LOW PROFILE (SPOKE/ SHEAR WEB) TYPE PRECISION FATIGUE RESISTANT LOAD CELL 2,000 LBF
SKU: SPLP-2K-2-A6-SS
$399.00
Products Details
SPLP - PRECISION, FATIGUE RESISTANT LOW PROFILE TENSION/ COMPRESSION
1,000— 100,000 lbf (larger capacities available—consult CMI)
This version of our low profile load cells features more rigid construction for added resistance to the effects of eccentric loading and other extraneous forces. The SPLP is the precision version of our low profile (or spoke type) load cell, with an output of 2 mV/V at F.S.O. (full scale output) and greater resistance to fatigue.
Available in capacities ranging from 1,000 lbf to 100,000 lbf from stock, calibrated in compression as standard, with tension as an available option. Load buttons are available for compression, and bases for tension applications. These are a rugged and durable option for all applications, with IP67 ingress protection rating.
Higher capacity versions of this load cell are available (up ot 600,000 lbf), please consult CMI.
| PERFORMANCE SPECIFICATIONS |
| OUTPUT (F.S.O.) |
2.00 mV/V |
| SAFE OVERLOAD |
150% |
| ULTIMATE OVERLOAD |
200% |
| SUPPLY VOLTAGE |
5– 18V DC |
| NON-LINEARITY |
0.05% F.S. |
| HYSTERESIS |
0.05% F.S. |
| NON-REPEATABILITY |
0.05% F.S. |
| ZERO BALANCE |
± 1.0% F.S. |
| COMPENSATED TEMPERATURE RANGE |
-20—+70° C |
| OPERATING TEMP RANGE |
-40 °C—+80 °C |
| PROTECTION CLASS |
IP67 |
| INPUT RESISTANCE |
775 ± 15 Ω |
| OUTPUT RESISTANCE |
702 ± 2 Ω |
| EXCITATION + |
PIN A |
| EXCITATION - |
PIN D |
| SIGNAL + |
PIN B |
| SIGNAL - |
PIN C |
| OPTIONS |
| PART CODE ADDER |
DESCRIPTION |
| -T (w/ TEDS) |
TEDS CALIBRATION W/ DB9 CONNECTOR |
| -MA (w/ 4-20 Ma) |
4-20 mA ANALOG OUTPUT (2 WIRE LOOP) |
| -5V (w/ 0-5V) |
0-5V DC ANALOG OUTPUT |
| -232U |
RS232 ASCII SERIAL COMMUNICATION OPTION (USB) |
| -232D |
RS232 ASCII SERIAL COMMUNICATION OPTION (DB9) |
| -485 |
RS485 MODBUS COMMUNICATION OPTION (RJ45) |
| -BT |
ADD BLUETOOTH OUTPUT (USE WITH FORCEAPP) |
SPLP LOW PROFILE PRECISION OUTPUT BROCHURE:
SPLP LOW PROFILE PRECISION.pdf