供应1263-150kg、1263-200kg称重传感器

FEATUR*
• Capacities 50 - 635kg
• Aluminum construction
• Single point 600 x 600mm platform
• OIML R60 approved
• IP66 protection
• Available with metric threads
OPTIONAL FEATUR*
• EEx ia IIC T4 hazardous area approval

DESCRIPTION
Model 1263 is a high performance, high
capacity single point load cell designed for
direct mounting of large weighing
platforms.
The rugged construction offers high
immunity to side forces making it suitable
for a wide range of weighing applications,
including bench scales, check weighing
and process weighing.
A special humidity resistant protective
coating *ures long term stability over the
entire compensated temperature range.
The 1263 provides scale manufacturers
with a high accuracy low cost sensor to
meet today’s needs.
APPLICATIONS
• Large platform scales
• Hanging scales
• Check weighing

SPECIFICATIONS
* 50% utilization
PARAMETER VALUE UNIT
Rated capacity-R.C. (Emax) 50, 100, 150, 200, 250, 300, 500, 635 kg
NTEP/OIML Accuracy cl* Non-Approved C3*
Maximum no. of intervals (n)
Y = Emax/Vmin0 Maximum available
Rated output-R.O. 2.0 mV/V
Rated output tolerance 0.2 ±mV/V
Zero balance 0.2 ±mV/V
Zero Return, 30 min. 0.050 0.0170 ±% of applied load
Total Error 0.0300 0.0200 ±% of rated output
Temperature effect on zero 0.0100 0.0023 ±% of rated output/°C
Temperature effect on output 0.0030 0.0010 ±% of applied load/°C
Eccentric loading error 0.0050 0.0033 ±% of rated load/cm
Temperature range, compensated -10 to +40 °C
Temperature range, safe -20 to +70 °C
Maximum safe central overload 150 % of R.C.
Ultimate central overload 300 % of R.C.
Excitation, recommended 10 Vdc or Vac rms
Excitation, maximum 15 Vdc or Vac rms
Input impedance 415±15 Ohms
Output impedance 350±3 Ohms
Insulation resistance >2000 Mega-Ohms
Cable length 1.5 m
Cable t*e 4 wire, PVC, single floating screen Standard
Construction aluminum
Environmental protection IP66
Platform size (max) 600 x 600 mm
Recommended torque
Up to 300kg: 25.0
Above 300kg: 30.0
N*m
Wiring Schematic Diagram
+ve Input (Green)
+ve Output (Red)
-ve Input (Black)
-ve Output (White)