?? Optional dedicated rubber attachment enables fixing the top and bottom with bolts,
    thereby making it possible to design the system with no tension rod or stay rod used.
?? Safety factor is 3 to 5 times higher than conventional type.
    Endures lateral loads up to 20% of the rated capacity.
?? Rubber attachment attenuates impact energy and lessens
    the effects of thermal expansion of system and the moment of fixed section.
?? Rubber attachement enables easy installation without concern for parallelism.
?? Varieties of accuracies and outputs are available,
    enabling configuration of the most suitable system for each application.
?? Peripheral instruments such as amplifiers can easily be connected since
    the wirings are the same as conventional load cells.


*TEDS-installed versions can be manufactured. Inquiries  are welcome.

Model	Rated Capacity	Weight(Approx.)
LCTD-A-100KN	100kN	18kg
LCTD-A-200KN	200kN	23kg
LCTD-A-300KN	300kN	33kg

Performance
Rated Capacity	See table above
Nonlinearity	Within??0.03% RO
Hysteresis	Within??0.03% RO
Repeatability	0.02% RO or less
Rated Output	2 mV/V (4000??m/m) ??0.2%
Environmental Characteristics
Safe Temperature Range	-20 to 70??C
Compensated Temperature Range	-10 to 60??C
Temperature Effect on Zero Balance	Within??0.003% RO/??C
Temperature Effect on Output	Within??0.003%/??C
Electrical Characteristics
Safe Excitation Voltage	20V DC
Recommended Excitation Voltage	1 to 10V AC or DC
Input Resistance	350???1.5%
Output Resistance	350???1.5%
Cable	4-conductor (0.3 mm 2 ) chloroprene shielded cable, 7.6 mm diameter by 10m long, with bared at the tip
	(Shield wire is not connected to mainframe.)
Mechanical Properties
Safe Overload Rating	150%
Critical Lateral Load	50% (maximum load which does not cause any mechanical damage)
Weight	See table above
Material	Special steel

Precautions
1.LCTD-A cannot be used for any onboard measurement.
2.LCTD-A cannot be used in an environment where it is frequently exposed to lateral load.
3.LCTD-A cannot be installed to any inclined or vertical surface.