Low Profile & Low Range Pancake Tension & Compression LOAD CELL DSCRC Series

Product catalog summary

Overview
The DSCRC series are low profile pancake type load cells designed for both weighing and force measurement applications. They are constructed from stainless steel, providing excellent corrosion resistance and improved performance over conventional steel products. These load cells are particularly suitable for material and fatigue testing applications due to their low physical height and axial force application.

Specifications
- Capacities: 0-200N to 0-2000N
- Rated Output: 2.0 nominal (1.0 on fatigue-rated versions)
- Non-Linearity: <0.10% of Rated Output
- Hysteresis: <0.08% of Rated Output
- Repeatability: <0.03% of Applied Load
- Zero Balance: <5.0% of Rated Output
- Temperature Range: Operating: -20 to +80°C, Compensated: 0 to +60°C
- Temperature Effect: On Output: <0.005% of Applied Load/°C, On Zero: <0.005% of Rated Capacity/°C
- Safe Overload: 150% of Rated Capacity
- Safe Sideload: 50% of Rated Capacity
- Ultimate Overload: 300% of Rated Capacity
- Excitation: Recommended: 10 Volts AC or DC, Maximum: 15 Volts AC or DC
- Input Impedance: 375 nominal Ohms
- Output Impedance: 350 nominal Ohms
- Insulation Impedance: >500 Megaohms
- Deflection at Rated Capacity: <0.05 mm
- Construction: Stainless Steel
- Environmental Protection: IP65 (2000N version) / IP52 (1000N and below)
- Connections: 6 Pin Integral Bayonet Lock Connector (MIL-C-26482-10-6P)

Features
- Low profile design with low deflection and high natural frequency
- Excellent rejection of extraneous forces such as bending, side, and torsional forces
- High frequency response suitable for dynamic force measurement applications
- 3-year warranty

Options
- Other ranges available on request
- Equivalents to other manufacturers available
- Full range of mounting options including load buttons, spherical rod end bearings, and standard/special mounting bases
- Aluminium version, integral cable version, different centre thread sizes, fatigue rated version, and double bridge version available

Contact Information
Applied Measurements Limited, 3 Mercury House, Calleva Park, Aldermaston, Berkshire, RG7 8PN, UK
Tel: (+44) 0118 981 7339, Fax: (+44) 0118 981 9121, Email: [email protected], Website: www.appmeas.co.uk

Catalog excerpts

Low Profile & Low Range Pancake Tension & Compression LOAD CELL Stainless Steel Construction High Natural Frequency Excellent Rejection of Extraneous Options Available Other Ranges Available on request Equivalents to other manufacturers' available Full range of mounting options available, including:- Load Buttons Standard and Special Mounting Base Aluminium Version Integral Cable Version Different Centre Thread Sizes (consult factory) Fatigue Rated Version DESCRIPTION Double Bridge Version The DSCRC series are low profile pancake type load cells suitable for both Weighing and Force Measurement Constructed from Stainless Steel, offering excellent corrosion resistance and improved zero force pass through performance over conventional steel products.. The load cell's design provides excellent resistance to extraneous forces, such as bending, side and torsional The load cell is used widely in material and fatigue testing applications, where a low physical height is required and forces are applied axially. The mounting bolts for all capacities are counterbored to prevent obstruction from the bolt heads. High frequency response is also a benefit with this load cell for dynamic force measurement applications, which is also complimented with excellent fatigue resistance. As with all the other Applied Measurements sensors, they can be supplied complete with monitoring/control electronics and calibrated as a system (please refer to the Instrumentation datasheets). Transducer Specialists... APPLIED MEASUREMENTS LIMITED 3 MERCURY HOUSE - CALLEVA PARK - ALDERMASTON - BERKSHIRE - RG7 8PN - UK

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Wiring Schematic Diagram 0K clearance holes, equally Integral 6 Pin Bayonet Lock (mating half supplied) APPLIED MEASUREMENTS LIMITED Continuous product development may result in minor changes to published specifications.

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