.S. | 0.1% F.S. | 0.05 % F.S. | 0.03 % F.S. |
| Combined error (non-linearity + hysteresis) (% F.S.*) | <± 0.25 | < ± 0.1 | <± 0.05 | <± 0.03 |
| Repeatability error (% F.S.*) | <± 0.1 | <± 0.03 | <± 0.02 | <± 0.015 |
| Creep error over 30 min. (% F.S.*) | <± 0.1 | <± 0.06 | <± 0.04 | <± 0.025 |
| Zero shift after loading (% F.S.*) | <± 0.025 | <± 0.015 | <± 0.01 | <± 0.0075 |
| Reference temperature (°C) | 23 | 23 | 23 | 23 |
| Compensated temperature range (°C) | -10...+45 | -10...+45 | -10...+45 | -10...+45 |
| Service temperature range (°C) | -25...+70 | -25...+70 | -25...+70 | -25...+70 |
| Storage temperature range (°C) | -50...+85 | -50...+85 | -50...+85 | -50...+85 |
| Temperature coefficient of the sensitivity (% F.S.*/10°C) | <± 0.05 | <± 0.05 | <± 0.035 | <± 0.015 |
| Temperature coefficient of zero signal (% F.S.*/10°C) | <± 0.035 | <± 0.035 | <± 0.03 | <± 0.023 |
| Zero balance (mV/V) | ± 0.02 | ± 0.02 | ± 0.02 | ± 0.02 |
| Nominal sensitivity (mV/V) | 1...2 | 1...2 | 1...2 | 1...2 |
| Sensitivity tolerance (%) | <± 0.3 | <± 0.3 | <± 0.3 | <± 0.2 |
| Input resistance (ohm(s)) | 350...700 ± 2 | 350...700 ± 2 | 350...700 ± 2 | 350...700 ± 2 |
| Output resistance (ohm(s)) | 350...700 ± 2 | 350...700 ± 2 | 350...700 ± 2 | 350...700 ± 2 |
| Insulation resistance (50 V) (Mohm(s)) | > 5000 | > 5000 | > 5000 | > 5000 |
| Reference excitation voltage (VDC) | 10 | 10 | 10 | 10 |
| Permissible nominal range of excitation voltage (VDC) | 3...12 | 3...12 | 3...12 | 3...12 |
| Safe load limit (% F.S.*) | 150 | 150 | 150 | 150 |
| Breaking load (% F.S.*) | >300 | >300 | >300 | >300 |
* F.S. : Full Scale.
** CSA and IECEx options are available only for stainless steel model - 5100
Specifications subject to change without notice.
Datasheets
Manuals
- MA-5100_EN.pdf (616.46k) *
Support
- Diagnostic-pont-formulaire_EN.pdf (121.88k)
- Diagnostic-pont-formulaire_FR.pdf (106.95k)
- Diagnostic-pont-formulaire-amplifié_EN.pdf (98.44k)
- Diagnostic-pont-formulaire-amplifié_FR.pdf (98.44k)
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Associated electronics
| Universal large panel meters to be used with transducers and process signals. |
| Universal panel meters for using with load cells and process signals. |
| Panel meters with dual line display for Wheatstone bridge sensors |
| Dual independent process input meter. |
| Conditioner-amplifier with 4..20 mA and -10..0..10 V output. |
| Conditionner-amplifier with 4..20 mA and 0..10 V output. |
| Analogue voltage and current signal converter with galvanic isolation. |
| Very high accuracy digital indicator designed for weighing applications. |
| Hand-held indicator for transducer with mV/V output. |
| Radio transmitter for analogue signals (mV/V, 4..20 mA, 0..10 V). |
| Hand-held wireless indicator. |
| Radio receiver with analogue output (4..20 mA, 0..10 V). |
| Base stations designed to connect wireless load cell (WI-T24TR-xxx) |
| Base station designed to connect up to 8 wireless load cells (WI-T24TR-xxx) |
| Converts the signal from the Wheatstone bridge (mV/V) into a robust industrial standardised 4 to 20 mA signal. |
| Convert the signal from a Wheatstone bridge (mV/V) into a standardised digital signal RS-232, RS-485 or USB. |
| Converts the signal from a Wheatstone bridge (mV/V) into a standardised digital signal RS-232, RS-485 or USB. |
| Smart junction box designed for parallel connecting of 2 to 4 load cells to an electronics and to ensure the monitoring of their correct functioning. |
| Large digital displays for distance reading |