Product Description:
The HOLI SS137 load cell is another model certified by OIML and NTEP. It provides accurate weight measurements and is suitable for various industrial weighing systems. Whether you're converting tanks, hoppers or other structural systems into scales, load cells such as the SS137 load cell play a crucial role in ensuring safety, performance and accuracy in weighing applications.
Key features:
Strong stainless steel body for durability and long life
Corrosion-resistant electrolytic polishing for a clean, modern finish
Proven shear beam load cell design for stable and repeatable measurements
Fully OIML Approved and NTEP Approved for worldwide use
Perfect fit for various scale parts and industrial weighing setups
If you're looking for a tough, dependable, and globally approved load cell, the SS137 is a great option for professional weighing applications.
Model | Products Description |
SS 137-500kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1000kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1500kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-2000kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1500lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-2000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-2500lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-3000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-4000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-5000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
Shear Beam Load Cell SS 137 | |||||||
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. |
Product Description:
The HOLI SS137 load cell is another model certified by OIML and NTEP. It provides accurate weight measurements and is suitable for various industrial weighing systems. Whether you're converting tanks, hoppers or other structural systems into scales, load cells such as the SS137 load cell play a crucial role in ensuring safety, performance and accuracy in weighing applications.
Key features:
Strong stainless steel body for durability and long life
Corrosion-resistant electrolytic polishing for a clean, modern finish
Proven shear beam load cell design for stable and repeatable measurements
Fully OIML Approved and NTEP Approved for worldwide use
Perfect fit for various scale parts and industrial weighing setups
If you're looking for a tough, dependable, and globally approved load cell, the SS137 is a great option for professional weighing applications.
Model | Products Description |
SS 137-500kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1000kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1500kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-2000kg | OIML, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-1500lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-2000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-2500lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-3000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-4000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
SS 137-5000lb | NTEP, stainless steel electrolytic polishing, 3m wire with 4 or 6 cores. |
Shear Beam Load Cell SS 137 | |||||||
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. |