Additional information
| Brand | Essom |
|---|
Creep Testing Machine
This equipment is used for testing materials with high creep such as lead and plastics.
A lever is pivoted to a column via ball bearing. Specimen is attached to one end of the lever while load is applied on the other end. Specimen extension is measured by a dial indicator. A glycol pack is provided to wrap the specimen and maintain the required test temperature.
Instruction manual is also included.
TYPICAL EXPERIMENTS
Creep phenomena of materials under different stresses and temperatures.
TECHNICAL DATA
| Lever ratio | 8:1 |
| Specimen enclosure | Clear acrylic |
| Weights | 1 lot. |
| Dial indicator | 10 mm x 0.01 mm graduation. |
| Thermometer | -10 to 50๐C |
| Glycol pack | |
| Software for data display and analysis by computer (separately supplied). | |
100% Original and qualityRelated products
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Strength and Property of MaterialsStrut Buckling Apparatus
This bench top apparatus is used for studying buckling on struts under various end conditions.
The apparatus consists of two vertical columns where load is applied by a screw via a sliding support. Strut support for knife edge or built-in is a cylinder in a socket. Each strut has end conditions for knife-edge or built-in. Load on the strut is measured by a load cell and deflection is measured by a dial gauge. Side loading is by a weight hanger and weights. Height of loading beam is adjustable to accommodate different strut lengths.
Instruction manual is also included.
TYPICAL EXPERIMENTS- Determination of flexural rigidity and comparison with theoretical value.
- Determination of flexural rigidity under different end conditions.
- Determination of load VS deflection and crippling loads for strut of different lengths and cross sections.
- Effects of side load and eccentric loading.
TECHNICAL DATABasic frame 2 columns and sliding cross member with loading screw. Maximum strut length 750 mm Load measurement Force digital display Dial gauge 0-20 mm. x 0.01 mm. graduation. Weight hanger Weights 1 lot. Strut supports - 2 Knife edges
- 2 Built-in
Struts specimens with knife edge ends: – Mild steel 6 ea.,different lengths. – Aluminium and brass - Thickness (approx.) 6 mm, Width (approx.) 20 mm,
- Length: 750 mm
Software for data display and analysis by computer (separately supplied). Power supply 220V, 1Ph, 50Hz. Other power supply is available on request. (0 reviews) -
Strength and Property of MaterialsBeam Apparatus
This beam apparatus is of a universal design for use in a wide range of beam experiments with simple, built-in and sinking supports measuring of, point loads, support reactions and beam deflections.
The beam frame consists of a stainless steel angle upper cross member and two aluminum profile lower cross members, bolted to the support columns with footings. Three spring load cells with height adjustment and a cantilever support can slide along the lower members and can be clamped at any point. Dial indicators can slide along the upper member and can be clamped at any point. Linear scale is attached to the upper member to indicate the positions of load cells, loads, supports and dial indicators. Load cell, weight hangers and dial gauges carriers have pointers to indicate their positions on the scale.
Instruction manual is also included.
TYPICAL EXPERIMENTS- Deflection of beams with two supports and various point loads.
- Determination of flexural rigidity and elastic modulus.
- Verification of static equilibrium.
- Verification of the bending equation M/I = E/R
- Beams with sinking supports. Statically indeterminate beam with different loadings and supports.
TECHNICAL DATASupporting frame Aluminum profile and stainless steel angle 1400 mm. long ST 124 Vertical force spring support 3 ST 112 Built-in knife edge support 1 Weight hangers 4 Weights 1 lot Beam length 1200 mm Beam materials – Mild steel 3 – Aluminum and brass 1 Dial indicators 3x 0-20 mm range, 0.01 mm graduation Software for data display and analysis by computer (separately supplied) (0 reviews)
