Low-profile
Upper plate with blind hole to be loaded
Adjustable height screw against overload and overturn
Capacities (per module):2.5t-100t
Alloy steel and stainless steel optional
Assembled with compression load cell MR-1S
The MR-1S weigh module is designed for dynamic weighing system, such as mixed hopper, silo, vessel and tank weighing systems. Capacity is from 1t to 100t widely. The MR-1S Series kit is ideally suited for installation in limit space
| Parameter | Units | Specifications | |||
| Weighing Model No. | MR-1S | ||||
| Weighing Module Material | Stainless steel | ||||
| Load Cell Model No.[Option] | R510S | ||||
| Rated capacity(Emax) | t | 1/2.5/5/10/20/30/50/100 | |||
| Rated output | mV/V | 2.0 ± 0.004 | |||
| Zero balance | % of Emax | ± 1 | |||
| Accuracy class1）2） | C3 C5 | ||||
| Repeatability error | % of AL3） | <±0.010 | <±0.006 | ||
| Creep; 30 minute | % of AL | <±0.017 | <±0.010 | ||
| Min. dead load output return (DR); 30 min | % of AL | <±0.017 | <±0.010 | ||
| Temp. effect on (Min. dead load output) | % of Emax/°C | <±0.0018 | <±0.0014 | ||
| Temp. effect on (Rated output2）) | % of AL/°C | <±0.0012 | <±0.0007 | ||
| Temperature range (Compensated) | °C(°F) | -10 to +40 [+14 to +104] | |||
| Temperature range (Operating) | -40 to +65 [-40 to +149] | ||||
| Temperature range (Safe storage) | -40 to +80 [-14 to +176] | ||||
| Excitation voltage (Recommended) | V AC/DC | 5 ~15 | |||
| Excitation voltage (Maximum) | 15 | ||||
| Terminal resistance (Excitation) | Ω | 766± 5 | |||
| Terminal resistance (Output) | 700 ± 3 | ||||
| Insulation resistance @50VDC | MΩ | > 5000 | |||
| Breakdown voltage | V AC | > 500 | |||
| Seal type / IP rating | Hermetically welded / IP68 IP69k | ||||
| Load limit (Safe) | % of Emax | 150 | |||
| Load limit (Ultimate) | 300 | ||||
| Cable length | m | 1-10t | 15-100t | ||
| 6.0 | 12.0 | ||||
| European/OIML Approval(Cetificate Number) | |||||
| European/OIML Approval(Class) | |||||
| NTEP Approval(Cetificate Number) | |||||
| NTEP Approval(Class) | |||||
1）Error due to the combined effect of non-linearity and hysteresis
2）The sum of errors due to Temperature Effect on Output comply with the requirements of OIML R60 and NIST HB44
3）AL = Applied Load
