This product features a brand new structural design, optimizes and upgrades on the base of last generation. Remote communication ports are installed to make it easier for remote controlling operation on a computer. Impact height may be configured at will, fulfilling all requirements for optical cable impact tests under 1000 mm.
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The mechanical components collaborate with the pioneered modular Test Live computer testing software to ensure the stability, precision and reliability of the whole system. This product is born with a refined structure that enables more steady loads and precise controls. It adopts the leading high-performance Controller, which is usually equipped on high-end material testing machines.
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Integrated non-contact transducer detects reciprocating bend times, avoiding the abrasion caused by contact transducers. This product features the second generation of structural design, eliminating dead locks in the first generation when performing reciprocating movement. Remote communication ports are installed to make it easier for remote controlling operation on a computer. The new generation adopts a reciprocating movement structure, eliminating the possibility of dead locks completely.
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This product adopts the Panasonic A4 Servo System as its driver system, ensuring a reliable long term operating life. Remote communication ports are installed to make it easier for remote controlling operation on a computer. This product features a brand new structural design, optimizes and upgrades on the base of last generation. Impact height may be configured at will, fulfilling all requirements for optical cable impact tests under 1000 mm.
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Features:
Loading speed stepless setting, loading process stability, no jump to change fluctuations
Integrated with software limit protection, hardware travel limit protection and full scale overload protection.
Total load force points set arbitrarily, holding time of load force point set arbitrarily
Dynamic display of load, displacement, deformation and real-time testing curve on the screen.
Strength point force value control precision, load without overshoot.
Support saving, instant retrieving and inspection of testing results.
Closed loop control of channels such as load, displacement, deformation, etc. Smooth switching inbetween.
Load force is precise controls, and steady loads.
Integrated non-contact transducer detects torsion rotation, avoiding the abrasion caused by contact transducers, ensuring precision controls meanwhile providing a long operating life. This product features framed feed-through structure, making it easier to install optical cable specimen. Remote communication ports are installed to make it easier for remote controlling operation on a computer.
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This product features framed feed-through structure, making it easier to install optical cable specimen. Integrated non-contact transducer detects torsion rotation, avoiding the abrasion caused by contact transducers, ensuring precision controls mean while providing a long operating life. Remote communication ports are installed to make it easier for remote controlling operation on a computer.
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Drop Forged from Carbon Steel
Hardened and Tempered
Fiber Optic Cable Ethernet Converter
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Main Cable For Cableway System Galvanized Tow cable 10 mm
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Traversing Cable for Cableway System Galvanized Tow Cable 8mm
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Winch and Accessories for Cable-Way Span up to 150m
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Cable or hoist winches are machine elements that are classified as transmission or conversion elements. This allows loads secured to the supporting cable to be moved. In a cable winch, a supporting cable is wound on a cable drum by means of a gear transmission.
Features:
Structure and principle of a cable winch.
Learning Objectives And Experiments:
Determine
Angular velocity
Efficiency
Behaviour under load
Transmission ratio
Unwinding rate.
A standard industry USB-C Cable that is able to deliver power to the portable turbidimeters when combined with a power supply.
For Use With (Application): Alternate power supply option for turbidimeters.
For Use With (Equipment): Portable Turbidimeter.
Type: USB-C Cable
Length (Metric): 1 m
For use with the Work Panel the kit allows several experiments with a suspension cable.
The versatility of the kit means that you can create symmetrical and non-symmetrical cables, with point loads or with evenly-spread loads.
Students or teachers fit the magnetic parts of the kit to the Work Panel to study or demonstrate the shapes and tensions in a suspension cable.
The kit compares a suspension cable with a catenary cable and analyses results using catenary and parabolic theory.
It includes a roller chain (the cable), held by magnetically mounted sprocket pulleys and a set of weight hangers and weights. Spring balances measure the tension in the cable.
Experiments:
Comparison of a symmetrical suspension cable and catenary
Unsymmetrical suspension cable
Analysis using catenary and parabola theory
A point load on a suspension cable
Cable weight and tension.
Height of a chain wheel adjustable for unsymmetrical experimental set up.
Cross-arm with scale to hold chain wheels and rule to measure vertical sag of chain.
Graduated weight sets.
Determination of the catenary of a free hanging cable.
Adjustable chain wheel axle spacing.
Storage system to house the components.
Experimental set up in frame.
Symmetrical and unsymmetrical experimental set-up possible.
Roller chain as cable with 2 ball bearing-mounted chain wheels.
