Used Instron 1122 Universal Testing Instrument

Listing description

This Instron 1122 Universal Testing Instrument is used and being sold as a parts/replacement unit. We have documented all the information gathered from this system on this page. This system will be sold as/is without warranty and will be priced accordingly. If only a piece of this assembly is required, we may be able separate it out. Please contact Artisan Technology Group sales for pricing and availability.

Includes:
• (1) Instron 1122 Universal Testing Instrument
• (1) Instron Printer, Part Number A504-102
• (1) Load Cycling Controller
• (1) Extension Measurement Controller
• (1) Crosshead Control
• (1) Load Cell Amplifier
• (1) Chart Drive
• (1) Chart Printer

Load Cycling Controller:
• Part Number: A1022-7099B
• (1) A1022-7052 Module Installed
• (1) A1022-7072 Module Installed

Extension Measurement Controller:
• Part Number: A1022-1206D
• Motherboard: A1022-1199
• (1) A1022-7211 Module Installed
• (1) A1022-7050 Module Installed
• (1) A1022-7210 Module Installed
• (1) A1022-7209 Module Installed
• (1) A1022-1207B Module Installed

Crosshead Control:
• Part Number: A1022-1010D
• (1) A1022-1242 Module Installed
• (1) A1022-1043 Module Installed
• (1) A1022-1079 Module Installed
• (1) A1022-1031 Module Installed
• (1) A1022-1080 Module Installed
• (1) A1022-1082 Module Installed
• (1) A1022-1048 Module Installed
• (1) A1022-1081 Module Installed
• (1) A1022-1054 Module Installed
• (1) A1022-1034 Module Installed
• (1) A1022-1033 Module Installed

Load Cell Amplifier:
• Part Number: A1022-7008B
• Motherboard: A1022-1006
• (1) A1022-1075 Module Installed

Chart Drive:
• Part Numbers: A1030-1101AA, A407-3B, A1030-1026
• (1) A1022-7161B Module Installed
• (1) A1022-1032 Module Installed

Features:
Highly Reliable Precision System
Tests Tension or Compression
0.1 N to 5 kN Tension Load Range
1.0 N to 5 kN Compression Load Range
The Instron 1122 Universal Testing Instrument is a highly reliable precision system for evaluating the mechanical properties of materials, including tensile and compression testing. The advantages of these systems, as accurate and versatile tools, make them equally adaptable to research and development requirements as to the repetitive testing applications of production quality control.

This equipment is located in US