Universal testing machine inspekt table 5 kN

Product catalog summary

Universal Testing Machine Overview
The document provides detailed information about the 'inspekt table 5 kN' universal testing machine by Hegewald & Peschke. It highlights the machine's modern and flexible design, innovative construction, and advanced control electronics.

Design and Construction

The load frame is highly adaptable in height and width, allowing optimal adjustment for various specimen and component sizes.
Peripheral devices such as furnaces and temperature chambers can be connected, along with additional measuring and control channels.
Precision ball screws and a special nut system ensure precise load transmission, high lateral force stability, and increased axial rigidity.
A brushless AC drive supports both static material testing and alternating/continuous loads.

Control Electronics

The machine features high modularity and control precision with adaptive controllers and high-quality signal converters.
Standard functions include force, displacement, strain control, overload protection, automatic sensor identification, specimen break detection, and manual positioning.

Software and Safety

LabMaster software offers a user-friendly interface with comprehensive test modules for tensile, compression, bending, and peel tests.
The machine is CE-compliant, with optional protective housing and sustainable updates/upgrades.

Technical Specifications

Nominal load: 5 kN
Test speed: 0.001 - 2000 mm/min
Force measuring range: Class 1 (optionally class 0.5)
Resolution of crosshead travel measurement: <0.01 µm
Data transmission via Ethernet or USB
Electrical connection: 230 VAC, 0.7 kVA

Dimensions and Weight

Height: 1420 mm, Width: 685 mm, Depth: 550 mm
Weight: 100 kg

Additional Options

Conversion to floor model, tempering equipment, extensometers, protective devices, and T-groove plates.
Expansion of electronics to 7 slots and increased test speed.
Modified moving crosshead for various test applications.

Test Room Extension

Options for enlarging the test room in height and width, with corresponding changes in weight and stiffness.

Catalog excerpts

Universal testing machine inspekt table 5 kN-1

Product information zertifiziert nach DINEN ISO 9001 Hegewald & Peschke, MeB- und Pruftechnik GmbH Am Grundchen 1, 01683 Nossen, Germany Telephone: +49 35242 445-0, Telefax: +49 35242 445-111 E-Mail: [email protected] https://www.Hegewald-Peschke.com

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Universal testing machine inspekt table 5 kN-2

Hegewald & PeschkeMeB- und Pruftechnik GmbH Modern and flexible load frame design for various applications • Load frame extremely variable in height and width ^ optimal adaptation to different specimen and component sizes • Connection of peripheral devices (e.g. furnaces, temperature chambers) and additional measuring and control channels (e.g. extensometers, measuring probes, optical sensors) possible Innovative construction guarantees highest measuring precision • Use of backlash-free precision ball screws with larger diameter (preloaded in aluminium support profiles) and special nut system...

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Universal testing machine inspekt table 5 kN-3

Technical data: Nominal load Mechanical structure Stiffness of the test frame (incl. deformation of load cell and tool adapter) 5 kN 2 backlash-free recirculating ball screw, covered spindle, AC-servomotor Test speed 0.001 - 2000 mm/min (optionally expandable) Resolution of crosshead <0.01 pm travel measurement Force measuring range Force measurement resolution Class 1 (optionally class 0.5) from 0.1 - 100 % of the nominal load depending on the load cell used (according to DIN EN ISO 7500-1, ASTM E4) 24 bit (±8,388,608 digits) Measuring, control and regulating electronics Data transmission Electrical...

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Universal testing machine inspekt table 5 kN-4

Hegewald & PeschkeMeB- und Pruftechnik GmbH Further options: • Base frame for conversion to floor model (standard height: 685 mm) • Tempering equipment (e.g. ovens, temperature chambers) [Fig. 1] • Clip-on extensometers, long-distance extensom-eters, optical extensometers [Fig. 2] • Protective devices [Fig. 3] • T-groove plates, e.g. for component tests [Fig. 4] • Expansion of electronics to 7 slots • Increased test speed • Modified moving crosshead: o with load cell shifting unit for test applications outside the standard test axis [Fig. 4] o for mounting several load cells side by side o with...

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