LIFT-N-WEIGH Basic Model LNW-5

MOUNTED DIRECTLY ON YOUR FORKLIFT THE LIFT-N-WEIGH IS ALWAYS THERE WHEN NEEDED!

  • USE FOR CHECKING FREIGHT IN AND OUT
  • LOADING TRUCKS OR BOXCARS
  • INVENTORY PALLETIZED PRODUCTS
  • MONITORING BULK MATERIAL USAGE
  • A SAFE LOAD INDICATOR
  • HEAVY DUTY CAST ALUMINUM CASE
  • 5 YEAR WARRANTY ON MAIN BOARD ELECTRONICS
  • OPEN RETURN POLICY IF NOT SATISFIED

Pacific Scale Co., Lift-N-Weigh Mfg. Dept Features

50 years Hydraulic Scale experience One (1) year warranty on our products. Five (5) year warranty on our Main board electronics.

Legal for trade forklift scales are available upon request

 

Category:

Description

The LIFT-N-WEIGH series of forklift scales and loader scales operate on the principal that there is a direct correlation between the pressure in the cylinder and weight on the forks. A pressure transducer in the instrument changes the hydraulic pressure in the primary lift cylinder to an electronic signal which is displayed as weight on the forks.

Installation of your lift truck scale consists of mounting the weigh meter, pre-calibrated to customer’s specs, at a location that is convenient and easy for the operator to read. Installation consists of installing a 1/4″ NPT female fitting (not included with the scale) in the hydraulic line between the control valve and the primary lift cylinder and connecting the power cord to the battery. The 6′ hose furnished with the scale has, at each end,
male 1/4″ pipe thread fitting. One end screws into the fitting customer furnished and other end into the swivel elbow on back of LNW.

Additional information

Capacity

Up to 199,900 lbs.

Graduations

10 to 19,000 by 100 to 199,900

Power

12V DC to 50V DC External

Filter/Regulators

Provided for protection

Display

6 Digit LCD (0 .70"), White LED backlight

Controls

Zero knob, ON/OFF switch, Internal span pot

Housing

Heavy Duty Cast Aluminum

Dimensions (Case)

5.75" W x 3.75" H x 3.5" D

Dimensions (Overall)

6.75" W x 6" H x 4.75" D

Accuracy

1% to 2% of capacity depending on the Mechanical condition of the vehicle and method of operation by the user