Rated Capacities | 2.5Klb, 5Klb, 10Klb, 20Klb |
Full Scale Output | 2mV/V ± 0.25% |
Zero Balance | ± 0.02mV/V |
Non-linearity | < ± 0.023% |
Repeatability | < ± 0.023% |
Hysteresis Error | < ± 0.023% |
Creep in 30 minutes | < ± 0.030% |
Input Resistance | 350Ω ± 7Ω |
Output Resistance | 350Ω ± 3Ω |
Recommended Excitation | 10V (15V Maximum) |
Insulation Resistance | > 2GΩ (50V DC) |
Temperature Effect on Sensitivity | < ±0.0012% of Cn/k |
Temperature Effect on Zero Balance | < ± 0.0040% of Cn/k |
Compensated Temperature Range | –10°C to 50°C/14°F to 122°F |
Service Temperature Range | -30°C to 70°C/-20°F to 160°F |
Storage Temperature Range | -50°C to 85°C/-58°F to 185°F |
Safe Overload | 150% of full scale |
Breaking Overload | 300% of full scale |
Seal Type | Welded seal |
IP Rating | IP68 |
563YSSB Single Ended Beam Load Cell
Description:
The IP68 stainless steel construction of this single-ended beam load cell makes it a heavy-duty solution for medium-capacity weighing needs. The robust design provides reliable performance while maintaining affordability. Common applications include bench scales, process weighing, platform scales, check weighing, hopper scales, and more. The 563YSSB is interchangeable with Cardinal SB2500S, Rice Lake RLSB50, and more (see: INTERCHANGEABLE tab).
Features:
- Material: Stainless steel
- Rated Capacities: 2.5Klb, 5Klb, 10Klb, 20Klb
- Full Scale Output: 2mV/V ± 0.25%
- Safe Overload: 150%
- Breaking Overload: 300%
- IP Rating: IP68
- NTEP: 2.5Klb: NTEP 1:5000 Class III, Single Cell; NTEP 1:9500 Class III, Multiple Cell
5Klb-20Klb: NTEP 1:6000 Class III, Single Cell; NTEP 1:10000 Class III, Multiple Cell - OIML: 2.5Klb-5Klb: OIML MAA C5, Y=26000
10K-20Klb: OIML MAA C6, Y=8500 - CE, RoHS and Ex(NEPSI) certified
- ATEX, FM, IECEx available upon request
Note: You may need a software that can open/view STEP files.
Manufacturer | Model |
Coti Global | CG-SB250 |
Cardinal | SB2500S |
Cardinal | SB5000S |
Cardinal | SB10000S |
Cardinal | SB20000S |
Rice Lake | RLSB50* |
*Rice Lake RLSB50 has a through hole design