The HOLI SS133 shear beam load cell per forms well when used on platform and floor scales. With a threaded load introduction hole, the load cell can easily be used with a threaded foot for level-ling.
The hermetically sealed design ensures reliability in most industrial environments. The SS133 can also be fitted with various accessories making it suitable for platform scales, tanks, batching applications and more.
Key Features:
Durable stainless steel construction with a clean electrolytic polishing finish
Trusted shear beam load cell design for stable and reliable results
Certified as OIML Approved and NTEP Approved
Suitable for many types of scale parts and weighing systems
Long-lasting, easy to maintain, and built for harsh conditions
Choose the SS133 load cell when you need a high-performance solution that offers strength, precision, and global compliance.
| Model | Products Description |
| SS 133-500kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-1000kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-1500kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-2000kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-1000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-1500lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 133-2000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-2500lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-3000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-4000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
| SS 133-5000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
Product dimensions:
| Shear Beam Load Cell SS 133 |
| Parameter | Specifications | Units |
| Rated capacity (Emax) | 500 / 1000 / 1500 / 2000 | kg |
| 500/1000 / 1500 / 2000 / 2500 / 3000 / 4000 / 5000 | lb |
| Accuracy class | C3 | C4 | C5 | C6 |
|
| Maximum number of LC intervals (Nmax) | 3000 | 4000 | 5000 | 6000 |
|
| Min. LC verification interval (Vmin) | Emax / 5000 | Emax / 10000 | kg |
| Zero balance | ± 1.0 | % of Emax |
Min.dead load
| 0
| kg |
| Rated output | 2.0 / 3.0 | mV/V |
| Rated output tolerance | ± 0.1 | % of Emax |
| Pepeatability | ± 0.010 | ± 0.006 | ± 0.006 | ± 0.005 | % of AL* |
Creep 30 minute
| ± 0.017 | ± 0.017 | ± 0.0010 | ± 0.0083 | % of AL |
| Temp. effect on rated output +20...+40℃ | ± 0.00175 | ± 0.0013 | ± 0.00105 | ± 0.00087 | % of AL/℃ |
| -10...+20℃ | ± 0.00117 | ± 0.0009 | ± 0.0007 | ± 0.00058 |
| Temp. effect on zero balance | ±0.0028 | ±0.0014 | % of Emax/℃ |
| Hysteresis error | ± 0.0175 | ± 0.0131 | ± 0.0105 | ± 0.0105 | % of Emax |
| Non-linearity error | ± 0.0175 | ± 0.0131 | ± 0.0105 | ± 0.0105 | % of Emax |
| Min. dead load output return | ± 0.0166 | ± 0.0125 | ± 0.01 | ± 0.0022 | % of AL |
| Excitation resistance | 350 ± 10 | Ω |
| Output resistance | 350 ± 3 | Ω |
| Insulation resistance @50VDC | ＞5000 | MΩ |
| Excitation voltage | Recommended | 10 | V AC/DC |
| Maximum | 15 | V AC/DC |
| Temperature range | Compensated | -10 to +40 | ℃ |
| Operating | -30 to +65 | ℃ |
| Safe storage | -40 to +80 | ℃ |
| Load limit | Safe | 150 | % of Emax |
| Ultimate | 300 | % of Emax |
| Protection | Type | Hermetically welded |
|
| IP rating | IP68 |
|
| OIML / European Approval | OIML Cert. No. | R60-2017-A-NL1-22.04
|
|
| European Cert. No. | TC12252
|
|
| Class | C6 |
|
| nmax | 6000 |
|
| NTEP Approval | Cert. No. | 23-057 |
|
| Class | Ⅲ single cell and Class III L, Multiple cell |
|
| nmax | 6000 |
|
| Cable | Length | 3 | m |
| Type | 4 or 6 cores, PVC |
|
| Construction | Alloy steel |
|
| Recommended torque | 98 | N.m |
| Notes: The values for linearity, hysteresis and temp. effect on rated output are recommended values, the sum of these data meets the requirements according to OIML R60. *AL: Applied load. |
