Valcom VU93 Series
[Make to order]
Side-force Resistant Flat type Load Cell
- Lateral force on surface 40 to 100% by the lateral force correction mechanism.
- Double-sided flange
- Low-profile design
Specification
Rated Output(R.O.) | 0.5, 1mV/V(*1) |
---|---|
Non Linearity | ±0.5%R.C. |
Hysteresis | ±0.5%R.C. |
Repeatability | 0.5%R.C. |
Zero Balance | -0.1~0.1mV/V |
Temperature Effect on Zero Balance | ±0.8, 0.5%R.C./10°C(*2) |
Temperature Effect on Load | ±0.5%R.C./10°C |
Safe Overload Rating | 180%R.C. |
Compensated Temperature Range | -10~70°C |
Safe Temperature Range | -30~85°C |
Input Terminal Resistance | 245~500Ω |
Output Terminal Resistance | 230~350Ω |
Excitation;Recommended | 5V or less |
Excitation;Maximum | 12V |
Insulation Resistance | 1GΩ |
IP Rating | Equivalent to IP67 (Note 1) |
Cable | φ4-6-core shielded cable 3m Polyurethane coating, Minimum bending radius: R10 |
- *R.C.: Rated Capacity
- (*1) 0.5mV/V(1, 5, 20kN), 1mV/V(2, 10, 50kN)
- (*2) ±0.8%R.C./10°C(1, 5, 20kN), ±0.5%R.C./10°C(2, 5, 10, 50kN)
- (*3) Creep 30min. ±0.2%R.C.
- (Note 1) Sealing performance of the cable outlet may deteriorate due to the change of cable jacket over years.
Model Selection
Model | Rated Capacity(R.C.) | Deflection at R.C. | Allowable eccentricity | Influence of lateral force | Influence of eccentricity of 1 mm | Limit lateral force | Allowable relative live load |
---|---|---|---|---|---|---|---|
VU93-1KN | 1kN | 0.01mm | 1.5mm | 0.2% | 0.07% | 100%R.C. | 150%R.C. |
VU93-2KN | 2kN | 0.02mm | |||||
VU93-5KN | 5kN | 3mm | 0.5% | 0.03% | 80%R.C. | ||
VU93-10KN | 10kN | 0.04mm | |||||
VU93-20KN | 20kN | 0.01mm | 6mm | 0.4% | 0.12% | 40%R.C. | |
VU93-50KN | 50kN | 0.03mm |
Model | φA | φB | φCH8 | D | E | F | G | ±0.1 φK |
M | Weight |
---|---|---|---|---|---|---|---|---|---|---|
VU93-1KN | 35 | 33 | 18 | 5.5 | 9 | 7 | 30.5 | 26 | M5 | Approx. 200g |
VU93-2KN | ||||||||||
VU93-5KN | ||||||||||
VU93-10KN | ||||||||||
VU93-20KN | 54 | 51 | 32 | 11 | 12 | 10 | 48 | 42 | M6 | Approx. 600g |
VU93-50KN |
*Weight includes cable.
*Influence of lateral force: (Lateral force 10%Fmin) at the force-applied point on the force-applied plane.