Rice Lake RLPCBC-60 Stainless Steel Instruction Manuals and User Guides

We have 1 Instruction Manual and User Guide for RLPCBC-60 Stainless Steel Rice Lake

Rice Lake RLPCBC-60 Stainless Steel User Manual, 58 pages

Recognized languages:	English
Pages:	58
Size:	3.42 MB

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Document Outline

1.0 Load Cell Types
- 1.1 Canister
- 1.2 Single-Ended Beam
- 1.3 Double-Ended Beam
- 1.4 Cantilever Beam
- 1.5 S-Beam
- 1.6 Platform
2.0 Load Cell Construction
- 2.1 Materials
3.0 Choosing the Correct Load Cell
- 3.1 Environmentally Protected
- 3.2 Hermetically Sealed
- 3.3 Ingress Protection (IP) Rating Guide
4.0 Selecting the Number of Supports and Load Cell Capacity
- 4.1 Number of Supports
- 4.2 Load Cell Capacity
5.0 Load Introduction Principles
- 5.1 The Ideal
- 5.2 Angular Loading
- 5.3 Eccentric Loading
- 5.4 Side Loading
- 5.5 Twisting Loads
6.0 Load Cell Electrical Theory
- 6.1 Wiring
- 6.2 Calibration Data
- 6.3 Output
7.0 Determining Microvolts per Graduation
8.0 Load Cell Trimming
- 8.1 Load Cell Trimming
- 8.2 Excitation Trim
- 8.3 Signal Trim
9.0 Calibration Using a Load Cell Simulator
10.0 Maximizing System Accuracy
- 10.1 Environment
- 10.2 Load Cell and Mount
- 10.3 Mechanical/Structural Considerations
- 10.4 Calibration
- 10.5 Operational Considerations
11.0 Load Cell Troubleshooting
- 11.1 Physical Inspection
- 11.2 Zero Balance
- 11.3 Bridge Resistance
- 11.4 Resistance to Ground
12.0 Mounting Assemblies and Compatible Load Cells
13.0 Load Cell Mounting Hardware Safety Guidelines
14.0 Weigh Modules: Single-Ended Beam
- 14.1 Introduction
- 14.2 General Mounting Principles
- 14.3 Single-End Beam Orientation
- 14.4 SURVIVOR® 1700HE Modules
- 14.5 RL50210 TA Modules
- 14.6 RL1800 Modules
- 14.7 SURVIVOR® 1855HE Modules
- 14.8 RL1900 Modules
- 14.9 Paramounts® HS and Paramounts® EP
15.0 Weigh Modules: Double-Ended Beam
- 15.1 Introduction
- 15.2 RL1600 Modules
- 15.3 SURVIVOR® 2100HE Modules
- 15.4 EZ Mount 1
- 15.5 Translink™ Truck Scale Modules
- 15.6 MVS Truck Scale Modules
16.0 Weigh Modules: Compression Canisters
- 16.1 Introduction
- 16.2 General Mounting Principles
- 16.3 RLC Weigh Modules
17.0 Weigh Modules: Tension Mounting (S-Beam)
- 17.1 Introduction
- 17.2 General Mounting Principles
18.0 Mounting Assemblies and Compatible Load Cells
19.0 Low-Accuracy Systems: Partial Mounting on Flexures
20.0 Attaching Piping to Weigh Vessels
- 20.1 Attaching Piping to Weigh Vessels
- 20.2 Piping Guidelines
- 20.3 Vessel Restraint Systems
- 20.4 Stay Rods
- 20.5 Safety Check Rods
21.0 Calculating Thermal Expansion of Vessels and Stay Rods
- 21.1 Stay Rod Expansion/Contraction
- 21.2 Vessel Expansion/Contraction
22.0 Wind and Seismic Effects on Vessel Stability
- 22.1 Overview
- 22.2 Wind Forces
- 22.3 Seismic Forces
23.0 Load Cell Terms

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