High capacity Annular or Solid Compression Load Cell - 0-10 to 0-1000T

Overview

The Solid Load Cell is a solid disc-type force sensor designed for precise measurement of axial force applied to tie rods, supports, metal structures, or anchoring systems. Installed directly under bearing plates or between load-bearing elements, it measures load via direct compression, ensuring reliable force transmission readings. Its strain gauge technology provides high robustness, excellent resistance to lateral loads, and great stability even under heavy stress.

Available in capacities ranging from 10 to 1000 tons (≈ 98 to 9810 kN), the Solid Load Cell features a high-strength alloy steel construction capable of withstanding up to 150 % mechanical overload. With a wide operating temperature range (–20°C to +100°C), it is perfectly suited for construction sites, load testing, and long-term structural monitoring.

Each sensor delivers a non-amplified 2 mV/V output signal, compatible with all conditioners and data acquisition systems for 350 Ω strain gauges. With a repeatability of 0.3 % F.S. and a non-linearity of ±1 % F.S., the Solid Load Cell is a reliable and durable solution for measuring high forces in civil engineering, anchoring, and structural monitoring applications.

Specifications

Usage

Recommended excitation: 2 to 10 VDC. Non-amplified output signal in strain gauge bridge (2 mV/V ±1%). Default connectivity: shielded cable (length as per configuration), compatible with all standard conditioners for 350 Ω strain gauges.

SLC load washers must be installed with rigid and flat bearing surfaces to ensure even load distribution and optimal accuracy.

For signal conditioning, acquisition, and reading, the following modules are recommended:

• GSV-1H (DIN rail)
• GSV-3USB
• GSV-2MSDI
• GSV-4USB
• GSV-8DS
• ADOT4

Applications

• Axial load measurement in tie rods and anchor bars via direct compression
• Force measurement on bearing plates and structural baseplates
• Load monitoring on bridge supports, temporary supports, and jacks
• Ground reaction measurement in foundations and concrete blocks
• Load control in props, struts, and support systems
• Load monitoring on steel structures and load-bearing elements
• Force monitoring in cables, rods, or bars via load transfer devices
• Load measurement in industrial structures or heavy machinery
• Load testing and reaction tests on civil engineering sites
• Instrumentation of structures subjected to high compression (piers, columns, supports)

Options and accessories

• Extended temperature compensation
• Cable length
• Calibration
• TEDS plug
• Conditioning module
• Display
• Data acquisition system
• IoT KIT

Dimensions

• Cable length
• Specific connector
• Extended temperature compensation

• Single-channel conditioner: GSV-6K (inline), GSV-1H (DIN rail), GSV-1M (IP67) or GSV-6L (miniature)

• Single-channel display: MICRA-M (basic) or GSV-2MSDI (with standalone recorder function)

• Desktop conditioner/display GSV-2TSDI

• 4-channel conditioner GSV-1A4

• 1 channel: GSV-2AS (RS-232/485 or CANopen) or GSV-3USB (1 or 2 channels USB)

• 4 channels GSV-4USB (USB)

• 6 channels GSV-6BT (Bluetooth) or GSV-6LTE (LTE Datalogger)

• 8 channels GSV-8DS (LAN/WiFi/USB/EtherCAT/CAN/RS-232)

• 4 channels ADOT4