Gleeble 3500 manual

Gleeble located in Room in Hill Hall at the Colorado School of Mines. Schematic of the Gleeble Control System Computer Work Station - Control - Data plotting and analysis Control System - Internal Computer - Manual Data Acquisition Displacement Transducer (LVDT) Load Cell Hydraulic Servo Valve Mechanical Driver Hydraulic Actuator. Gleeble systems have been trusted by leading industry, universities, and research institutions for over 60 years: Dynamic Systems Inc. NY Poestenkill, NY Phone: +1 () Missing: manual. Gleeble is a fully integrated digital closed-loop control thermal and mechanical testing system, coupled with Windows based computer software, combined with an array of powerful processors, provides an extremely user-friendly interface to create, run and analyze data.

Induction Heating Option: Gleeble GTC and GTC systems, including the Gleeble GTC/20, can be supplied with an optional Induction Heating system to complement the industry leading performance of the well-known Gleeble direct resistance heating technology. Induction heating is suited for use in uniaxial compression testing (flow stress) where it can provide a uniform temperature. The same closed-loop digital control system with Pentium computing power and Windows-based software used on the Gleeble is now available for retrofitting on Gleeble systems. Upgrading your Gleeble system can provide your laboratory with the productivity gains achieved through easy-to-use Windows control software, total computer. The heart of the Gleeble is the Series 3 Digital Control System. It provides all the signals necessary to control thermal and mechanical test variables simultaneously through the digital closed-loop thermal and mechanical servo systems. The Gleeble can be operated totally by computer, totally by manual control, or by any combination.

Dynamic Systems Inc. is dedicated to advancing the state-of-the-art in dynamic thermal-mechanical testing of materials and simulation of processes. Founded in to develop and manufacture a system for thermal metallurgical studies, DSI has a long history of pioneering the physical simulation of dynamic thermal and mechanical processes. Like the Gleeble , the Gleeble is a fully integrated digital closed-loop control thermal and mechanical testing system. The adds increased mechanical capabilities enabling researchers to study the impacts of up to 10 tons of static force in tension or compression, with displacement rates as fast as /mm/second. The direct resistance heaing system of the Gleeble can heat specimens at rates of up to 10,°/second and can hold steady-state equilibrium temperatures. Gleeble System With a Gleeble system and our two mo-bile conversion units (Hydrawedge and High Temperature) as well as several accessories, we cover a broad range of measurements and ap-plications. The primary function of the system is to measure flow stresses and strains of metallic materials. The Joule heating approach enables.