102ES Double Ended Beam Load Cell
Description:
The 102ES is a double-ended beam load cell with center loading to protect against irregular loading forces. The stainless steel welded sealed IP68-class water-resistant construction and corrosion resistance ensures excellent performance under harsh industrial conditions. A compression weigh module (102ESM2) is also available from Anyload that shields the load cell, minimizes off-center loading, protects from lifting, and compensates for thermal expansion all to provide the ideal weighing environment.
Features:ย
- Material: Stainless steel
- Rated Capacities: 2.5Klb, 5Klb, 10Klb, 15Klb, 25Klb, 35Klb, 50Klb
- Full Scale Output: 3mV/V ยฑ 0.25%
- Safe Overload: 150%
- Breaking Overload: 300%
- IP Rating: IP68
- CE, RoHS and Ex(NEPSI) certified
- ATEX, FM, IECEx available upon request
| Rated Capacities | 2.5Klb, 5Klb, 10Klb, 15Klb, 25Klb, 35Klb, 50Klb |
| Full Scale Output | 3.0mV/V ยฑ 0.25% |
| Zero Balance | ยฑ 0.02mV/V |
| Non-linearity | < ยฑ 0.050% |
| Repeatability | < ยฑ 0.030% |
| Hysteresis Error | < ยฑ 0.030% |
| Creep in 30 minutes | < ยฑ 0.030% |
| Input Resistance | 700ฮฉ ยฑ 10ฮฉ |
| Output Resistance | 700ฮฉ ยฑ 5ฮฉ |
| Recommended Excitation | 10V (15V Maximum) |
| Insulation Resistance | > 2Gฮฉ (50V DC) |
| Temperature Effect on Sensitivity | < ยฑ0.0012% of Cn/k |
| Temperature Effect on Zero Balance | < ยฑ 0.0040% of Cn/k |
| Compensated Temperature Range | –10ยฐC to 50ยฐC/14ยฐF to 122ยฐF |
| Service Temperature Range | –30ยฐC to 70ยฐC/-20ยฐF to 160ยฐF |
| Storage Temperature Range | -50ยฐC to 85ยฐC/-58ยฐF to 185ยฐF |
| Safe Overload | 150% of full scale |
| Breaking Overload | 300% of full scale |
| Seal Type | Welded seal |
| IP Rating | IP68 |
ย
| Manufacturer | Model |
| Coti Global | CG-16-SSW |
| Rice Lake | RL75016SS, RL77032SS, RL77032SS HE |
| Rice Lake | RL75016WHE* |
| Mettler Toledo | SLD525 |
| Vishay Celtron | DSR-SS |
| Vishay Revere Transducers | 9203 |
| Vishay Sensortronics | 65016W |
| Vishay Sensortronics | 65016WH* |
* Hermetically sealed
