The F202 is built as an axial strain cylinder enclosed within a sealed housing, incorporating elevated loading faces and a continuous central bore. This configuration enables the unit to function effectively in compression setups and in applications where a fail-safe tensile path is required. Its through-hole layout also aligns it with the operational characteristics commonly associated with donut load cells.
Designed with practicality in mind, the F202 can be fitted between two parallel surfaces that apply force through its loading rings. It may be installed free-standing or with central spigots positioned in the bore for alignment. When a tensile load must be monitored, a tie-rod assembly can pass through the centre opening, allowing the sensor to register tension indirectly while maintaining a fail-safe mechanical path. These characteristics make the F202 well-suited for structural safety checks involving bolts, rods, or cables.
A compatible load button and base plate are available for users who require additional mounting or loading interfaces. Like other donut load cells, the F202 can be adapted to meet specialized application needs. Custom versions can be produced for environments requiring full compensation at temperatures up to +250°C, and our engineering team can advise on the suitability of specific design requests.
Overall, the F202 provides reliable measurement performance for a range of engineering tasks where axial force must be evaluated through a central aperture. Its combination of sealed construction, versatile installation options, and configurable temperature capability makes it a dependable choice for both compression and safe-mode tensile applications.
Yes. The F202 works for direct compression and can measure tension indirectly when a tie-rod passes through its central bore. This arrangement allows force monitoring while keeping a fail-safe mechanical path, making it suitable for structural and safety-critical applications.
Absolutely. Its continuous central aperture allows rods, cables, or bolts to pass through while axial forces are measured around them. This makes the F202 ideal for safety tests where loads must be monitored without interrupting the primary structural path.
Yes. Novatech can produce customised F202 variants with alternative mounting accessories, modified loading interfaces, or fully compensated versions rated up to +250°C. Our engineering team reviews each requirement to confirm feasibility and ensure reliable performance.
| Parameter | Value | Unit |
|---|---|---|
| Non-linearity - Terminal | ±0.1 | % RL |
| Hysteresis | ±0.1 | % RL |
| Creep - 20 minutes | ±0.05 | % AL |
| Repeatability | ±0.02 | % RL |
| Rated output - Nominal | 1.2 | mV/V |
| Rated output - Rationalised | 1.0 | mV/V |
| Rationalisation tolerance | ±0.5 | % RL |
| Zero load output | ±4 | % RL |
| Temperature effect on rated output per °C | ±0.005 | % AL |
| Temperature effect on zero load output per °C | ±0.03 | % RL |
| Temperature range - Compensated | -10 to +50 | °C |
| Temperature range - Safe | -10 to +80 | °C |
| Excitation voltage - Recommended | 10 | V |
| Excitation voltage - Maximum | 20 | V |
| Bridge resistance | 700 | Ω |
| Insulation resistance - Minimum at 50Vdc | 500 | MΩ |
| Overload - Safe | 50 | % RL |
| Overload - Ultimate | 400 | % RL |
| Sealing | IP65 | |
| Weight - Nominal (excluding cable) | 1.6 to 1.8 | kg |
| Code | Description |
|---|---|
| F202CFR0K0 | Compression, IP65, unrationalised |
| F202CFR0KN | Compression, IP65, rationalised |
| Range (kN) | Stiffness (N/m) |
|---|---|
| 10 | 2.7 x 108 |
| 25 | 6.8 x 108 |
| 50 | 1.4 x 109 |
| 100 | 2.7 x 109 |
| 200 | 5.4 x 109 |