Your cart is empty.

Welcome to the new website for Hardy Process Solutions.

Click here to share your feedback
HIDSB - Double Ended Shear Beam Load Cell (5,000 lbs - 200,000 lbs)

HIDSB - Double Ended Shear Beam Load Cell (5,000 lbs - 200,000 lbs)

The Hardy HIDSB01 and HIDSB02 Double Ended Shear Beam load cells are designed for use on medium to high capacity tanks, hoppers, or vessels. This series offers high accuracy and reliable performance with Hardy’s industry-leading C2 Electronic Calibration technology.

Complete Your System

Or call 858.278.2900 for assistance

The Hardy HIDSB01 and HIDSB02 Double Ended Shear Beam load cells are designed for use on medium to high capacity tanks, hoppers, or vessels. This series offers high accuracy and reliable performance with Hardy’s industry-leading C2 Electronic Calibration technology.

Ideal for high-capacity tanks and vessels, the HIDSB01and HIDSB02 series are dependable workhorses suitable for heavy-duty applications. The load cells are either alloy steel (HIDSB02) or stainless steel (HIDSB01) construction. Both Stainless Steel and Nickel plated alloy steel come in 5Klb to 200Klb (2.27 to 113.4 Metric Tons), with mounting hardware available separately.

They are oil-proof, waterproof, and non-corrosive, making them suitable for all kinds of environments. They have a protection rating of IP67. Both series come with a 9m (30 ft) cable.

The Hardy HIDSB01and HIDSB02 Double Ended Shear Beam load cells are designed for use on medium to high capacity tanks, hoppers, or vessels. This series offers high accuracy and reliable performance with Hardy’s industry-leading C2 Electronic Calibration technology.

SPECIFICATIONS HIDSB01 Load Cell

  • Capacities: 5K, 10K, 20K, 40K, 50K, 60K, 100K, 150K, 200K
  • Rated Output (ES): 3.0 mv/v ± 0.10%
  • Zero Balance: <±1.0 % Rated Output
  • Hysteresis: < 0.02% Full Scale
  • Non Linearity: < 0.03% Full Scale
  • Combined Error: <±0.02% R.O.
  • Input Resistance: 700±7 ohm
  • Output Resistance: 703 ± 4 ohm
  • Excitation: 10VDC - Maximum 15VDCSafe Load Limit: 150% Emax Sensor
  • Material: Stainless Steel 17-4PH
  • Temperature - Compensated: 0 - 150 deg. F
  • Temperature - Effect on Zero: < 0.0011% FS O/deg. F
  • Sealing: Potted
  • Approvals: CE, IP67
  • Warranty: Two years

SPECIFICATIONS HIDSB02 Load Cell

  • Capacities: 5K, 10K, 20K, 40K, 50K, 60K, 100K, 150K, 200K
  • Rated Output (ES): 3.0 mv/v ± 0.10%
  • Zero Balance: <±1.0 % Rated Output
  • Hysteresis: < 0.02% Full Scale
  • Non Linearity: < 0.03% Full Scale
  • Combined Error: <±0.02% R.O.
  • Input Resistance: 700±7 ohm
  • Output Resistance: 703 ± 4 ohm
  • Excitation: 10VDC - Maximum 15VDC
  • Safe Load Limit: 150% Emax Sensor
  • Material: Nickel Plated Alloy Steel
  • Temperature - Compensated: 0 - 150 deg. F
  • Temperature - Effect on Zero: < 0.0011% FS O/deg. F
  • Sealing: Potted
  • Approvals: CE, IP67
  • Warranty: Two years

HIDSBMT Mounts

kbs t* Mount

5-20 klb 2.27 to 9.07 t HIDSBMT-_S-5-20KLB**

30-75 klb 13.6 to 34.02 t HIDSBMT-_S-30-75KLB

100 klb 45.36 t HIDSBMT-_S-100KLB

150 klb 68.04 t HIDSBMT-_S-150KLB

200-250 klb 90.72 to 113.4t HIDSBMT-_S-200-250KLB

** Use SS for Stainless Steel, AS for Alloy Steel

* Metric Tons estimated from lbs conversion.

Capacity

Finish

Sensor Mount

Model # - HIDSB copy
Or call 858.278.2900 for assistance

The Hardy Process Toolbox is a set of productivity tools that support industrial weighing functions. Each tool saves time, increases accuracy, improves efficiency, or reduces risk in process weighing applications, including C2® electronic calibration, and Integrated Technician® to name just a few.

Hardy load cells support the following Hardy Process Toolbox functions when coupled with a Hardy Instrument and Hardy C2® cable.

C2® (or eCAL) Electronic Calibration

The Hardy C2® (or eCAL as it is known in China) core feature provides quick and easy electronic calibration of a weighing system without the need for heavy test weights.

INTEGRATED TECHNICIAN® Operator Diagnostics

Hardy's INTEGRATED TECHNICIAN (IT) core feature helps you troubleshoot your weighing system and diagnose problems from the front of the instrument or via the PLC. These tests display system weights, voltages, and pass/fail displays to help isolate a problem to the instrument, cabling, or sensors, helping to reduce maintenance costs.